# Prerequsites

```python
# log the time of the experiment
from datetime import datetime
import time

exp_time = datetime.now()
exp_time_str = exp_time.strftime("_%H_%M_%S")
date_str = exp_time.strftime("%m_%d_%y")
```

```python
# Path management for MacOS and Windows
from pathlib import Path
import os, sys

scriptPath = Path(sys.path[0])
parentPath = Path(sys.path[0]).parent
#libPath = Path("/home/tw329/GitHub/ONN_MNIST/")
libPath = Path("C:\\Users\\Logan\\Documents\\GitHub\\ONN_MNIST")
sys.path.append(libPath.as_posix())
sys.path.append("C:\\Users\\Logan\\Documents\\GitHub\\mcmahon_lab_devices")

# Set the working directory (to save the files)
resultPath = scriptPath

slmWeightPath = resultPath / "slm_weights"
if not os.path.exists(slmWeightPath.as_posix()):
    os.makedirs(slmWeightPath.as_posix())

phoneImagePath = resultPath / "phone_images"
if not os.path.exists(phoneImagePath.as_posix()):
    os.makedirs(phoneImagePath.as_posix())

saveDataPath = resultPath / "saved_data"
if not os.path.exists(saveDataPath.as_posix()):
    os.makedirs(saveDataPath.as_posix())

print(resultPath)
```

    D:\McMahon lab Dropbox\peter mcmahon\tw329\Experiments\12_01_20_4bit_randy_aug_MLP_100_100_MPPC

```python
from __future__ import print_function
import os, sys
import argparse
from IPython.core.debugger import set_trace
import matplotlib.pyplot as plt
from PIL import Image

import numpy as np
import pandas

import torch
import torch.nn as nn
import torch.nn.functional as F
import torch.optim as optim
from torchvision import datasets, transforms
```

```python
%matplotlib notebook
```

# Instrument Controls

```python
# Configure the SLM
from src.slmpy import SLMdisplay   # Popoff's simple package for controlling SLM

slm = SLMdisplay(isImageLock = True)

LUT_used="AmpLUT_basedon_100120slmbackcali_140509_start5.lut"

slmParamFile = resultPath / ''.join(["slm_info", exp_time_str, ".txt"])
with open(slmParamFile,'w') as slmparams:
    slmparams.write('LUT\t\t\t{}\n'.format(LUT_used))
slmparams.close()

```

    C:/Users/Logan/Documents/GitHub/ONN_MNIST\src\slmpy.py:39: wxPyDeprecationWarning: Call to deprecated item EmptyImage. Use :class:`Image` instead.
      self.img = wx.EmptyImage(2,2)

```python
import pyvisa
from devices import Agilent54845A as AgilentOscope

rm = pyvisa.ResourceManager("C:\\WINDOWS\\System32\\visa64.dll")
gpib_id = rm.list_resources()[-1]
oscope = AgilentOscope(rm.open_resource(gpib_id))
oscope.set_waveform_source(1)

def oscope_info(oscope):
    measure_state = {}
    measure_state["ID"] = oscope.id()
    measure_state["x_range"] = oscope.get_xrange()
    measure_state["x_unit"] = oscope.get_xunits()
    measure_state["y_range"] = oscope.get_yrange()
    measure_state["y_unit"] = oscope.get_yunits()
    measure_state["y_offset"] = oscope.get_offset()
    measure_state["y_bounds"] = [oscope.get_bottom_bound(), oscope.get_top_bound()]
    return measure_state
```

```python
# Configure the phone

from Android_Display_Control.Remote_Display.image_stream import AndroidOpenAccessoryBridge as AOAB

PIXEL_VENDOR_ID = 0x18d1
PIXEL_UNCONFIG_ID =  0x4ee7
PIXEL_CONFIG_ID = 0x2d01

# Create an AOAB object for managing data send/receive via USB
aoab = AOAB(PIXEL_VENDOR_ID, PIXEL_UNCONFIG_ID,
  PIXEL_CONFIG_ID,
  manufacturer='ImageStreamManufacturer',
  model='ImageStream1',
  description='Stream Images to Android',
  version=1,
  uri=('https://github.com/chris-blay/android-open-accessory-bridge'),
  serial='AoabSerial')
```

    Exception ignored in: <function _AutoFinalizedObjectBase.__del__ at 0x00000274F01F4C80>
    Traceback (most recent call last):
      File "C:\Users\Logan\Anaconda3\lib\site-packages\usb\_objfinalizer.py", line 84, in __del__
        self.finalize()
      File "C:\Users\Logan\Anaconda3\lib\site-packages\usb\_objfinalizer.py", line 144, in finalize
        self._finalizer()
      File "C:\Users\Logan\Anaconda3\lib\weakref.py", line 552, in __call__
        return info.func(*info.args, **(info.kwargs or {}))
      File "C:\Users\Logan\Anaconda3\lib\site-packages\usb\_objfinalizer.py", line 104, in _do_finalize_object_ref
        obj._do_finalize_object()
      File "C:\Users\Logan\Anaconda3\lib\site-packages\usb\_objfinalizer.py", line 71, in _do_finalize_object
        self._finalize_object()
      File "C:\Users\Logan\Anaconda3\lib\site-packages\usb\backend\libusb1.py", line 604, in _finalize_object
        _lib.libusb_unref_device(self.devid)
    OSError: exception: access violation writing 0x0000000000000024

```python
def PIL_to_bytestream(img_px):
    array_px = np.array(img_px)
    byte_array_px = bytearray()

    for i in range(array_px.shape[0]):
        for j in range(array_px.shape[1]):
            byte_array_px.append(array_px[i, j, 0])
            byte_array_px.append(array_px[i, j, 1])
            byte_array_px.append(array_px[i, j, 2])

    assert(len(byte_array_px) == 1920*1080*3)
    return byte_array_px
```

```python
# Load the phone pixel LUT
lut_p = torch.zeros(1000, dtype=torch.uint8)
with open((resultPath/'PhoneLUT_100120_161444c30et20ms_1000.lut').as_posix(),'r') as lutfile:
        for i in range(len(lut_p)):
            aline = lutfile.readline().split()
            lut_p[i] = int(aline[1])
lutfile.close()
```

# Helper Functions

```python
""" Helper functions for generating phone and SLM patterns. """

from math import sqrt

def Wrap_vec_to_square (idx_vec, null_element=torch.tensor([-1])):

    if isinstance(null_element, int):
        null_element = torch.tensor([null_element])

    a = int(sqrt(len(idx_vec)))
    if len(idx_vec) < a*(a+1):
        px_col_counts = a
        last_row_supplements = a - 1 - (idx_vec.numel()-1)%a
    if len(idx_vec) >= a*(a+1):
        px_col_counts = a+1
        last_row_supplements = a - (idx_vec.numel()-1)%(a+1)

    idx_vec = torch.cat((idx_vec, torch.repeat_interleave(null_element, last_row_supplements)))
    idx_vec = idx_vec.view(-1, px_col_counts)

    return idx_vec

# Image binarize functions
def binarize_img_by_percentile(img, rate):
    img_b = (img<=np.percentile(img.numpy(), rate))
    res_ones = int(img_b.sum() - rate/100.0 * img_b.numel())
    vec_b = img_b.flatten()
    vec_b[vec_b.nonzero()[:res_ones]] = 0
    return vec_b.view(img_b.shape)

def add_surr(img,expan_r):
    img_shape = np.array(img.shape)
    expan_img = np.zeros(img_shape*expan_r)
    expan_img[expan_r//2::expan_r,expan_r//2::expan_r] = img
    return expan_img

def expand_pixels(img, expan_r):
    img_temp = torch.repeat_interleave(img, expan_r, dim=0)
    return torch.repeat_interleave(img_temp, expan_r, dim=1)

def Add_frame(pic, frame_px_value):

    frame = torch.zeros(pic.shape[0]+40, pic.shape[1]+40, dtype=pic.dtype)
    frame[[0,-1],:] = frame_px_value
    frame[:,[0,-1]] = frame_px_value
    frame[20:-20, 20:-20] = pic

    return frame
```

# Correction Mask

```python
f_list = []
for f in os.listdir(saveDataPath):
    if f.endswith('.pkl'):
        f_list.append(f)
f_list
```

    ['phonemask_blk600x600_antiatt_phone_mask_onsite_lb640_1_1012_092948.bmp.pkl',
     'phonemask_blk600x600_antiatt_phone_mask_raw_1012_092948.pkl',
     'phonemask_blk720x720_antiatt_phone_mask_onsite_lb450_1_1015_233224.bmp.pkl',
     'phonemask_blk720x720_antiatt_phone_mask_raw_1015_233224.pkl']

```python
def im_maxmin(img):
    plt.figure()
    plt.imshow(img)
    plt.colorbar()
    plt.title(f"max/min = {img.max():.1f}/{img.min():.1f} = {img.max()/img.min():.2f}")
    plt.xlabel(f"std/mean = {img.std():g}/{img.mean():g} = {img.std()/img.mean():g}")
    plt.show()
```

```python
import joblib
maskPath = saveDataPath
maskName = "phonemask_blk720x720_antiatt_phone_mask_onsite_lb450_1_1015_233224.bmp.pkl"
mask_str = "onsite"
# maskName = "blk600x600_antiatt_phone_mask_raw_0911_142600.bmp"
# mask_str = "rawmask"
phone_mask = joblib.load(saveDataPath / maskName)
# if len(mask.shape)==3:
#     mask = mask[:,:,1]
phone_mask
im_maxmin(phone_mask)
```

    <IPython.core.display.Javascript object>

    C:\Users\Logan\Anaconda3\lib\site-packages\ipykernel_launcher.py:5: RuntimeWarning: divide by zero encountered in double_scalars
      """

```python
expan_r = 5
x_norm_expan = torch.repeat_interleave(torch.ones(28, 28), expan_r, dim=0)
x_norm_expan = torch.repeat_interleave(x_norm_expan, expan_r, dim=1)
x_norm_embedded = CenterEmbedding(x_norm_expan, torch.zeros(1920, 1080))
sub_phone_mask = phone_mask * x_norm_embedded.numpy()
sub_phone_mask = sub_phone_mask / sub_phone_mask.max()
plt.figure()
plt.imshow(sub_phone_mask)
plt.show()
```

# Definition of the Neural Network

```python
""" Define digitized fully connected layers """

# Definition of an in-place digitization function.
def Digitize(tensor, quant_mode='det', levels=16, min_val=None, max_val=None):
    if not min_val and not max_val:
        min_val, max_val = tensor.min().item(), tensor.max().item()
    tensor.clamp_(min_val, max_val).add_(-1*min_val).mul_(levels-1).div_(max_val-min_val)
    if quant_mode == "det":
        tensor.round_()
    elif quant_mode == "rand":
        tensor.add_(torch.rand(tensor.size(), device=tensor.device).add_(-0.5)).round_()
    tensor.mul_(max_val-min_val).div_(levels-1).add_(min_val)
    return tensor

class DigitizeLinear(nn.Linear):

    def __init__(self,  *kargs, a_quant_mode="det", w_quant_mode="det", a_quant_levels=16, w_quant_levels=32, running_weight=0.001, **kwargs):
        super(DigitizeLinear, self).__init__(*kargs, **kwargs)
        self.act_quant_mode = a_quant_mode
        self.weight_quant_mode = w_quant_mode
        self.register_buffer("act_quant_levels", torch.tensor(a_quant_levels))
        self.register_buffer("weight_quant_levels", torch.tensor(w_quant_levels))
        self.register_buffer("running_weight", torch.tensor(running_weight))
        self.register_buffer("running_min", None)
        self.register_buffer("running_max", None)

    def forward(self, input):

        if not self.weight_quant_mode is None: # Set a flag to control weight digitization.
            if not hasattr(self.weight,'org'):
                self.weight.org=self.weight.data.clone()
            self.weight.data=Digitize(self.weight.data, quant_mode=self.weight_quant_mode, levels=self.weight_quant_levels)

        if not self.bias is None:
            self.bias.org=self.bias.data.clone()
        out = nn.functional.linear(input, self.weight, bias=self.bias)

        if not self.act_quant_mode is None: # A flag to control output digitization.
            if self.training: # Update the running average of min and max only during training
                with torch.no_grad():
                    if not self.running_min and not self.running_max:
                        self.running_min, self.running_max = out.min(), out.max()
                    self.running_min = (1-self.running_weight) * self.running_min + self.running_weight * out.min()
                    self.running_max = (1-self.running_weight) * self.running_max + self.running_weight * out.max()
            out.data=Digitize(out.data, quant_mode=self.act_quant_mode, levels=self.act_quant_levels, min_val=self.running_min, max_val=self.running_max)

        return out
```

```python
""" Define a generic QAT MLP structure (including perceptron) """

class Net(nn.Module):
    def __init__(self, Nunits, **kwargs):
        super().__init__()
        self.fcs = nn.ModuleList([DigitizeLinear(i,j,**kwargs) for i, j in zip(Nunits[:-1], Nunits[1:])])

    def forward(self, X):
        X = X.view(X.size(0), -1)
        for i, fc in enumerate(self.fcs):
            X = fc(X)
            if fc is not self.fcs[-1]:
                X = F.relu(X)
        return X

    def set_digitize_config(self, a_quant_mode, w_quant_mode, a_quant_levels, w_quant_levels):
        for fc in self.fcs:
            fc.act_quant_mode = a_quant_mode
            fc.weight_quant_mode = w_quant_mode
            fc.act_quant_levels = torch.tensor(a_quant_levels)
            fc.weight_quant_levels = torch.tensor(w_quant_levels)
```

```python
""" Load the trained model """

device = "cpu"

model = Net([784, 100, 100, 10])
for l in model.fcs:
    l.running_min = torch.tensor(0.0)
    l.running_max = torch.tensor(0.0)
model_ckpt = torch.load("./RA_4bit_H2_100_100_lr_0.043_0.50_m_0.87_wep_6_randActDigi_v80_ep97.pt", map_location=device)
model_state_dict = model_ckpt["model_state_dict"]
model.load_state_dict(model_state_dict)
model.to(device)
model.eval()
```

    Net(
      (fcs): ModuleList(
        (0): DigitizeLinear(in_features=784, out_features=100, bias=True)
        (1): DigitizeLinear(in_features=100, out_features=100, bias=True)
        (2): DigitizeLinear(in_features=100, out_features=10, bias=True)
      )
    )

```python
""" Construct dataloaders """

trainID_range = range(200) # ID of the samples to be passed through the NN

# Import the test data loaders
kwargs = {'num_workers': 1, 'pin_memory': True} if True else {}

data_mnist_test = datasets.MNIST('../ML_data',
                                 train=False,
                                 transform=transforms.Compose([transforms.ToTensor()]))

# Remember to set the batch size to the length of train ID range, or the dataloader will draw sample one by one.
subset_data_loader = torch.utils.data.DataLoader(data_mnist_test,
                                           batch_size=int(max(trainID_range)+1),
                                           shuffle=False, **kwargs)

# Remember to set the batch size to the length of train ID range, or the dataloader will draw sample one by one.
test_loader = torch.utils.data.DataLoader(data_mnist_test,
                                           batch_size=1,
                                           shuffle=False,  **kwargs)
```

# Notes on ONN Forward Propagation Implementation (Rev. 3)

The update equation from one neuron layer to the next:

\begin{equation}
x_{i}^{L+1} = \sigma(\sum_{j}^N{W_{ij}^{L} x_{j}^{L}+b_i^{L}})
\end{equation}

where $x_j^L$ is the activation of neuron $j$ in layer $L=0,1,..$.

Since the pixel values in an ONN are intensity encoded, including inputs, activations, and weights, the update equation needs to be modified such that the matrices and vectors to be loaded onto the ONN contain only non-negative numbers. In fact, the possible range of matrix and vector entries is actually limited to positive values, since the phone and SLM pixel values cannot infinitely approach zero in reality, due to hardware limitations. The following framework deals with the most general case where both phone and SLM pixel values cannot be extinguished to zero. If reality, if the resolution permits, the expression can be significantly simplified if either phone or SLM pixels can reach zero within the demanded accuracy.

The update equation is first rewritten into a vector form to facilitate the following discussion:

\begin{equation}
X^{L+1} = \sigma({W^{L} X^{L} + B^{L}})
\end{equation}

A note on symbol convention: any lower case letter represents a column vector (e.g., $b$, $x$); any captital letter represents a matrix (e.g., $W$, and $X$ actually indicates a batch of data $X = [x_0, x_1, ..., x_{B-1}]$); columns and rows of a matrix is represented in Python indexing convention (i.e., $W[,j]$ and $W[i,]$); element at row $i$ and column $j$ of matrix $W$ is written as $W[i,j]$ instead of $W_{ij}$; the $i$th element in vector a vector is also indicated with Python indexing convention (e.g., $x[i]$ instead of $x_i$). The superscript $L$ indicating the layer of NN is dropped here and below as long as it does not cause any confusion.

Therefore, $W^L[i,j]$ is the weight from neuron i in layer L to neuron j in layer L+1, $X^L[j,k]$ is the actication of neuron j of data batch index k, $B^L[i,k]$ is the bias for neuron i in layer L.

Each element in a row $W[i,]$ can be linearly mapped from interval $[\text{min}(W[i,]), \text{max}(W[i,])]$ to $[I_\text{min}, I_\text{max}]$, with $I_\text{max}>I_\text{min} \geq 0$. More explicitely, the resultant matrix $\tilde{W}$ is related to $W$ with the relation:

\begin{equation}
W = \hat{K}\tilde{W} + \hat{D}\mathbb{1}
\end{equation}

where
\begin{equation}
\hat{K}=\frac{1}{I_\text{max}-I_\text{min}}diag\{\Delta W_i = \text{max}(W[i,]) - \text{min}(W[i,])\},
\hat{D} = \frac{1}{I_\text{max}-I_\text{min}} diag \{I_\text{max} \text{min}(W[i,]) - I_\text{min} \text{max}(W[i,]) \}
\end{equation}
and $\mathbb{1}$ is all 1 matrix. (Tip: hat implies diagonal matrix; tilde implies the control signal to be sent to a device, such as phone or SLM).

The same transform can be performed on a data batch, which gives $X = \tilde{X} \hat{K}_X  +  \mathbb{1}\hat{D}_X$ ($\hat{K}_X$ and $X$ switch position because the definiation of $X$ is transposed from that of $W$.)

Now we can rewrite the update equation as
\begin{equation}
X^{L+1}  = \sigma( \hat{K}  \{\tilde{W} \tilde{X}^L\} \hat{K}_X  + \hat{D} \{\mathbb{1} \tilde{X}^L\} \hat{K}_X  + \hat{K} \{\tilde{W}\mathbb{1}\}\hat{D}_X + \hat{D} \mathbb{1}\mathbb{1} \hat{D}_X + b)
\end{equation}

Note that the matrix products in curly brackets are to be measured expiermentally from the ONN output, and the other quantities are computed once and stored.

The reason to rewrite the update equation in this form is to carry out *each* inner product computation at the full pixel resolution of the smartphone and SLM. The matrices and vectors are always normalized to cover the entire dynamic range of the devices. The normalization factor is stored and later re-applied to the value readout from the ONN to recover the actual numerical value.

More specifically, the passing of NN activation from one layer to the next can be summarized as the following steps:
1. Normalize $W$ to $\tilde{W}$, which needs to be done only once for a trained NN and takes $O(MN)$ operations.
2. Normalize $X$ to $\tilde{X}$, which needs to be done for every input and layer and takes a total of $NBL$ multiplications. However, these operations can be waived if the phone pixel has high enough bit depth. Since the activations are usually non-negative numbers, it is possible to represent them with pixel intensity without any pre-processing.
3. Load $\tilde{X}$ to the phone to control pixel intensity and $\tilde{W}$ to SLM to control transimission. In this way, $\tilde{W}$ and $\tilde{X}$ are both represented with the full resolutin of the devices.
4. Measure the total pixel value in a region of interest that corresponds to the inner product $\tilde{W}[i,]\tilde{X}[,j]$ (read: the input to neuron $i$ for the data batch index $j$) in the captured camera image. In the ideal case, this signal can be measured by a single-pixel detector.
5. Use the calibration model to find $\tilde{W}[i,]\tilde{X}[,j]$ based on the integrated pixel value in the regions of interest, obtained in step (4).
6. After reading out all the entries of $\tilde{W}\tilde{X}$ (W_til_X_til), multiply it with $\hat{D}$ and $\hat{D_X}$ digitially, which were obtained in step (1) and (2).
7. Derive $\mathbb{1} \tilde{X}$ (sum_X_til) and $\tilde{W}\mathbb{1}$ (sum_W_til) following similar steps as (5) and (6). Essentially they are just special cases of $\tilde{W}\tilde{X}$ with either $\tilde{W} = \mathbb{1}$ or $\tilde{X} = \mathbb{1}$.
8. Add the computed terms $\hat{K}\tilde{W}\tilde{X}\hat{K}_X$ (Delta_W_Delta_X), $\hat{D}\mathbb{1}\tilde{X}\hat{K}_X$ (Offset_W_Delta_X),  $\hat{K}\tilde{W}\mathbb{1}\hat{D}_X$ (Delta_W_Offset_X), $\hat{D} \mathbb{1}\mathbb{1}\hat{D}_X$ (Offset_W_Offset_X), and $b$ digitally, and then apply the nonlinear activation function $\sigma$ to obtain the activations of neurons.

```python
"""Auxilitary functions for simulating activation propation in ONN"""

def digitize(x, levels=8, min_val=None, max_val=None):
    """
    digitize activations into the discrete steps, by rounding to the closest level.
    levels: specifies the number of total discrete levels.
    min_val: the x value to be mapped to the lowest level
    max_val: the x value to be mapped to the highest level
    """

    if not min_val and not max_val:
        min_val, max_val = x.min(), x.max()
    x = (levels-1)*(x - min_val)/(max_val-min_val)
    x = x.round()
    x = torch.min(torch.max(x, torch.zeros_like(x)), torch.ones_like(x)*(levels-1))
    x = x*(max_val-min_val)/(levels-1) + min_val
    return x

def Matrix_Linear_Mapping(W, target_interval):
    """
    Transform each column of W with the following linear transform:
    Argument target_interval=[a,b] specifies the lower and upper bound a and b.
    The minimum of each column of W will be mapped to a, and the maximum of each W column mapped to b.
    The rest of elements in the column are mapped in-between a and b with linear interporlation.
    Such operation is repeated for each column individually.
    """

    W = W.type(torch.double)
    W_mins, _ = torch.min(W, dim=0)
    W_maxs, _ = torch.max(W, dim=0)
    Delta_I = float(target_interval[1] - target_interval[0])
    Delta_W = W_maxs - W_mins
    K_W = torch.diag(Delta_W/Delta_I)
    D_W = target_interval[1]*W_mins - target_interval[0]*W_maxs
    offset = torch.mm(torch.repeat_interleave(D_W.view(1,-1), W.shape[0],dim=0), torch.diag(1/Delta_W))
    W_til = torch.mm(W, torch.diag(Delta_I/Delta_W)) - offset

    return (W_til, K_W, torch.diag(D_W)/Delta_I)

def ONN_layer_prop(layer, W_transform, X_transform, W_digitize_func=None, X_digitize_func=None, Act_digitize_func=None,  X=None,
                     W_til_X_til=None, sum_W_til=None, sum_X_til=None):
    """
    Forward propagate a batch of data for one layer.

    layer: of type torch.nn.module, the layer to propagate the current batch of data through. Both W and b are derived from layer.
    W_transform: the mapping from the W stored in layer to the control value to be applied to SLM.
    X_transform: the mapping from the activation values stored in X to the control value to be applied to the smartphone.
    Act_digitize_func: The function for digitizing the output activation. No digitization is performed if None is given.
    W_digitize_func: The function for digitizing weight matrix W before the forward propagation.
                     No digitization is performed if None is assigned to W_digitize_func as default.
    X_digitize_func: The function for digitizing the batch data X before the forward propagation.
                     No digitization is performed if None is assigned to X_digitize_func as default.
    X: Inputs to the current NN layer.
       If X is not given, an identity matrix is assigned to X as default, such that the W_til_X_til returned by the function equals W_til.
       X.shape = [batch size, current NN layer width]
    W: weight matrix derived from layer. W.shape = [current NN layer width, next NN layer size]
    b: bias vector. b.shape = [next NN layer width]

    When no digitization is performed on W, X, or Wx+b, only linear stretching is performed on W and X, and the output of the function is
    almost identical to the results obtained by prop(layer).
    """

    W = layer.weight.data.t()

    # Normalize W
    (W_til, K_W, D_W) = W_transform(W)

    if X is None: # If X is not given, make it an identity matrix.
        X = torch.eye(W.shape[0])
        (X_til, K_X, D_X) = Matrix_Linear_Mapping(X, [0,1])
    else: # Normalize X
        (X_til, K_X, D_X) = X_transform(X.t())
        (X_til, K_X, D_X) = (X_til.t(), K_X.t(), D_X.t())

    if W_digitize_func is not None:
        W_til = W_digitize_func(W_til)

    if X_digitize_func is not None:
        X_til = X_digitize_func(X_til)

    W_til_max = W_til[:,0].max()
    X_til_max = X_til[0,:].max()

    # First simulate the three measurables from the ONN (defined in Notes on ONN Forward Propagation Implementation (Rev. 3)):
    if W_til_X_til is None:
        W_til_X_til = torch.mm(X_til, W_til) # tilde{WX}
    if sum_X_til is None:
        sum_X_til = torch.mm(X_til, torch.ones_like(W_til)) * W_til_max # sum(tilde{X[j,:]}), aka the sum of all activations of batch index j.
    if sum_W_til is None:
        sum_W_til = torch.mm(torch.ones_like(X_til), W_til) * X_til_max# sum(tilde{W[:,i]}), aka the sum of all weights into neuron i.

    # The following terms are defined in Notes on ONN Forward Propagation Implementation (Rev. 3)
    Delta_W_Delta_X = torch.mm(torch.mm(K_X, W_til_X_til), K_W)
    Delta_W_Offest_X = torch.mm(torch.mm(K_X, sum_X_til), D_W) / W_til_max
    Offset_W_Delta_X = torch.mm(D_X, torch.mm(sum_W_til, K_W)) / X_til_max
    Offset_W_Offset_X = torch.mm(D_X, torch.mm(torch.ones_like(W_til_X_til)*W_til.shape[0], D_W))

    Wx = Delta_W_Delta_X + Delta_W_Offest_X + Offset_W_Delta_X + Offset_W_Offset_X  # Wx
    Wx_b = Wx + torch.repeat_interleave(layer.bias.view(1,-1), W_til_X_til.shape[0], dim=0).type(torch.double) # Wx+b
    if Act_digitize_func is not None:
        Wx_b = Act_digitize_func(Wx_b) # digitize(Wx+b)
    a = F.relu(Wx_b) # ReLU(digitize(Wx+b))

    return {"norm(W)norm(X)": W_til_X_til, "sum(norm(X))": sum_X_til, "sum(norm(W))": sum_W_til, "Wx": Wx, "Wx+b": Wx_b, "a": a}
```

```python
# Calculate the ground truth of activations of each layer
# by Propagating each test sample through the trained NN and record activation of each layer.
import pandas

X, data_labels = next(iter(subset_data_loader))
X = X.view(X.size(0), -1)
X0 = X

df_layer = {}

# Define the transform and quantization functions for all layers:
W_transform = lambda W: Matrix_Linear_Mapping(W, [5,2**8-1])
X_transform = lambda X: Matrix_Linear_Mapping(X, [0,1000-1])
W_digitize = lambda W: Digitize(W.clone(), levels=2**8-5) # levels of quantization for W
X_digitize = lambda X: Digitize(X.clone(), levels=1000) # levels of quantization for X
# One very strange thing is that you cannot lambda function dictionary

for l, layer in enumerate(model.fcs):
    # Calculate the ground truth activation by passing through one layer
    layer.act_quant_mode=None
    layer.weight_quant_mode=None
    X0 = F.relu(layer(X0))

    # Propagate the batch for one layer
    Act_digitize = lambda X: Digitize(X.clone(), levels=2**4, min_val=layer.running_min.item(), max_val=layer.running_max.item()) # levels of quantization for y=Wx+b
    results = ONN_layer_prop(layer, W_transform, X_transform, \
                             W_digitize_func=W_digitize, X_digitize_func=X_digitize, Act_digitize_func=Act_digitize, X=X)
    X = results["a"] # The activation of the current layer is the input to the next layer.

    results["a_true"] = X0
    df = {}
    for k in results.keys():
        df[k] = pandas.DataFrame(results[k].detach().numpy()).stack(level=-1)
    df_layer[l] = pandas.concat(df, axis=1)

# Concatenate the df for each sample into an even larger one to include all the samples spcified.
df_all_acts = pandas.concat(df_layer, axis=0, \
                            keys=df_layer.keys(), names=["layer", "test_ID", "output node"])
df_all_acts.index = df_all_acts.index.swaplevel(0,1)
```

```python
df_all_acts
```

<div>
<style scoped>
    .dataframe tbody tr th:only-of-type {
        vertical-align: middle;
    }

    .dataframe tbody tr th {
        vertical-align: top;
    }

    .dataframe thead th {
        text-align: right;
    }
</style>
<table border="1" class="dataframe">
  <thead>
    <tr style="text-align: right;">
      <th></th>
      <th></th>
      <th></th>
      <th>norm(W)norm(X)</th>
      <th>sum(norm(X))</th>
      <th>sum(norm(W))</th>
      <th>Wx</th>
      <th>Wx+b</th>
      <th>a</th>
      <th>a_true</th>
    </tr>
    <tr>
      <th>test_ID</th>
      <th>layer</th>
      <th>output node</th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
    </tr>
  </thead>
  <tbody>
    <tr>
      <th rowspan="5" valign="top">0</th>
      <th rowspan="5" valign="top">0</th>
      <th>0</th>
      <td>7435548.0</td>
      <td>18435480.0</td>
      <td>101575323.0</td>
      <td>-15.719175</td>
      <td>-15.587848</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>1</th>
      <td>9019478.0</td>
      <td>18435480.0</td>
      <td>99886014.0</td>
      <td>-3.035051</td>
      <td>-1.576992</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>2</th>
      <td>9160499.0</td>
      <td>18435480.0</td>
      <td>95635269.0</td>
      <td>-1.905754</td>
      <td>-1.576992</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>3</th>
      <td>9690888.0</td>
      <td>18435480.0</td>
      <td>101176722.0</td>
      <td>2.341606</td>
      <td>5.428436</td>
      <td>5.428436</td>
      <td>2.607136</td>
    </tr>
    <tr>
      <th>4</th>
      <td>11035015.0</td>
      <td>18435480.0</td>
      <td>94579326.0</td>
      <td>13.105385</td>
      <td>12.433863</td>
      <td>12.433863</td>
      <td>12.107492</td>
    </tr>
    <tr>
      <th>...</th>
      <th>...</th>
      <th>...</th>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
    </tr>
    <tr>
      <th rowspan="5" valign="top">199</th>
      <th rowspan="5" valign="top">2</th>
      <th>5</th>
      <td>596998.0</td>
      <td>2243745.0</td>
      <td>10846143.0</td>
      <td>-502.093804</td>
      <td>-515.057654</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>6</th>
      <td>604275.0</td>
      <td>2243745.0</td>
      <td>9649341.0</td>
      <td>-495.412649</td>
      <td>-515.057654</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>7</th>
      <td>1273638.0</td>
      <td>2243745.0</td>
      <td>10318671.0</td>
      <td>119.142521</td>
      <td>94.972668</td>
      <td>94.972668</td>
      <td>101.693199</td>
    </tr>
    <tr>
      <th>8</th>
      <td>1021207.0</td>
      <td>2243745.0</td>
      <td>12271716.0</td>
      <td>-112.619283</td>
      <td>-108.370772</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>9</th>
      <td>682060.0</td>
      <td>2243745.0</td>
      <td>11444544.0</td>
      <td>-423.996730</td>
      <td>-413.385933</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
  </tbody>
</table>
<p>42000 rows × 7 columns</p>
</div>

```python
print(data_labels[50])
df_all_acts.loc[(50,0)]
```

    tensor(6)

    C:\Users\Logan\Anaconda3\lib\site-packages\ipykernel_launcher.py:2: PerformanceWarning: indexing past lexsort depth may impact performance.

<div>
<style scoped>
    .dataframe tbody tr th:only-of-type {
        vertical-align: middle;
    }

    .dataframe tbody tr th {
        vertical-align: top;
    }

    .dataframe thead th {
        text-align: right;
    }
</style>
<table border="1" class="dataframe">
  <thead>
    <tr style="text-align: right;">
      <th></th>
      <th>norm(W)norm(X)</th>
      <th>sum(norm(X))</th>
      <th>sum(norm(W))</th>
      <th>Wx</th>
      <th>Wx+b</th>
      <th>a</th>
      <th>a_true</th>
    </tr>
    <tr>
      <th>output node</th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
    </tr>
  </thead>
  <tbody>
    <tr>
      <th>0</th>
      <td>10328027.0</td>
      <td>20142450.0</td>
      <td>101575323.0</td>
      <td>0.475091</td>
      <td>-1.576992</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>1</th>
      <td>10031575.0</td>
      <td>20142450.0</td>
      <td>99886014.0</td>
      <td>-1.898899</td>
      <td>-1.576992</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>2</th>
      <td>11218257.0</td>
      <td>20142450.0</td>
      <td>95635269.0</td>
      <td>7.604060</td>
      <td>5.428436</td>
      <td>5.428436</td>
      <td>6.597994</td>
    </tr>
    <tr>
      <th>3</th>
      <td>11818030.0</td>
      <td>20142450.0</td>
      <td>101176722.0</td>
      <td>12.407047</td>
      <td>12.433863</td>
      <td>12.433863</td>
      <td>12.708588</td>
    </tr>
    <tr>
      <th>4</th>
      <td>9299017.0</td>
      <td>20142450.0</td>
      <td>94579326.0</td>
      <td>-7.765229</td>
      <td>-8.582420</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>...</th>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
    </tr>
    <tr>
      <th>95</th>
      <td>8049976.0</td>
      <td>20142450.0</td>
      <td>105060834.0</td>
      <td>-17.767560</td>
      <td>-15.587848</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>96</th>
      <td>9271061.0</td>
      <td>20142450.0</td>
      <td>97347555.0</td>
      <td>-7.989101</td>
      <td>-8.582420</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>97</th>
      <td>10241632.0</td>
      <td>20142450.0</td>
      <td>106398495.0</td>
      <td>-0.216761</td>
      <td>-1.576992</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>98</th>
      <td>9954893.0</td>
      <td>20142450.0</td>
      <td>100877022.0</td>
      <td>-2.512969</td>
      <td>-1.576992</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>99</th>
      <td>11442822.0</td>
      <td>20142450.0</td>
      <td>97679223.0</td>
      <td>9.402378</td>
      <td>5.428436</td>
      <td>5.428436</td>
      <td>8.418477</td>
    </tr>
  </tbody>
</table>
<p>100 rows × 7 columns</p>
</div>

# Generate Phone and SLM Images

```python
L = 1
if L > 0:
    df_hidden_layers = {}
    for l in range(L):
        df_hidden_layers[l] = pandas.read_hdf((resultPath / f"fc{l}_acts_ID_130_to_200_float_2pcts.h5").as_posix(), f"fc{l}_acts")

df_measured_acts = pandas.concat(df_hidden_layers, axis=0, \
                            keys=df_hidden_layers.keys(), names=["layer", "test_ID", "output node"])
df_measured_acts.index = df_measured_acts.index.swaplevel(0,1)
df_measured_acts.loc[130]
```

<div>
<style scoped>
    .dataframe tbody tr th:only-of-type {
        vertical-align: middle;
    }

    .dataframe tbody tr th {
        vertical-align: top;
    }

    .dataframe thead th {
        text-align: right;
    }
</style>
<table border="1" class="dataframe">
  <thead>
    <tr style="text-align: right;">
      <th></th>
      <th></th>
      <th>fcs.0.sim</th>
      <th>ground_truth</th>
      <th>fcs.0</th>
    </tr>
    <tr>
      <th>layer</th>
      <th>output node</th>
      <th></th>
      <th></th>
      <th></th>
    </tr>
  </thead>
  <tbody>
    <tr>
      <th rowspan="11" valign="top">0</th>
      <th>0</th>
      <td>-2.323618</td>
      <td>-1.576992</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>1</th>
      <td>-8.439739</td>
      <td>-8.582420</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>2</th>
      <td>-2.559680</td>
      <td>-1.576992</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>3</th>
      <td>-4.687803</td>
      <td>-1.576992</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>4</th>
      <td>-0.305664</td>
      <td>-1.576992</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>...</th>
      <td>...</td>
      <td>...</td>
      <td>...</td>
    </tr>
    <tr>
      <th>95</th>
      <td>-24.565556</td>
      <td>-22.593276</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>96</th>
      <td>-11.417867</td>
      <td>-8.582420</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>97</th>
      <td>-7.416481</td>
      <td>-8.582420</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>98</th>
      <td>-0.445431</td>
      <td>-1.576992</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>99</th>
      <td>10.123972</td>
      <td>12.433863</td>
      <td>16.756596</td>
    </tr>
  </tbody>
</table>
<p>100 rows × 3 columns</p>
</div>

```python
""" Generate the weight images to be applied to SLM and save them. """
# Pre-process the SLM weight matrix by shifting all elements to non-negative.

import numpy as np
from utils.helper_functions import ConvertPhoneImageToSLMImage, NormalizeWeights, CenterEmbedding

# Indicate the current NN layer (the 1st layer has index 0)
expan_r = 9+2

# Convert weight matrix to SLM control values using EXACTLY the same sequence of functions as in ONN_layer_prop()
W = model.fcs[L].weight.data.t()
W_til,_,_ = W_transform(W)
W_norm = W_digitize(W_til).t()
W_norm = W_norm.round().type(torch.uint8)
blkIdx = Wrap_vec_to_square(torch.tensor(df_measured_acts.index.get_level_values(level="output node").unique().values))

slm_weights_numpy = {}

for i in range(W_norm.size(0)):
    # Add a frame for alignment, and embed in a canvas of phone display size
    w_norm_orig = torch.cat((W_norm[i,:],torch.tensor([0])))[blkIdx]
    w_norm_expan = torch.repeat_interleave(w_norm_orig, expan_r, dim=0)
    w_norm_expan = torch.repeat_interleave(w_norm_expan, expan_r, dim=1)
    w_norm_embedded = CenterEmbedding(w_norm_expan, torch.zeros(1920, 1080, dtype=torch.uint8))
    w_norm_slm = ConvertPhoneImageToSLMImage(w_norm_embedded, 1.0) # Convert the phone image to SLM image.

    # Save the SLM patterns to image files.
    w_norm_path = slmWeightPath / (f"SLM_MLP_{expan_r}x_fc{L}_w{i}.bmp")
    w_norm_slm.save(w_norm_path.as_posix(), format = 'bmp') # PIL.Image.save can be saved as 8-bit greyscale bmp

w_norm_embedded = CenterEmbedding(torch.ones_like(w_norm_expan)*255, torch.zeros(1920, 1080, dtype=torch.uint8))
w_norm_slm = ConvertPhoneImageToSLMImage(w_norm_embedded, 1.0) # Convert the phone image to SLM image.

# Save the SLM patterns to image files.
w_norm_path = slmWeightPath / (f"SLM_MLP_{expan_r}x_fc{L}_wsum.bmp")
w_norm_slm.save(w_norm_path.as_posix(), format = 'bmp') # PIL.Image.save can be saved as 8-bit greyscale bmp

# Plot w_kaleidoscope
print("The normalized weight matrix to be applied on the SLM looks like below:")
fig, ax = plt.subplots()
im = ax.imshow(w_norm_slm)
fig.colorbar(im, ax=ax)
plt.show()
```

    The normalized weight matrix to be applied on the SLM looks like below:

    <IPython.core.display.Javascript object>

```python
""" Generate the images to be displayed on the phone and save them. """

input_data, data_labels = next(iter(subset_data_loader))
input_data = input_data.view(X.size(0), -1)

subPath = phoneImagePath /  (f"fc{L}_2pcts" )
if not os.path.exists(subPath.as_posix()):
    os.makedirs(subPath.as_posix())

px_margin = 1
blankImage = torch.zeros(3, 1920, 1080, dtype=torch.uint8)

for i, batchIdx in enumerate(range(130, 200)):

    # x is the output of the previous layer L-1 (L>0) or the input data (L==0).
    if L > 0:
        x = torch.tensor(df_measured_acts["fcs.0"].loc[batchIdx, L-1, :].values)
        #x = torch.tensor(df_all_acts["a_true"].loc[batchIdx, L-1, :].values) # test mode
    elif L == 0:
        x = input_data[batchIdx,:]

    # Normalize each x to its max and min and scale to 7 bit to match the dynamical range of the phone.
    # The operations here are performed EXACTLY the same as in ONN_layer_prop()
    x_til,_,_ = X_transform(x.view(-1,1))
    x_norm = X_digitize(x_til.squeeze()).round().type(torch.long) # round() cannot be omitted for type(torch.long) sometimes work as floor(0)

    # Add the singla-pixel frame for image alignment.
    imToPhone = blankImage.clone()
    x_norm_orig = torch.cat((x_norm,torch.tensor([0])))[blkIdx]
    x_norm_expan = torch.repeat_interleave(x_norm_orig, expan_r, dim=0)
    x_norm_expan = torch.repeat_interleave(x_norm_expan, expan_r, dim=1)
    x_norm_spar = x_norm_expan
    x_norm_spar[::expan_r,:] = 0
    x_norm_spar[(expan_r-px_margin)::expan_r,:] = 0
    x_norm_spar[:,::expan_r] = 0
    x_norm_spar[:,(expan_r-px_margin)::expan_r] = 0
    x_norm_embedded = CenterEmbedding(x_norm_spar, blankImage[1,:,:].type(torch.long))
    imToPhone[1, :, :] = lut_p[x_norm_embedded.type(torch.long)] # no uniformness correction
    #phone_corr_numpy = lut_p[(x_norm_embedded * sub_phone_mask).type(torch.long)]
    #imToPhone[1, :, :] = phone_corr_numpy

    # Save the generated image
    imToPhone_PIL = transforms.ToPILImage()(imToPhone)
    imToPhone_PIL.save((subPath / f"test_{expan_r}x_gap2px_MLP_2pcts_fc{L}_digit_{data_labels[batchIdx]}_{batchIdx:05d}.png").as_posix())

# Generate and save a black image to be displayed on the phone for background and power saving.
blackImage_PIL = transforms.ToPILImage()(blankImage)
blackImage_PIL.save((phoneImagePath / "black.png").as_posix())

print("The normalized weight matrix to be applied on the SLM looks like below:")
fig, ax = plt.subplots()
im = ax.imshow(imToPhone_PIL)
fig.colorbar(im, ax=ax)
plt.show()
```

    The normalized weight matrix to be applied on the SLM looks like below:

    <IPython.core.display.Javascript object>

```python
ConvertPhoneImageToSLMImage(imToPhone[1,:,:], 1.0).save((slmWeightPath / "alignment_check").as_posix(), format = 'bmp')
```

# Acquire Data

```python
""" Set up MPPC experiment scheme. """

repeats = 100
oscope.set_range(6)
oscope.set_offset(2)
oscope_info(oscope)
```

    {'ID': 'HEWLETT-PACKARD,54845A,US40240103,A.04.50\n',
     'x_range': 0.0001,
     'x_unit': 'SECOND',
     'y_range': 6.0,
     'y_unit': 'VOLT',
     'y_offset': 2.0,
     'y_bounds': [-1.0, 5.0]}

```python
""" Set up the (empty) dataframe table for taking data. """

import pandas

repeats = 50
test_digit_idx = np.arange(40)
node_idx = [*range(100), "sum", "bkg"]
time_ranges = [0.0001, ]
#rowMultiIdx = pandas.MultiIndex.from_product([test_digit_idx, node_idx, time_ranges, np.arange(repeats)], names=["test_ID", "output_node", "time_range", "repeats"])
rowMultiIdx = pandas.MultiIndex.from_product([node_idx, time_ranges, np.arange(repeats)], names=["output_node", "time_range", "repeats"])
#df_volTraces = pandas.DataFrame(index=rowMultiIdx, columns=np.arange(1004))

phoneLoadPath = phoneImagePath / f"fc{L}_2pcts"
slmLoadPath = slmWeightPath

print(phoneLoadPath)
print(slmLoadPath)
print(rowMultiIdx)
#print(df_volTraces)
```

    D:\McMahon lab Dropbox\peter mcmahon\tw329\Experiments\12_01_20_4bit_randy_aug_MLP_100_100_MPPC\phone_images\fc1_2pcts
    D:\McMahon lab Dropbox\peter mcmahon\tw329\Experiments\12_01_20_4bit_randy_aug_MLP_100_100_MPPC\slm_weights
    MultiIndex([(    0, 0.0001,  0),
                (    0, 0.0001,  1),
                (    0, 0.0001,  2),
                (    0, 0.0001,  3),
                (    0, 0.0001,  4),
                (    0, 0.0001,  5),
                (    0, 0.0001,  6),
                (    0, 0.0001,  7),
                (    0, 0.0001,  8),
                (    0, 0.0001,  9),
                ...
                ('bkg', 0.0001, 40),
                ('bkg', 0.0001, 41),
                ('bkg', 0.0001, 42),
                ('bkg', 0.0001, 43),
                ('bkg', 0.0001, 44),
                ('bkg', 0.0001, 45),
                ('bkg', 0.0001, 46),
                ('bkg', 0.0001, 47),
                ('bkg', 0.0001, 48),
                ('bkg', 0.0001, 49)],
               names=['output_node', 'time_range', 'repeats'], length=5100)

```python
""" Perform the inference of the trained model with ONN on test digits, and save the data. """

import joblib, pickle, time

exp_time = datetime.now()
savePath = resultPath /  (f"MLP_fc{L}_{expan_r}x_marg_1px_2pcts_MPPC_{exp_time:%m%d_%H%M%S}")
print(savePath)
if not os.path.exists(savePath.as_posix()):
    os.makedirs(savePath.as_posix())

oscope.instrument.write("TIM:RANG 0.0001")

joblib.dump([oscope_info(oscope),], savePath / 'exp_info.pkl')
dataFile = pandas.HDFStore((savePath / "mppc_vol_meas.h5").as_posix())

# write a black image to the phone to take the background
blackImage_PIL = Image.open((phoneImagePath / "black.png").as_posix())
blackImage_byte = PIL_to_bytestream(blackImage_PIL)

for idx in range(170, 200):
#for idx in range(20):
    t0 = time.time()
    # Record background to capture potential voltage bias drift
    aoab.write(blackImage_byte)
    #time.sleep(0.5)
    slmPattern_PIL = Image.open((slmLoadPath / f"SLM_solid_0.bmp").as_posix())
    slm.updateArray((np.array(slmPattern_PIL)).astype('uint8'))
    time.sleep(0.5)

    df = pandas.DataFrame(index=rowMultiIdx, columns=np.arange(1004))

    for i in rowMultiIdx.get_level_values("repeats").unique():
        trace = oscope.get_waveform()
        df.loc[("bkg", 0.0001, i), range(len(trace))] = trace
        time.sleep(0.04)
    print(f"time_span=0.0001s, test_ID={idx}, label={data_labels[idx]}, output_node=bkg, voltage={trace.mean()}")

    # Load the phone pattern
    phonePattern_PIL = Image.open((phoneLoadPath / f"test_{expan_r}x_gap2px_MLP_2pcts_fc{L}_digit_{data_labels[idx]}_{idx:05d}.png").as_posix())
    phonePattern_byte = PIL_to_bytestream(phonePattern_PIL)
    aoab.write(phonePattern_byte)
    time.sleep(0.5) # Wait for the pattern applied to be stable
    for n in rowMultiIdx.get_level_values("output_node").unique().drop("bkg"):
        # refresh the slm pattern
        slmPattern_PIL = Image.open((slmLoadPath / f"SLM_MLP_{expan_r}x_fc{L}_w{n}.bmp").as_posix())
        slm.updateArray((np.array(slmPattern_PIL)).astype('uint8'))
        time.sleep(0.5) # Wait for the pattern applied to be stable

        for i in rowMultiIdx.get_level_values("repeats").unique():
            trace = oscope.get_waveform()
            df.loc[(n, 0.0001, i), range(len(trace))] = trace
            time.sleep(0.04)
        print(f"time_span=0.0001s, test_ID={idx}, label={data_labels[idx]}, output_node={n}, voltage={trace.mean()}")

        if n == 11 and idx == 170:
            print("20 s to exit anydesk")
            time.sleep(20)

    t1 = time.time()
    print(f"Time consumed for 1 sample = {t1-t0} s")
    t0 = t1
    dataFile[str(idx)]=df

dataFile.close()
aoab.write(blackImage_byte)
print("Finished! Safe to change code now.")
```

    D:\McMahon lab Dropbox\peter mcmahon\tw329\Experiments\12_01_20_4bit_randy_aug_MLP_100_100_MPPC\MLP_fc1_11x_marg_1px_2pcts_MPPC_1221_134418

    C:\Users\Logan\Anaconda3\lib\site-packages\IPython\core\interactiveshell.py:2878: PerformanceWarning: indexing past lexsort depth may impact performance.
      raw_cell, store_history, silent, shell_futures)

    time_span=0.0001s, test_ID=170, label=4, output_node=bkg, voltage=-0.003399402368813753
    time_span=0.0001s, test_ID=170, label=4, output_node=0, voltage=0.01005079597234726
    time_span=0.0001s, test_ID=170, label=4, output_node=1, voltage=0.01328486017882824
    time_span=0.0001s, test_ID=170, label=4, output_node=2, voltage=0.008850596845149994
    time_span=0.0001s, test_ID=170, label=4, output_node=3, voltage=0.008786853402853012
    time_span=0.0001s, test_ID=170, label=4, output_node=4, voltage=0.004506971687078476
    time_span=0.0001s, test_ID=170, label=4, output_node=5, voltage=0.007943226955831051
    time_span=0.0001s, test_ID=170, label=4, output_node=6, voltage=0.010580677539110184
    time_span=0.0001s, test_ID=170, label=4, output_node=7, voltage=0.010625497438013554
    time_span=0.0001s, test_ID=170, label=4, output_node=8, voltage=0.007668327074497938
    time_span=0.0001s, test_ID=170, label=4, output_node=9, voltage=0.008696215227246284
    time_span=0.0001s, test_ID=170, label=4, output_node=10, voltage=0.0032838645856827497
    time_span=0.0001s, test_ID=170, label=4, output_node=11, voltage=0.0061294822953641415
    20 s to exit anydesk
    time_span=0.0001s, test_ID=170, label=4, output_node=12, voltage=0.012250996194779873
    time_span=0.0001s, test_ID=170, label=4, output_node=13, voltage=0.009659362956881523
    time_span=0.0001s, test_ID=170, label=4, output_node=14, voltage=0.0067191231064498425
    time_span=0.0001s, test_ID=170, label=4, output_node=15, voltage=0.010052789002656937
    time_span=0.0001s, test_ID=170, label=4, output_node=16, voltage=0.011414341628551483
    time_span=0.0001s, test_ID=170, label=4, output_node=17, voltage=0.008653386496007442
    time_span=0.0001s, test_ID=170, label=4, output_node=18, voltage=0.00556872459128499
    time_span=0.0001s, test_ID=170, label=4, output_node=19, voltage=0.01107768900692463
    time_span=0.0001s, test_ID=170, label=4, output_node=20, voltage=0.009838645346462727
    time_span=0.0001s, test_ID=170, label=4, output_node=21, voltage=0.007299800403416157
    time_span=0.0001s, test_ID=170, label=4, output_node=22, voltage=0.008098606020212173
    time_span=0.0001s, test_ID=170, label=4, output_node=23, voltage=0.0066832671873271465
    time_span=0.0001s, test_ID=170, label=4, output_node=24, voltage=0.00548804784193635
    time_span=0.0001s, test_ID=170, label=4, output_node=25, voltage=0.006579681299626827
    time_span=0.0001s, test_ID=170, label=4, output_node=26, voltage=0.006564741022884846
    time_span=0.0001s, test_ID=170, label=4, output_node=27, voltage=0.016387449577450752
    time_span=0.0001s, test_ID=170, label=4, output_node=28, voltage=0.013970119878649712
    time_span=0.0001s, test_ID=170, label=4, output_node=29, voltage=0.008704183623194695
    time_span=0.0001s, test_ID=170, label=4, output_node=30, voltage=0.012421314604580402
    time_span=0.0001s, test_ID=170, label=4, output_node=31, voltage=0.008914342150092125
    time_span=0.0001s, test_ID=170, label=4, output_node=32, voltage=0.0030507969204336405
    time_span=0.0001s, test_ID=170, label=4, output_node=33, voltage=0.016500994563102722
    time_span=0.0001s, test_ID=170, label=4, output_node=34, voltage=0.007738047279417515
    time_span=0.0001s, test_ID=170, label=4, output_node=35, voltage=0.013986055739223957
    time_span=0.0001s, test_ID=170, label=4, output_node=36, voltage=0.013273904100060463
    time_span=0.0001s, test_ID=170, label=4, output_node=37, voltage=0.008307769894599915
    time_span=0.0001s, test_ID=170, label=4, output_node=38, voltage=0.005158367101103067
    time_span=0.0001s, test_ID=170, label=4, output_node=39, voltage=0.0067878481931984425
    time_span=0.0001s, test_ID=170, label=4, output_node=40, voltage=0.006198207847774029
    time_span=0.0001s, test_ID=170, label=4, output_node=41, voltage=0.0046633463352918625
    time_span=0.0001s, test_ID=170, label=4, output_node=42, voltage=0.010501992888748646
    time_span=0.0001s, test_ID=170, label=4, output_node=43, voltage=0.005869521759450436
    time_span=0.0001s, test_ID=170, label=4, output_node=44, voltage=0.0069292825646698475
    time_span=0.0001s, test_ID=170, label=4, output_node=45, voltage=0.008931274525821209
    time_span=0.0001s, test_ID=170, label=4, output_node=46, voltage=0.0048944223672151566
    time_span=0.0001s, test_ID=170, label=4, output_node=47, voltage=0.011803784407675266
    time_span=0.0001s, test_ID=170, label=4, output_node=48, voltage=0.013121513649821281
    time_span=0.0001s, test_ID=170, label=4, output_node=49, voltage=0.008278884924948215
    time_span=0.0001s, test_ID=170, label=4, output_node=50, voltage=0.005970119033008814
    time_span=0.0001s, test_ID=170, label=4, output_node=51, voltage=0.009897410869598389
    time_span=0.0001s, test_ID=170, label=4, output_node=52, voltage=0.008660358376801014
    time_span=0.0001s, test_ID=170, label=4, output_node=53, voltage=0.007962151430547237
    time_span=0.0001s, test_ID=170, label=4, output_node=54, voltage=0.005396414548158646
    time_span=0.0001s, test_ID=170, label=4, output_node=55, voltage=0.006895418744534254
    time_span=0.0001s, test_ID=170, label=4, output_node=56, voltage=0.010104581713676453
    time_span=0.0001s, test_ID=170, label=4, output_node=57, voltage=0.011682271026074886
    time_span=0.0001s, test_ID=170, label=4, output_node=58, voltage=0.007012948393821716
    time_span=0.0001s, test_ID=170, label=4, output_node=59, voltage=0.011600596830248833
    time_span=0.0001s, test_ID=170, label=4, output_node=60, voltage=0.007185259368270636
    time_span=0.0001s, test_ID=170, label=4, output_node=61, voltage=0.009334661066532135
    time_span=0.0001s, test_ID=170, label=4, output_node=62, voltage=0.0059621515683829784
    time_span=0.0001s, test_ID=170, label=4, output_node=63, voltage=0.00447111576795578
    time_span=0.0001s, test_ID=170, label=4, output_node=64, voltage=0.016039840877056122
    time_span=0.0001s, test_ID=170, label=4, output_node=65, voltage=0.005549801047891378
    time_span=0.0001s, test_ID=170, label=4, output_node=66, voltage=0.008071713149547577
    time_span=0.0001s, test_ID=170, label=4, output_node=67, voltage=0.004887450486421585
    time_span=0.0001s, test_ID=170, label=4, output_node=68, voltage=0.010992031544446945
    time_span=0.0001s, test_ID=170, label=4, output_node=69, voltage=0.00933864526450634
    time_span=0.0001s, test_ID=170, label=4, output_node=70, voltage=0.01199103519320488
    time_span=0.0001s, test_ID=170, label=4, output_node=71, voltage=0.0066752987913787365
    time_span=0.0001s, test_ID=170, label=4, output_node=72, voltage=0.009789841249585152
    time_span=0.0001s, test_ID=170, label=4, output_node=73, voltage=0.011051792651414871
    time_span=0.0001s, test_ID=170, label=4, output_node=74, voltage=0.008026892319321632
    time_span=0.0001s, test_ID=170, label=4, output_node=75, voltage=0.0034402392338961363
    time_span=0.0001s, test_ID=170, label=4, output_node=76, voltage=0.006162350997328758
    time_span=0.0001s, test_ID=170, label=4, output_node=77, voltage=0.005591633729636669
    time_span=0.0001s, test_ID=170, label=4, output_node=78, voltage=0.004601593594998121
    time_span=0.0001s, test_ID=170, label=4, output_node=79, voltage=0.009227091446518898
    time_span=0.0001s, test_ID=170, label=4, output_node=80, voltage=0.006412350572645664
    time_span=0.0001s, test_ID=170, label=4, output_node=81, voltage=0.007789840921759605
    time_span=0.0001s, test_ID=170, label=4, output_node=82, voltage=0.008646414615213871
    time_span=0.0001s, test_ID=170, label=4, output_node=83, voltage=0.009317729622125626
    time_span=0.0001s, test_ID=170, label=4, output_node=84, voltage=0.004818725399672985
    time_span=0.0001s, test_ID=170, label=4, output_node=85, voltage=0.012066733092069626
    time_span=0.0001s, test_ID=170, label=4, output_node=86, voltage=0.011552789248526096
    time_span=0.0001s, test_ID=170, label=4, output_node=87, voltage=0.011325697414577007
    time_span=0.0001s, test_ID=170, label=4, output_node=88, voltage=0.0059203184209764
    time_span=0.0001s, test_ID=170, label=4, output_node=89, voltage=0.005653386935591698
    time_span=0.0001s, test_ID=170, label=4, output_node=90, voltage=0.011809761635959148
    time_span=0.0001s, test_ID=170, label=4, output_node=91, voltage=0.004232071805745363
    time_span=0.0001s, test_ID=170, label=4, output_node=92, voltage=0.012215139344334602
    time_span=0.0001s, test_ID=170, label=4, output_node=93, voltage=0.01081374567002058
    time_span=0.0001s, test_ID=170, label=4, output_node=94, voltage=0.016099603846669197
    time_span=0.0001s, test_ID=170, label=4, output_node=95, voltage=0.015372510068118572
    time_span=0.0001s, test_ID=170, label=4, output_node=96, voltage=0.01223306730389595
    time_span=0.0001s, test_ID=170, label=4, output_node=97, voltage=0.005257967859506607
    time_span=0.0001s, test_ID=170, label=4, output_node=98, voltage=0.007733067497611046
    time_span=0.0001s, test_ID=170, label=4, output_node=99, voltage=0.013783865608274937
    time_span=0.0001s, test_ID=170, label=4, output_node=sum, voltage=0.026667330414056778
    Time consumed for 1 sample = 642.5427150726318 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '170'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)
    C:\Users\Logan\Anaconda3\lib\site-packages\pandas\io\pytables.py:556: PerformanceWarning:
    your performance may suffer as PyTables will pickle object types that it cannot
    map directly to c-types [inferred_type->mixed-integer,key->axis1_level0] [items->None]

      self.put(key, value)
    C:\Users\Logan\Anaconda3\lib\site-packages\IPython\core\interactiveshell.py:3418: PerformanceWarning:
    your performance may suffer as PyTables will pickle object types that it cannot
    map directly to c-types [inferred_type->floating,key->block0_values] [items->Int64Index([   0,    1,    2,    3,    4,    5,    6,    7,    8,    9,
                ...
                 994,  995,  996,  997,  998,  999, 1000, 1001, 1002, 1003],
               dtype='int64', length=1004)]

      exec(code_obj, self.user_global_ns, self.user_ns)

    time_span=0.0001s, test_ID=171, label=7, output_node=bkg, voltage=-0.0038087647408246994
    time_span=0.0001s, test_ID=171, label=7, output_node=0, voltage=0.017330676317214966
    time_span=0.0001s, test_ID=171, label=7, output_node=1, voltage=0.012082669883966446
    time_span=0.0001s, test_ID=171, label=7, output_node=2, voltage=0.007800797000527382
    time_span=0.0001s, test_ID=171, label=7, output_node=3, voltage=0.007703186944127083
    time_span=0.0001s, test_ID=171, label=7, output_node=4, voltage=0.013669323176145554
    time_span=0.0001s, test_ID=171, label=7, output_node=5, voltage=0.008218128234148026
    time_span=0.0001s, test_ID=171, label=7, output_node=6, voltage=0.0066583664156496525
    time_span=0.0001s, test_ID=171, label=7, output_node=7, voltage=0.011818725615739822
    time_span=0.0001s, test_ID=171, label=7, output_node=8, voltage=0.0152370510622859
    time_span=0.0001s, test_ID=171, label=7, output_node=9, voltage=0.012012948282063007
    time_span=0.0001s, test_ID=171, label=7, output_node=10, voltage=0.01404382474720478
    time_span=0.0001s, test_ID=171, label=7, output_node=11, voltage=0.009355578571557999
    time_span=0.0001s, test_ID=171, label=7, output_node=12, voltage=0.008410358801484108
    time_span=0.0001s, test_ID=171, label=7, output_node=13, voltage=0.008019920438528061
    time_span=0.0001s, test_ID=171, label=7, output_node=14, voltage=0.00907968170940876
    time_span=0.0001s, test_ID=171, label=7, output_node=15, voltage=0.009910359047353268
    time_span=0.0001s, test_ID=171, label=7, output_node=16, voltage=0.014188246801495552
    time_span=0.0001s, test_ID=171, label=7, output_node=17, voltage=0.005577689502388239
    time_span=0.0001s, test_ID=171, label=7, output_node=18, voltage=0.009334661066532135
    time_span=0.0001s, test_ID=171, label=7, output_node=19, voltage=0.008165339007973671
    time_span=0.0001s, test_ID=171, label=7, output_node=20, voltage=0.011656374670565128
    time_span=0.0001s, test_ID=171, label=7, output_node=21, voltage=0.008749004453420639
    time_span=0.0001s, test_ID=171, label=7, output_node=22, voltage=0.011355578899383545
    time_span=0.0001s, test_ID=171, label=7, output_node=23, voltage=0.008721115067601204
    time_span=0.0001s, test_ID=171, label=7, output_node=24, voltage=0.01452091708779335
    time_span=0.0001s, test_ID=171, label=7, output_node=25, voltage=0.011758963577449322
    time_span=0.0001s, test_ID=171, label=7, output_node=26, voltage=0.01373306754976511
    time_span=0.0001s, test_ID=171, label=7, output_node=27, voltage=0.012059761211276054
    time_span=0.0001s, test_ID=171, label=7, output_node=28, voltage=0.01108864601701498
    time_span=0.0001s, test_ID=171, label=7, output_node=29, voltage=0.004007968120276928
    time_span=0.0001s, test_ID=171, label=7, output_node=30, voltage=0.009730080142617226
    time_span=0.0001s, test_ID=171, label=7, output_node=31, voltage=0.01027689315378666
    time_span=0.0001s, test_ID=171, label=7, output_node=32, voltage=0.009341632947325706
    time_span=0.0001s, test_ID=171, label=7, output_node=33, voltage=0.011164342053234577
    time_span=0.0001s, test_ID=171, label=7, output_node=34, voltage=0.010048805736005306
    time_span=0.0001s, test_ID=171, label=7, output_node=35, voltage=0.006782868877053261
    time_span=0.0001s, test_ID=171, label=7, output_node=36, voltage=0.01619621552526951
    time_span=0.0001s, test_ID=171, label=7, output_node=37, voltage=0.009641434997320175
    time_span=0.0001s, test_ID=171, label=7, output_node=38, voltage=0.010470119304955006
    time_span=0.0001s, test_ID=171, label=7, output_node=39, voltage=0.009680278599262238
    time_span=0.0001s, test_ID=171, label=7, output_node=40, voltage=0.011156374588608742
    time_span=0.0001s, test_ID=171, label=7, output_node=41, voltage=0.010319720953702927
    time_span=0.0001s, test_ID=171, label=7, output_node=42, voltage=0.013946214690804482
    time_span=0.0001s, test_ID=171, label=7, output_node=43, voltage=0.016100598499178886
    time_span=0.0001s, test_ID=171, label=7, output_node=44, voltage=0.013908366672694683
    time_span=0.0001s, test_ID=171, label=7, output_node=45, voltage=0.011685259640216827
    time_span=0.0001s, test_ID=171, label=7, output_node=46, voltage=0.008787848986685276
    time_span=0.0001s, test_ID=171, label=7, output_node=47, voltage=0.008761952631175518
    time_span=0.0001s, test_ID=171, label=7, output_node=48, voltage=0.007719123736023903
    time_span=0.0001s, test_ID=171, label=7, output_node=49, voltage=0.008925299160182476
    time_span=0.0001s, test_ID=171, label=7, output_node=50, voltage=0.013182271271944046
    time_span=0.0001s, test_ID=171, label=7, output_node=51, voltage=0.005576693452894688
    time_span=0.0001s, test_ID=171, label=7, output_node=52, voltage=0.018480081111192703
    time_span=0.0001s, test_ID=171, label=7, output_node=53, voltage=0.009752987883985043
    time_span=0.0001s, test_ID=171, label=7, output_node=54, voltage=0.009190238080918789
    time_span=0.0001s, test_ID=171, label=7, output_node=55, voltage=0.007212151773273945
    time_span=0.0001s, test_ID=171, label=7, output_node=56, voltage=0.005602590274065733
    time_span=0.0001s, test_ID=171, label=7, output_node=57, voltage=0.005599601194262505
    time_span=0.0001s, test_ID=171, label=7, output_node=58, voltage=0.017298804596066475
    time_span=0.0001s, test_ID=171, label=7, output_node=59, voltage=0.008019920438528061
    time_span=0.0001s, test_ID=171, label=7, output_node=60, voltage=0.01018725149333477
    time_span=0.0001s, test_ID=171, label=7, output_node=61, voltage=0.011757967993617058
    time_span=0.0001s, test_ID=171, label=7, output_node=62, voltage=0.006950198672711849
    time_span=0.0001s, test_ID=171, label=7, output_node=63, voltage=0.01374900434166193
    time_span=0.0001s, test_ID=171, label=7, output_node=64, voltage=0.01003784779459238
    time_span=0.0001s, test_ID=171, label=7, output_node=65, voltage=0.010218127630650997
    time_span=0.0001s, test_ID=171, label=7, output_node=66, voltage=0.007633466739207506
    time_span=0.0001s, test_ID=171, label=7, output_node=67, voltage=0.008686254732310772
    time_span=0.0001s, test_ID=171, label=7, output_node=68, voltage=0.011750000528991222
    time_span=0.0001s, test_ID=171, label=7, output_node=69, voltage=0.010092630051076412
    time_span=0.0001s, test_ID=171, label=7, output_node=70, voltage=0.01060856506228447
    time_span=0.0001s, test_ID=171, label=7, output_node=71, voltage=0.006535856518894434
    time_span=0.0001s, test_ID=171, label=7, output_node=72, voltage=0.01397111639380455
    time_span=0.0001s, test_ID=171, label=7, output_node=73, voltage=0.01176394522190094
    time_span=0.0001s, test_ID=171, label=7, output_node=74, voltage=0.016659362241625786
    time_span=0.0001s, test_ID=171, label=7, output_node=75, voltage=0.002397410338744521
    time_span=0.0001s, test_ID=171, label=7, output_node=76, voltage=0.010708167217671871
    time_span=0.0001s, test_ID=171, label=7, output_node=77, voltage=0.011057768948376179
    time_span=0.0001s, test_ID=171, label=7, output_node=78, voltage=0.00907968170940876
    time_span=0.0001s, test_ID=171, label=7, output_node=79, voltage=0.010621513240039349
    time_span=0.0001s, test_ID=171, label=7, output_node=80, voltage=0.011370518244802952
    time_span=0.0001s, test_ID=171, label=7, output_node=81, voltage=0.011703187599778175
    time_span=0.0001s, test_ID=171, label=7, output_node=82, voltage=0.011907370761036873
    time_span=0.0001s, test_ID=171, label=7, output_node=83, voltage=0.013612549751996994
    time_span=0.0001s, test_ID=171, label=7, output_node=84, voltage=0.0030348605941981077
    time_span=0.0001s, test_ID=171, label=7, output_node=85, voltage=0.015064741484820843
    time_span=0.0001s, test_ID=171, label=7, output_node=86, voltage=0.011193227022886276
    time_span=0.0001s, test_ID=171, label=7, output_node=87, voltage=0.008607570081949234
    time_span=0.0001s, test_ID=171, label=7, output_node=88, voltage=0.005424303002655506
    time_span=0.0001s, test_ID=171, label=7, output_node=89, voltage=0.01883864589035511
    time_span=0.0001s, test_ID=171, label=7, output_node=90, voltage=0.0178376492112875
    time_span=0.0001s, test_ID=171, label=7, output_node=91, voltage=0.009889442473649979
    time_span=0.0001s, test_ID=171, label=7, output_node=92, voltage=0.01424601674079895
    time_span=0.0001s, test_ID=171, label=7, output_node=93, voltage=0.012680279091000557
    time_span=0.0001s, test_ID=171, label=7, output_node=94, voltage=0.008329682052135468
    time_span=0.0001s, test_ID=171, label=7, output_node=95, voltage=0.012271911837160587
    time_span=0.0001s, test_ID=171, label=7, output_node=96, voltage=0.015134462155401707
    time_span=0.0001s, test_ID=171, label=7, output_node=97, voltage=0.009549800306558609
    time_span=0.0001s, test_ID=171, label=7, output_node=98, voltage=0.01356772892177105
    time_span=0.0001s, test_ID=171, label=7, output_node=99, voltage=0.015331672504544258
    time_span=0.0001s, test_ID=171, label=7, output_node=sum, voltage=0.03271215409040451
    Time consumed for 1 sample = 625.5949375629425 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '171'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=172, label=2, output_node=bkg, voltage=-0.004269920289516449
    time_span=0.0001s, test_ID=172, label=2, output_node=0, voltage=0.009460159577429295
    time_span=0.0001s, test_ID=172, label=2, output_node=1, voltage=0.009093624539673328
    time_span=0.0001s, test_ID=172, label=2, output_node=2, voltage=0.018907371908426285
    time_span=0.0001s, test_ID=172, label=2, output_node=3, voltage=0.011152391321957111
    time_span=0.0001s, test_ID=172, label=2, output_node=4, voltage=0.016702190041542053
    time_span=0.0001s, test_ID=172, label=2, output_node=5, voltage=0.017623506486415863
    time_span=0.0001s, test_ID=172, label=2, output_node=6, voltage=0.01776294782757759
    time_span=0.0001s, test_ID=172, label=2, output_node=7, voltage=0.0055707176215946674
    time_span=0.0001s, test_ID=172, label=2, output_node=8, voltage=0.008940238505601883
    time_span=0.0001s, test_ID=172, label=2, output_node=9, voltage=0.013458166271448135
    time_span=0.0001s, test_ID=172, label=2, output_node=10, voltage=0.008355577476322651
    time_span=0.0001s, test_ID=172, label=2, output_node=11, voltage=0.01524501945823431
    time_span=0.0001s, test_ID=172, label=2, output_node=12, voltage=0.010335656814277172
    time_span=0.0001s, test_ID=172, label=2, output_node=13, voltage=0.015072708949446678
    time_span=0.0001s, test_ID=172, label=2, output_node=14, voltage=0.01548406295478344
    time_span=0.0001s, test_ID=172, label=2, output_node=15, voltage=0.012654383666813374
    time_span=0.0001s, test_ID=172, label=2, output_node=16, voltage=0.014960158616304398
    time_span=0.0001s, test_ID=172, label=2, output_node=17, voltage=0.014360558241605759
    time_span=0.0001s, test_ID=172, label=2, output_node=18, voltage=0.014811753295361996
    time_span=0.0001s, test_ID=172, label=2, output_node=19, voltage=0.00625796802341938
    time_span=0.0001s, test_ID=172, label=2, output_node=20, voltage=0.01708366535604
    time_span=0.0001s, test_ID=172, label=2, output_node=21, voltage=0.011657370254397392
    time_span=0.0001s, test_ID=172, label=2, output_node=22, voltage=0.01230179239064455
    time_span=0.0001s, test_ID=172, label=2, output_node=23, voltage=0.01971215195953846
    time_span=0.0001s, test_ID=172, label=2, output_node=24, voltage=0.018274899572134018
    time_span=0.0001s, test_ID=172, label=2, output_node=25, voltage=0.01330079697072506
    time_span=0.0001s, test_ID=172, label=2, output_node=26, voltage=0.015868525952100754
    time_span=0.0001s, test_ID=172, label=2, output_node=27, voltage=0.004763944074511528
    time_span=0.0001s, test_ID=172, label=2, output_node=28, voltage=0.011496015824377537
    time_span=0.0001s, test_ID=172, label=2, output_node=29, voltage=0.014183267019689083
    time_span=0.0001s, test_ID=172, label=2, output_node=30, voltage=0.009987052530050278
    time_span=0.0001s, test_ID=172, label=2, output_node=31, voltage=0.009901394136250019
    time_span=0.0001s, test_ID=172, label=2, output_node=32, voltage=0.01521713100373745
    time_span=0.0001s, test_ID=172, label=2, output_node=33, voltage=0.008313745260238647
    time_span=0.0001s, test_ID=172, label=2, output_node=34, voltage=0.014127490110695362
    time_span=0.0001s, test_ID=172, label=2, output_node=35, voltage=0.008294820785522461
    time_span=0.0001s, test_ID=172, label=2, output_node=36, voltage=0.004393426701426506
    time_span=0.0001s, test_ID=172, label=2, output_node=37, voltage=0.007832669652998447
    time_span=0.0001s, test_ID=172, label=2, output_node=38, voltage=0.009213147684931755
    time_span=0.0001s, test_ID=172, label=2, output_node=39, voltage=0.01376095600426197
    time_span=0.0001s, test_ID=172, label=2, output_node=40, voltage=0.016018925234675407
    time_span=0.0001s, test_ID=172, label=2, output_node=41, voltage=0.013932271860539913
    time_span=0.0001s, test_ID=172, label=2, output_node=42, voltage=0.011657371185719967
    time_span=0.0001s, test_ID=172, label=2, output_node=43, voltage=0.015146414749324322
    time_span=0.0001s, test_ID=172, label=2, output_node=44, voltage=0.015410359017550945
    time_span=0.0001s, test_ID=172, label=2, output_node=45, voltage=0.013044821098446846
    time_span=0.0001s, test_ID=172, label=2, output_node=46, voltage=0.009339641779661179
    time_span=0.0001s, test_ID=172, label=2, output_node=47, voltage=0.013338644988834858
    time_span=0.0001s, test_ID=172, label=2, output_node=48, voltage=0.011290837079286575
    time_span=0.0001s, test_ID=172, label=2, output_node=49, voltage=0.011914342641830444
    time_span=0.0001s, test_ID=172, label=2, output_node=50, voltage=0.008627490140497684
    time_span=0.0001s, test_ID=172, label=2, output_node=51, voltage=0.0103575699031353
    time_span=0.0001s, test_ID=172, label=2, output_node=52, voltage=0.012997012585401535
    time_span=0.0001s, test_ID=172, label=2, output_node=53, voltage=0.010574701242148876
    time_span=0.0001s, test_ID=172, label=2, output_node=54, voltage=0.01608266867697239
    time_span=0.0001s, test_ID=172, label=2, output_node=55, voltage=0.01703486032783985
    time_span=0.0001s, test_ID=172, label=2, output_node=56, voltage=0.008059759624302387
    time_span=0.0001s, test_ID=172, label=2, output_node=57, voltage=0.010921315290033817
    time_span=0.0001s, test_ID=172, label=2, output_node=58, voltage=0.015147410333156586
    time_span=0.0001s, test_ID=172, label=2, output_node=59, voltage=0.01068924367427826
    time_span=0.0001s, test_ID=172, label=2, output_node=60, voltage=0.005924302618950605
    time_span=0.0001s, test_ID=172, label=2, output_node=61, voltage=0.015827689319849014
    time_span=0.0001s, test_ID=172, label=2, output_node=62, voltage=0.011667330749332905
    time_span=0.0001s, test_ID=172, label=2, output_node=63, voltage=0.017450200393795967
    time_span=0.0001s, test_ID=172, label=2, output_node=64, voltage=0.0036653385031968355
    time_span=0.0001s, test_ID=172, label=2, output_node=65, voltage=0.013808765448629856
    time_span=0.0001s, test_ID=172, label=2, output_node=66, voltage=0.011886454187333584
    time_span=0.0001s, test_ID=172, label=2, output_node=67, voltage=0.008972112089395523
    time_span=0.0001s, test_ID=172, label=2, output_node=68, voltage=0.012420319020748138
    time_span=0.0001s, test_ID=172, label=2, output_node=69, voltage=0.011299800127744675
    time_span=0.0001s, test_ID=172, label=2, output_node=70, voltage=0.014250995591282845
    time_span=0.0001s, test_ID=172, label=2, output_node=71, voltage=0.014325697906315327
    time_span=0.0001s, test_ID=172, label=2, output_node=72, voltage=0.01447709184139967
    time_span=0.0001s, test_ID=172, label=2, output_node=73, voltage=0.007388445548713207
    time_span=0.0001s, test_ID=172, label=2, output_node=74, voltage=0.007552789058536291
    time_span=0.0001s, test_ID=172, label=2, output_node=75, voltage=0.015396413393318653
    time_span=0.0001s, test_ID=172, label=2, output_node=76, voltage=0.007623506244271994
    time_span=0.0001s, test_ID=172, label=2, output_node=77, voltage=0.014159361831843853
    time_span=0.0001s, test_ID=172, label=2, output_node=78, voltage=0.015020916238427162
    time_span=0.0001s, test_ID=172, label=2, output_node=79, voltage=0.01184462197124958
    time_span=0.0001s, test_ID=172, label=2, output_node=80, voltage=0.006987051572650671
    time_span=0.0001s, test_ID=172, label=2, output_node=81, voltage=0.01619621552526951
    time_span=0.0001s, test_ID=172, label=2, output_node=82, voltage=0.011996015906333923
    time_span=0.0001s, test_ID=172, label=2, output_node=83, voltage=0.008112550713121891
    time_span=0.0001s, test_ID=172, label=2, output_node=84, voltage=0.013801793567836285
    time_span=0.0001s, test_ID=172, label=2, output_node=85, voltage=0.007127490360289812
    time_span=0.0001s, test_ID=172, label=2, output_node=86, voltage=0.013100597076117992
    time_span=0.0001s, test_ID=172, label=2, output_node=87, voltage=0.008799801580607891
    time_span=0.0001s, test_ID=172, label=2, output_node=88, voltage=0.008990040980279446
    time_span=0.0001s, test_ID=172, label=2, output_node=89, voltage=0.012929283082485199
    time_span=0.0001s, test_ID=172, label=2, output_node=90, voltage=0.014281872659921646
    time_span=0.0001s, test_ID=172, label=2, output_node=91, voltage=0.009530876763164997
    time_span=0.0001s, test_ID=172, label=2, output_node=92, voltage=0.013500995934009552
    time_span=0.0001s, test_ID=172, label=2, output_node=93, voltage=0.010249003767967224
    time_span=0.0001s, test_ID=172, label=2, output_node=94, voltage=0.006524900905787945
    time_span=0.0001s, test_ID=172, label=2, output_node=95, voltage=0.007897410541772842
    time_span=0.0001s, test_ID=172, label=2, output_node=96, voltage=0.005906374659389257
    time_span=0.0001s, test_ID=172, label=2, output_node=97, voltage=0.016772909089922905
    time_span=0.0001s, test_ID=172, label=2, output_node=98, voltage=0.013591633178293705
    time_span=0.0001s, test_ID=172, label=2, output_node=99, voltage=0.008452191017568111
    time_span=0.0001s, test_ID=172, label=2, output_node=sum, voltage=0.03448307141661644
    Time consumed for 1 sample = 626.4017517566681 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '172'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=173, label=3, output_node=bkg, voltage=-0.005169322248548269
    time_span=0.0001s, test_ID=173, label=3, output_node=0, voltage=0.008794820867478848
    time_span=0.0001s, test_ID=173, label=3, output_node=1, voltage=0.004312749020755291
    time_span=0.0001s, test_ID=173, label=3, output_node=2, voltage=0.010720119811594486
    time_span=0.0001s, test_ID=173, label=3, output_node=3, voltage=0.008540837094187737
    time_span=0.0001s, test_ID=173, label=3, output_node=4, voltage=0.008799800649285316
    time_span=0.0001s, test_ID=173, label=3, output_node=5, voltage=0.009125499054789543
    time_span=0.0001s, test_ID=173, label=3, output_node=6, voltage=0.008900399319827557
    time_span=0.0001s, test_ID=173, label=3, output_node=7, voltage=0.006000996567308903
    time_span=0.0001s, test_ID=173, label=3, output_node=8, voltage=0.0020697209984064102
    time_span=0.0001s, test_ID=173, label=3, output_node=9, voltage=0.004312749020755291
    time_span=0.0001s, test_ID=173, label=3, output_node=10, voltage=0.0019561753142625093
    time_span=0.0001s, test_ID=173, label=3, output_node=11, voltage=0.006944223307073116
    time_span=0.0001s, test_ID=173, label=3, output_node=12, voltage=0.004721115343272686
    time_span=0.0001s, test_ID=173, label=3, output_node=13, voltage=0.011118525639176369
    time_span=0.0001s, test_ID=173, label=3, output_node=14, voltage=0.010513943620026112
    time_span=0.0001s, test_ID=173, label=3, output_node=15, voltage=0.0044601596891880035
    time_span=0.0001s, test_ID=173, label=3, output_node=16, voltage=0.009736056439578533
    time_span=0.0001s, test_ID=173, label=3, output_node=17, voltage=0.006506972014904022
    time_span=0.0001s, test_ID=173, label=3, output_node=18, voltage=0.004493027459830046
    time_span=0.0001s, test_ID=173, label=3, output_node=19, voltage=0.008520916104316711
    time_span=0.0001s, test_ID=173, label=3, output_node=20, voltage=0.004181274678558111
    time_span=0.0001s, test_ID=173, label=3, output_node=21, voltage=0.004260955844074488
    time_span=0.0001s, test_ID=173, label=3, output_node=22, voltage=0.009154382161796093
    time_span=0.0001s, test_ID=173, label=3, output_node=23, voltage=0.013990039005875587
    time_span=0.0001s, test_ID=173, label=3, output_node=24, voltage=0.006345618050545454
    time_span=0.0001s, test_ID=173, label=3, output_node=25, voltage=0.00705677317455411
    time_span=0.0001s, test_ID=173, label=3, output_node=26, voltage=0.008729083463549614
    time_span=0.0001s, test_ID=173, label=3, output_node=27, voltage=0.006022908259183168
    time_span=0.0001s, test_ID=173, label=3, output_node=28, voltage=0.006845617666840553
    time_span=0.0001s, test_ID=173, label=3, output_node=29, voltage=0.004153386689722538
    time_span=0.0001s, test_ID=173, label=3, output_node=30, voltage=0.004867529962211847
    time_span=0.0001s, test_ID=173, label=3, output_node=31, voltage=0.007750995922833681
    time_span=0.0001s, test_ID=173, label=3, output_node=32, voltage=0.008667330257594585
    time_span=0.0001s, test_ID=173, label=3, output_node=33, voltage=0.0025766934268176556
    time_span=0.0001s, test_ID=173, label=3, output_node=34, voltage=0.0006195218884386122
    time_span=0.0001s, test_ID=173, label=3, output_node=35, voltage=0.01129482127726078
    time_span=0.0001s, test_ID=173, label=3, output_node=36, voltage=0.003796813078224659
    time_span=0.0001s, test_ID=173, label=3, output_node=37, voltage=0.0022191237658262253
    time_span=0.0001s, test_ID=173, label=3, output_node=38, voltage=0.007098606321960688
    time_span=0.0001s, test_ID=173, label=3, output_node=39, voltage=0.005673306994140148
    time_span=0.0001s, test_ID=173, label=3, output_node=40, voltage=0.00907270796597004
    time_span=0.0001s, test_ID=173, label=3, output_node=41, voltage=0.009462151676416397
    time_span=0.0001s, test_ID=173, label=3, output_node=42, voltage=0.0033187251538038254
    time_span=0.0001s, test_ID=173, label=3, output_node=43, voltage=0.010066733695566654
    time_span=0.0001s, test_ID=173, label=3, output_node=44, voltage=0.008553784340620041
    time_span=0.0001s, test_ID=173, label=3, output_node=45, voltage=0.008095617406070232
    time_span=0.0001s, test_ID=173, label=3, output_node=46, voltage=0.005862549412995577
    time_span=0.0001s, test_ID=173, label=3, output_node=47, voltage=0.00998207088559866
    time_span=0.0001s, test_ID=173, label=3, output_node=48, voltage=0.0030737051274627447
    time_span=0.0001s, test_ID=173, label=3, output_node=49, voltage=0.002921314910054207
    time_span=0.0001s, test_ID=173, label=3, output_node=50, voltage=0.007836653850972652
    time_span=0.0001s, test_ID=173, label=3, output_node=51, voltage=0.004458167124539614
    time_span=0.0001s, test_ID=173, label=3, output_node=52, voltage=0.009768924675881863
    time_span=0.0001s, test_ID=173, label=3, output_node=53, voltage=0.013039839453995228
    time_span=0.0001s, test_ID=173, label=3, output_node=54, voltage=0.010718126781284809
    time_span=0.0001s, test_ID=173, label=3, output_node=55, voltage=0.010023904964327812
    time_span=0.0001s, test_ID=173, label=3, output_node=56, voltage=0.010557767935097218
    time_span=0.0001s, test_ID=173, label=3, output_node=57, voltage=0.009605578146874905
    time_span=0.0001s, test_ID=173, label=3, output_node=58, voltage=0.006467131432145834
    time_span=0.0001s, test_ID=173, label=3, output_node=59, voltage=0.0072340634651482105
    time_span=0.0001s, test_ID=173, label=3, output_node=60, voltage=0.00536653446033597
    time_span=0.0001s, test_ID=173, label=3, output_node=61, voltage=0.012284860014915466
    time_span=0.0001s, test_ID=173, label=3, output_node=62, voltage=0.003353585721924901
    time_span=0.0001s, test_ID=173, label=3, output_node=63, voltage=0.0064780875109136105
    time_span=0.0001s, test_ID=173, label=3, output_node=64, voltage=0.005094621330499649
    time_span=0.0001s, test_ID=173, label=3, output_node=65, voltage=0.0027818724047392607
    time_span=0.0001s, test_ID=173, label=3, output_node=66, voltage=0.004054781049489975
    time_span=0.0001s, test_ID=173, label=3, output_node=67, voltage=0.007375498302280903
    time_span=0.0001s, test_ID=173, label=3, output_node=68, voltage=0.006270916201174259
    time_span=0.0001s, test_ID=173, label=3, output_node=69, voltage=0.013585656881332397
    time_span=0.0001s, test_ID=173, label=3, output_node=70, voltage=0.008209164254367352
    time_span=0.0001s, test_ID=173, label=3, output_node=71, voltage=0.012687251903116703
    time_span=0.0001s, test_ID=173, label=3, output_node=72, voltage=0.008972111158072948
    time_span=0.0001s, test_ID=173, label=3, output_node=73, voltage=0.007289840839803219
    time_span=0.0001s, test_ID=173, label=3, output_node=74, voltage=0.009569722227752209
    time_span=0.0001s, test_ID=173, label=3, output_node=75, voltage=0.007043824531137943
    time_span=0.0001s, test_ID=173, label=3, output_node=76, voltage=0.0065727089531719685
    time_span=0.0001s, test_ID=173, label=3, output_node=77, voltage=0.00804083701223135
    time_span=0.0001s, test_ID=173, label=3, output_node=78, voltage=0.0024551793467253447
    time_span=0.0001s, test_ID=173, label=3, output_node=79, voltage=0.007733067497611046
    time_span=0.0001s, test_ID=173, label=3, output_node=80, voltage=0.0009980081813409925
    time_span=0.0001s, test_ID=173, label=3, output_node=81, voltage=0.010686255060136318
    time_span=0.0001s, test_ID=173, label=3, output_node=82, voltage=0.011811752803623676
    time_span=0.0001s, test_ID=173, label=3, output_node=83, voltage=0.012986055575311184
    time_span=0.0001s, test_ID=173, label=3, output_node=84, voltage=0.0012559760361909866
    time_span=0.0001s, test_ID=173, label=3, output_node=85, voltage=0.002297808649018407
    time_span=0.0001s, test_ID=173, label=3, output_node=86, voltage=0.011392430402338505
    time_span=0.0001s, test_ID=173, label=3, output_node=87, voltage=0.008828685618937016
    time_span=0.0001s, test_ID=173, label=3, output_node=88, voltage=0.01611354760825634
    time_span=0.0001s, test_ID=173, label=3, output_node=89, voltage=0.007189243100583553
    time_span=0.0001s, test_ID=173, label=3, output_node=90, voltage=0.006406374741345644
    time_span=0.0001s, test_ID=173, label=3, output_node=91, voltage=0.002818725071847439
    time_span=0.0001s, test_ID=173, label=3, output_node=92, voltage=0.005951195489615202
    time_span=0.0001s, test_ID=173, label=3, output_node=93, voltage=0.007690239232033491
    time_span=0.0001s, test_ID=173, label=3, output_node=94, voltage=0.006936255376785994
    time_span=0.0001s, test_ID=173, label=3, output_node=95, voltage=0.003617529757320881
    time_span=0.0001s, test_ID=173, label=3, output_node=96, voltage=0.010356573387980461
    time_span=0.0001s, test_ID=173, label=3, output_node=97, voltage=0.010611552745103836
    time_span=0.0001s, test_ID=173, label=3, output_node=98, voltage=0.006140438374131918
    time_span=0.0001s, test_ID=173, label=3, output_node=99, voltage=0.009714143350720406
    time_span=0.0001s, test_ID=173, label=3, output_node=sum, voltage=0.026760956272482872
    Time consumed for 1 sample = 625.0013835430145 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '173'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=174, label=2, output_node=bkg, voltage=-0.005049800965934992
    time_span=0.0001s, test_ID=174, label=2, output_node=0, voltage=0.0066533866338431835
    time_span=0.0001s, test_ID=174, label=2, output_node=1, voltage=0.006783864460885525
    time_span=0.0001s, test_ID=174, label=2, output_node=2, voltage=0.012615538202226162
    time_span=0.0001s, test_ID=174, label=2, output_node=3, voltage=0.008738048374652863
    time_span=0.0001s, test_ID=174, label=2, output_node=4, voltage=0.020632470026612282
    time_span=0.0001s, test_ID=174, label=2, output_node=5, voltage=0.013416334986686707
    time_span=0.0001s, test_ID=174, label=2, output_node=6, voltage=0.015367529354989529
    time_span=0.0001s, test_ID=174, label=2, output_node=7, voltage=0.004054781049489975
    time_span=0.0001s, test_ID=174, label=2, output_node=8, voltage=0.018146412447094917
    time_span=0.0001s, test_ID=174, label=2, output_node=9, voltage=0.018093625083565712
    time_span=0.0001s, test_ID=174, label=2, output_node=10, voltage=0.007746016141027212
    time_span=0.0001s, test_ID=174, label=2, output_node=11, voltage=0.011828684248030186
    time_span=0.0001s, test_ID=174, label=2, output_node=12, voltage=0.012076693587005138
    time_span=0.0001s, test_ID=174, label=2, output_node=13, voltage=0.008598605170845985
    time_span=0.0001s, test_ID=174, label=2, output_node=14, voltage=0.010566731914877892
    time_span=0.0001s, test_ID=174, label=2, output_node=15, voltage=0.009893426671624184
    time_span=0.0001s, test_ID=174, label=2, output_node=16, voltage=0.00868426263332367
    time_span=0.0001s, test_ID=174, label=2, output_node=17, voltage=0.008779879659414291
    time_span=0.0001s, test_ID=174, label=2, output_node=18, voltage=0.009536853060126305
    time_span=0.0001s, test_ID=174, label=2, output_node=19, voltage=0.019763944670557976
    time_span=0.0001s, test_ID=174, label=2, output_node=20, voltage=0.015973107889294624
    time_span=0.0001s, test_ID=174, label=2, output_node=21, voltage=0.013454183004796505
    time_span=0.0001s, test_ID=174, label=2, output_node=22, voltage=0.014440239407122135
    time_span=0.0001s, test_ID=174, label=2, output_node=23, voltage=0.012885458767414093
    time_span=0.0001s, test_ID=174, label=2, output_node=24, voltage=0.01766035705804825
    time_span=0.0001s, test_ID=174, label=2, output_node=25, voltage=0.013719123788177967
    time_span=0.0001s, test_ID=174, label=2, output_node=26, voltage=0.01668824814260006
    time_span=0.0001s, test_ID=174, label=2, output_node=27, voltage=0.0063705178909003735
    time_span=0.0001s, test_ID=174, label=2, output_node=28, voltage=0.015756972134113312
    time_span=0.0001s, test_ID=174, label=2, output_node=29, voltage=0.012209163047373295
    time_span=0.0001s, test_ID=174, label=2, output_node=30, voltage=0.008161354809999466
    time_span=0.0001s, test_ID=174, label=2, output_node=31, voltage=0.010402390733361244
    time_span=0.0001s, test_ID=174, label=2, output_node=32, voltage=0.013338645920157433
    time_span=0.0001s, test_ID=174, label=2, output_node=33, voltage=0.009233067743480206
    time_span=0.0001s, test_ID=174, label=2, output_node=34, voltage=0.01342231035232544
    time_span=0.0001s, test_ID=174, label=2, output_node=35, voltage=0.004491036292165518
    time_span=0.0001s, test_ID=174, label=2, output_node=36, voltage=0.01102788932621479
    time_span=0.0001s, test_ID=174, label=2, output_node=37, voltage=0.015129481442272663
    time_span=0.0001s, test_ID=174, label=2, output_node=38, voltage=0.013063745573163033
    time_span=0.0001s, test_ID=174, label=2, output_node=39, voltage=0.01148207113146782
    time_span=0.0001s, test_ID=174, label=2, output_node=40, voltage=0.011563745327293873
    time_span=0.0001s, test_ID=174, label=2, output_node=41, voltage=0.008075697347521782
    time_span=0.0001s, test_ID=174, label=2, output_node=42, voltage=0.01168724987655878
    time_span=0.0001s, test_ID=174, label=2, output_node=43, voltage=0.013416334055364132
    time_span=0.0001s, test_ID=174, label=2, output_node=44, voltage=0.017147410660982132
    time_span=0.0001s, test_ID=174, label=2, output_node=45, voltage=0.016670318320393562
    time_span=0.0001s, test_ID=174, label=2, output_node=46, voltage=0.009440239518880844
    time_span=0.0001s, test_ID=174, label=2, output_node=47, voltage=0.013689243234694004
    time_span=0.0001s, test_ID=174, label=2, output_node=48, voltage=0.00960956234484911
    time_span=0.0001s, test_ID=174, label=2, output_node=49, voltage=0.012307769618928432
    time_span=0.0001s, test_ID=174, label=2, output_node=50, voltage=0.014078686013817787
    time_span=0.0001s, test_ID=174, label=2, output_node=51, voltage=0.0114571712911129
    time_span=0.0001s, test_ID=174, label=2, output_node=52, voltage=0.015149402432143688
    time_span=0.0001s, test_ID=174, label=2, output_node=53, voltage=0.013885458000004292
    time_span=0.0001s, test_ID=174, label=2, output_node=54, voltage=0.01812748797237873
    time_span=0.0001s, test_ID=174, label=2, output_node=55, voltage=0.011411354877054691
    time_span=0.0001s, test_ID=174, label=2, output_node=56, voltage=0.008881473913788795
    time_span=0.0001s, test_ID=174, label=2, output_node=57, voltage=0.004001992288976908
    time_span=0.0001s, test_ID=174, label=2, output_node=58, voltage=0.021790839731693268
    time_span=0.0001s, test_ID=174, label=2, output_node=59, voltage=0.01583864539861679
    time_span=0.0001s, test_ID=174, label=2, output_node=60, voltage=0.010618526488542557
    time_span=0.0001s, test_ID=174, label=2, output_node=61, voltage=0.013366534374654293
    time_span=0.0001s, test_ID=174, label=2, output_node=62, voltage=0.011624501086771488
    time_span=0.0001s, test_ID=174, label=2, output_node=63, voltage=0.019966134801506996
    time_span=0.0001s, test_ID=174, label=2, output_node=64, voltage=0.011755975894629955
    time_span=0.0001s, test_ID=174, label=2, output_node=65, voltage=0.007916335016489029
    time_span=0.0001s, test_ID=174, label=2, output_node=66, voltage=0.012901394627988338
    time_span=0.0001s, test_ID=174, label=2, output_node=67, voltage=0.01102490071207285
    time_span=0.0001s, test_ID=174, label=2, output_node=68, voltage=0.008454183116555214
    time_span=0.0001s, test_ID=174, label=2, output_node=69, voltage=0.009751992300152779
    time_span=0.0001s, test_ID=174, label=2, output_node=70, voltage=0.013138446025550365
    time_span=0.0001s, test_ID=174, label=2, output_node=71, voltage=0.01130776945501566
    time_span=0.0001s, test_ID=174, label=2, output_node=72, voltage=0.014705179259181023
    time_span=0.0001s, test_ID=174, label=2, output_node=73, voltage=0.010611552745103836
    time_span=0.0001s, test_ID=174, label=2, output_node=74, voltage=0.014563744887709618
    time_span=0.0001s, test_ID=174, label=2, output_node=75, voltage=0.00549402367323637
    time_span=0.0001s, test_ID=174, label=2, output_node=76, voltage=0.012566732242703438
    time_span=0.0001s, test_ID=174, label=2, output_node=77, voltage=0.011651393957436085
    time_span=0.0001s, test_ID=174, label=2, output_node=78, voltage=0.011197212152183056
    time_span=0.0001s, test_ID=174, label=2, output_node=79, voltage=0.00886155292391777
    time_span=0.0001s, test_ID=174, label=2, output_node=80, voltage=0.009311753325164318
    time_span=0.0001s, test_ID=174, label=2, output_node=81, voltage=0.011199203319847584
    time_span=0.0001s, test_ID=174, label=2, output_node=82, voltage=0.01610458269715309
    time_span=0.0001s, test_ID=174, label=2, output_node=83, voltage=0.008528884500265121
    time_span=0.0001s, test_ID=174, label=2, output_node=84, voltage=0.013252987526357174
    time_span=0.0001s, test_ID=174, label=2, output_node=85, voltage=0.013233068399131298
    time_span=0.0001s, test_ID=174, label=2, output_node=86, voltage=0.008729083463549614
    time_span=0.0001s, test_ID=174, label=2, output_node=87, voltage=0.0069581675343215466
    time_span=0.0001s, test_ID=174, label=2, output_node=88, voltage=0.009377489797770977
    time_span=0.0001s, test_ID=174, label=2, output_node=89, voltage=0.013659361749887466
    time_span=0.0001s, test_ID=174, label=2, output_node=90, voltage=0.012562748976051807
    time_span=0.0001s, test_ID=174, label=2, output_node=91, voltage=0.016587648540735245
    time_span=0.0001s, test_ID=174, label=2, output_node=92, voltage=0.013069720938801765
    time_span=0.0001s, test_ID=174, label=2, output_node=93, voltage=0.010443227365612984
    time_span=0.0001s, test_ID=174, label=2, output_node=94, voltage=0.008381473831832409
    time_span=0.0001s, test_ID=174, label=2, output_node=95, voltage=0.01350298710167408
    time_span=0.0001s, test_ID=174, label=2, output_node=96, voltage=0.01182470191270113
    time_span=0.0001s, test_ID=174, label=2, output_node=97, voltage=0.010452190414071083
    time_span=0.0001s, test_ID=174, label=2, output_node=98, voltage=0.017646413296461105
    time_span=0.0001s, test_ID=174, label=2, output_node=99, voltage=0.007490039803087711
    time_span=0.0001s, test_ID=174, label=2, output_node=sum, voltage=0.03800199180841446
    Time consumed for 1 sample = 625.9293675422668 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '174'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=175, label=7, output_node=bkg, voltage=-0.006293824873864651
    time_span=0.0001s, test_ID=175, label=7, output_node=0, voltage=0.019269920885562897
    time_span=0.0001s, test_ID=175, label=7, output_node=1, voltage=0.01579183340072632
    time_span=0.0001s, test_ID=175, label=7, output_node=2, voltage=0.019240040332078934
    time_span=0.0001s, test_ID=175, label=7, output_node=3, voltage=0.01644521951675415
    time_span=0.0001s, test_ID=175, label=7, output_node=4, voltage=0.021767927333712578
    time_span=0.0001s, test_ID=175, label=7, output_node=5, voltage=0.01804482191801071
    time_span=0.0001s, test_ID=175, label=7, output_node=6, voltage=0.019369520246982574
    time_span=0.0001s, test_ID=175, label=7, output_node=7, voltage=0.02262350544333458
    time_span=0.0001s, test_ID=175, label=7, output_node=8, voltage=0.02085059881210327
    time_span=0.0001s, test_ID=175, label=7, output_node=9, voltage=0.014828684739768505
    time_span=0.0001s, test_ID=175, label=7, output_node=10, voltage=0.01614541746675968
    time_span=0.0001s, test_ID=175, label=7, output_node=11, voltage=0.02329183556139469
    time_span=0.0001s, test_ID=175, label=7, output_node=12, voltage=0.02117629535496235
    time_span=0.0001s, test_ID=175, label=7, output_node=13, voltage=0.021140439435839653
    time_span=0.0001s, test_ID=175, label=7, output_node=14, voltage=0.016711154952645302
    time_span=0.0001s, test_ID=175, label=7, output_node=15, voltage=0.02050597593188286
    time_span=0.0001s, test_ID=175, label=7, output_node=16, voltage=0.013404382392764091
    time_span=0.0001s, test_ID=175, label=7, output_node=17, voltage=0.01603286899626255
    time_span=0.0001s, test_ID=175, label=7, output_node=18, voltage=0.019506970420479774
    time_span=0.0001s, test_ID=175, label=7, output_node=19, voltage=0.016465140506625175
    time_span=0.0001s, test_ID=175, label=7, output_node=20, voltage=0.021778883412480354
    time_span=0.0001s, test_ID=175, label=7, output_node=21, voltage=0.01347808726131916
    time_span=0.0001s, test_ID=175, label=7, output_node=22, voltage=0.014460159465670586
    time_span=0.0001s, test_ID=175, label=7, output_node=23, voltage=0.022362548857927322
    time_span=0.0001s, test_ID=175, label=7, output_node=24, voltage=0.017548805102705956
    time_span=0.0001s, test_ID=175, label=7, output_node=25, voltage=0.016748009249567986
    time_span=0.0001s, test_ID=175, label=7, output_node=26, voltage=0.019297808408737183
    time_span=0.0001s, test_ID=175, label=7, output_node=27, voltage=0.015818724408745766
    time_span=0.0001s, test_ID=175, label=7, output_node=28, voltage=0.01860458217561245
    time_span=0.0001s, test_ID=175, label=7, output_node=29, voltage=0.015803785994648933
    time_span=0.0001s, test_ID=175, label=7, output_node=30, voltage=0.018617529422044754
    time_span=0.0001s, test_ID=175, label=7, output_node=31, voltage=0.016620518639683723
    time_span=0.0001s, test_ID=175, label=7, output_node=32, voltage=0.016010956838726997
    time_span=0.0001s, test_ID=175, label=7, output_node=33, voltage=0.021706175059080124
    time_span=0.0001s, test_ID=175, label=7, output_node=34, voltage=0.0145498001947999
    time_span=0.0001s, test_ID=175, label=7, output_node=35, voltage=0.013163345865905285
    time_span=0.0001s, test_ID=175, label=7, output_node=36, voltage=0.01625796966254711
    time_span=0.0001s, test_ID=175, label=7, output_node=37, voltage=0.01998705230653286
    time_span=0.0001s, test_ID=175, label=7, output_node=38, voltage=0.012948207557201385
    time_span=0.0001s, test_ID=175, label=7, output_node=39, voltage=0.01471513882279396
    time_span=0.0001s, test_ID=175, label=7, output_node=40, voltage=0.017438245937228203
    time_span=0.0001s, test_ID=175, label=7, output_node=41, voltage=0.019360557198524475
    time_span=0.0001s, test_ID=175, label=7, output_node=42, voltage=0.019716134294867516
    time_span=0.0001s, test_ID=175, label=7, output_node=43, voltage=0.0187998004257679
    time_span=0.0001s, test_ID=175, label=7, output_node=44, voltage=0.020329680293798447
    time_span=0.0001s, test_ID=175, label=7, output_node=45, voltage=0.02598804607987404
    time_span=0.0001s, test_ID=175, label=7, output_node=46, voltage=0.01547609455883503
    time_span=0.0001s, test_ID=175, label=7, output_node=47, voltage=0.013342629186809063
    time_span=0.0001s, test_ID=175, label=7, output_node=48, voltage=0.0146095622330904
    time_span=0.0001s, test_ID=175, label=7, output_node=49, voltage=0.016803782433271408
    time_span=0.0001s, test_ID=175, label=7, output_node=50, voltage=0.02238844707608223
    time_span=0.0001s, test_ID=175, label=7, output_node=51, voltage=0.014587649144232273
    time_span=0.0001s, test_ID=175, label=7, output_node=52, voltage=0.026137448847293854
    time_span=0.0001s, test_ID=175, label=7, output_node=53, voltage=0.018508965149521828
    time_span=0.0001s, test_ID=175, label=7, output_node=54, voltage=0.017436254769563675
    time_span=0.0001s, test_ID=175, label=7, output_node=55, voltage=0.017065737396478653
    time_span=0.0001s, test_ID=175, label=7, output_node=56, voltage=0.013308764435350895
    time_span=0.0001s, test_ID=175, label=7, output_node=57, voltage=0.015729082748293877
    time_span=0.0001s, test_ID=175, label=7, output_node=58, voltage=0.021469123661518097
    time_span=0.0001s, test_ID=175, label=7, output_node=59, voltage=0.019125496968626976
    time_span=0.0001s, test_ID=175, label=7, output_node=60, voltage=0.015593625605106354
    time_span=0.0001s, test_ID=175, label=7, output_node=61, voltage=0.016070717945694923
    time_span=0.0001s, test_ID=175, label=7, output_node=62, voltage=0.01857270859181881
    time_span=0.0001s, test_ID=175, label=7, output_node=63, voltage=0.020313745364546776
    time_span=0.0001s, test_ID=175, label=7, output_node=64, voltage=0.018966134637594223
    time_span=0.0001s, test_ID=175, label=7, output_node=65, voltage=0.02255079708993435
    time_span=0.0001s, test_ID=175, label=7, output_node=66, voltage=0.015012947842478752
    time_span=0.0001s, test_ID=175, label=7, output_node=67, voltage=0.020371513441205025
    time_span=0.0001s, test_ID=175, label=7, output_node=68, voltage=0.01356274913996458
    time_span=0.0001s, test_ID=175, label=7, output_node=69, voltage=0.020074699074029922
    time_span=0.0001s, test_ID=175, label=7, output_node=70, voltage=0.020539842545986176
    time_span=0.0001s, test_ID=175, label=7, output_node=71, voltage=0.016748007386922836
    time_span=0.0001s, test_ID=175, label=7, output_node=72, voltage=0.018099602311849594
    time_span=0.0001s, test_ID=175, label=7, output_node=73, voltage=0.017579682171344757
    time_span=0.0001s, test_ID=175, label=7, output_node=74, voltage=0.0269492045044899
    time_span=0.0001s, test_ID=175, label=7, output_node=75, voltage=0.015521912835538387
    time_span=0.0001s, test_ID=175, label=7, output_node=76, voltage=0.015885457396507263
    time_span=0.0001s, test_ID=175, label=7, output_node=77, voltage=0.015939243137836456
    time_span=0.0001s, test_ID=175, label=7, output_node=78, voltage=0.022222112864255905
    time_span=0.0001s, test_ID=175, label=7, output_node=79, voltage=0.019601594656705856
    time_span=0.0001s, test_ID=175, label=7, output_node=80, voltage=0.012497011572122574
    time_span=0.0001s, test_ID=175, label=7, output_node=81, voltage=0.024924304336309433
    time_span=0.0001s, test_ID=175, label=7, output_node=82, voltage=0.017015935853123665
    time_span=0.0001s, test_ID=175, label=7, output_node=83, voltage=0.01802988164126873
    time_span=0.0001s, test_ID=175, label=7, output_node=84, voltage=0.009712152183055878
    time_span=0.0001s, test_ID=175, label=7, output_node=85, voltage=0.01726992055773735
    time_span=0.0001s, test_ID=175, label=7, output_node=86, voltage=0.019261952489614487
    time_span=0.0001s, test_ID=175, label=7, output_node=87, voltage=0.012669322080910206
    time_span=0.0001s, test_ID=175, label=7, output_node=88, voltage=0.016095617786049843
    time_span=0.0001s, test_ID=175, label=7, output_node=89, voltage=0.016399402171373367
    time_span=0.0001s, test_ID=175, label=7, output_node=90, voltage=0.02571812830865383
    time_span=0.0001s, test_ID=175, label=7, output_node=91, voltage=0.016852591186761856
    time_span=0.0001s, test_ID=175, label=7, output_node=92, voltage=0.018129481002688408
    time_span=0.0001s, test_ID=175, label=7, output_node=93, voltage=0.02320418506860733
    time_span=0.0001s, test_ID=175, label=7, output_node=94, voltage=0.012426295317709446
    time_span=0.0001s, test_ID=175, label=7, output_node=95, voltage=0.01748804561793804
    time_span=0.0001s, test_ID=175, label=7, output_node=96, voltage=0.018211156129837036
    time_span=0.0001s, test_ID=175, label=7, output_node=97, voltage=0.01808764971792698
    time_span=0.0001s, test_ID=175, label=7, output_node=98, voltage=0.02357769012451172
    time_span=0.0001s, test_ID=175, label=7, output_node=99, voltage=0.01531274989247322
    time_span=0.0001s, test_ID=175, label=7, output_node=sum, voltage=0.050093624740839005
    Time consumed for 1 sample = 628.5884926319122 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '175'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=176, label=1, output_node=bkg, voltage=-0.0026563743595033884
    time_span=0.0001s, test_ID=176, label=1, output_node=0, voltage=0.0045717135071754456
    time_span=0.0001s, test_ID=176, label=1, output_node=1, voltage=0.004067729227244854
    time_span=0.0001s, test_ID=176, label=1, output_node=2, voltage=0.006113545969128609
    time_span=0.0001s, test_ID=176, label=1, output_node=3, voltage=0.0011165337637066841
    time_span=0.0001s, test_ID=176, label=1, output_node=4, voltage=0.00512848561629653
    time_span=0.0001s, test_ID=176, label=1, output_node=5, voltage=0.0017998007824644446
    time_span=0.0001s, test_ID=176, label=1, output_node=6, voltage=0.00240239012055099
    time_span=0.0001s, test_ID=176, label=1, output_node=7, voltage=0.0039322711527347565
    time_span=0.0001s, test_ID=176, label=1, output_node=8, voltage=0.004878486506640911
    time_span=0.0001s, test_ID=176, label=1, output_node=9, voltage=0.003736055688932538
    time_span=0.0001s, test_ID=176, label=1, output_node=10, voltage=0.004241035785526037
    time_span=0.0001s, test_ID=176, label=1, output_node=11, voltage=0.0017659362638369203
    time_span=0.0001s, test_ID=176, label=1, output_node=12, voltage=0.011338646523654461
    time_span=0.0001s, test_ID=176, label=1, output_node=13, voltage=0.0024930278304964304
    time_span=0.0001s, test_ID=176, label=1, output_node=14, voltage=0.00596912344917655
    time_span=0.0001s, test_ID=176, label=1, output_node=15, voltage=0.00603187270462513
    time_span=0.0001s, test_ID=176, label=1, output_node=16, voltage=0.007460159715265036
    time_span=0.0001s, test_ID=176, label=1, output_node=17, voltage=0.005703187081962824
    time_span=0.0001s, test_ID=176, label=1, output_node=18, voltage=0.002894422272220254
    time_span=0.0001s, test_ID=176, label=1, output_node=19, voltage=0.004183266777545214
    time_span=0.0001s, test_ID=176, label=1, output_node=20, voltage=0.007678287103772163
    time_span=0.0001s, test_ID=176, label=1, output_node=21, voltage=0.0036394421476870775
    time_span=0.0001s, test_ID=176, label=1, output_node=22, voltage=0.0001822708873078227
    time_span=0.0001s, test_ID=176, label=1, output_node=23, voltage=0.005568725056946278
    time_span=0.0001s, test_ID=176, label=1, output_node=24, voltage=0.0040099602192640305
    time_span=0.0001s, test_ID=176, label=1, output_node=25, voltage=0.002604581881314516
    time_span=0.0001s, test_ID=176, label=1, output_node=26, voltage=0.003669322468340397
    time_span=0.0001s, test_ID=176, label=1, output_node=27, voltage=0.006603585556149483
    time_span=0.0001s, test_ID=176, label=1, output_node=28, voltage=0.0035846612881869078
    time_span=0.0001s, test_ID=176, label=1, output_node=29, voltage=0.006897409446537495
    time_span=0.0001s, test_ID=176, label=1, output_node=30, voltage=0.0030557767022401094
    time_span=0.0001s, test_ID=176, label=1, output_node=31, voltage=0.0037998007610440254
    time_span=0.0001s, test_ID=176, label=1, output_node=32, voltage=0.004944223444908857
    time_span=0.0001s, test_ID=176, label=1, output_node=33, voltage=0.007348604965955019
    time_span=0.0001s, test_ID=176, label=1, output_node=34, voltage=0.01098804734647274
    time_span=0.0001s, test_ID=176, label=1, output_node=35, voltage=0.0032898406498134136
    time_span=0.0001s, test_ID=176, label=1, output_node=36, voltage=0.004139442462474108
    time_span=0.0001s, test_ID=176, label=1, output_node=37, voltage=0.004481075797230005
    time_span=0.0001s, test_ID=176, label=1, output_node=38, voltage=0.003452191362157464
    time_span=0.0001s, test_ID=176, label=1, output_node=39, voltage=0.0023954182397574186
    time_span=0.0001s, test_ID=176, label=1, output_node=40, voltage=0.0022798804566264153
    time_span=0.0001s, test_ID=176, label=1, output_node=41, voltage=0.005524900276213884
    time_span=0.0001s, test_ID=176, label=1, output_node=42, voltage=0.001157370745204389
    time_span=0.0001s, test_ID=176, label=1, output_node=43, voltage=0.0017958167009055614
    time_span=0.0001s, test_ID=176, label=1, output_node=44, voltage=0.007702190894633532
    time_span=0.0001s, test_ID=176, label=1, output_node=45, voltage=0.0019183268304914236
    time_span=0.0001s, test_ID=176, label=1, output_node=46, voltage=0.00295418337918818
    time_span=0.0001s, test_ID=176, label=1, output_node=47, voltage=0.002217131434008479
    time_span=0.0001s, test_ID=176, label=1, output_node=48, voltage=-0.0017330677947029471
    time_span=0.0001s, test_ID=176, label=1, output_node=49, voltage=0.0063187251798808575
    time_span=0.0001s, test_ID=176, label=1, output_node=50, voltage=0.0046752989292144775
    time_span=0.0001s, test_ID=176, label=1, output_node=51, voltage=-0.0002888445742428303
    time_span=0.0001s, test_ID=176, label=1, output_node=52, voltage=0.00956075731664896
    time_span=0.0001s, test_ID=176, label=1, output_node=53, voltage=0.004012948367744684
    time_span=0.0001s, test_ID=176, label=1, output_node=54, voltage=0.0042460160329937935
    time_span=0.0001s, test_ID=176, label=1, output_node=55, voltage=0.004273904487490654
    time_span=0.0001s, test_ID=176, label=1, output_node=56, voltage=0.006839641369879246
    time_span=0.0001s, test_ID=176, label=1, output_node=57, voltage=0.00585557846352458
    time_span=0.0001s, test_ID=176, label=1, output_node=58, voltage=0.004971115849912167
    time_span=0.0001s, test_ID=176, label=1, output_node=59, voltage=0.003023904748260975
    time_span=0.0001s, test_ID=176, label=1, output_node=60, voltage=0.0009521913016214967
    time_span=0.0001s, test_ID=176, label=1, output_node=61, voltage=0.004856573883444071
    time_span=0.0001s, test_ID=176, label=1, output_node=62, voltage=0.004498007707297802
    time_span=0.0001s, test_ID=176, label=1, output_node=63, voltage=0.009023904800415039
    time_span=0.0001s, test_ID=176, label=1, output_node=64, voltage=0.006634462624788284
    time_span=0.0001s, test_ID=176, label=1, output_node=65, voltage=0.006916334852576256
    time_span=0.0001s, test_ID=176, label=1, output_node=66, voltage=0.0025448205415159464
    time_span=0.0001s, test_ID=176, label=1, output_node=67, voltage=0.00452390406280756
    time_span=0.0001s, test_ID=176, label=1, output_node=68, voltage=0.007067728787660599
    time_span=0.0001s, test_ID=176, label=1, output_node=69, voltage=0.005636454559862614
    time_span=0.0001s, test_ID=176, label=1, output_node=70, voltage=0.0032659361604601145
    time_span=0.0001s, test_ID=176, label=1, output_node=71, voltage=0.006089641712605953
    time_span=0.0001s, test_ID=176, label=1, output_node=72, voltage=0.003994024358689785
    time_span=0.0001s, test_ID=176, label=1, output_node=73, voltage=0.0004641433770302683
    time_span=0.0001s, test_ID=176, label=1, output_node=74, voltage=0.007660358678549528
    time_span=0.0001s, test_ID=176, label=1, output_node=75, voltage=0.004734063986688852
    time_span=0.0001s, test_ID=176, label=1, output_node=76, voltage=0.008903387002646923
    time_span=0.0001s, test_ID=176, label=1, output_node=77, voltage=0.006341633852571249
    time_span=0.0001s, test_ID=176, label=1, output_node=78, voltage=0.005424303002655506
    time_span=0.0001s, test_ID=176, label=1, output_node=79, voltage=0.004555777180939913
    time_span=0.0001s, test_ID=176, label=1, output_node=80, voltage=0.0031782868318259716
    time_span=0.0001s, test_ID=176, label=1, output_node=81, voltage=0.0035029880236834288
    time_span=0.0001s, test_ID=176, label=1, output_node=82, voltage=0.004168326500803232
    time_span=0.0001s, test_ID=176, label=1, output_node=83, voltage=0.005637450609356165
    time_span=0.0001s, test_ID=176, label=1, output_node=84, voltage=0.002113546011969447
    time_span=0.0001s, test_ID=176, label=1, output_node=85, voltage=0.006738048046827316
    time_span=0.0001s, test_ID=176, label=1, output_node=86, voltage=0.004239043686538935
    time_span=0.0001s, test_ID=176, label=1, output_node=87, voltage=0.0006573706050403416
    time_span=0.0001s, test_ID=176, label=1, output_node=88, voltage=0.0040737055242061615
    time_span=0.0001s, test_ID=176, label=1, output_node=89, voltage=0.003072709310799837
    time_span=0.0001s, test_ID=176, label=1, output_node=90, voltage=0.00740039860829711
    time_span=0.0001s, test_ID=176, label=1, output_node=91, voltage=0.0038625497836619616
    time_span=0.0001s, test_ID=176, label=1, output_node=92, voltage=0.008205180056393147
    time_span=0.0001s, test_ID=176, label=1, output_node=93, voltage=0.002186254831030965
    time_span=0.0001s, test_ID=176, label=1, output_node=94, voltage=0.005547808948904276
    time_span=0.0001s, test_ID=176, label=1, output_node=95, voltage=0.01106075756251812
    time_span=0.0001s, test_ID=176, label=1, output_node=96, voltage=0.001601593685336411
    time_span=0.0001s, test_ID=176, label=1, output_node=97, voltage=0.006414342205971479
    time_span=0.0001s, test_ID=176, label=1, output_node=98, voltage=0.0060647414065897465
    time_span=0.0001s, test_ID=176, label=1, output_node=99, voltage=0.0042071714997291565
    time_span=0.0001s, test_ID=176, label=1, output_node=sum, voltage=0.01804780773818493
    Time consumed for 1 sample = 624.0635030269623 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '176'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=177, label=8, output_node=bkg, voltage=-0.00598306767642498
    time_span=0.0001s, test_ID=177, label=8, output_node=0, voltage=0.011112549342215061
    time_span=0.0001s, test_ID=177, label=8, output_node=1, voltage=0.007689242716878653
    time_span=0.0001s, test_ID=177, label=8, output_node=2, voltage=0.00705478060990572
    time_span=0.0001s, test_ID=177, label=8, output_node=3, voltage=-0.0005179282161407173
    time_span=0.0001s, test_ID=177, label=8, output_node=4, voltage=0.0017808766569942236
    time_span=0.0001s, test_ID=177, label=8, output_node=5, voltage=0.007596613373607397
    time_span=0.0001s, test_ID=177, label=8, output_node=6, voltage=0.007759960368275642
    time_span=0.0001s, test_ID=177, label=8, output_node=7, voltage=0.0033386454451829195
    time_span=0.0001s, test_ID=177, label=8, output_node=8, voltage=0.007032868918031454
    time_span=0.0001s, test_ID=177, label=8, output_node=9, voltage=0.006600597407668829
    time_span=0.0001s, test_ID=177, label=8, output_node=10, voltage=0.005813744850456715
    time_span=0.0001s, test_ID=177, label=8, output_node=11, voltage=0.0023107570596039295
    time_span=0.0001s, test_ID=177, label=8, output_node=12, voltage=0.003992031794041395
    time_span=0.0001s, test_ID=177, label=8, output_node=13, voltage=0.0066583664156496525
    time_span=0.0001s, test_ID=177, label=8, output_node=14, voltage=0.004312749020755291
    time_span=0.0001s, test_ID=177, label=8, output_node=15, voltage=0.009119521826505661
    time_span=0.0001s, test_ID=177, label=8, output_node=16, voltage=0.006076693069189787
    time_span=0.0001s, test_ID=177, label=8, output_node=17, voltage=0.007901394739747047
    time_span=0.0001s, test_ID=177, label=8, output_node=18, voltage=0.0070667327381670475
    time_span=0.0001s, test_ID=177, label=8, output_node=19, voltage=0.0032430279534310102
    time_span=0.0001s, test_ID=177, label=8, output_node=20, voltage=0.0046762945130467415
    time_span=0.0001s, test_ID=177, label=8, output_node=21, voltage=0.001057768939062953
    time_span=0.0001s, test_ID=177, label=8, output_node=22, voltage=0.003920318558812141
    time_span=0.0001s, test_ID=177, label=8, output_node=23, voltage=0.00446912320330739
    time_span=0.0001s, test_ID=177, label=8, output_node=24, voltage=0.0023486055433750153
    time_span=0.0001s, test_ID=177, label=8, output_node=25, voltage=0.008534860797226429
    time_span=0.0001s, test_ID=177, label=8, output_node=26, voltage=0.0039033866487443447
    time_span=0.0001s, test_ID=177, label=8, output_node=27, voltage=0.00239641428925097
    time_span=0.0001s, test_ID=177, label=8, output_node=28, voltage=0.0025557768531143665
    time_span=0.0001s, test_ID=177, label=8, output_node=29, voltage=0.00604382436722517
    time_span=0.0001s, test_ID=177, label=8, output_node=30, voltage=0.00014840633957646787
    time_span=0.0001s, test_ID=177, label=8, output_node=31, voltage=0.00474601611495018
    time_span=0.0001s, test_ID=177, label=8, output_node=32, voltage=0.005365537945181131
    time_span=0.0001s, test_ID=177, label=8, output_node=33, voltage=0.004505976103246212
    time_span=0.0001s, test_ID=177, label=8, output_node=34, voltage=0.003323705168440938
    time_span=0.0001s, test_ID=177, label=8, output_node=35, voltage=0.006998008117079735
    time_span=0.0001s, test_ID=177, label=8, output_node=36, voltage=0.007939242757856846
    time_span=0.0001s, test_ID=177, label=8, output_node=37, voltage=0.005020915996283293
    time_span=0.0001s, test_ID=177, label=8, output_node=38, voltage=0.0011474103666841984
    time_span=0.0001s, test_ID=177, label=8, output_node=39, voltage=0.004868526477366686
    time_span=0.0001s, test_ID=177, label=8, output_node=40, voltage=0.004500995855778456
    time_span=0.0001s, test_ID=177, label=8, output_node=41, voltage=0.004296812694519758
    time_span=0.0001s, test_ID=177, label=8, output_node=42, voltage=0.004592629615217447
    time_span=0.0001s, test_ID=177, label=8, output_node=43, voltage=0.0044731078669428825
    time_span=0.0001s, test_ID=177, label=8, output_node=44, voltage=0.007601593621075153
    time_span=0.0001s, test_ID=177, label=8, output_node=45, voltage=0.007432270795106888
    time_span=0.0001s, test_ID=177, label=8, output_node=46, voltage=0.002434263238683343
    time_span=0.0001s, test_ID=177, label=8, output_node=47, voltage=0.008670318871736526
    time_span=0.0001s, test_ID=177, label=8, output_node=48, voltage=0.009031873196363449
    time_span=0.0001s, test_ID=177, label=8, output_node=49, voltage=0.003254980081692338
    time_span=0.0001s, test_ID=177, label=8, output_node=50, voltage=0.011889442801475525
    time_span=0.0001s, test_ID=177, label=8, output_node=51, voltage=0.0051912348717451096
    time_span=0.0001s, test_ID=177, label=8, output_node=52, voltage=0.007081673014909029
    time_span=0.0001s, test_ID=177, label=8, output_node=53, voltage=0.009353585541248322
    time_span=0.0001s, test_ID=177, label=8, output_node=54, voltage=0.004112549591809511
    time_span=0.0001s, test_ID=177, label=8, output_node=55, voltage=0.004494023974984884
    time_span=0.0001s, test_ID=177, label=8, output_node=56, voltage=0.004438247065991163
    time_span=0.0001s, test_ID=177, label=8, output_node=57, voltage=0.005791832692921162
    time_span=0.0001s, test_ID=177, label=8, output_node=58, voltage=0.010725099593400955
    time_span=0.0001s, test_ID=177, label=8, output_node=59, voltage=0.0040059760212898254
    time_span=0.0001s, test_ID=177, label=8, output_node=60, voltage=0.0021364542189985514
    time_span=0.0001s, test_ID=177, label=8, output_node=61, voltage=0.004368525464087725
    time_span=0.0001s, test_ID=177, label=8, output_node=62, voltage=0.0035288843791931868
    time_span=0.0001s, test_ID=177, label=8, output_node=63, voltage=0.005614541936665773
    time_span=0.0001s, test_ID=177, label=8, output_node=64, voltage=0.0028894422575831413
    time_span=0.0001s, test_ID=177, label=8, output_node=65, voltage=0.010400397703051567
    time_span=0.0001s, test_ID=177, label=8, output_node=66, voltage=0.0025408368092030287
    time_span=0.0001s, test_ID=177, label=8, output_node=67, voltage=0.0033834660425782204
    time_span=0.0001s, test_ID=177, label=8, output_node=68, voltage=0.008383465930819511
    time_span=0.0001s, test_ID=177, label=8, output_node=69, voltage=0.005624502431601286
    time_span=0.0001s, test_ID=177, label=8, output_node=70, voltage=0.006320716813206673
    time_span=0.0001s, test_ID=177, label=8, output_node=71, voltage=0.009572708979249
    time_span=0.0001s, test_ID=177, label=8, output_node=72, voltage=0.0069452193565666676
    time_span=0.0001s, test_ID=177, label=8, output_node=73, voltage=0.010954182595014572
    time_span=0.0001s, test_ID=177, label=8, output_node=74, voltage=0.005946215242147446
    time_span=0.0001s, test_ID=177, label=8, output_node=75, voltage=0.0048296814784407616
    time_span=0.0001s, test_ID=177, label=8, output_node=76, voltage=0.005744024179875851
    time_span=0.0001s, test_ID=177, label=8, output_node=77, voltage=0.007032868452370167
    time_span=0.0001s, test_ID=177, label=8, output_node=78, voltage=0.0029362549539655447
    time_span=0.0001s, test_ID=177, label=8, output_node=79, voltage=0.005430278368294239
    time_span=0.0001s, test_ID=177, label=8, output_node=80, voltage=0.004976096097379923
    time_span=0.0001s, test_ID=177, label=8, output_node=81, voltage=0.006148406304419041
    time_span=0.0001s, test_ID=177, label=8, output_node=82, voltage=0.007170319091528654
    time_span=0.0001s, test_ID=177, label=8, output_node=83, voltage=0.0068037849850952625
    time_span=0.0001s, test_ID=177, label=8, output_node=84, voltage=0.00624402379617095
    time_span=0.0001s, test_ID=177, label=8, output_node=85, voltage=0.008197211660444736
    time_span=0.0001s, test_ID=177, label=8, output_node=86, voltage=0.005468127317726612
    time_span=0.0001s, test_ID=177, label=8, output_node=87, voltage=0.0036434263456612825
    time_span=0.0001s, test_ID=177, label=8, output_node=88, voltage=0.007855577394366264
    time_span=0.0001s, test_ID=177, label=8, output_node=89, voltage=0.005627490114420652
    time_span=0.0001s, test_ID=177, label=8, output_node=90, voltage=0.005120517686009407
    time_span=0.0001s, test_ID=177, label=8, output_node=91, voltage=0.005318725481629372
    time_span=0.0001s, test_ID=177, label=8, output_node=92, voltage=0.006277889013290405
    time_span=0.0001s, test_ID=177, label=8, output_node=93, voltage=0.0061942231841385365
    time_span=0.0001s, test_ID=177, label=8, output_node=94, voltage=0.005064741242676973
    time_span=0.0001s, test_ID=177, label=8, output_node=95, voltage=0.003576693357899785
    time_span=0.0001s, test_ID=177, label=8, output_node=96, voltage=0.0056952196173369884
    time_span=0.0001s, test_ID=177, label=8, output_node=97, voltage=0.004215139430016279
    time_span=0.0001s, test_ID=177, label=8, output_node=98, voltage=0.00720816757529974
    time_span=0.0001s, test_ID=177, label=8, output_node=99, voltage=0.0038754979614168406
    time_span=0.0001s, test_ID=177, label=8, output_node=sum, voltage=0.01784362643957138
    Time consumed for 1 sample = 624.2755033969879 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '177'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=178, label=1, output_node=bkg, voltage=-0.004025896079838276
    time_span=0.0001s, test_ID=178, label=1, output_node=0, voltage=0.01281573623418808
    time_span=0.0001s, test_ID=178, label=1, output_node=1, voltage=0.008461154997348785
    time_span=0.0001s, test_ID=178, label=1, output_node=2, voltage=0.012302787974476814
    time_span=0.0001s, test_ID=178, label=1, output_node=3, voltage=0.006489044055342674
    time_span=0.0001s, test_ID=178, label=1, output_node=4, voltage=0.009961155243217945
    time_span=0.0001s, test_ID=178, label=1, output_node=5, voltage=0.012699203565716743
    time_span=0.0001s, test_ID=178, label=1, output_node=6, voltage=0.012198206968605518
    time_span=0.0001s, test_ID=178, label=1, output_node=7, voltage=0.005522908642888069
    time_span=0.0001s, test_ID=178, label=1, output_node=8, voltage=0.009229083545506
    time_span=0.0001s, test_ID=178, label=1, output_node=9, voltage=0.008132469840347767
    time_span=0.0001s, test_ID=178, label=1, output_node=10, voltage=0.008915338665246964
    time_span=0.0001s, test_ID=178, label=1, output_node=11, voltage=0.014987052418291569
    time_span=0.0001s, test_ID=178, label=1, output_node=12, voltage=0.017312748357653618
    time_span=0.0001s, test_ID=178, label=1, output_node=13, voltage=0.012018924579024315
    time_span=0.0001s, test_ID=178, label=1, output_node=14, voltage=0.011530876159667969
    time_span=0.0001s, test_ID=178, label=1, output_node=15, voltage=0.007590637542307377
    time_span=0.0001s, test_ID=178, label=1, output_node=16, voltage=0.008616534061729908
    time_span=0.0001s, test_ID=178, label=1, output_node=17, voltage=0.010099601931869984
    time_span=0.0001s, test_ID=178, label=1, output_node=18, voltage=0.01100398413836956
    time_span=0.0001s, test_ID=178, label=1, output_node=19, voltage=0.00889840628951788
    time_span=0.0001s, test_ID=178, label=1, output_node=20, voltage=0.013455180451273918
    time_span=0.0001s, test_ID=178, label=1, output_node=21, voltage=0.0079521918669343
    time_span=0.0001s, test_ID=178, label=1, output_node=22, voltage=0.0063097612001001835
    time_span=0.0001s, test_ID=178, label=1, output_node=23, voltage=0.013847609050571918
    time_span=0.0001s, test_ID=178, label=1, output_node=24, voltage=0.009583665058016777
    time_span=0.0001s, test_ID=178, label=1, output_node=25, voltage=0.004566733259707689
    time_span=0.0001s, test_ID=178, label=1, output_node=26, voltage=0.01244721096009016
    time_span=0.0001s, test_ID=178, label=1, output_node=27, voltage=0.009323704987764359
    time_span=0.0001s, test_ID=178, label=1, output_node=28, voltage=0.01404382474720478
    time_span=0.0001s, test_ID=178, label=1, output_node=29, voltage=0.011262948624789715
    time_span=0.0001s, test_ID=178, label=1, output_node=30, voltage=0.007089641410857439
    time_span=0.0001s, test_ID=178, label=1, output_node=31, voltage=0.011979084461927414
    time_span=0.0001s, test_ID=178, label=1, output_node=32, voltage=0.010234063491225243
    time_span=0.0001s, test_ID=178, label=1, output_node=33, voltage=0.011575696989893913
    time_span=0.0001s, test_ID=178, label=1, output_node=34, voltage=0.010523904114961624
    time_span=0.0001s, test_ID=178, label=1, output_node=35, voltage=0.011305776424705982
    time_span=0.0001s, test_ID=178, label=1, output_node=36, voltage=0.012806772254407406
    time_span=0.0001s, test_ID=178, label=1, output_node=37, voltage=0.005506972316652536
    time_span=0.0001s, test_ID=178, label=1, output_node=38, voltage=0.008273904211819172
    time_span=0.0001s, test_ID=178, label=1, output_node=39, voltage=0.006363545544445515
    time_span=0.0001s, test_ID=178, label=1, output_node=40, voltage=0.010961155407130718
    time_span=0.0001s, test_ID=178, label=1, output_node=41, voltage=0.013513945043087006
    time_span=0.0001s, test_ID=178, label=1, output_node=42, voltage=0.007975099608302116
    time_span=0.0001s, test_ID=178, label=1, output_node=43, voltage=0.010023905895650387
    time_span=0.0001s, test_ID=178, label=1, output_node=44, voltage=0.013735058717429638
    time_span=0.0001s, test_ID=178, label=1, output_node=45, voltage=0.009267929010093212
    time_span=0.0001s, test_ID=178, label=1, output_node=46, voltage=0.005335657857358456
    time_span=0.0001s, test_ID=178, label=1, output_node=47, voltage=0.0037938246969133615
    time_span=0.0001s, test_ID=178, label=1, output_node=48, voltage=0.009273904375731945
    time_span=0.0001s, test_ID=178, label=1, output_node=49, voltage=0.015061752870678902
    time_span=0.0001s, test_ID=178, label=1, output_node=50, voltage=0.013020915910601616
    time_span=0.0001s, test_ID=178, label=1, output_node=51, voltage=0.008205179125070572
    time_span=0.0001s, test_ID=178, label=1, output_node=52, voltage=0.009808764792978764
    time_span=0.0001s, test_ID=178, label=1, output_node=53, voltage=0.007658366113901138
    time_span=0.0001s, test_ID=178, label=1, output_node=54, voltage=0.013288845308125019
    time_span=0.0001s, test_ID=178, label=1, output_node=55, voltage=0.010088644921779633
    time_span=0.0001s, test_ID=178, label=1, output_node=56, voltage=0.008381473831832409
    time_span=0.0001s, test_ID=178, label=1, output_node=57, voltage=0.009093625470995903
    time_span=0.0001s, test_ID=178, label=1, output_node=58, voltage=0.009274900890886784
    time_span=0.0001s, test_ID=178, label=1, output_node=59, voltage=0.016126494854688644
    time_span=0.0001s, test_ID=178, label=1, output_node=60, voltage=0.0098476093262434
    time_span=0.0001s, test_ID=178, label=1, output_node=61, voltage=0.00958964042365551
    time_span=0.0001s, test_ID=178, label=1, output_node=62, voltage=0.013331673108041286
    time_span=0.0001s, test_ID=178, label=1, output_node=63, voltage=0.009321711957454681
    time_span=0.0001s, test_ID=178, label=1, output_node=64, voltage=0.008558765053749084
    time_span=0.0001s, test_ID=178, label=1, output_node=65, voltage=0.008383465930819511
    time_span=0.0001s, test_ID=178, label=1, output_node=66, voltage=0.012495020404458046
    time_span=0.0001s, test_ID=178, label=1, output_node=67, voltage=0.008400398306548595
    time_span=0.0001s, test_ID=178, label=1, output_node=68, voltage=0.008049801923334599
    time_span=0.0001s, test_ID=178, label=1, output_node=69, voltage=0.015215139836072922
    time_span=0.0001s, test_ID=178, label=1, output_node=70, voltage=0.004887450020760298
    time_span=0.0001s, test_ID=178, label=1, output_node=71, voltage=0.007396413944661617
    time_span=0.0001s, test_ID=178, label=1, output_node=72, voltage=0.014220119453966618
    time_span=0.0001s, test_ID=178, label=1, output_node=73, voltage=0.010728087276220322
    time_span=0.0001s, test_ID=178, label=1, output_node=74, voltage=0.014748007990419865
    time_span=0.0001s, test_ID=178, label=1, output_node=75, voltage=0.013511952012777328
    time_span=0.0001s, test_ID=178, label=1, output_node=76, voltage=0.013080677017569542
    time_span=0.0001s, test_ID=178, label=1, output_node=77, voltage=0.01174004003405571
    time_span=0.0001s, test_ID=178, label=1, output_node=78, voltage=0.015203187242150307
    time_span=0.0001s, test_ID=178, label=1, output_node=79, voltage=0.004896414000540972
    time_span=0.0001s, test_ID=178, label=1, output_node=80, voltage=0.007649401668459177
    time_span=0.0001s, test_ID=178, label=1, output_node=81, voltage=0.011682271026074886
    time_span=0.0001s, test_ID=178, label=1, output_node=82, voltage=0.007464143447577953
    time_span=0.0001s, test_ID=178, label=1, output_node=83, voltage=0.011247011832892895
    time_span=0.0001s, test_ID=178, label=1, output_node=84, voltage=0.00492430292069912
    time_span=0.0001s, test_ID=178, label=1, output_node=85, voltage=0.012120518833398819
    time_span=0.0001s, test_ID=178, label=1, output_node=86, voltage=0.014089641161262989
    time_span=0.0001s, test_ID=178, label=1, output_node=87, voltage=0.003508963854983449
    time_span=0.0001s, test_ID=178, label=1, output_node=88, voltage=0.005600597709417343
    time_span=0.0001s, test_ID=178, label=1, output_node=89, voltage=0.0014173306990414858
    time_span=0.0001s, test_ID=178, label=1, output_node=90, voltage=0.013951195403933525
    time_span=0.0001s, test_ID=178, label=1, output_node=91, voltage=0.011175298132002354
    time_span=0.0001s, test_ID=178, label=1, output_node=92, voltage=0.014153387397527695
    time_span=0.0001s, test_ID=178, label=1, output_node=93, voltage=0.007494024001061916
    time_span=0.0001s, test_ID=178, label=1, output_node=94, voltage=0.0074800788424909115
    time_span=0.0001s, test_ID=178, label=1, output_node=95, voltage=0.01303386501967907
    time_span=0.0001s, test_ID=178, label=1, output_node=96, voltage=0.00820219051092863
    time_span=0.0001s, test_ID=178, label=1, output_node=97, voltage=0.00817430391907692
    time_span=0.0001s, test_ID=178, label=1, output_node=98, voltage=0.012349601835012436
    time_span=0.0001s, test_ID=178, label=1, output_node=99, voltage=0.006140438374131918
    time_span=0.0001s, test_ID=178, label=1, output_node=sum, voltage=0.028287848457694054
    Time consumed for 1 sample = 625.7654640674591 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '178'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=179, label=8, output_node=bkg, voltage=-0.005910358391702175
    time_span=0.0001s, test_ID=179, label=8, output_node=0, voltage=0.0014442228712141514
    time_span=0.0001s, test_ID=179, label=8, output_node=1, voltage=0.003065737197175622
    time_span=0.0001s, test_ID=179, label=8, output_node=2, voltage=0.0017848605057224631
    time_span=0.0001s, test_ID=179, label=8, output_node=3, voltage=-0.00036653393181040883
    time_span=0.0001s, test_ID=179, label=8, output_node=4, voltage=9.860567661235109e-05
    time_span=0.0001s, test_ID=179, label=8, output_node=5, voltage=0.0065936255268752575
    time_span=0.0001s, test_ID=179, label=8, output_node=6, voltage=0.002470119623467326
    time_span=0.0001s, test_ID=179, label=8, output_node=7, voltage=-0.0030507969204336405
    time_span=0.0001s, test_ID=179, label=8, output_node=8, voltage=0.0033017927780747414
    time_span=0.0001s, test_ID=179, label=8, output_node=9, voltage=0.0012758963275700808
    time_span=0.0001s, test_ID=179, label=8, output_node=10, voltage=0.002491035731509328
    time_span=0.0001s, test_ID=179, label=8, output_node=11, voltage=0.0027569723315536976
    time_span=0.0001s, test_ID=179, label=8, output_node=12, voltage=0.005858565680682659
    time_span=0.0001s, test_ID=179, label=8, output_node=13, voltage=0.0035149401519447565
    time_span=0.0001s, test_ID=179, label=8, output_node=14, voltage=0.0037350598722696304
    time_span=0.0001s, test_ID=179, label=8, output_node=15, voltage=0.0011802788358181715
    time_span=0.0001s, test_ID=179, label=8, output_node=16, voltage=0.005712151061743498
    time_span=0.0001s, test_ID=179, label=8, output_node=17, voltage=0.001873506000265479
    time_span=0.0001s, test_ID=179, label=8, output_node=18, voltage=0.0033675299491733313
    time_span=0.0001s, test_ID=179, label=8, output_node=19, voltage=-0.0003067727666348219
    time_span=0.0001s, test_ID=179, label=8, output_node=20, voltage=0.0026165337767452
    time_span=0.0001s, test_ID=179, label=8, output_node=21, voltage=-0.0001394421560689807
    time_span=0.0001s, test_ID=179, label=8, output_node=22, voltage=-0.0002749004343058914
    time_span=0.0001s, test_ID=179, label=8, output_node=23, voltage=0.006215139292180538
    time_span=0.0001s, test_ID=179, label=8, output_node=24, voltage=0.0031105580274015665
    time_span=0.0001s, test_ID=179, label=8, output_node=25, voltage=0.0009402390569448471
    time_span=0.0001s, test_ID=179, label=8, output_node=26, voltage=0.0017788844415917993
    time_span=0.0001s, test_ID=179, label=8, output_node=27, voltage=0.00030478090047836304
    time_span=0.0001s, test_ID=179, label=8, output_node=28, voltage=0.0013256974052637815
    time_span=0.0001s, test_ID=179, label=8, output_node=29, voltage=0.0026603585574775934
    time_span=0.0001s, test_ID=179, label=8, output_node=30, voltage=-0.0004641433770302683
    time_span=0.0001s, test_ID=179, label=8, output_node=31, voltage=0.007858566008508205
    time_span=0.0001s, test_ID=179, label=8, output_node=32, voltage=0.002537848660722375
    time_span=0.0001s, test_ID=179, label=8, output_node=33, voltage=0.0009621513891033828
    time_span=0.0001s, test_ID=179, label=8, output_node=34, voltage=0.0007768924697302282
    time_span=0.0001s, test_ID=179, label=8, output_node=35, voltage=0.00011553784861462191
    time_span=0.0001s, test_ID=179, label=8, output_node=36, voltage=0.00023804788361303508
    time_span=0.0001s, test_ID=179, label=8, output_node=37, voltage=0.00041633466025814414
    time_span=0.0001s, test_ID=179, label=8, output_node=38, voltage=8.665341010782868e-05
    time_span=0.0001s, test_ID=179, label=8, output_node=39, voltage=0.0029223107267171144
    time_span=0.0001s, test_ID=179, label=8, output_node=40, voltage=0.0016354583203792572
    time_span=0.0001s, test_ID=179, label=8, output_node=41, voltage=0.006620517931878567
    time_span=0.0001s, test_ID=179, label=8, output_node=42, voltage=0.0005936254747211933
    time_span=0.0001s, test_ID=179, label=8, output_node=43, voltage=0.0019332668744027615
    time_span=0.0001s, test_ID=179, label=8, output_node=44, voltage=0.00612051784992218
    time_span=0.0001s, test_ID=179, label=8, output_node=45, voltage=0.00761454226449132
    time_span=0.0001s, test_ID=179, label=8, output_node=46, voltage=-0.0009870518697425723
    time_span=0.0001s, test_ID=179, label=8, output_node=47, voltage=0.003536852775141597
    time_span=0.0001s, test_ID=179, label=8, output_node=48, voltage=0.003563745180144906
    time_span=0.0001s, test_ID=179, label=8, output_node=49, voltage=0.0030507969204336405
    time_span=0.0001s, test_ID=179, label=8, output_node=50, voltage=0.0047519919462502
    time_span=0.0001s, test_ID=179, label=8, output_node=51, voltage=-0.00011553778313100338
    time_span=0.0001s, test_ID=179, label=8, output_node=52, voltage=0.0010527888080105186
    time_span=0.0001s, test_ID=179, label=8, output_node=53, voltage=0.005058765411376953
    time_span=0.0001s, test_ID=179, label=8, output_node=54, voltage=0.0017559760017320514
    time_span=0.0001s, test_ID=179, label=8, output_node=55, voltage=0.003467131406068802
    time_span=0.0001s, test_ID=179, label=8, output_node=56, voltage=0.0019063743529841304
    time_span=0.0001s, test_ID=179, label=8, output_node=57, voltage=0.0014750997070223093
    time_span=0.0001s, test_ID=179, label=8, output_node=58, voltage=0.007330677006393671
    time_span=0.0001s, test_ID=179, label=8, output_node=59, voltage=0.00047111554886214435
    time_span=0.0001s, test_ID=179, label=8, output_node=60, voltage=-0.0016185259446501732
    time_span=0.0001s, test_ID=179, label=8, output_node=61, voltage=0.001988047966733575
    time_span=0.0001s, test_ID=179, label=8, output_node=62, voltage=0.0049721114337444305
    time_span=0.0001s, test_ID=179, label=8, output_node=63, voltage=0.0029980079270899296
    time_span=0.0001s, test_ID=179, label=8, output_node=64, voltage=0.004066733177751303
    time_span=0.0001s, test_ID=179, label=8, output_node=65, voltage=0.003154382575303316
    time_span=0.0001s, test_ID=179, label=8, output_node=66, voltage=0.0008406374836340547
    time_span=0.0001s, test_ID=179, label=8, output_node=67, voltage=0.005890437867492437
    time_span=0.0001s, test_ID=179, label=8, output_node=68, voltage=0.0047061750665307045
    time_span=0.0001s, test_ID=179, label=8, output_node=69, voltage=0.0019452192354947329
    time_span=0.0001s, test_ID=179, label=8, output_node=70, voltage=0.003257967997342348
    time_span=0.0001s, test_ID=179, label=8, output_node=71, voltage=0.0046454183757305145
    time_span=0.0001s, test_ID=179, label=8, output_node=72, voltage=0.0017569720512256026
    time_span=0.0001s, test_ID=179, label=8, output_node=73, voltage=0.0023416331969201565
    time_span=0.0001s, test_ID=179, label=8, output_node=74, voltage=6.274902989389375e-05
    time_span=0.0001s, test_ID=179, label=8, output_node=75, voltage=0.005262948106974363
    time_span=0.0001s, test_ID=179, label=8, output_node=76, voltage=0.0033426296431571245
    time_span=0.0001s, test_ID=179, label=8, output_node=77, voltage=0.007104581221938133
    time_span=0.0001s, test_ID=179, label=8, output_node=78, voltage=-0.000503983988892287
    time_span=0.0001s, test_ID=179, label=8, output_node=79, voltage=0.0013147410936653614
    time_span=0.0001s, test_ID=179, label=8, output_node=80, voltage=-0.00025398400612175465
    time_span=0.0001s, test_ID=179, label=8, output_node=81, voltage=0.0065816729329526424
    time_span=0.0001s, test_ID=179, label=8, output_node=82, voltage=0.005739043932408094
    time_span=0.0001s, test_ID=179, label=8, output_node=83, voltage=0.0022988049313426018
    time_span=0.0001s, test_ID=179, label=8, output_node=84, voltage=0.00032669329084455967
    time_span=0.0001s, test_ID=179, label=8, output_node=85, voltage=0.0045418329536914825
    time_span=0.0001s, test_ID=179, label=8, output_node=86, voltage=0.0014960159314796329
    time_span=0.0001s, test_ID=179, label=8, output_node=87, voltage=-0.002781872171908617
    time_span=0.0001s, test_ID=179, label=8, output_node=88, voltage=0.00510358577594161
    time_span=0.0001s, test_ID=179, label=8, output_node=89, voltage=0.0013914343435317278
    time_span=0.0001s, test_ID=179, label=8, output_node=90, voltage=0.0012031871592625976
    time_span=0.0001s, test_ID=179, label=8, output_node=91, voltage=0.0025169323198497295
    time_span=0.0001s, test_ID=179, label=8, output_node=92, voltage=0.0014601594302803278
    time_span=0.0001s, test_ID=179, label=8, output_node=93, voltage=-0.001522908452898264
    time_span=0.0001s, test_ID=179, label=8, output_node=94, voltage=0.00032669329084455967
    time_span=0.0001s, test_ID=179, label=8, output_node=95, voltage=0.001531872432678938
    time_span=0.0001s, test_ID=179, label=8, output_node=96, voltage=-0.000956175266765058
    time_span=0.0001s, test_ID=179, label=8, output_node=97, voltage=0.00030378493829630315
    time_span=0.0001s, test_ID=179, label=8, output_node=98, voltage=0.0040189241990447044
    time_span=0.0001s, test_ID=179, label=8, output_node=99, voltage=0.0007669324986636639
    time_span=0.0001s, test_ID=179, label=8, output_node=sum, voltage=0.008410358801484108
    Time consumed for 1 sample = 624.4022438526154 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '179'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=180, label=1, output_node=bkg, voltage=-0.005330677609890699
    time_span=0.0001s, test_ID=180, label=1, output_node=0, voltage=0.0023665339685976505
    time_span=0.0001s, test_ID=180, label=1, output_node=1, voltage=0.0031593625899404287
    time_span=0.0001s, test_ID=180, label=1, output_node=2, voltage=0.004900398664176464
    time_span=0.0001s, test_ID=180, label=1, output_node=3, voltage=0.0005039840470999479
    time_span=0.0001s, test_ID=180, label=1, output_node=4, voltage=0.004766932688653469
    time_span=0.0001s, test_ID=180, label=1, output_node=5, voltage=0.0025458165910094976
    time_span=0.0001s, test_ID=180, label=1, output_node=6, voltage=0.003327689366415143
    time_span=0.0001s, test_ID=180, label=1, output_node=7, voltage=0.004801793023943901
    time_span=0.0001s, test_ID=180, label=1, output_node=8, voltage=0.0007709164638072252
    time_span=0.0001s, test_ID=180, label=1, output_node=9, voltage=0.001109561650082469
    time_span=0.0001s, test_ID=180, label=1, output_node=10, voltage=0.0026693225372582674
    time_span=0.0001s, test_ID=180, label=1, output_node=11, voltage=0.002960159443318844
    time_span=0.0001s, test_ID=180, label=1, output_node=12, voltage=0.008985059335827827
    time_span=0.0001s, test_ID=180, label=1, output_node=13, voltage=0.0047310758382081985
    time_span=0.0001s, test_ID=180, label=1, output_node=14, voltage=0.004841633606702089
    time_span=0.0001s, test_ID=180, label=1, output_node=15, voltage=0.0037211156450212
    time_span=0.0001s, test_ID=180, label=1, output_node=16, voltage=0.003501992207020521
    time_span=0.0001s, test_ID=180, label=1, output_node=17, voltage=0.00519920326769352
    time_span=0.0001s, test_ID=180, label=1, output_node=18, voltage=0.007723107933998108
    time_span=0.0001s, test_ID=180, label=1, output_node=19, voltage=0.0007380478200502694
    time_span=0.0001s, test_ID=180, label=1, output_node=20, voltage=0.0050019919872283936
    time_span=0.0001s, test_ID=180, label=1, output_node=21, voltage=0.0019372511887922883
    time_span=0.0001s, test_ID=180, label=1, output_node=22, voltage=0.0008007966098375618
    time_span=0.0001s, test_ID=180, label=1, output_node=23, voltage=0.0035766931250691414
    time_span=0.0001s, test_ID=180, label=1, output_node=24, voltage=0.0023426294792443514
    time_span=0.0001s, test_ID=180, label=1, output_node=25, voltage=-8.466133294859901e-05
    time_span=0.0001s, test_ID=180, label=1, output_node=26, voltage=0.0006035857368260622
    time_span=0.0001s, test_ID=180, label=1, output_node=27, voltage=0.004214143380522728
    time_span=0.0001s, test_ID=180, label=1, output_node=28, voltage=0.005675298627465963
    time_span=0.0001s, test_ID=180, label=1, output_node=29, voltage=0.005384462419897318
    time_span=0.0001s, test_ID=180, label=1, output_node=30, voltage=0.002791832899674773
    time_span=0.0001s, test_ID=180, label=1, output_node=31, voltage=0.002866534050554037
    time_span=0.0001s, test_ID=180, label=1, output_node=32, voltage=0.0040747011080384254
    time_span=0.0001s, test_ID=180, label=1, output_node=33, voltage=0.009518924169242382
    time_span=0.0001s, test_ID=180, label=1, output_node=34, voltage=0.000379481993149966
    time_span=0.0001s, test_ID=180, label=1, output_node=35, voltage=0.0027659363113343716
    time_span=0.0001s, test_ID=180, label=1, output_node=36, voltage=0.002419322496280074
    time_span=0.0001s, test_ID=180, label=1, output_node=37, voltage=0.0028964143712073565
    time_span=0.0001s, test_ID=180, label=1, output_node=38, voltage=0.00043127487879246473
    time_span=0.0001s, test_ID=180, label=1, output_node=39, voltage=0.0028027889784425497
    time_span=0.0001s, test_ID=180, label=1, output_node=40, voltage=0.0018974106060341
    time_span=0.0001s, test_ID=180, label=1, output_node=41, voltage=0.004148406442254782
    time_span=0.0001s, test_ID=180, label=1, output_node=42, voltage=0.0001005976228043437
    time_span=0.0001s, test_ID=180, label=1, output_node=43, voltage=0.0070537845604121685
    time_span=0.0001s, test_ID=180, label=1, output_node=44, voltage=0.00013645406579598784
    time_span=0.0001s, test_ID=180, label=1, output_node=45, voltage=0.002436254872009158
    time_span=0.0001s, test_ID=180, label=1, output_node=46, voltage=0.0035149403847754
    time_span=0.0001s, test_ID=180, label=1, output_node=47, voltage=-0.002905378583818674
    time_span=0.0001s, test_ID=180, label=1, output_node=48, voltage=0.0017001992091536522
    time_span=0.0001s, test_ID=180, label=1, output_node=49, voltage=0.003205179236829281
    time_span=0.0001s, test_ID=180, label=1, output_node=50, voltage=0.0008117530378513038
    time_span=0.0001s, test_ID=180, label=1, output_node=51, voltage=-0.0007499999483115971
    time_span=0.0001s, test_ID=180, label=1, output_node=52, voltage=0.005499999970197678
    time_span=0.0001s, test_ID=180, label=1, output_node=53, voltage=-0.0005956175155006349
    time_span=0.0001s, test_ID=180, label=1, output_node=54, voltage=0.002351593691855669
    time_span=0.0001s, test_ID=180, label=1, output_node=55, voltage=0.003963147290050983
    time_span=0.0001s, test_ID=180, label=1, output_node=56, voltage=0.0007529882132075727
    time_span=0.0001s, test_ID=180, label=1, output_node=57, voltage=0.004334661643952131
    time_span=0.0001s, test_ID=180, label=1, output_node=58, voltage=0.004540836438536644
    time_span=0.0001s, test_ID=180, label=1, output_node=59, voltage=0.003072709310799837
    time_span=0.0001s, test_ID=180, label=1, output_node=60, voltage=-0.00010856576409423724
    time_span=0.0001s, test_ID=180, label=1, output_node=61, voltage=0.0032818722538650036
    time_span=0.0001s, test_ID=180, label=1, output_node=62, voltage=0.005007967818528414
    time_span=0.0001s, test_ID=180, label=1, output_node=63, voltage=0.0026105577126145363
    time_span=0.0001s, test_ID=180, label=1, output_node=64, voltage=0.002234063809737563
    time_span=0.0001s, test_ID=180, label=1, output_node=65, voltage=0.0032818724866956472
    time_span=0.0001s, test_ID=180, label=1, output_node=66, voltage=0.0036494024097919464
    time_span=0.0001s, test_ID=180, label=1, output_node=67, voltage=0.0025826692581176758
    time_span=0.0001s, test_ID=180, label=1, output_node=68, voltage=0.003624501870945096
    time_span=0.0001s, test_ID=180, label=1, output_node=69, voltage=0.002420318778604269
    time_span=0.0001s, test_ID=180, label=1, output_node=70, voltage=-4.382468614494428e-05
    time_span=0.0001s, test_ID=180, label=1, output_node=71, voltage=-4.3824729800689965e-05
    time_span=0.0001s, test_ID=180, label=1, output_node=72, voltage=0.005190238822251558
    time_span=0.0001s, test_ID=180, label=1, output_node=73, voltage=-0.00013745014439336956
    time_span=0.0001s, test_ID=180, label=1, output_node=74, voltage=0.002648406196385622
    time_span=0.0001s, test_ID=180, label=1, output_node=75, voltage=0.0031762949656695127
    time_span=0.0001s, test_ID=180, label=1, output_node=76, voltage=0.00419621542096138
    time_span=0.0001s, test_ID=180, label=1, output_node=77, voltage=0.0015438246773555875
    time_span=0.0001s, test_ID=180, label=1, output_node=78, voltage=0.006695219315588474
    time_span=0.0001s, test_ID=180, label=1, output_node=79, voltage=0.0010727093322202563
    time_span=0.0001s, test_ID=180, label=1, output_node=80, voltage=0.0007231075433082879
    time_span=0.0001s, test_ID=180, label=1, output_node=81, voltage=0.004970119334757328
    time_span=0.0001s, test_ID=180, label=1, output_node=82, voltage=0.0023436257615685463
    time_span=0.0001s, test_ID=180, label=1, output_node=83, voltage=0.0011872509494423866
    time_span=0.0001s, test_ID=180, label=1, output_node=84, voltage=0.002961155492812395
    time_span=0.0001s, test_ID=180, label=1, output_node=85, voltage=0.0035996015649288893
    time_span=0.0001s, test_ID=180, label=1, output_node=86, voltage=0.008640437386929989
    time_span=0.0001s, test_ID=180, label=1, output_node=87, voltage=-0.0010936255566775799
    time_span=0.0001s, test_ID=180, label=1, output_node=88, voltage=0.002702191239222884
    time_span=0.0001s, test_ID=180, label=1, output_node=89, voltage=-0.001250996021553874
    time_span=0.0001s, test_ID=180, label=1, output_node=90, voltage=0.006074700970202684
    time_span=0.0001s, test_ID=180, label=1, output_node=91, voltage=3.187254333170131e-05
    time_span=0.0001s, test_ID=180, label=1, output_node=92, voltage=0.0068217129446566105
    time_span=0.0001s, test_ID=180, label=1, output_node=93, voltage=0.0020049801096320152
    time_span=0.0001s, test_ID=180, label=1, output_node=94, voltage=0.0012001991271972656
    time_span=0.0001s, test_ID=180, label=1, output_node=95, voltage=0.005132469814270735
    time_span=0.0001s, test_ID=180, label=1, output_node=96, voltage=0.0009183267829939723
    time_span=0.0001s, test_ID=180, label=1, output_node=97, voltage=0.006280876230448484
    time_span=0.0001s, test_ID=180, label=1, output_node=98, voltage=0.006236055865883827
    time_span=0.0001s, test_ID=180, label=1, output_node=99, voltage=0.002426294842734933
    time_span=0.0001s, test_ID=180, label=1, output_node=sum, voltage=0.013295818120241165
    Time consumed for 1 sample = 624.3238091468811 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '180'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=181, label=8, output_node=bkg, voltage=-0.0064163352362811565
    time_span=0.0001s, test_ID=181, label=8, output_node=0, voltage=0.007659363094717264
    time_span=0.0001s, test_ID=181, label=8, output_node=1, voltage=0.004023904446512461
    time_span=0.0001s, test_ID=181, label=8, output_node=2, voltage=0.009185259230434895
    time_span=0.0001s, test_ID=181, label=8, output_node=3, voltage=0.0033147407229989767
    time_span=0.0001s, test_ID=181, label=8, output_node=4, voltage=0.0031752989161759615
    time_span=0.0001s, test_ID=181, label=8, output_node=5, voltage=0.011468127369880676
    time_span=0.0001s, test_ID=181, label=8, output_node=6, voltage=0.007974104024469852
    time_span=0.0001s, test_ID=181, label=8, output_node=7, voltage=0.0018456177785992622
    time_span=0.0001s, test_ID=181, label=8, output_node=8, voltage=0.004679282661527395
    time_span=0.0001s, test_ID=181, label=8, output_node=9, voltage=0.007257967721670866
    time_span=0.0001s, test_ID=181, label=8, output_node=10, voltage=0.002728087594732642
    time_span=0.0001s, test_ID=181, label=8, output_node=11, voltage=0.001359561807475984
    time_span=0.0001s, test_ID=181, label=8, output_node=12, voltage=0.0045727090910077095
    time_span=0.0001s, test_ID=181, label=8, output_node=13, voltage=0.006229083985090256
    time_span=0.0001s, test_ID=181, label=8, output_node=14, voltage=0.005779880564659834
    time_span=0.0001s, test_ID=181, label=8, output_node=15, voltage=0.0065288846381008625
    time_span=0.0001s, test_ID=181, label=8, output_node=16, voltage=0.005646414589136839
    time_span=0.0001s, test_ID=181, label=8, output_node=17, voltage=0.00610856618732214
    time_span=0.0001s, test_ID=181, label=8, output_node=18, voltage=0.006979084108024836
    time_span=0.0001s, test_ID=181, label=8, output_node=19, voltage=0.003951195161789656
    time_span=0.0001s, test_ID=181, label=8, output_node=20, voltage=0.00598107511177659
    time_span=0.0001s, test_ID=181, label=8, output_node=21, voltage=0.0042938245460391045
    time_span=0.0001s, test_ID=181, label=8, output_node=22, voltage=0.001238047843798995
    time_span=0.0001s, test_ID=181, label=8, output_node=23, voltage=0.00777191249653697
    time_span=0.0001s, test_ID=181, label=8, output_node=24, voltage=0.005508964415639639
    time_span=0.0001s, test_ID=181, label=8, output_node=25, voltage=0.0032589640468358994
    time_span=0.0001s, test_ID=181, label=8, output_node=26, voltage=0.009202191606163979
    time_span=0.0001s, test_ID=181, label=8, output_node=27, voltage=0.0039960159920156
    time_span=0.0001s, test_ID=181, label=8, output_node=28, voltage=0.005323705263435841
    time_span=0.0001s, test_ID=181, label=8, output_node=29, voltage=0.007257968187332153
    time_span=0.0001s, test_ID=181, label=8, output_node=30, voltage=0.0021782871335744858
    time_span=0.0001s, test_ID=181, label=8, output_node=31, voltage=0.009495020844042301
    time_span=0.0001s, test_ID=181, label=8, output_node=32, voltage=0.007371514104306698
    time_span=0.0001s, test_ID=181, label=8, output_node=33, voltage=0.006559761241078377
    time_span=0.0001s, test_ID=181, label=8, output_node=34, voltage=0.0033645418006926775
    time_span=0.0001s, test_ID=181, label=8, output_node=35, voltage=0.005887450650334358
    time_span=0.0001s, test_ID=181, label=8, output_node=36, voltage=0.0036533863749355078
    time_span=0.0001s, test_ID=181, label=8, output_node=37, voltage=0.002197211142629385
    time_span=0.0001s, test_ID=181, label=8, output_node=38, voltage=0.0060607572086155415
    time_span=0.0001s, test_ID=181, label=8, output_node=39, voltage=0.005192231386899948
    time_span=0.0001s, test_ID=181, label=8, output_node=40, voltage=0.004771912470459938
    time_span=0.0001s, test_ID=181, label=8, output_node=41, voltage=0.002600597683340311
    time_span=0.0001s, test_ID=181, label=8, output_node=42, voltage=0.005916334223002195
    time_span=0.0001s, test_ID=181, label=8, output_node=43, voltage=0.006936254911124706
    time_span=0.0001s, test_ID=181, label=8, output_node=44, voltage=0.01034960150718689
    time_span=0.0001s, test_ID=181, label=8, output_node=45, voltage=0.010433266870677471
    time_span=0.0001s, test_ID=181, label=8, output_node=46, voltage=0.005231075920164585
    time_span=0.0001s, test_ID=181, label=8, output_node=47, voltage=0.010377490893006325
    time_span=0.0001s, test_ID=181, label=8, output_node=48, voltage=0.008246015757322311
    time_span=0.0001s, test_ID=181, label=8, output_node=49, voltage=0.004753984045237303
    time_span=0.0001s, test_ID=181, label=8, output_node=50, voltage=0.01223306730389595
    time_span=0.0001s, test_ID=181, label=8, output_node=51, voltage=0.005422310903668404
    time_span=0.0001s, test_ID=181, label=8, output_node=52, voltage=0.005186254624277353
    time_span=0.0001s, test_ID=181, label=8, output_node=53, voltage=0.013277887366712093
    time_span=0.0001s, test_ID=181, label=8, output_node=54, voltage=0.006758964620530605
    time_span=0.0001s, test_ID=181, label=8, output_node=55, voltage=0.008899401873350143
    time_span=0.0001s, test_ID=181, label=8, output_node=56, voltage=0.006056772544980049
    time_span=0.0001s, test_ID=181, label=8, output_node=57, voltage=0.006870517507195473
    time_span=0.0001s, test_ID=181, label=8, output_node=58, voltage=0.009389442391693592
    time_span=0.0001s, test_ID=181, label=8, output_node=59, voltage=0.003677290864288807
    time_span=0.0001s, test_ID=181, label=8, output_node=60, voltage=0.0012410357594490051
    time_span=0.0001s, test_ID=181, label=8, output_node=61, voltage=0.004569721408188343
    time_span=0.0001s, test_ID=181, label=8, output_node=62, voltage=0.006386453751474619
    time_span=0.0001s, test_ID=181, label=8, output_node=63, voltage=0.009809761308133602
    time_span=0.0001s, test_ID=181, label=8, output_node=64, voltage=0.0032500000670552254
    time_span=0.0001s, test_ID=181, label=8, output_node=65, voltage=0.004797808825969696
    time_span=0.0001s, test_ID=181, label=8, output_node=66, voltage=0.0039003982674330473
    time_span=0.0001s, test_ID=181, label=8, output_node=67, voltage=0.011442231945693493
    time_span=0.0001s, test_ID=181, label=8, output_node=68, voltage=0.0014741035411134362
    time_span=0.0001s, test_ID=181, label=8, output_node=69, voltage=0.004767927806824446
    time_span=0.0001s, test_ID=181, label=8, output_node=70, voltage=0.009832669049501419
    time_span=0.0001s, test_ID=181, label=8, output_node=71, voltage=0.009790836833417416
    time_span=0.0001s, test_ID=181, label=8, output_node=72, voltage=0.006857569795101881
    time_span=0.0001s, test_ID=181, label=8, output_node=73, voltage=0.008014939725399017
    time_span=0.0001s, test_ID=181, label=8, output_node=74, voltage=0.007073705550283194
    time_span=0.0001s, test_ID=181, label=8, output_node=75, voltage=0.007753984536975622
    time_span=0.0001s, test_ID=181, label=8, output_node=76, voltage=0.004626493901014328
    time_span=0.0001s, test_ID=181, label=8, output_node=77, voltage=0.01209163386374712
    time_span=0.0001s, test_ID=181, label=8, output_node=78, voltage=0.0069760954938828945
    time_span=0.0001s, test_ID=181, label=8, output_node=79, voltage=0.0046494025737047195
    time_span=0.0001s, test_ID=181, label=8, output_node=80, voltage=0.002446215134114027
    time_span=0.0001s, test_ID=181, label=8, output_node=81, voltage=0.00697808712720871
    time_span=0.0001s, test_ID=181, label=8, output_node=82, voltage=0.006987052038311958
    time_span=0.0001s, test_ID=181, label=8, output_node=83, voltage=0.005852589849382639
    time_span=0.0001s, test_ID=181, label=8, output_node=84, voltage=0.008679283782839775
    time_span=0.0001s, test_ID=181, label=8, output_node=85, voltage=0.007898406125605106
    time_span=0.0001s, test_ID=181, label=8, output_node=86, voltage=0.009175298735499382
    time_span=0.0001s, test_ID=181, label=8, output_node=87, voltage=0.0043964143842458725
    time_span=0.0001s, test_ID=181, label=8, output_node=88, voltage=0.009846612811088562
    time_span=0.0001s, test_ID=181, label=8, output_node=89, voltage=0.006192231085151434
    time_span=0.0001s, test_ID=181, label=8, output_node=90, voltage=0.0047998009249567986
    time_span=0.0001s, test_ID=181, label=8, output_node=91, voltage=0.0044093625620007515
    time_span=0.0001s, test_ID=181, label=8, output_node=92, voltage=0.005852589849382639
    time_span=0.0001s, test_ID=181, label=8, output_node=93, voltage=0.0022808765061199665
    time_span=0.0001s, test_ID=181, label=8, output_node=94, voltage=0.00673306779935956
    time_span=0.0001s, test_ID=181, label=8, output_node=95, voltage=0.005663346499204636
    time_span=0.0001s, test_ID=181, label=8, output_node=96, voltage=0.00678585609421134
    time_span=0.0001s, test_ID=181, label=8, output_node=97, voltage=0.006210159510374069
    time_span=0.0001s, test_ID=181, label=8, output_node=98, voltage=0.00680179288610816
    time_span=0.0001s, test_ID=181, label=8, output_node=99, voltage=0.006355577148497105
    time_span=0.0001s, test_ID=181, label=8, output_node=sum, voltage=0.022654380649328232
    Time consumed for 1 sample = 624.5628709793091 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '181'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=182, label=5, output_node=bkg, voltage=-0.0044442228972911835
    time_span=0.0001s, test_ID=182, label=5, output_node=0, voltage=0.013402391225099564
    time_span=0.0001s, test_ID=182, label=5, output_node=1, voltage=0.003934262786060572
    time_span=0.0001s, test_ID=182, label=5, output_node=2, voltage=0.0037828683853149414
    time_span=0.0001s, test_ID=182, label=5, output_node=3, voltage=0.0007021911442279816
    time_span=0.0001s, test_ID=182, label=5, output_node=4, voltage=0.002113546011969447
    time_span=0.0001s, test_ID=182, label=5, output_node=5, voltage=0.008553784340620041
    time_span=0.0001s, test_ID=182, label=5, output_node=6, voltage=0.013320717960596085
    time_span=0.0001s, test_ID=182, label=5, output_node=7, voltage=0.003896414302289486
    time_span=0.0001s, test_ID=182, label=5, output_node=8, voltage=0.009898406453430653
    time_span=0.0001s, test_ID=182, label=5, output_node=9, voltage=0.0047061750665307045
    time_span=0.0001s, test_ID=182, label=5, output_node=10, voltage=0.0030009960755705833
    time_span=0.0001s, test_ID=182, label=5, output_node=11, voltage=0.00765637494623661
    time_span=0.0001s, test_ID=182, label=5, output_node=12, voltage=0.004587649367749691
    time_span=0.0001s, test_ID=182, label=5, output_node=13, voltage=0.0068346611224114895
    time_span=0.0001s, test_ID=182, label=5, output_node=14, voltage=0.0018227093387395144
    time_span=0.0001s, test_ID=182, label=5, output_node=15, voltage=0.004367529880255461
    time_span=0.0001s, test_ID=182, label=5, output_node=16, voltage=0.008923306129872799
    time_span=0.0001s, test_ID=182, label=5, output_node=17, voltage=0.008390437811613083
    time_span=0.0001s, test_ID=182, label=5, output_node=18, voltage=0.007098605390638113
    time_span=0.0001s, test_ID=182, label=5, output_node=19, voltage=0.006721115671098232
    time_span=0.0001s, test_ID=182, label=5, output_node=20, voltage=0.0032390442211180925
    time_span=0.0001s, test_ID=182, label=5, output_node=21, voltage=0.006832669023424387
    time_span=0.0001s, test_ID=182, label=5, output_node=22, voltage=0.0009123505442403257
    time_span=0.0001s, test_ID=182, label=5, output_node=23, voltage=0.007031872868537903
    time_span=0.0001s, test_ID=182, label=5, output_node=24, voltage=0.007583665661513805
    time_span=0.0001s, test_ID=182, label=5, output_node=25, voltage=0.006647410336881876
    time_span=0.0001s, test_ID=182, label=5, output_node=26, voltage=0.006704183295369148
    time_span=0.0001s, test_ID=182, label=5, output_node=27, voltage=0.005343625787645578
    time_span=0.0001s, test_ID=182, label=5, output_node=28, voltage=0.0031055777799338102
    time_span=0.0001s, test_ID=182, label=5, output_node=29, voltage=0.006363545544445515
    time_span=0.0001s, test_ID=182, label=5, output_node=30, voltage=0.003356573637574911
    time_span=0.0001s, test_ID=182, label=5, output_node=31, voltage=0.014037848450243473
    time_span=0.0001s, test_ID=182, label=5, output_node=32, voltage=0.0062111555598676205
    time_span=0.0001s, test_ID=182, label=5, output_node=33, voltage=0.00987251102924347
    time_span=0.0001s, test_ID=182, label=5, output_node=34, voltage=0.005375498440116644
    time_span=0.0001s, test_ID=182, label=5, output_node=35, voltage=0.003536852775141597
    time_span=0.0001s, test_ID=182, label=5, output_node=36, voltage=0.007565736770629883
    time_span=0.0001s, test_ID=182, label=5, output_node=37, voltage=0.009278884157538414
    time_span=0.0001s, test_ID=182, label=5, output_node=38, voltage=0.004681274760514498
    time_span=0.0001s, test_ID=182, label=5, output_node=39, voltage=0.009856573306024075
    time_span=0.0001s, test_ID=182, label=5, output_node=40, voltage=0.009381473995745182
    time_span=0.0001s, test_ID=182, label=5, output_node=41, voltage=0.007807768881320953
    time_span=0.0001s, test_ID=182, label=5, output_node=42, voltage=0.0058456179685890675
    time_span=0.0001s, test_ID=182, label=5, output_node=43, voltage=0.007894422858953476
    time_span=0.0001s, test_ID=182, label=5, output_node=44, voltage=0.0092978086322546
    time_span=0.0001s, test_ID=182, label=5, output_node=45, voltage=0.009894422255456448
    time_span=0.0001s, test_ID=182, label=5, output_node=46, voltage=0.0060438248328864574
    time_span=0.0001s, test_ID=182, label=5, output_node=47, voltage=0.011964143253862858
    time_span=0.0001s, test_ID=182, label=5, output_node=48, voltage=0.006048804614692926
    time_span=0.0001s, test_ID=182, label=5, output_node=49, voltage=0.0021952190436422825
    time_span=0.0001s, test_ID=182, label=5, output_node=50, voltage=0.00924203172326088
    time_span=0.0001s, test_ID=182, label=5, output_node=51, voltage=0.007811753079295158
    time_span=0.0001s, test_ID=182, label=5, output_node=52, voltage=0.007589641492813826
    time_span=0.0001s, test_ID=182, label=5, output_node=53, voltage=0.01240737084299326
    time_span=0.0001s, test_ID=182, label=5, output_node=54, voltage=0.0048994021490216255
    time_span=0.0001s, test_ID=182, label=5, output_node=55, voltage=0.005783864762634039
    time_span=0.0001s, test_ID=182, label=5, output_node=56, voltage=0.0018137451261281967
    time_span=0.0001s, test_ID=182, label=5, output_node=57, voltage=0.017226096242666245
    time_span=0.0001s, test_ID=182, label=5, output_node=58, voltage=0.009119521826505661
    time_span=0.0001s, test_ID=182, label=5, output_node=59, voltage=0.0031842628959566355
    time_span=0.0001s, test_ID=182, label=5, output_node=60, voltage=0.005362549796700478
    time_span=0.0001s, test_ID=182, label=5, output_node=61, voltage=0.012472111731767654
    time_span=0.0001s, test_ID=182, label=5, output_node=62, voltage=0.010091633535921574
    time_span=0.0001s, test_ID=182, label=5, output_node=63, voltage=0.007330677006393671
    time_span=0.0001s, test_ID=182, label=5, output_node=64, voltage=0.0034193226601928473
    time_span=0.0001s, test_ID=182, label=5, output_node=65, voltage=0.008212151005864143
    time_span=0.0001s, test_ID=182, label=5, output_node=66, voltage=0.004451195243746042
    time_span=0.0001s, test_ID=182, label=5, output_node=67, voltage=0.002628485905006528
    time_span=0.0001s, test_ID=182, label=5, output_node=68, voltage=0.011029880493879318
    time_span=0.0001s, test_ID=182, label=5, output_node=69, voltage=0.008641434833407402
    time_span=0.0001s, test_ID=182, label=5, output_node=70, voltage=0.014587649144232273
    time_span=0.0001s, test_ID=182, label=5, output_node=71, voltage=0.01441235188394785
    time_span=0.0001s, test_ID=182, label=5, output_node=72, voltage=0.011403386481106281
    time_span=0.0001s, test_ID=182, label=5, output_node=73, voltage=0.005701194982975721
    time_span=0.0001s, test_ID=182, label=5, output_node=74, voltage=0.0022320717107504606
    time_span=0.0001s, test_ID=182, label=5, output_node=75, voltage=0.009343625977635384
    time_span=0.0001s, test_ID=182, label=5, output_node=76, voltage=0.002080677542835474
    time_span=0.0001s, test_ID=182, label=5, output_node=77, voltage=0.0072729079984128475
    time_span=0.0001s, test_ID=182, label=5, output_node=78, voltage=0.005766932386904955
    time_span=0.0001s, test_ID=182, label=5, output_node=79, voltage=0.006994024384766817
    time_span=0.0001s, test_ID=182, label=5, output_node=80, voltage=0.006369521841406822
    time_span=0.0001s, test_ID=182, label=5, output_node=81, voltage=0.005315736867487431
    time_span=0.0001s, test_ID=182, label=5, output_node=82, voltage=0.00783466175198555
    time_span=0.0001s, test_ID=182, label=5, output_node=83, voltage=0.008132469840347767
    time_span=0.0001s, test_ID=182, label=5, output_node=84, voltage=0.0031593625899404287
    time_span=0.0001s, test_ID=182, label=5, output_node=85, voltage=0.0074970112182199955
    time_span=0.0001s, test_ID=182, label=5, output_node=86, voltage=0.00551593629643321
    time_span=0.0001s, test_ID=182, label=5, output_node=87, voltage=0.007954183034598827
    time_span=0.0001s, test_ID=182, label=5, output_node=88, voltage=0.004424302838742733
    time_span=0.0001s, test_ID=182, label=5, output_node=89, voltage=0.004338645376265049
    time_span=0.0001s, test_ID=182, label=5, output_node=90, voltage=0.005684262607246637
    time_span=0.0001s, test_ID=182, label=5, output_node=91, voltage=0.005387450568377972
    time_span=0.0001s, test_ID=182, label=5, output_node=92, voltage=0.0043665338307619095
    time_span=0.0001s, test_ID=182, label=5, output_node=93, voltage=0.008786853402853012
    time_span=0.0001s, test_ID=182, label=5, output_node=94, voltage=0.004095617216080427
    time_span=0.0001s, test_ID=182, label=5, output_node=95, voltage=0.004065736662596464
    time_span=0.0001s, test_ID=182, label=5, output_node=96, voltage=0.008034860715270042
    time_span=0.0001s, test_ID=182, label=5, output_node=97, voltage=0.0036643424537032843
    time_span=0.0001s, test_ID=182, label=5, output_node=98, voltage=0.006919322069734335
    time_span=0.0001s, test_ID=182, label=5, output_node=99, voltage=0.0052001988515257835
    time_span=0.0001s, test_ID=182, label=5, output_node=sum, voltage=0.02343127690255642
    Time consumed for 1 sample = 624.8788557052612 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '182'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=183, label=0, output_node=bkg, voltage=-0.003738047555088997
    time_span=0.0001s, test_ID=183, label=0, output_node=0, voltage=0.005315736867487431
    time_span=0.0001s, test_ID=183, label=0, output_node=1, voltage=0.004865537863224745
    time_span=0.0001s, test_ID=183, label=0, output_node=2, voltage=0.00794422347098589
    time_span=0.0001s, test_ID=183, label=0, output_node=3, voltage=0.0049332669004797935
    time_span=0.0001s, test_ID=183, label=0, output_node=4, voltage=0.004381474107503891
    time_span=0.0001s, test_ID=183, label=0, output_node=5, voltage=0.007794820237904787
    time_span=0.0001s, test_ID=183, label=0, output_node=6, voltage=0.006806773133575916
    time_span=0.0001s, test_ID=183, label=0, output_node=7, voltage=0.0034661355894058943
    time_span=0.0001s, test_ID=183, label=0, output_node=8, voltage=0.009118526242673397
    time_span=0.0001s, test_ID=183, label=0, output_node=9, voltage=0.008596613071858883
    time_span=0.0001s, test_ID=183, label=0, output_node=10, voltage=0.006772908382117748
    time_span=0.0001s, test_ID=183, label=0, output_node=11, voltage=0.007479084189981222
    time_span=0.0001s, test_ID=183, label=0, output_node=12, voltage=0.0025328686460852623
    time_span=0.0001s, test_ID=183, label=0, output_node=13, voltage=0.00564741063863039
    time_span=0.0001s, test_ID=183, label=0, output_node=14, voltage=0.004475099500268698
    time_span=0.0001s, test_ID=183, label=0, output_node=15, voltage=0.006252987775951624
    time_span=0.0001s, test_ID=183, label=0, output_node=16, voltage=0.00589442253112793
    time_span=0.0001s, test_ID=183, label=0, output_node=17, voltage=0.009426293894648552
    time_span=0.0001s, test_ID=183, label=0, output_node=18, voltage=0.0019083665683865547
    time_span=0.0001s, test_ID=183, label=0, output_node=19, voltage=0.003995019476860762
    time_span=0.0001s, test_ID=183, label=0, output_node=20, voltage=0.006068725138902664
    time_span=0.0001s, test_ID=183, label=0, output_node=21, voltage=0.003755975980311632
    time_span=0.0001s, test_ID=183, label=0, output_node=22, voltage=0.004076693207025528
    time_span=0.0001s, test_ID=183, label=0, output_node=23, voltage=0.004010956268757582
    time_span=0.0001s, test_ID=183, label=0, output_node=24, voltage=0.004007967654615641
    time_span=0.0001s, test_ID=183, label=0, output_node=25, voltage=0.012163346633315086
    time_span=0.0001s, test_ID=183, label=0, output_node=26, voltage=0.006500000134110451
    time_span=0.0001s, test_ID=183, label=0, output_node=27, voltage=-0.000422310724388808
    time_span=0.0001s, test_ID=183, label=0, output_node=28, voltage=0.007214143872261047
    time_span=0.0001s, test_ID=183, label=0, output_node=29, voltage=0.010153386741876602
    time_span=0.0001s, test_ID=183, label=0, output_node=30, voltage=0.003497011959552765
    time_span=0.0001s, test_ID=183, label=0, output_node=31, voltage=0.0008247012738138437
    time_span=0.0001s, test_ID=183, label=0, output_node=32, voltage=0.003661354770883918
    time_span=0.0001s, test_ID=183, label=0, output_node=33, voltage=-0.0010946214897558093
    time_span=0.0001s, test_ID=183, label=0, output_node=34, voltage=0.004377489909529686
    time_span=0.0001s, test_ID=183, label=0, output_node=35, voltage=0.006910358089953661
    time_span=0.0001s, test_ID=183, label=0, output_node=36, voltage=0.0031553786247968674
    time_span=0.0001s, test_ID=183, label=0, output_node=37, voltage=0.004389442503452301
    time_span=0.0001s, test_ID=183, label=0, output_node=38, voltage=0.003510956186801195
    time_span=0.0001s, test_ID=183, label=0, output_node=39, voltage=0.003909362945705652
    time_span=0.0001s, test_ID=183, label=0, output_node=40, voltage=0.01005079597234726
    time_span=0.0001s, test_ID=183, label=0, output_node=41, voltage=0.0023774898145347834
    time_span=0.0001s, test_ID=183, label=0, output_node=42, voltage=0.012315738014876842
    time_span=0.0001s, test_ID=183, label=0, output_node=43, voltage=0.0041772909462451935
    time_span=0.0001s, test_ID=183, label=0, output_node=44, voltage=0.0037669322919100523
    time_span=0.0001s, test_ID=183, label=0, output_node=45, voltage=0.008580677211284637
    time_span=0.0001s, test_ID=183, label=0, output_node=46, voltage=0.009759959764778614
    time_span=0.0001s, test_ID=183, label=0, output_node=47, voltage=0.01286454126238823
    time_span=0.0001s, test_ID=183, label=0, output_node=48, voltage=0.005744023714214563
    time_span=0.0001s, test_ID=183, label=0, output_node=49, voltage=0.00645617488771677
    time_span=0.0001s, test_ID=183, label=0, output_node=50, voltage=0.004670318681746721
    time_span=0.0001s, test_ID=183, label=0, output_node=51, voltage=0.004989044275134802
    time_span=0.0001s, test_ID=183, label=0, output_node=52, voltage=0.008217131718993187
    time_span=0.0001s, test_ID=183, label=0, output_node=53, voltage=0.005862549878656864
    time_span=0.0001s, test_ID=183, label=0, output_node=54, voltage=0.005180278792977333
    time_span=0.0001s, test_ID=183, label=0, output_node=55, voltage=0.004083665553480387
    time_span=0.0001s, test_ID=183, label=0, output_node=56, voltage=0.0010567730059847236
    time_span=0.0001s, test_ID=183, label=0, output_node=57, voltage=0.0044053783640265465
    time_span=0.0001s, test_ID=183, label=0, output_node=58, voltage=0.00493824714794755
    time_span=0.0001s, test_ID=183, label=0, output_node=59, voltage=0.0038147412706166506
    time_span=0.0001s, test_ID=183, label=0, output_node=60, voltage=0.005868526175618172
    time_span=0.0001s, test_ID=183, label=0, output_node=61, voltage=0.005290836561471224
    time_span=0.0001s, test_ID=183, label=0, output_node=62, voltage=0.006734063848853111
    time_span=0.0001s, test_ID=183, label=0, output_node=63, voltage=0.009897410869598389
    time_span=0.0001s, test_ID=183, label=0, output_node=64, voltage=0.0016434263670817018
    time_span=0.0001s, test_ID=183, label=0, output_node=65, voltage=0.0050268922932446
    time_span=0.0001s, test_ID=183, label=0, output_node=66, voltage=0.0030816730577498674
    time_span=0.0001s, test_ID=183, label=0, output_node=67, voltage=0.002628485905006528
    time_span=0.0001s, test_ID=183, label=0, output_node=68, voltage=0.006162350531667471
    time_span=0.0001s, test_ID=183, label=0, output_node=69, voltage=0.00540537852793932
    time_span=0.0001s, test_ID=183, label=0, output_node=70, voltage=0.00827490072697401
    time_span=0.0001s, test_ID=183, label=0, output_node=71, voltage=0.010529880411922932
    time_span=0.0001s, test_ID=183, label=0, output_node=72, voltage=0.0011513944482430816
    time_span=0.0001s, test_ID=183, label=0, output_node=73, voltage=0.0046404385939240456
    time_span=0.0001s, test_ID=183, label=0, output_node=74, voltage=0.002825697185471654
    time_span=0.0001s, test_ID=183, label=0, output_node=75, voltage=0.004442231263965368
    time_span=0.0001s, test_ID=183, label=0, output_node=76, voltage=0.005446214694529772
    time_span=0.0001s, test_ID=183, label=0, output_node=77, voltage=0.0031723107676953077
    time_span=0.0001s, test_ID=183, label=0, output_node=78, voltage=0.005596613511443138
    time_span=0.0001s, test_ID=183, label=0, output_node=79, voltage=0.01286752987653017
    time_span=0.0001s, test_ID=183, label=0, output_node=80, voltage=0.007994023151695728
    time_span=0.0001s, test_ID=183, label=0, output_node=81, voltage=0.008669323287904263
    time_span=0.0001s, test_ID=183, label=0, output_node=82, voltage=0.0030677292961627245
    time_span=0.0001s, test_ID=183, label=0, output_node=83, voltage=0.006059760693460703
    time_span=0.0001s, test_ID=183, label=0, output_node=84, voltage=0.00980278942734003
    time_span=0.0001s, test_ID=183, label=0, output_node=85, voltage=0.003536852775141597
    time_span=0.0001s, test_ID=183, label=0, output_node=86, voltage=0.0022778885904699564
    time_span=0.0001s, test_ID=183, label=0, output_node=87, voltage=0.010312749072909355
    time_span=0.0001s, test_ID=183, label=0, output_node=88, voltage=0.006333665456622839
    time_span=0.0001s, test_ID=183, label=0, output_node=89, voltage=0.007633466273546219
    time_span=0.0001s, test_ID=183, label=0, output_node=90, voltage=0.0049860551953315735
    time_span=0.0001s, test_ID=183, label=0, output_node=91, voltage=0.00867131445556879
    time_span=0.0001s, test_ID=183, label=0, output_node=92, voltage=0.003250995883718133
    time_span=0.0001s, test_ID=183, label=0, output_node=93, voltage=0.009921315126121044
    time_span=0.0001s, test_ID=183, label=0, output_node=94, voltage=0.003668326884508133
    time_span=0.0001s, test_ID=183, label=0, output_node=95, voltage=0.004118525423109531
    time_span=0.0001s, test_ID=183, label=0, output_node=96, voltage=0.00596314761787653
    time_span=0.0001s, test_ID=183, label=0, output_node=97, voltage=0.0032121515832841396
    time_span=0.0001s, test_ID=183, label=0, output_node=98, voltage=0.005029880441725254
    time_span=0.0001s, test_ID=183, label=0, output_node=99, voltage=0.004493027459830046
    time_span=0.0001s, test_ID=183, label=0, output_node=sum, voltage=0.020273903384804726
    Time consumed for 1 sample = 624.3566334247589 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '183'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=184, label=8, output_node=bkg, voltage=-0.005237051751464605
    time_span=0.0001s, test_ID=184, label=8, output_node=0, voltage=0.004578685387969017
    time_span=0.0001s, test_ID=184, label=8, output_node=1, voltage=0.008129483088850975
    time_span=0.0001s, test_ID=184, label=8, output_node=2, voltage=0.013182271271944046
    time_span=0.0001s, test_ID=184, label=8, output_node=3, voltage=0.003263944061473012
    time_span=0.0001s, test_ID=184, label=8, output_node=4, voltage=0.01147310808300972
    time_span=0.0001s, test_ID=184, label=8, output_node=5, voltage=0.012974104844033718
    time_span=0.0001s, test_ID=184, label=8, output_node=6, voltage=0.008326693437993526
    time_span=0.0001s, test_ID=184, label=8, output_node=7, voltage=0.009015936404466629
    time_span=0.0001s, test_ID=184, label=8, output_node=8, voltage=0.005151394288986921
    time_span=0.0001s, test_ID=184, label=8, output_node=9, voltage=0.008993026800453663
    time_span=0.0001s, test_ID=184, label=8, output_node=10, voltage=0.011649402789771557
    time_span=0.0001s, test_ID=184, label=8, output_node=11, voltage=0.00660956185311079
    time_span=0.0001s, test_ID=184, label=8, output_node=12, voltage=0.0027649402618408203
    time_span=0.0001s, test_ID=184, label=8, output_node=13, voltage=0.010326692834496498
    time_span=0.0001s, test_ID=184, label=8, output_node=14, voltage=0.012982072308659554
    time_span=0.0001s, test_ID=184, label=8, output_node=15, voltage=0.006159362383186817
    time_span=0.0001s, test_ID=184, label=8, output_node=16, voltage=0.010444222949445248
    time_span=0.0001s, test_ID=184, label=8, output_node=17, voltage=0.009609561413526535
    time_span=0.0001s, test_ID=184, label=8, output_node=18, voltage=0.010190239176154137
    time_span=0.0001s, test_ID=184, label=8, output_node=19, voltage=0.005957171320915222
    time_span=0.0001s, test_ID=184, label=8, output_node=20, voltage=0.008458167314529419
    time_span=0.0001s, test_ID=184, label=8, output_node=21, voltage=0.008899401873350143
    time_span=0.0001s, test_ID=184, label=8, output_node=22, voltage=0.012186255306005478
    time_span=0.0001s, test_ID=184, label=8, output_node=23, voltage=0.009545816108584404
    time_span=0.0001s, test_ID=184, label=8, output_node=24, voltage=0.007693226914852858
    time_span=0.0001s, test_ID=184, label=8, output_node=25, voltage=0.012356573715806007
    time_span=0.0001s, test_ID=184, label=8, output_node=26, voltage=0.01067729014903307
    time_span=0.0001s, test_ID=184, label=8, output_node=27, voltage=0.00947609543800354
    time_span=0.0001s, test_ID=184, label=8, output_node=28, voltage=0.005866533610969782
    time_span=0.0001s, test_ID=184, label=8, output_node=29, voltage=0.01156175322830677
    time_span=0.0001s, test_ID=184, label=8, output_node=30, voltage=0.0064731077291071415
    time_span=0.0001s, test_ID=184, label=8, output_node=31, voltage=0.010962151922285557
    time_span=0.0001s, test_ID=184, label=8, output_node=32, voltage=0.012501992285251617
    time_span=0.0001s, test_ID=184, label=8, output_node=33, voltage=0.009908366948366165
    time_span=0.0001s, test_ID=184, label=8, output_node=34, voltage=0.008158366195857525
    time_span=0.0001s, test_ID=184, label=8, output_node=35, voltage=0.009912350215017796
    time_span=0.0001s, test_ID=184, label=8, output_node=36, voltage=0.008015936240553856
    time_span=0.0001s, test_ID=184, label=8, output_node=37, voltage=0.0040747011080384254
    time_span=0.0001s, test_ID=184, label=8, output_node=38, voltage=0.014123505912721157
    time_span=0.0001s, test_ID=184, label=8, output_node=39, voltage=0.008449203334748745
    time_span=0.0001s, test_ID=184, label=8, output_node=40, voltage=0.01245219074189663
    time_span=0.0001s, test_ID=184, label=8, output_node=41, voltage=0.007707171142101288
    time_span=0.0001s, test_ID=184, label=8, output_node=42, voltage=0.0065936255268752575
    time_span=0.0001s, test_ID=184, label=8, output_node=43, voltage=0.01045020017772913
    time_span=0.0001s, test_ID=184, label=8, output_node=44, voltage=0.01319123525172472
    time_span=0.0001s, test_ID=184, label=8, output_node=45, voltage=0.009456174448132515
    time_span=0.0001s, test_ID=184, label=8, output_node=46, voltage=0.0071822707541286945
    time_span=0.0001s, test_ID=184, label=8, output_node=47, voltage=0.014476096257567406
    time_span=0.0001s, test_ID=184, label=8, output_node=48, voltage=0.006467131432145834
    time_span=0.0001s, test_ID=184, label=8, output_node=49, voltage=0.008507967926561832
    time_span=0.0001s, test_ID=184, label=8, output_node=50, voltage=0.012665337882936
    time_span=0.0001s, test_ID=184, label=8, output_node=51, voltage=0.009645418263971806
    time_span=0.0001s, test_ID=184, label=8, output_node=52, voltage=0.009331673383712769
    time_span=0.0001s, test_ID=184, label=8, output_node=53, voltage=0.011739043518900871
    time_span=0.0001s, test_ID=184, label=8, output_node=54, voltage=0.011095617897808552
    time_span=0.0001s, test_ID=184, label=8, output_node=55, voltage=0.016079682856798172
    time_span=0.0001s, test_ID=184, label=8, output_node=56, voltage=0.012743028812110424
    time_span=0.0001s, test_ID=184, label=8, output_node=57, voltage=0.012101594358682632
    time_span=0.0001s, test_ID=184, label=8, output_node=58, voltage=0.008723107166588306
    time_span=0.0001s, test_ID=184, label=8, output_node=59, voltage=0.005693227052688599
    time_span=0.0001s, test_ID=184, label=8, output_node=60, voltage=0.005691234953701496
    time_span=0.0001s, test_ID=184, label=8, output_node=61, voltage=0.009287849068641663
    time_span=0.0001s, test_ID=184, label=8, output_node=62, voltage=0.004496016073971987
    time_span=0.0001s, test_ID=184, label=8, output_node=63, voltage=0.009348604828119278
    time_span=0.0001s, test_ID=184, label=8, output_node=64, voltage=0.0061384462751448154
    time_span=0.0001s, test_ID=184, label=8, output_node=65, voltage=0.007087649777531624
    time_span=0.0001s, test_ID=184, label=8, output_node=66, voltage=0.021415337920188904
    time_span=0.0001s, test_ID=184, label=8, output_node=67, voltage=0.011847608722746372
    time_span=0.0001s, test_ID=184, label=8, output_node=68, voltage=0.011033865623176098
    time_span=0.0001s, test_ID=184, label=8, output_node=69, voltage=0.008789841085672379
    time_span=0.0001s, test_ID=184, label=8, output_node=70, voltage=0.008497011847794056
    time_span=0.0001s, test_ID=184, label=8, output_node=71, voltage=0.011908366344869137
    time_span=0.0001s, test_ID=184, label=8, output_node=72, voltage=0.01000099629163742
    time_span=0.0001s, test_ID=184, label=8, output_node=73, voltage=0.008284860290586948
    time_span=0.0001s, test_ID=184, label=8, output_node=74, voltage=0.009074700996279716
    time_span=0.0001s, test_ID=184, label=8, output_node=75, voltage=0.013804781250655651
    time_span=0.0001s, test_ID=184, label=8, output_node=76, voltage=0.009801791980862617
    time_span=0.0001s, test_ID=184, label=8, output_node=77, voltage=0.015658367425203323
    time_span=0.0001s, test_ID=184, label=8, output_node=78, voltage=0.007802788633853197
    time_span=0.0001s, test_ID=184, label=8, output_node=79, voltage=0.006491036154329777
    time_span=0.0001s, test_ID=184, label=8, output_node=80, voltage=0.0016982073429971933
    time_span=0.0001s, test_ID=184, label=8, output_node=81, voltage=0.009000997059047222
    time_span=0.0001s, test_ID=184, label=8, output_node=82, voltage=0.009333665482699871
    time_span=0.0001s, test_ID=184, label=8, output_node=83, voltage=0.011555776000022888
    time_span=0.0001s, test_ID=184, label=8, output_node=84, voltage=0.006879481486976147
    time_span=0.0001s, test_ID=184, label=8, output_node=85, voltage=0.0074422312900424
    time_span=0.0001s, test_ID=184, label=8, output_node=86, voltage=0.013511952012777328
    time_span=0.0001s, test_ID=184, label=8, output_node=87, voltage=0.012085657566785812
    time_span=0.0001s, test_ID=184, label=8, output_node=88, voltage=0.01048207189887762
    time_span=0.0001s, test_ID=184, label=8, output_node=89, voltage=0.008874502032995224
    time_span=0.0001s, test_ID=184, label=8, output_node=90, voltage=0.008823703974485397
    time_span=0.0001s, test_ID=184, label=8, output_node=91, voltage=0.0049681272357702255
    time_span=0.0001s, test_ID=184, label=8, output_node=92, voltage=0.007924302481114864
    time_span=0.0001s, test_ID=184, label=8, output_node=93, voltage=0.006665339227765799
    time_span=0.0001s, test_ID=184, label=8, output_node=94, voltage=0.01159860473126173
    time_span=0.0001s, test_ID=184, label=8, output_node=95, voltage=0.010087649337947369
    time_span=0.0001s, test_ID=184, label=8, output_node=96, voltage=0.007155378349125385
    time_span=0.0001s, test_ID=184, label=8, output_node=97, voltage=0.01169123500585556
    time_span=0.0001s, test_ID=184, label=8, output_node=98, voltage=0.0006543825147673488
    time_span=0.0001s, test_ID=184, label=8, output_node=99, voltage=0.01512051746249199
    time_span=0.0001s, test_ID=184, label=8, output_node=sum, voltage=0.03181872516870499
    Time consumed for 1 sample = 622.2333791255951 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '184'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=185, label=9, output_node=bkg, voltage=-0.006102589424699545
    time_span=0.0001s, test_ID=185, label=9, output_node=0, voltage=0.0041344622150063515
    time_span=0.0001s, test_ID=185, label=9, output_node=1, voltage=0.005355577450245619
    time_span=0.0001s, test_ID=185, label=9, output_node=2, voltage=0.0022649401798844337
    time_span=0.0001s, test_ID=185, label=9, output_node=3, voltage=0.0024750996381044388
    time_span=0.0001s, test_ID=185, label=9, output_node=4, voltage=0.005984063725918531
    time_span=0.0001s, test_ID=185, label=9, output_node=5, voltage=0.002386454027146101
    time_span=0.0001s, test_ID=185, label=9, output_node=6, voltage=0.0027260954957455397
    time_span=0.0001s, test_ID=185, label=9, output_node=7, voltage=0.006391433998942375
    time_span=0.0001s, test_ID=185, label=9, output_node=8, voltage=0.0025527889374643564
    time_span=0.0001s, test_ID=185, label=9, output_node=9, voltage=0.005948207341134548
    time_span=0.0001s, test_ID=185, label=9, output_node=10, voltage=0.00721613597124815
    time_span=0.0001s, test_ID=185, label=9, output_node=11, voltage=0.0016424302011728287
    time_span=0.0001s, test_ID=185, label=9, output_node=12, voltage=0.005857569631189108
    time_span=0.0001s, test_ID=185, label=9, output_node=13, voltage=0.002702191239222884
    time_span=0.0001s, test_ID=185, label=9, output_node=14, voltage=0.0028725098818540573
    time_span=0.0001s, test_ID=185, label=9, output_node=15, voltage=0.0048436252400279045
    time_span=0.0001s, test_ID=185, label=9, output_node=16, voltage=0.004222111776471138
    time_span=0.0001s, test_ID=185, label=9, output_node=17, voltage=0.0043017929419875145
    time_span=0.0001s, test_ID=185, label=9, output_node=18, voltage=0.003196215257048607
    time_span=0.0001s, test_ID=185, label=9, output_node=19, voltage=0.001736055826768279
    time_span=0.0001s, test_ID=185, label=9, output_node=20, voltage=0.005062749143689871
    time_span=0.0001s, test_ID=185, label=9, output_node=21, voltage=0.005698206834495068
    time_span=0.0001s, test_ID=185, label=9, output_node=22, voltage=0.006874502170830965
    time_span=0.0001s, test_ID=185, label=9, output_node=23, voltage=0.0014033865882083774
    time_span=0.0001s, test_ID=185, label=9, output_node=24, voltage=0.0036015938967466354
    time_span=0.0001s, test_ID=185, label=9, output_node=25, voltage=0.003368525533005595
    time_span=0.0001s, test_ID=185, label=9, output_node=26, voltage=0.0018057769630104303
    time_span=0.0001s, test_ID=185, label=9, output_node=27, voltage=0.0084043825045228
    time_span=0.0001s, test_ID=185, label=9, output_node=28, voltage=0.008939243853092194
    time_span=0.0001s, test_ID=185, label=9, output_node=29, voltage=0.007986055687069893
    time_span=0.0001s, test_ID=185, label=9, output_node=30, voltage=0.0037450199015438557
    time_span=0.0001s, test_ID=185, label=9, output_node=31, voltage=0.000976095674559474
    time_span=0.0001s, test_ID=185, label=9, output_node=32, voltage=0.0021235060412436724
    time_span=0.0001s, test_ID=185, label=9, output_node=33, voltage=0.006641434505581856
    time_span=0.0001s, test_ID=185, label=9, output_node=34, voltage=0.003437251318246126
    time_span=0.0001s, test_ID=185, label=9, output_node=35, voltage=0.00660956185311079
    time_span=0.0001s, test_ID=185, label=9, output_node=36, voltage=0.011744024232029915
    time_span=0.0001s, test_ID=185, label=9, output_node=37, voltage=0.008961155079305172
    time_span=0.0001s, test_ID=185, label=9, output_node=38, voltage=0.005375497974455357
    time_span=0.0001s, test_ID=185, label=9, output_node=39, voltage=-0.0011334661394357681
    time_span=0.0001s, test_ID=185, label=9, output_node=40, voltage=0.0052041830494999886
    time_span=0.0001s, test_ID=185, label=9, output_node=41, voltage=0.0010239045368507504
    time_span=0.0001s, test_ID=185, label=9, output_node=42, voltage=0.008422311395406723
    time_span=0.0001s, test_ID=185, label=9, output_node=43, voltage=0.006963147781789303
    time_span=0.0001s, test_ID=185, label=9, output_node=44, voltage=0.0032111553009599447
    time_span=0.0001s, test_ID=185, label=9, output_node=45, voltage=0.005848605651408434
    time_span=0.0001s, test_ID=185, label=9, output_node=46, voltage=0.006186254788190126
    time_span=0.0001s, test_ID=185, label=9, output_node=47, voltage=0.006218127440661192
    time_span=0.0001s, test_ID=185, label=9, output_node=48, voltage=0.003386454191058874
    time_span=0.0001s, test_ID=185, label=9, output_node=49, voltage=0.005513944197446108
    time_span=0.0001s, test_ID=185, label=9, output_node=50, voltage=0.0013794820988550782
    time_span=0.0001s, test_ID=185, label=9, output_node=51, voltage=0.005656374618411064
    time_span=0.0001s, test_ID=185, label=9, output_node=52, voltage=0.007439243141561747
    time_span=0.0001s, test_ID=185, label=9, output_node=53, voltage=0.0032898406498134136
    time_span=0.0001s, test_ID=185, label=9, output_node=54, voltage=0.0010229083709418774
    time_span=0.0001s, test_ID=185, label=9, output_node=55, voltage=0.004205179400742054
    time_span=0.0001s, test_ID=185, label=9, output_node=56, voltage=0.006139442324638367
    time_span=0.0001s, test_ID=185, label=9, output_node=57, voltage=0.006176294758915901
    time_span=0.0001s, test_ID=185, label=9, output_node=58, voltage=0.003361554117873311
    time_span=0.0001s, test_ID=185, label=9, output_node=59, voltage=0.007674303371459246
    time_span=0.0001s, test_ID=185, label=9, output_node=60, voltage=0.004185258876532316
    time_span=0.0001s, test_ID=185, label=9, output_node=61, voltage=-0.00035856571048498154
    time_span=0.0001s, test_ID=185, label=9, output_node=62, voltage=0.003220119746401906
    time_span=0.0001s, test_ID=185, label=9, output_node=63, voltage=-0.000520916364621371
    time_span=0.0001s, test_ID=185, label=9, output_node=64, voltage=0.007066733203828335
    time_span=0.0001s, test_ID=185, label=9, output_node=65, voltage=0.003921314608305693
    time_span=0.0001s, test_ID=185, label=9, output_node=66, voltage=0.0023565739393234253
    time_span=0.0001s, test_ID=185, label=9, output_node=67, voltage=0.002334661316126585
    time_span=0.0001s, test_ID=185, label=9, output_node=68, voltage=0.0025926295202225447
    time_span=0.0001s, test_ID=185, label=9, output_node=69, voltage=0.005058764945715666
    time_span=0.0001s, test_ID=185, label=9, output_node=70, voltage=0.004303785040974617
    time_span=0.0001s, test_ID=185, label=9, output_node=71, voltage=0.003948207478970289
    time_span=0.0001s, test_ID=185, label=9, output_node=72, voltage=0.003101593814790249
    time_span=0.0001s, test_ID=185, label=9, output_node=73, voltage=0.008443226106464863
    time_span=0.0001s, test_ID=185, label=9, output_node=74, voltage=0.007809761445969343
    time_span=0.0001s, test_ID=185, label=9, output_node=75, voltage=0.0009312749025411904
    time_span=0.0001s, test_ID=185, label=9, output_node=76, voltage=0.005984063725918531
    time_span=0.0001s, test_ID=185, label=9, output_node=77, voltage=-0.0005717130843549967
    time_span=0.0001s, test_ID=185, label=9, output_node=78, voltage=0.004598605912178755
    time_span=0.0001s, test_ID=185, label=9, output_node=79, voltage=0.008549800142645836
    time_span=0.0001s, test_ID=185, label=9, output_node=80, voltage=0.004422310274094343
    time_span=0.0001s, test_ID=185, label=9, output_node=81, voltage=0.0008306772797368467
    time_span=0.0001s, test_ID=185, label=9, output_node=82, voltage=0.0015507967909798026
    time_span=0.0001s, test_ID=185, label=9, output_node=83, voltage=0.0043456172570586205
    time_span=0.0001s, test_ID=185, label=9, output_node=84, voltage=0.0013456175802275538
    time_span=0.0001s, test_ID=185, label=9, output_node=85, voltage=0.010536853224039078
    time_span=0.0001s, test_ID=185, label=9, output_node=86, voltage=0.004758963827043772
    time_span=0.0001s, test_ID=185, label=9, output_node=87, voltage=0.006634462624788284
    time_span=0.0001s, test_ID=185, label=9, output_node=88, voltage=0.002450199332088232
    time_span=0.0001s, test_ID=185, label=9, output_node=89, voltage=0.006475099362432957
    time_span=0.0001s, test_ID=185, label=9, output_node=90, voltage=0.003535856492817402
    time_span=0.0001s, test_ID=185, label=9, output_node=91, voltage=0.007354581728577614
    time_span=0.0001s, test_ID=185, label=9, output_node=92, voltage=0.005861553363502026
    time_span=0.0001s, test_ID=185, label=9, output_node=93, voltage=0.00806573685258627
    time_span=0.0001s, test_ID=185, label=9, output_node=94, voltage=0.006831673439592123
    time_span=0.0001s, test_ID=185, label=9, output_node=95, voltage=0.00850996095687151
    time_span=0.0001s, test_ID=185, label=9, output_node=96, voltage=0.004739043768495321
    time_span=0.0001s, test_ID=185, label=9, output_node=97, voltage=0.0018386454321444035
    time_span=0.0001s, test_ID=185, label=9, output_node=98, voltage=0.0059790839441120625
    time_span=0.0001s, test_ID=185, label=9, output_node=99, voltage=0.006259960122406483
    time_span=0.0001s, test_ID=185, label=9, output_node=sum, voltage=0.018223106861114502
    Time consumed for 1 sample = 624.2364876270294 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '185'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=186, label=2, output_node=bkg, voltage=-0.004178286995738745
    time_span=0.0001s, test_ID=186, label=2, output_node=0, voltage=0.010653385892510414
    time_span=0.0001s, test_ID=186, label=2, output_node=1, voltage=0.004676294978708029
    time_span=0.0001s, test_ID=186, label=2, output_node=2, voltage=0.015117529779672623
    time_span=0.0001s, test_ID=186, label=2, output_node=3, voltage=0.010404382832348347
    time_span=0.0001s, test_ID=186, label=2, output_node=4, voltage=0.01555677317082882
    time_span=0.0001s, test_ID=186, label=2, output_node=5, voltage=0.01241533923894167
    time_span=0.0001s, test_ID=186, label=2, output_node=6, voltage=0.013439242728054523
    time_span=0.0001s, test_ID=186, label=2, output_node=7, voltage=0.005326693411916494
    time_span=0.0001s, test_ID=186, label=2, output_node=8, voltage=0.010747010819613934
    time_span=0.0001s, test_ID=186, label=2, output_node=9, voltage=0.013253984041512012
    time_span=0.0001s, test_ID=186, label=2, output_node=10, voltage=0.007991036400198936
    time_span=0.0001s, test_ID=186, label=2, output_node=11, voltage=0.00993227120488882
    time_span=0.0001s, test_ID=186, label=2, output_node=12, voltage=0.012429283000528812
    time_span=0.0001s, test_ID=186, label=2, output_node=13, voltage=0.012289841659367085
    time_span=0.0001s, test_ID=186, label=2, output_node=14, voltage=0.011523904278874397
    time_span=0.0001s, test_ID=186, label=2, output_node=15, voltage=0.011478087864816189
    time_span=0.0001s, test_ID=186, label=2, output_node=16, voltage=0.010540836490690708
    time_span=0.0001s, test_ID=186, label=2, output_node=17, voltage=0.009644422680139542
    time_span=0.0001s, test_ID=186, label=2, output_node=18, voltage=0.00848904438316822
    time_span=0.0001s, test_ID=186, label=2, output_node=19, voltage=0.0048177288845181465
    time_span=0.0001s, test_ID=186, label=2, output_node=20, voltage=0.01715836673974991
    time_span=0.0001s, test_ID=186, label=2, output_node=21, voltage=0.011050796136260033
    time_span=0.0001s, test_ID=186, label=2, output_node=22, voltage=0.009383466094732285
    time_span=0.0001s, test_ID=186, label=2, output_node=23, voltage=0.017313744872808456
    time_span=0.0001s, test_ID=186, label=2, output_node=24, voltage=0.020846614614129066
    time_span=0.0001s, test_ID=186, label=2, output_node=25, voltage=0.013541832566261292
    time_span=0.0001s, test_ID=186, label=2, output_node=26, voltage=0.012501992285251617
    time_span=0.0001s, test_ID=186, label=2, output_node=27, voltage=-5.776895341114141e-05
    time_span=0.0001s, test_ID=186, label=2, output_node=28, voltage=0.010980079881846905
    time_span=0.0001s, test_ID=186, label=2, output_node=29, voltage=0.011793824844062328
    time_span=0.0001s, test_ID=186, label=2, output_node=30, voltage=0.006603585556149483
    time_span=0.0001s, test_ID=186, label=2, output_node=31, voltage=0.011194223538041115
    time_span=0.0001s, test_ID=186, label=2, output_node=32, voltage=0.01140438299626112
    time_span=0.0001s, test_ID=186, label=2, output_node=33, voltage=0.007774900179356337
    time_span=0.0001s, test_ID=186, label=2, output_node=34, voltage=0.010633466765284538
    time_span=0.0001s, test_ID=186, label=2, output_node=35, voltage=0.004314740654081106
    time_span=0.0001s, test_ID=186, label=2, output_node=36, voltage=0.008421314880251884
    time_span=0.0001s, test_ID=186, label=2, output_node=37, voltage=0.0059272912330925465
    time_span=0.0001s, test_ID=186, label=2, output_node=38, voltage=0.009919322095811367
    time_span=0.0001s, test_ID=186, label=2, output_node=39, voltage=0.010348604992032051
    time_span=0.0001s, test_ID=186, label=2, output_node=40, voltage=0.016774900257587433
    time_span=0.0001s, test_ID=186, label=2, output_node=41, voltage=0.01106972061097622
    time_span=0.0001s, test_ID=186, label=2, output_node=42, voltage=0.010610558092594147
    time_span=0.0001s, test_ID=186, label=2, output_node=43, voltage=0.01493027899414301
    time_span=0.0001s, test_ID=186, label=2, output_node=44, voltage=0.015371514484286308
    time_span=0.0001s, test_ID=186, label=2, output_node=45, voltage=0.014346612617373466
    time_span=0.0001s, test_ID=186, label=2, output_node=46, voltage=0.008222111500799656
    time_span=0.0001s, test_ID=186, label=2, output_node=47, voltage=0.012005976401269436
    time_span=0.0001s, test_ID=186, label=2, output_node=48, voltage=0.013102589175105095
    time_span=0.0001s, test_ID=186, label=2, output_node=49, voltage=0.0065298802219331264
    time_span=0.0001s, test_ID=186, label=2, output_node=50, voltage=0.012946214526891708
    time_span=0.0001s, test_ID=186, label=2, output_node=51, voltage=0.008220119401812553
    time_span=0.0001s, test_ID=186, label=2, output_node=52, voltage=0.01252091582864523
    time_span=0.0001s, test_ID=186, label=2, output_node=53, voltage=0.011350597254931927
    time_span=0.0001s, test_ID=186, label=2, output_node=54, voltage=0.014350597746670246
    time_span=0.0001s, test_ID=186, label=2, output_node=55, voltage=0.012439243495464325
    time_span=0.0001s, test_ID=186, label=2, output_node=56, voltage=0.00584761006757617
    time_span=0.0001s, test_ID=186, label=2, output_node=57, voltage=0.006982070859521627
    time_span=0.0001s, test_ID=186, label=2, output_node=58, voltage=0.015779880806803703
    time_span=0.0001s, test_ID=186, label=2, output_node=59, voltage=0.009456174448132515
    time_span=0.0001s, test_ID=186, label=2, output_node=60, voltage=0.0109073705971241
    time_span=0.0001s, test_ID=186, label=2, output_node=61, voltage=0.012358564883470535
    time_span=0.0001s, test_ID=186, label=2, output_node=62, voltage=0.011286851949989796
    time_span=0.0001s, test_ID=186, label=2, output_node=63, voltage=0.01226992066949606
    time_span=0.0001s, test_ID=186, label=2, output_node=64, voltage=0.002845617476850748
    time_span=0.0001s, test_ID=186, label=2, output_node=65, voltage=0.009753984399139881
    time_span=0.0001s, test_ID=186, label=2, output_node=66, voltage=0.009729083627462387
    time_span=0.0001s, test_ID=186, label=2, output_node=67, voltage=0.007726095616817474
    time_span=0.0001s, test_ID=186, label=2, output_node=68, voltage=0.012154382653534412
    time_span=0.0001s, test_ID=186, label=2, output_node=69, voltage=0.012185257859528065
    time_span=0.0001s, test_ID=186, label=2, output_node=70, voltage=0.009406374767422676
    time_span=0.0001s, test_ID=186, label=2, output_node=71, voltage=0.014344622381031513
    time_span=0.0001s, test_ID=186, label=2, output_node=72, voltage=0.010780875571072102
    time_span=0.0001s, test_ID=186, label=2, output_node=73, voltage=0.006871514022350311
    time_span=0.0001s, test_ID=186, label=2, output_node=74, voltage=0.007808764930814505
    time_span=0.0001s, test_ID=186, label=2, output_node=75, voltage=0.015138445422053337
    time_span=0.0001s, test_ID=186, label=2, output_node=76, voltage=0.007241035811603069
    time_span=0.0001s, test_ID=186, label=2, output_node=77, voltage=0.013343625701963902
    time_span=0.0001s, test_ID=186, label=2, output_node=78, voltage=0.011493027210235596
    time_span=0.0001s, test_ID=186, label=2, output_node=79, voltage=0.007978088222444057
    time_span=0.0001s, test_ID=186, label=2, output_node=80, voltage=0.006900398060679436
    time_span=0.0001s, test_ID=186, label=2, output_node=81, voltage=0.011677291244268417
    time_span=0.0001s, test_ID=186, label=2, output_node=82, voltage=0.012840637937188148
    time_span=0.0001s, test_ID=186, label=2, output_node=83, voltage=0.008076692931354046
    time_span=0.0001s, test_ID=186, label=2, output_node=84, voltage=0.007546812295913696
    time_span=0.0001s, test_ID=186, label=2, output_node=85, voltage=0.009454184211790562
    time_span=0.0001s, test_ID=186, label=2, output_node=86, voltage=0.0105348601937294
    time_span=0.0001s, test_ID=186, label=2, output_node=87, voltage=0.00868725124746561
    time_span=0.0001s, test_ID=186, label=2, output_node=88, voltage=0.01047908328473568
    time_span=0.0001s, test_ID=186, label=2, output_node=89, voltage=0.009487051516771317
    time_span=0.0001s, test_ID=186, label=2, output_node=90, voltage=0.012685257941484451
    time_span=0.0001s, test_ID=186, label=2, output_node=91, voltage=0.01056772843003273
    time_span=0.0001s, test_ID=186, label=2, output_node=92, voltage=0.005600597709417343
    time_span=0.0001s, test_ID=186, label=2, output_node=93, voltage=0.009910358116030693
    time_span=0.0001s, test_ID=186, label=2, output_node=94, voltage=0.0026603585574775934
    time_span=0.0001s, test_ID=186, label=2, output_node=95, voltage=0.0034501992631703615
    time_span=0.0001s, test_ID=186, label=2, output_node=96, voltage=0.005216136109083891
    time_span=0.0001s, test_ID=186, label=2, output_node=97, voltage=0.012083666399121284
    time_span=0.0001s, test_ID=186, label=2, output_node=98, voltage=0.010403386317193508
    time_span=0.0001s, test_ID=186, label=2, output_node=99, voltage=0.006036852486431599
    time_span=0.0001s, test_ID=186, label=2, output_node=sum, voltage=0.031762950122356415
    Time consumed for 1 sample = 625.6967051029205 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '186'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=187, label=5, output_node=bkg, voltage=-0.0037499999161809683
    time_span=0.0001s, test_ID=187, label=5, output_node=0, voltage=0.011499999091029167
    time_span=0.0001s, test_ID=187, label=5, output_node=1, voltage=0.006857569795101881
    time_span=0.0001s, test_ID=187, label=5, output_node=2, voltage=0.008406374603509903
    time_span=0.0001s, test_ID=187, label=5, output_node=3, voltage=0.006681275088340044
    time_span=0.0001s, test_ID=187, label=5, output_node=4, voltage=0.011984063312411308
    time_span=0.0001s, test_ID=187, label=5, output_node=5, voltage=0.016377490013837814
    time_span=0.0001s, test_ID=187, label=5, output_node=6, voltage=0.013311753049492836
    time_span=0.0001s, test_ID=187, label=5, output_node=7, voltage=0.005210159346461296
    time_span=0.0001s, test_ID=187, label=5, output_node=8, voltage=0.010043825022876263
    time_span=0.0001s, test_ID=187, label=5, output_node=9, voltage=0.006938247010111809
    time_span=0.0001s, test_ID=187, label=5, output_node=10, voltage=0.005579681601375341
    time_span=0.0001s, test_ID=187, label=5, output_node=11, voltage=0.012824700213968754
    time_span=0.0001s, test_ID=187, label=5, output_node=12, voltage=0.007621513679623604
    time_span=0.0001s, test_ID=187, label=5, output_node=13, voltage=0.010338645428419113
    time_span=0.0001s, test_ID=187, label=5, output_node=14, voltage=0.009243028238415718
    time_span=0.0001s, test_ID=187, label=5, output_node=15, voltage=0.008514939807355404
    time_span=0.0001s, test_ID=187, label=5, output_node=16, voltage=0.010211154818534851
    time_span=0.0001s, test_ID=187, label=5, output_node=17, voltage=0.006590637378394604
    time_span=0.0001s, test_ID=187, label=5, output_node=18, voltage=0.009722110815346241
    time_span=0.0001s, test_ID=187, label=5, output_node=19, voltage=0.009804780595004559
    time_span=0.0001s, test_ID=187, label=5, output_node=20, voltage=0.007716135121881962
    time_span=0.0001s, test_ID=187, label=5, output_node=21, voltage=0.005579681601375341
    time_span=0.0001s, test_ID=187, label=5, output_node=22, voltage=0.008218127302825451
    time_span=0.0001s, test_ID=187, label=5, output_node=23, voltage=0.011892430484294891
    time_span=0.0001s, test_ID=187, label=5, output_node=24, voltage=0.00992928259074688
    time_span=0.0001s, test_ID=187, label=5, output_node=25, voltage=0.004963147919625044
    time_span=0.0001s, test_ID=187, label=5, output_node=26, voltage=0.013181274756789207
    time_span=0.0001s, test_ID=187, label=5, output_node=27, voltage=0.0057848612777888775
    time_span=0.0001s, test_ID=187, label=5, output_node=28, voltage=0.006074700970202684
    time_span=0.0001s, test_ID=187, label=5, output_node=29, voltage=0.008218128234148026
    time_span=0.0001s, test_ID=187, label=5, output_node=30, voltage=0.00487749045714736
    time_span=0.0001s, test_ID=187, label=5, output_node=31, voltage=0.005117530468851328
    time_span=0.0001s, test_ID=187, label=5, output_node=32, voltage=0.008172310888767242
    time_span=0.0001s, test_ID=187, label=5, output_node=33, voltage=0.00624402379617095
    time_span=0.0001s, test_ID=187, label=5, output_node=34, voltage=0.006031872238963842
    time_span=0.0001s, test_ID=187, label=5, output_node=35, voltage=0.010546812787652016
    time_span=0.0001s, test_ID=187, label=5, output_node=36, voltage=0.004193227272480726
    time_span=0.0001s, test_ID=187, label=5, output_node=37, voltage=0.004137449897825718
    time_span=0.0001s, test_ID=187, label=5, output_node=38, voltage=0.012707171030342579
    time_span=0.0001s, test_ID=187, label=5, output_node=39, voltage=0.010167330503463745
    time_span=0.0001s, test_ID=187, label=5, output_node=40, voltage=0.007494024001061916
    time_span=0.0001s, test_ID=187, label=5, output_node=41, voltage=0.005503984168171883
    time_span=0.0001s, test_ID=187, label=5, output_node=42, voltage=0.0059531875886023045
    time_span=0.0001s, test_ID=187, label=5, output_node=43, voltage=0.01007868442684412
    time_span=0.0001s, test_ID=187, label=5, output_node=44, voltage=0.013484063558280468
    time_span=0.0001s, test_ID=187, label=5, output_node=45, voltage=0.009536853060126305
    time_span=0.0001s, test_ID=187, label=5, output_node=46, voltage=0.0047350600361824036
    time_span=0.0001s, test_ID=187, label=5, output_node=47, voltage=0.00920916348695755
    time_span=0.0001s, test_ID=187, label=5, output_node=48, voltage=0.011178286746144295
    time_span=0.0001s, test_ID=187, label=5, output_node=49, voltage=0.0036703189834952354
    time_span=0.0001s, test_ID=187, label=5, output_node=50, voltage=0.009622509591281414
    time_span=0.0001s, test_ID=187, label=5, output_node=51, voltage=0.010682270862162113
    time_span=0.0001s, test_ID=187, label=5, output_node=52, voltage=0.007352589629590511
    time_span=0.0001s, test_ID=187, label=5, output_node=53, voltage=0.015169323422014713
    time_span=0.0001s, test_ID=187, label=5, output_node=54, voltage=0.014105577021837234
    time_span=0.0001s, test_ID=187, label=5, output_node=55, voltage=0.015007968991994858
    time_span=0.0001s, test_ID=187, label=5, output_node=56, voltage=0.007465139962732792
    time_span=0.0001s, test_ID=187, label=5, output_node=57, voltage=0.014273904263973236
    time_span=0.0001s, test_ID=187, label=5, output_node=58, voltage=0.008786852471530437
    time_span=0.0001s, test_ID=187, label=5, output_node=59, voltage=0.00717529933899641
    time_span=0.0001s, test_ID=187, label=5, output_node=60, voltage=0.007257968187332153
    time_span=0.0001s, test_ID=187, label=5, output_node=61, voltage=0.013661354780197144
    time_span=0.0001s, test_ID=187, label=5, output_node=62, voltage=0.010839641094207764
    time_span=0.0001s, test_ID=187, label=5, output_node=63, voltage=0.011316732503473759
    time_span=0.0001s, test_ID=187, label=5, output_node=64, voltage=0.009302789345383644
    time_span=0.0001s, test_ID=187, label=5, output_node=65, voltage=0.006962151266634464
    time_span=0.0001s, test_ID=187, label=5, output_node=66, voltage=0.007845617830753326
    time_span=0.0001s, test_ID=187, label=5, output_node=67, voltage=0.005836653523147106
    time_span=0.0001s, test_ID=187, label=5, output_node=68, voltage=0.004142430145293474
    time_span=0.0001s, test_ID=187, label=5, output_node=69, voltage=0.01357968244701624
    time_span=0.0001s, test_ID=187, label=5, output_node=70, voltage=0.015957171097397804
    time_span=0.0001s, test_ID=187, label=5, output_node=71, voltage=0.0176912359893322
    time_span=0.0001s, test_ID=187, label=5, output_node=72, voltage=0.014183267019689083
    time_span=0.0001s, test_ID=187, label=5, output_node=73, voltage=0.009895417839288712
    time_span=0.0001s, test_ID=187, label=5, output_node=74, voltage=0.006045816466212273
    time_span=0.0001s, test_ID=187, label=5, output_node=75, voltage=0.0025368526112288237
    time_span=0.0001s, test_ID=187, label=5, output_node=76, voltage=0.0055318730883300304
    time_span=0.0001s, test_ID=187, label=5, output_node=77, voltage=0.013803784735500813
    time_span=0.0001s, test_ID=187, label=5, output_node=78, voltage=0.005705179646611214
    time_span=0.0001s, test_ID=187, label=5, output_node=79, voltage=0.008013945072889328
    time_span=0.0001s, test_ID=187, label=5, output_node=80, voltage=0.010517927818000317
    time_span=0.0001s, test_ID=187, label=5, output_node=81, voltage=0.014530875720083714
    time_span=0.0001s, test_ID=187, label=5, output_node=82, voltage=0.012886454351246357
    time_span=0.0001s, test_ID=187, label=5, output_node=83, voltage=0.009193227626383305
    time_span=0.0001s, test_ID=187, label=5, output_node=84, voltage=0.007761952001601458
    time_span=0.0001s, test_ID=187, label=5, output_node=85, voltage=0.010339641943573952
    time_span=0.0001s, test_ID=187, label=5, output_node=86, voltage=0.0062629482708871365
    time_span=0.0001s, test_ID=187, label=5, output_node=87, voltage=0.009642429649829865
    time_span=0.0001s, test_ID=187, label=5, output_node=88, voltage=0.008747011423110962
    time_span=0.0001s, test_ID=187, label=5, output_node=89, voltage=0.011706175282597542
    time_span=0.0001s, test_ID=187, label=5, output_node=90, voltage=0.006050796713680029
    time_span=0.0001s, test_ID=187, label=5, output_node=91, voltage=0.009546812623739243
    time_span=0.0001s, test_ID=187, label=5, output_node=92, voltage=0.004096613265573978
    time_span=0.0001s, test_ID=187, label=5, output_node=93, voltage=0.005067729391157627
    time_span=0.0001s, test_ID=187, label=5, output_node=94, voltage=0.004039840307086706
    time_span=0.0001s, test_ID=187, label=5, output_node=95, voltage=0.005199202802032232
    time_span=0.0001s, test_ID=187, label=5, output_node=96, voltage=0.009623507037758827
    time_span=0.0001s, test_ID=187, label=5, output_node=97, voltage=0.0038665339816361666
    time_span=0.0001s, test_ID=187, label=5, output_node=98, voltage=0.008905378170311451
    time_span=0.0001s, test_ID=187, label=5, output_node=99, voltage=0.008895417675375938
    time_span=0.0001s, test_ID=187, label=5, output_node=sum, voltage=0.02326095663011074
    Time consumed for 1 sample = 625.6111996173859 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '187'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=188, label=0, output_node=bkg, voltage=-0.0027848605532199144
    time_span=0.0001s, test_ID=188, label=0, output_node=0, voltage=0.01024003978818655
    time_span=0.0001s, test_ID=188, label=0, output_node=1, voltage=0.013449203222990036
    time_span=0.0001s, test_ID=188, label=0, output_node=2, voltage=0.009738048538565636
    time_span=0.0001s, test_ID=188, label=0, output_node=3, voltage=0.0064890431240201
    time_span=0.0001s, test_ID=188, label=0, output_node=4, voltage=0.013107569888234138
    time_span=0.0001s, test_ID=188, label=0, output_node=5, voltage=0.01142430305480957
    time_span=0.0001s, test_ID=188, label=0, output_node=6, voltage=0.008928286843001842
    time_span=0.0001s, test_ID=188, label=0, output_node=7, voltage=0.01250398438423872
    time_span=0.0001s, test_ID=188, label=0, output_node=8, voltage=0.006567729637026787
    time_span=0.0001s, test_ID=188, label=0, output_node=9, voltage=0.013539840467274189
    time_span=0.0001s, test_ID=188, label=0, output_node=10, voltage=0.007713147439062595
    time_span=0.0001s, test_ID=188, label=0, output_node=11, voltage=0.009952192194759846
    time_span=0.0001s, test_ID=188, label=0, output_node=12, voltage=0.005732072051614523
    time_span=0.0001s, test_ID=188, label=0, output_node=13, voltage=0.012079681269824505
    time_span=0.0001s, test_ID=188, label=0, output_node=14, voltage=0.007159362081438303
    time_span=0.0001s, test_ID=188, label=0, output_node=15, voltage=0.009595618583261967
    time_span=0.0001s, test_ID=188, label=0, output_node=16, voltage=0.009537848643958569
    time_span=0.0001s, test_ID=188, label=0, output_node=17, voltage=0.012981075793504715
    time_span=0.0001s, test_ID=188, label=0, output_node=18, voltage=0.009494023397564888
    time_span=0.0001s, test_ID=188, label=0, output_node=19, voltage=0.002254979917779565
    time_span=0.0001s, test_ID=188, label=0, output_node=20, voltage=0.011693227104842663
    time_span=0.0001s, test_ID=188, label=0, output_node=21, voltage=0.007652390282601118
    time_span=0.0001s, test_ID=188, label=0, output_node=22, voltage=0.005088645499199629
    time_span=0.0001s, test_ID=188, label=0, output_node=23, voltage=0.013122511096298695
    time_span=0.0001s, test_ID=188, label=0, output_node=24, voltage=0.012197211384773254
    time_span=0.0001s, test_ID=188, label=0, output_node=25, voltage=0.016991036012768745
    time_span=0.0001s, test_ID=188, label=0, output_node=26, voltage=0.009936254471540451
    time_span=0.0001s, test_ID=188, label=0, output_node=27, voltage=0.004578685387969017
    time_span=0.0001s, test_ID=188, label=0, output_node=28, voltage=0.006836653687059879
    time_span=0.0001s, test_ID=188, label=0, output_node=29, voltage=0.0052609555423259735
    time_span=0.0001s, test_ID=188, label=0, output_node=30, voltage=0.013435259461402893
    time_span=0.0001s, test_ID=188, label=0, output_node=31, voltage=0.007374502252787352
    time_span=0.0001s, test_ID=188, label=0, output_node=32, voltage=0.013899402692914009
    time_span=0.0001s, test_ID=188, label=0, output_node=33, voltage=0.0031872508116066456
    time_span=0.0001s, test_ID=188, label=0, output_node=34, voltage=0.00983565766364336
    time_span=0.0001s, test_ID=188, label=0, output_node=35, voltage=0.006512948777526617
    time_span=0.0001s, test_ID=188, label=0, output_node=36, voltage=0.007692230865359306
    time_span=0.0001s, test_ID=188, label=0, output_node=37, voltage=0.00495219137519598
    time_span=0.0001s, test_ID=188, label=0, output_node=38, voltage=0.010209163650870323
    time_span=0.0001s, test_ID=188, label=0, output_node=39, voltage=0.014639442786574364
    time_span=0.0001s, test_ID=188, label=0, output_node=40, voltage=0.01487749069929123
    time_span=0.0001s, test_ID=188, label=0, output_node=41, voltage=0.009442230686545372
    time_span=0.0001s, test_ID=188, label=0, output_node=42, voltage=0.009299800731241703
    time_span=0.0001s, test_ID=188, label=0, output_node=43, voltage=0.010698207654058933
    time_span=0.0001s, test_ID=188, label=0, output_node=44, voltage=0.005643426440656185
    time_span=0.0001s, test_ID=188, label=0, output_node=45, voltage=0.01858067885041237
    time_span=0.0001s, test_ID=188, label=0, output_node=46, voltage=0.01375298760831356
    time_span=0.0001s, test_ID=188, label=0, output_node=47, voltage=0.010388446971774101
    time_span=0.0001s, test_ID=188, label=0, output_node=48, voltage=0.011204184032976627
    time_span=0.0001s, test_ID=188, label=0, output_node=49, voltage=0.00369621510617435
    time_span=0.0001s, test_ID=188, label=0, output_node=50, voltage=0.007094621658325195
    time_span=0.0001s, test_ID=188, label=0, output_node=51, voltage=0.009078685194253922
    time_span=0.0001s, test_ID=188, label=0, output_node=52, voltage=0.010391434654593468
    time_span=0.0001s, test_ID=188, label=0, output_node=53, voltage=0.011445220559835434
    time_span=0.0001s, test_ID=188, label=0, output_node=54, voltage=0.006184263154864311
    time_span=0.0001s, test_ID=188, label=0, output_node=55, voltage=0.009648406878113747
    time_span=0.0001s, test_ID=188, label=0, output_node=56, voltage=0.005651394370943308
    time_span=0.0001s, test_ID=188, label=0, output_node=57, voltage=0.008095617406070232
    time_span=0.0001s, test_ID=188, label=0, output_node=58, voltage=0.007812748663127422
    time_span=0.0001s, test_ID=188, label=0, output_node=59, voltage=0.006769920699298382
    time_span=0.0001s, test_ID=188, label=0, output_node=60, voltage=0.014025895856320858
    time_span=0.0001s, test_ID=188, label=0, output_node=61, voltage=0.006016931962221861
    time_span=0.0001s, test_ID=188, label=0, output_node=62, voltage=0.0082958173006773
    time_span=0.0001s, test_ID=188, label=0, output_node=63, voltage=0.014820718206465244
    time_span=0.0001s, test_ID=188, label=0, output_node=64, voltage=0.007249999791383743
    time_span=0.0001s, test_ID=188, label=0, output_node=65, voltage=0.0074571711011230946
    time_span=0.0001s, test_ID=188, label=0, output_node=66, voltage=0.0023276894353330135
    time_span=0.0001s, test_ID=188, label=0, output_node=67, voltage=0.007805777247995138
    time_span=0.0001s, test_ID=188, label=0, output_node=68, voltage=0.015433266758918762
    time_span=0.0001s, test_ID=188, label=0, output_node=69, voltage=0.007463147398084402
    time_span=0.0001s, test_ID=188, label=0, output_node=70, voltage=0.015697211027145386
    time_span=0.0001s, test_ID=188, label=0, output_node=71, voltage=0.012086653150618076
    time_span=0.0001s, test_ID=188, label=0, output_node=72, voltage=0.010250000283122063
    time_span=0.0001s, test_ID=188, label=0, output_node=73, voltage=0.006768924184143543
    time_span=0.0001s, test_ID=188, label=0, output_node=74, voltage=0.006624502129852772
    time_span=0.0001s, test_ID=188, label=0, output_node=75, voltage=0.00935856532305479
    time_span=0.0001s, test_ID=188, label=0, output_node=76, voltage=0.0031543823424726725
    time_span=0.0001s, test_ID=188, label=0, output_node=77, voltage=0.004839641507714987
    time_span=0.0001s, test_ID=188, label=0, output_node=78, voltage=0.008709163405001163
    time_span=0.0001s, test_ID=188, label=0, output_node=79, voltage=0.0162589643150568
    time_span=0.0001s, test_ID=188, label=0, output_node=80, voltage=0.011296812444925308
    time_span=0.0001s, test_ID=188, label=0, output_node=81, voltage=0.011972111649811268
    time_span=0.0001s, test_ID=188, label=0, output_node=82, voltage=0.010688248090445995
    time_span=0.0001s, test_ID=188, label=0, output_node=83, voltage=0.012420319020748138
    time_span=0.0001s, test_ID=188, label=0, output_node=84, voltage=0.011039840057492256
    time_span=0.0001s, test_ID=188, label=0, output_node=85, voltage=0.007725099567323923
    time_span=0.0001s, test_ID=188, label=0, output_node=86, voltage=0.004518924281001091
    time_span=0.0001s, test_ID=188, label=0, output_node=87, voltage=0.012236055918037891
    time_span=0.0001s, test_ID=188, label=0, output_node=88, voltage=0.009915339760482311
    time_span=0.0001s, test_ID=188, label=0, output_node=89, voltage=0.01649402268230915
    time_span=0.0001s, test_ID=188, label=0, output_node=90, voltage=0.008542828261852264
    time_span=0.0001s, test_ID=188, label=0, output_node=91, voltage=0.011884461157023907
    time_span=0.0001s, test_ID=188, label=0, output_node=92, voltage=0.009673306718468666
    time_span=0.0001s, test_ID=188, label=0, output_node=93, voltage=0.0158067736774683
    time_span=0.0001s, test_ID=188, label=0, output_node=94, voltage=0.010112550109624863
    time_span=0.0001s, test_ID=188, label=0, output_node=95, voltage=0.009070717729628086
    time_span=0.0001s, test_ID=188, label=0, output_node=96, voltage=0.010529881343245506
    time_span=0.0001s, test_ID=188, label=0, output_node=97, voltage=0.012800795957446098
    time_span=0.0001s, test_ID=188, label=0, output_node=98, voltage=0.005930278450250626
    time_span=0.0001s, test_ID=188, label=0, output_node=99, voltage=0.012204183265566826
    time_span=0.0001s, test_ID=188, label=0, output_node=sum, voltage=0.029530879110097885
    Time consumed for 1 sample = 625.2047350406647 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '188'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=189, label=1, output_node=bkg, voltage=-0.005440238863229752
    time_span=0.0001s, test_ID=189, label=1, output_node=0, voltage=0.01866832748055458
    time_span=0.0001s, test_ID=189, label=1, output_node=1, voltage=0.012000995688140392
    time_span=0.0001s, test_ID=189, label=1, output_node=2, voltage=0.012400397099554539
    time_span=0.0001s, test_ID=189, label=1, output_node=3, voltage=0.01046713162213564
    time_span=0.0001s, test_ID=189, label=1, output_node=4, voltage=0.01464243046939373
    time_span=0.0001s, test_ID=189, label=1, output_node=5, voltage=0.014455179683864117
    time_span=0.0001s, test_ID=189, label=1, output_node=6, voltage=0.015451195649802685
    time_span=0.0001s, test_ID=189, label=1, output_node=7, voltage=0.00933864526450634
    time_span=0.0001s, test_ID=189, label=1, output_node=8, voltage=0.01429183129221201
    time_span=0.0001s, test_ID=189, label=1, output_node=9, voltage=0.013955178670585155
    time_span=0.0001s, test_ID=189, label=1, output_node=10, voltage=0.007975099608302116
    time_span=0.0001s, test_ID=189, label=1, output_node=11, voltage=0.019637450575828552
    time_span=0.0001s, test_ID=189, label=1, output_node=12, voltage=0.012296812608838081
    time_span=0.0001s, test_ID=189, label=1, output_node=13, voltage=0.007708167657256126
    time_span=0.0001s, test_ID=189, label=1, output_node=14, voltage=0.011018924415111542
    time_span=0.0001s, test_ID=189, label=1, output_node=15, voltage=0.011531872674822807
    time_span=0.0001s, test_ID=189, label=1, output_node=16, voltage=0.01824004016816616
    time_span=0.0001s, test_ID=189, label=1, output_node=17, voltage=0.015149403363466263
    time_span=0.0001s, test_ID=189, label=1, output_node=18, voltage=0.01468326710164547
    time_span=0.0001s, test_ID=189, label=1, output_node=19, voltage=0.00951195228844881
    time_span=0.0001s, test_ID=189, label=1, output_node=20, voltage=0.011135458014905453
    time_span=0.0001s, test_ID=189, label=1, output_node=21, voltage=0.010720119811594486
    time_span=0.0001s, test_ID=189, label=1, output_node=22, voltage=0.011125498451292515
    time_span=0.0001s, test_ID=189, label=1, output_node=23, voltage=0.013895418494939804
    time_span=0.0001s, test_ID=189, label=1, output_node=24, voltage=0.01437151338905096
    time_span=0.0001s, test_ID=189, label=1, output_node=25, voltage=0.01102490071207285
    time_span=0.0001s, test_ID=189, label=1, output_node=26, voltage=0.012607569806277752
    time_span=0.0001s, test_ID=189, label=1, output_node=27, voltage=0.01273406483232975
    time_span=0.0001s, test_ID=189, label=1, output_node=28, voltage=0.01909860409796238
    time_span=0.0001s, test_ID=189, label=1, output_node=29, voltage=0.008859561756253242
    time_span=0.0001s, test_ID=189, label=1, output_node=30, voltage=0.011997012421488762
    time_span=0.0001s, test_ID=189, label=1, output_node=31, voltage=0.01145318802446127
    time_span=0.0001s, test_ID=189, label=1, output_node=32, voltage=0.012020916678011417
    time_span=0.0001s, test_ID=189, label=1, output_node=33, voltage=0.019570717588067055
    time_span=0.0001s, test_ID=189, label=1, output_node=34, voltage=0.01828984171152115
    time_span=0.0001s, test_ID=189, label=1, output_node=35, voltage=0.012103586457669735
    time_span=0.0001s, test_ID=189, label=1, output_node=36, voltage=0.015503983944654465
    time_span=0.0001s, test_ID=189, label=1, output_node=37, voltage=0.009766931645572186
    time_span=0.0001s, test_ID=189, label=1, output_node=38, voltage=0.01226494088768959
    time_span=0.0001s, test_ID=189, label=1, output_node=39, voltage=0.017167331650853157
    time_span=0.0001s, test_ID=189, label=1, output_node=40, voltage=0.008232071064412594
    time_span=0.0001s, test_ID=189, label=1, output_node=41, voltage=0.014740039594471455
    time_span=0.0001s, test_ID=189, label=1, output_node=42, voltage=0.014414343051612377
    time_span=0.0001s, test_ID=189, label=1, output_node=43, voltage=0.01571115478873253
    time_span=0.0001s, test_ID=189, label=1, output_node=44, voltage=0.009501992724835873
    time_span=0.0001s, test_ID=189, label=1, output_node=45, voltage=0.016562748700380325
    time_span=0.0001s, test_ID=189, label=1, output_node=46, voltage=0.00679980032145977
    time_span=0.0001s, test_ID=189, label=1, output_node=47, voltage=0.012387450784444809
    time_span=0.0001s, test_ID=189, label=1, output_node=48, voltage=0.015341633930802345
    time_span=0.0001s, test_ID=189, label=1, output_node=49, voltage=0.01153784804046154
    time_span=0.0001s, test_ID=189, label=1, output_node=50, voltage=0.01598505862057209
    time_span=0.0001s, test_ID=189, label=1, output_node=51, voltage=0.018561754375696182
    time_span=0.0001s, test_ID=189, label=1, output_node=52, voltage=0.010104581713676453
    time_span=0.0001s, test_ID=189, label=1, output_node=53, voltage=0.00916832685470581
    time_span=0.0001s, test_ID=189, label=1, output_node=54, voltage=0.011804780922830105
    time_span=0.0001s, test_ID=189, label=1, output_node=55, voltage=0.009434263221919537
    time_span=0.0001s, test_ID=189, label=1, output_node=56, voltage=0.01319920178502798
    time_span=0.0001s, test_ID=189, label=1, output_node=57, voltage=0.012852589599788189
    time_span=0.0001s, test_ID=189, label=1, output_node=58, voltage=0.013991035521030426
    time_span=0.0001s, test_ID=189, label=1, output_node=59, voltage=0.01402489934116602
    time_span=0.0001s, test_ID=189, label=1, output_node=60, voltage=0.012327688746154308
    time_span=0.0001s, test_ID=189, label=1, output_node=61, voltage=0.009397409856319427
    time_span=0.0001s, test_ID=189, label=1, output_node=62, voltage=0.01889442279934883
    time_span=0.0001s, test_ID=189, label=1, output_node=63, voltage=0.010566731914877892
    time_span=0.0001s, test_ID=189, label=1, output_node=64, voltage=0.013521912507712841
    time_span=0.0001s, test_ID=189, label=1, output_node=65, voltage=0.01325199194252491
    time_span=0.0001s, test_ID=189, label=1, output_node=66, voltage=0.016504980623722076
    time_span=0.0001s, test_ID=189, label=1, output_node=67, voltage=0.012616533786058426
    time_span=0.0001s, test_ID=189, label=1, output_node=68, voltage=0.010214142501354218
    time_span=0.0001s, test_ID=189, label=1, output_node=69, voltage=0.009594621136784554
    time_span=0.0001s, test_ID=189, label=1, output_node=70, voltage=0.013741035014390945
    time_span=0.0001s, test_ID=189, label=1, output_node=71, voltage=0.014077689498662949
    time_span=0.0001s, test_ID=189, label=1, output_node=72, voltage=0.011618525721132755
    time_span=0.0001s, test_ID=189, label=1, output_node=73, voltage=0.01018326822668314
    time_span=0.0001s, test_ID=189, label=1, output_node=74, voltage=0.013002987951040268
    time_span=0.0001s, test_ID=189, label=1, output_node=75, voltage=0.010188247077167034
    time_span=0.0001s, test_ID=189, label=1, output_node=76, voltage=0.00975896418094635
    time_span=0.0001s, test_ID=189, label=1, output_node=77, voltage=0.015282869338989258
    time_span=0.0001s, test_ID=189, label=1, output_node=78, voltage=0.01881573721766472
    time_span=0.0001s, test_ID=189, label=1, output_node=79, voltage=0.008784860372543335
    time_span=0.0001s, test_ID=189, label=1, output_node=80, voltage=0.01572609692811966
    time_span=0.0001s, test_ID=189, label=1, output_node=81, voltage=0.013921314850449562
    time_span=0.0001s, test_ID=189, label=1, output_node=82, voltage=0.006035856436938047
    time_span=0.0001s, test_ID=189, label=1, output_node=83, voltage=0.011743028648197651
    time_span=0.0001s, test_ID=189, label=1, output_node=84, voltage=0.016577690839767456
    time_span=0.0001s, test_ID=189, label=1, output_node=85, voltage=0.010044820606708527
    time_span=0.0001s, test_ID=189, label=1, output_node=86, voltage=0.011310757137835026
    time_span=0.0001s, test_ID=189, label=1, output_node=87, voltage=0.009724103845655918
    time_span=0.0001s, test_ID=189, label=1, output_node=88, voltage=0.014281871728599072
    time_span=0.0001s, test_ID=189, label=1, output_node=89, voltage=0.00965737085789442
    time_span=0.0001s, test_ID=189, label=1, output_node=90, voltage=0.011701194569468498
    time_span=0.0001s, test_ID=189, label=1, output_node=91, voltage=0.01508764922618866
    time_span=0.0001s, test_ID=189, label=1, output_node=92, voltage=0.012094622477889061
    time_span=0.0001s, test_ID=189, label=1, output_node=93, voltage=0.013840637169778347
    time_span=0.0001s, test_ID=189, label=1, output_node=94, voltage=0.013580677099525928
    time_span=0.0001s, test_ID=189, label=1, output_node=95, voltage=0.014248007908463478
    time_span=0.0001s, test_ID=189, label=1, output_node=96, voltage=0.012653387151658535
    time_span=0.0001s, test_ID=189, label=1, output_node=97, voltage=0.008355577476322651
    time_span=0.0001s, test_ID=189, label=1, output_node=98, voltage=0.013808765448629856
    time_span=0.0001s, test_ID=189, label=1, output_node=99, voltage=0.008474103175103664
    time_span=0.0001s, test_ID=189, label=1, output_node=sum, voltage=0.03699402138590813
    Time consumed for 1 sample = 624.9476170539856 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '189'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=190, label=1, output_node=bkg, voltage=-0.005422310903668404
    time_span=0.0001s, test_ID=190, label=1, output_node=0, voltage=0.018341634422540665
    time_span=0.0001s, test_ID=190, label=1, output_node=1, voltage=0.010230079293251038
    time_span=0.0001s, test_ID=190, label=1, output_node=2, voltage=0.020368525758385658
    time_span=0.0001s, test_ID=190, label=1, output_node=3, voltage=0.0070318724028766155
    time_span=0.0001s, test_ID=190, label=1, output_node=4, voltage=0.01902390457689762
    time_span=0.0001s, test_ID=190, label=1, output_node=5, voltage=0.01530976127833128
    time_span=0.0001s, test_ID=190, label=1, output_node=6, voltage=0.02017330564558506
    time_span=0.0001s, test_ID=190, label=1, output_node=7, voltage=0.008855577558279037
    time_span=0.0001s, test_ID=190, label=1, output_node=8, voltage=0.016269918531179428
    time_span=0.0001s, test_ID=190, label=1, output_node=9, voltage=0.013602589257061481
    time_span=0.0001s, test_ID=190, label=1, output_node=10, voltage=0.013408366590738297
    time_span=0.0001s, test_ID=190, label=1, output_node=11, voltage=0.012363545596599579
    time_span=0.0001s, test_ID=190, label=1, output_node=12, voltage=0.017090637236833572
    time_span=0.0001s, test_ID=190, label=1, output_node=13, voltage=0.01579083688557148
    time_span=0.0001s, test_ID=190, label=1, output_node=14, voltage=0.01630876585841179
    time_span=0.0001s, test_ID=190, label=1, output_node=15, voltage=0.012485060840845108
    time_span=0.0001s, test_ID=190, label=1, output_node=16, voltage=0.016391435638070107
    time_span=0.0001s, test_ID=190, label=1, output_node=17, voltage=0.014796813018620014
    time_span=0.0001s, test_ID=190, label=1, output_node=18, voltage=0.012263944372534752
    time_span=0.0001s, test_ID=190, label=1, output_node=19, voltage=0.014192230999469757
    time_span=0.0001s, test_ID=190, label=1, output_node=20, voltage=0.019967133179306984
    time_span=0.0001s, test_ID=190, label=1, output_node=21, voltage=0.009404381737112999
    time_span=0.0001s, test_ID=190, label=1, output_node=22, voltage=0.01123107597231865
    time_span=0.0001s, test_ID=190, label=1, output_node=23, voltage=0.013306772336363792
    time_span=0.0001s, test_ID=190, label=1, output_node=24, voltage=0.014434262178838253
    time_span=0.0001s, test_ID=190, label=1, output_node=25, voltage=0.012644423171877861
    time_span=0.0001s, test_ID=190, label=1, output_node=26, voltage=0.013674302957952023
    time_span=0.0001s, test_ID=190, label=1, output_node=27, voltage=0.013200199231505394
    time_span=0.0001s, test_ID=190, label=1, output_node=28, voltage=0.022004980593919754
    time_span=0.0001s, test_ID=190, label=1, output_node=29, voltage=0.014754979871213436
    time_span=0.0001s, test_ID=190, label=1, output_node=30, voltage=0.016118526458740234
    time_span=0.0001s, test_ID=190, label=1, output_node=31, voltage=0.01665736921131611
    time_span=0.0001s, test_ID=190, label=1, output_node=32, voltage=0.014997011050581932
    time_span=0.0001s, test_ID=190, label=1, output_node=33, voltage=0.018211156129837036
    time_span=0.0001s, test_ID=190, label=1, output_node=34, voltage=0.014466135762631893
    time_span=0.0001s, test_ID=190, label=1, output_node=35, voltage=0.015018925070762634
    time_span=0.0001s, test_ID=190, label=1, output_node=36, voltage=0.017340637743473053
    time_span=0.0001s, test_ID=190, label=1, output_node=37, voltage=0.014613544568419456
    time_span=0.0001s, test_ID=190, label=1, output_node=38, voltage=0.009871515445411205
    time_span=0.0001s, test_ID=190, label=1, output_node=39, voltage=0.016224103048443794
    time_span=0.0001s, test_ID=190, label=1, output_node=40, voltage=0.013413346372544765
    time_span=0.0001s, test_ID=190, label=1, output_node=41, voltage=0.014818725176155567
    time_span=0.0001s, test_ID=190, label=1, output_node=42, voltage=0.01288446132093668
    time_span=0.0001s, test_ID=190, label=1, output_node=43, voltage=0.01681872271001339
    time_span=0.0001s, test_ID=190, label=1, output_node=44, voltage=0.016409361734986305
    time_span=0.0001s, test_ID=190, label=1, output_node=45, voltage=0.016374502331018448
    time_span=0.0001s, test_ID=190, label=1, output_node=46, voltage=0.01300896517932415
    time_span=0.0001s, test_ID=190, label=1, output_node=47, voltage=0.006099601276218891
    time_span=0.0001s, test_ID=190, label=1, output_node=48, voltage=0.01219223067164421
    time_span=0.0001s, test_ID=190, label=1, output_node=49, voltage=0.014224103651940823
    time_span=0.0001s, test_ID=190, label=1, output_node=50, voltage=0.02020617574453354
    time_span=0.0001s, test_ID=190, label=1, output_node=51, voltage=0.012883465737104416
    time_span=0.0001s, test_ID=190, label=1, output_node=52, voltage=0.015199203044176102
    time_span=0.0001s, test_ID=190, label=1, output_node=53, voltage=0.01115836575627327
    time_span=0.0001s, test_ID=190, label=1, output_node=54, voltage=0.015421314164996147
    time_span=0.0001s, test_ID=190, label=1, output_node=55, voltage=0.01838545687496662
    time_span=0.0001s, test_ID=190, label=1, output_node=56, voltage=0.011297808960080147
    time_span=0.0001s, test_ID=190, label=1, output_node=57, voltage=0.013281871564686298
    time_span=0.0001s, test_ID=190, label=1, output_node=58, voltage=0.013721114955842495
    time_span=0.0001s, test_ID=190, label=1, output_node=59, voltage=0.017470119521021843
    time_span=0.0001s, test_ID=190, label=1, output_node=60, voltage=0.010749999433755875
    time_span=0.0001s, test_ID=190, label=1, output_node=61, voltage=0.01332868542522192
    time_span=0.0001s, test_ID=190, label=1, output_node=62, voltage=0.01371314749121666
    time_span=0.0001s, test_ID=190, label=1, output_node=63, voltage=0.008900398388504982
    time_span=0.0001s, test_ID=190, label=1, output_node=64, voltage=0.01590537838637829
    time_span=0.0001s, test_ID=190, label=1, output_node=65, voltage=0.016120517626404762
    time_span=0.0001s, test_ID=190, label=1, output_node=66, voltage=0.010630478151142597
    time_span=0.0001s, test_ID=190, label=1, output_node=67, voltage=0.010985059663653374
    time_span=0.0001s, test_ID=190, label=1, output_node=68, voltage=0.01408864464610815
    time_span=0.0001s, test_ID=190, label=1, output_node=69, voltage=0.015225098468363285
    time_span=0.0001s, test_ID=190, label=1, output_node=70, voltage=0.011053784750401974
    time_span=0.0001s, test_ID=190, label=1, output_node=71, voltage=0.011332669295370579
    time_span=0.0001s, test_ID=190, label=1, output_node=72, voltage=0.0161304771900177
    time_span=0.0001s, test_ID=190, label=1, output_node=73, voltage=0.01560159306973219
    time_span=0.0001s, test_ID=190, label=1, output_node=74, voltage=0.017252987250685692
    time_span=0.0001s, test_ID=190, label=1, output_node=75, voltage=0.015809759497642517
    time_span=0.0001s, test_ID=190, label=1, output_node=76, voltage=0.006562748923897743
    time_span=0.0001s, test_ID=190, label=1, output_node=77, voltage=0.014635458588600159
    time_span=0.0001s, test_ID=190, label=1, output_node=78, voltage=0.016522908583283424
    time_span=0.0001s, test_ID=190, label=1, output_node=79, voltage=0.011280876584351063
    time_span=0.0001s, test_ID=190, label=1, output_node=80, voltage=0.01507470104843378
    time_span=0.0001s, test_ID=190, label=1, output_node=81, voltage=0.017972111701965332
    time_span=0.0001s, test_ID=190, label=1, output_node=82, voltage=0.011593625880777836
    time_span=0.0001s, test_ID=190, label=1, output_node=83, voltage=0.013450199738144875
    time_span=0.0001s, test_ID=190, label=1, output_node=84, voltage=0.00901991967111826
    time_span=0.0001s, test_ID=190, label=1, output_node=85, voltage=0.015869522467255592
    time_span=0.0001s, test_ID=190, label=1, output_node=86, voltage=0.013893425464630127
    time_span=0.0001s, test_ID=190, label=1, output_node=87, voltage=0.0072420318610966206
    time_span=0.0001s, test_ID=190, label=1, output_node=88, voltage=0.01117729116231203
    time_span=0.0001s, test_ID=190, label=1, output_node=89, voltage=0.01068027876317501
    time_span=0.0001s, test_ID=190, label=1, output_node=90, voltage=0.023007966578006744
    time_span=0.0001s, test_ID=190, label=1, output_node=91, voltage=0.013213148340582848
    time_span=0.0001s, test_ID=190, label=1, output_node=92, voltage=0.021250000223517418
    time_span=0.0001s, test_ID=190, label=1, output_node=93, voltage=0.016020916402339935
    time_span=0.0001s, test_ID=190, label=1, output_node=94, voltage=0.013855579309165478
    time_span=0.0001s, test_ID=190, label=1, output_node=95, voltage=0.021310755982995033
    time_span=0.0001s, test_ID=190, label=1, output_node=96, voltage=0.01629183255136013
    time_span=0.0001s, test_ID=190, label=1, output_node=97, voltage=0.015322708524763584
    time_span=0.0001s, test_ID=190, label=1, output_node=98, voltage=0.01552788820117712
    time_span=0.0001s, test_ID=190, label=1, output_node=99, voltage=0.012305776588618755
    time_span=0.0001s, test_ID=190, label=1, output_node=sum, voltage=0.042687252163887024
    Time consumed for 1 sample = 626.7681727409363 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '190'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=191, label=1, output_node=bkg, voltage=-0.005209163762629032
    time_span=0.0001s, test_ID=191, label=1, output_node=0, voltage=0.0035448207054287195
    time_span=0.0001s, test_ID=191, label=1, output_node=1, voltage=0.0014272909611463547
    time_span=0.0001s, test_ID=191, label=1, output_node=2, voltage=0.006487052422016859
    time_span=0.0001s, test_ID=191, label=1, output_node=3, voltage=-0.0008874501218087971
    time_span=0.0001s, test_ID=191, label=1, output_node=4, voltage=0.0011235057609155774
    time_span=0.0001s, test_ID=191, label=1, output_node=5, voltage=0.007520915940403938
    time_span=0.0001s, test_ID=191, label=1, output_node=6, voltage=0.0038635460659861565
    time_span=0.0001s, test_ID=191, label=1, output_node=7, voltage=0.0041125500574707985
    time_span=0.0001s, test_ID=191, label=1, output_node=8, voltage=0.002315737074241042
    time_span=0.0001s, test_ID=191, label=1, output_node=9, voltage=0.003561753313988447
    time_span=0.0001s, test_ID=191, label=1, output_node=10, voltage=0.0028207169380038977
    time_span=0.0001s, test_ID=191, label=1, output_node=11, voltage=0.005546812899410725
    time_span=0.0001s, test_ID=191, label=1, output_node=12, voltage=0.005131474230438471
    time_span=0.0001s, test_ID=191, label=1, output_node=13, voltage=0.0035986057482659817
    time_span=0.0001s, test_ID=191, label=1, output_node=14, voltage=0.006336653605103493
    time_span=0.0001s, test_ID=191, label=1, output_node=15, voltage=0.0016294820234179497
    time_span=0.0001s, test_ID=191, label=1, output_node=16, voltage=0.005791832227259874
    time_span=0.0001s, test_ID=191, label=1, output_node=17, voltage=-0.0003635457542259246
    time_span=0.0001s, test_ID=191, label=1, output_node=18, voltage=0.003324701450765133
    time_span=0.0001s, test_ID=191, label=1, output_node=19, voltage=-0.00015338644152507186
    time_span=0.0001s, test_ID=191, label=1, output_node=20, voltage=0.0010119520593434572
    time_span=0.0001s, test_ID=191, label=1, output_node=21, voltage=0.003188247326761484
    time_span=0.0001s, test_ID=191, label=1, output_node=22, voltage=0.0026474103797227144
    time_span=0.0001s, test_ID=191, label=1, output_node=23, voltage=0.005337649490684271
    time_span=0.0001s, test_ID=191, label=1, output_node=24, voltage=0.002150398213416338
    time_span=0.0001s, test_ID=191, label=1, output_node=25, voltage=0.0002998009149450809
    time_span=0.0001s, test_ID=191, label=1, output_node=26, voltage=0.00399402342736721
    time_span=0.0001s, test_ID=191, label=1, output_node=27, voltage=0.0013774902326986194
    time_span=0.0001s, test_ID=191, label=1, output_node=28, voltage=-0.0006772907800041139
    time_span=0.0001s, test_ID=191, label=1, output_node=29, voltage=0.0044920314103364944
    time_span=0.0001s, test_ID=191, label=1, output_node=30, voltage=0.003278884571045637
    time_span=0.0001s, test_ID=191, label=1, output_node=31, voltage=0.005469123832881451
    time_span=0.0001s, test_ID=191, label=1, output_node=32, voltage=0.0065627493895590305
    time_span=0.0001s, test_ID=191, label=1, output_node=33, voltage=0.0032300797756761312
    time_span=0.0001s, test_ID=191, label=1, output_node=34, voltage=0.001421314780600369
    time_span=0.0001s, test_ID=191, label=1, output_node=35, voltage=0.0025009959936141968
    time_span=0.0001s, test_ID=191, label=1, output_node=36, voltage=0.0029243030585348606
    time_span=0.0001s, test_ID=191, label=1, output_node=37, voltage=-0.0014701195759698749
    time_span=0.0001s, test_ID=191, label=1, output_node=38, voltage=0.003776892554014921
    time_span=0.0001s, test_ID=191, label=1, output_node=39, voltage=0.004825696814805269
    time_span=0.0001s, test_ID=191, label=1, output_node=40, voltage=0.003947210963815451
    time_span=0.0001s, test_ID=191, label=1, output_node=41, voltage=0.0041952189058065414
    time_span=0.0001s, test_ID=191, label=1, output_node=42, voltage=0.004399402067065239
    time_span=0.0001s, test_ID=191, label=1, output_node=43, voltage=0.0051782866939902306
    time_span=0.0001s, test_ID=191, label=1, output_node=44, voltage=0.0012011952931061387
    time_span=0.0001s, test_ID=191, label=1, output_node=45, voltage=0.002439243020489812
    time_span=0.0001s, test_ID=191, label=1, output_node=46, voltage=-0.000276892475085333
    time_span=0.0001s, test_ID=191, label=1, output_node=47, voltage=0.005561753176152706
    time_span=0.0001s, test_ID=191, label=1, output_node=48, voltage=0.0042679281905293465
    time_span=0.0001s, test_ID=191, label=1, output_node=49, voltage=0.003523904364556074
    time_span=0.0001s, test_ID=191, label=1, output_node=50, voltage=0.002840637695044279
    time_span=0.0001s, test_ID=191, label=1, output_node=51, voltage=0.005826693028211594
    time_span=0.0001s, test_ID=191, label=1, output_node=52, voltage=0.001704183523543179
    time_span=0.0001s, test_ID=191, label=1, output_node=53, voltage=0.004310757387429476
    time_span=0.0001s, test_ID=191, label=1, output_node=54, voltage=0.004535856656730175
    time_span=0.0001s, test_ID=191, label=1, output_node=55, voltage=0.001906374585814774
    time_span=0.0001s, test_ID=191, label=1, output_node=56, voltage=0.0020249004010111094
    time_span=0.0001s, test_ID=191, label=1, output_node=57, voltage=0.003349601523950696
    time_span=0.0001s, test_ID=191, label=1, output_node=58, voltage=0.002912350930273533
    time_span=0.0001s, test_ID=191, label=1, output_node=59, voltage=0.0022549801506102085
    time_span=0.0001s, test_ID=191, label=1, output_node=60, voltage=0.0008974104421213269
    time_span=0.0001s, test_ID=191, label=1, output_node=61, voltage=0.0034750993363559246
    time_span=0.0001s, test_ID=191, label=1, output_node=62, voltage=0.005954183172434568
    time_span=0.0001s, test_ID=191, label=1, output_node=63, voltage=0.0034601592924445868
    time_span=0.0001s, test_ID=191, label=1, output_node=64, voltage=0.0004691235371865332
    time_span=0.0001s, test_ID=191, label=1, output_node=65, voltage=0.0023486055433750153
    time_span=0.0001s, test_ID=191, label=1, output_node=66, voltage=0.004420318640768528
    time_span=0.0001s, test_ID=191, label=1, output_node=67, voltage=0.0035448207054287195
    time_span=0.0001s, test_ID=191, label=1, output_node=68, voltage=0.0014900397509336472
    time_span=0.0001s, test_ID=191, label=1, output_node=69, voltage=0.003068725112825632
    time_span=0.0001s, test_ID=191, label=1, output_node=70, voltage=0.004439242649823427
    time_span=0.0001s, test_ID=191, label=1, output_node=71, voltage=0.0032549803145229816
    time_span=0.0001s, test_ID=191, label=1, output_node=72, voltage=0.0012081675231456757
    time_span=0.0001s, test_ID=191, label=1, output_node=73, voltage=0.00015239055210258812
    time_span=0.0001s, test_ID=191, label=1, output_node=74, voltage=0.0018087648786604404
    time_span=0.0001s, test_ID=191, label=1, output_node=75, voltage=0.005866533610969782
    time_span=0.0001s, test_ID=191, label=1, output_node=76, voltage=0.002926294691860676
    time_span=0.0001s, test_ID=191, label=1, output_node=77, voltage=0.006173306610435247
    time_span=0.0001s, test_ID=191, label=1, output_node=78, voltage=0.005749999545514584
    time_span=0.0001s, test_ID=191, label=1, output_node=79, voltage=0.0014372511068359017
    time_span=0.0001s, test_ID=191, label=1, output_node=80, voltage=0.0020258964505046606
    time_span=0.0001s, test_ID=191, label=1, output_node=81, voltage=0.0020408369600772858
    time_span=0.0001s, test_ID=191, label=1, output_node=82, voltage=0.003574701491743326
    time_span=0.0001s, test_ID=191, label=1, output_node=83, voltage=0.004346613306552172
    time_span=0.0001s, test_ID=191, label=1, output_node=84, voltage=0.002899402752518654
    time_span=0.0001s, test_ID=191, label=1, output_node=85, voltage=0.0020099603570997715
    time_span=0.0001s, test_ID=191, label=1, output_node=86, voltage=0.002747011836618185
    time_span=0.0001s, test_ID=191, label=1, output_node=87, voltage=-0.000324701308272779
    time_span=0.0001s, test_ID=191, label=1, output_node=88, voltage=0.0037350598722696304
    time_span=0.0001s, test_ID=191, label=1, output_node=89, voltage=0.0020308764651417732
    time_span=0.0001s, test_ID=191, label=1, output_node=90, voltage=0.0025169323198497295
    time_span=0.0001s, test_ID=191, label=1, output_node=91, voltage=-0.00037848614738322794
    time_span=0.0001s, test_ID=191, label=1, output_node=92, voltage=0.0044262949377298355
    time_span=0.0001s, test_ID=191, label=1, output_node=93, voltage=0.0008067729650065303
    time_span=0.0001s, test_ID=191, label=1, output_node=94, voltage=-0.0005717132589779794
    time_span=0.0001s, test_ID=191, label=1, output_node=95, voltage=0.0012818725081160665
    time_span=0.0001s, test_ID=191, label=1, output_node=96, voltage=0.0004820717149414122
    time_span=0.0001s, test_ID=191, label=1, output_node=97, voltage=0.004494023974984884
    time_span=0.0001s, test_ID=191, label=1, output_node=98, voltage=0.0018256971379742026
    time_span=0.0001s, test_ID=191, label=1, output_node=99, voltage=0.0019492029678076506
    time_span=0.0001s, test_ID=191, label=1, output_node=sum, voltage=0.013252987526357174
    Time consumed for 1 sample = 623.8872616291046 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '191'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=192, label=0, output_node=bkg, voltage=-0.0029143427964299917
    time_span=0.0001s, test_ID=192, label=0, output_node=0, voltage=0.00817430391907692
    time_span=0.0001s, test_ID=192, label=0, output_node=1, voltage=0.005395418033003807
    time_span=0.0001s, test_ID=192, label=0, output_node=2, voltage=0.00939143542200327
    time_span=0.0001s, test_ID=192, label=0, output_node=3, voltage=0.004431275185197592
    time_span=0.0001s, test_ID=192, label=0, output_node=4, voltage=0.004488047212362289
    time_span=0.0001s, test_ID=192, label=0, output_node=5, voltage=0.005181274842470884
    time_span=0.0001s, test_ID=192, label=0, output_node=6, voltage=0.0065488051623106
    time_span=0.0001s, test_ID=192, label=0, output_node=7, voltage=0.0065587651915848255
    time_span=0.0001s, test_ID=192, label=0, output_node=8, voltage=0.004060756415128708
    time_span=0.0001s, test_ID=192, label=0, output_node=9, voltage=0.012485059909522533
    time_span=0.0001s, test_ID=192, label=0, output_node=10, voltage=0.0036334660835564137
    time_span=0.0001s, test_ID=192, label=0, output_node=11, voltage=0.006756971590220928
    time_span=0.0001s, test_ID=192, label=0, output_node=12, voltage=-0.0001464143570046872
    time_span=0.0001s, test_ID=192, label=0, output_node=13, voltage=0.006775896530598402
    time_span=0.0001s, test_ID=192, label=0, output_node=14, voltage=0.004589641932398081
    time_span=0.0001s, test_ID=192, label=0, output_node=15, voltage=0.0046673305332660675
    time_span=0.0001s, test_ID=192, label=0, output_node=16, voltage=0.0065378486178815365
    time_span=0.0001s, test_ID=192, label=0, output_node=17, voltage=0.00905577652156353
    time_span=0.0001s, test_ID=192, label=0, output_node=18, voltage=0.003065737197175622
    time_span=0.0001s, test_ID=192, label=0, output_node=19, voltage=0.004521912429481745
    time_span=0.0001s, test_ID=192, label=0, output_node=20, voltage=0.006821713410317898
    time_span=0.0001s, test_ID=192, label=0, output_node=21, voltage=0.008160358294844627
    time_span=0.0001s, test_ID=192, label=0, output_node=22, voltage=0.005119522102177143
    time_span=0.0001s, test_ID=192, label=0, output_node=23, voltage=0.006127490662038326
    time_span=0.0001s, test_ID=192, label=0, output_node=24, voltage=0.007730080280452967
    time_span=0.0001s, test_ID=192, label=0, output_node=25, voltage=0.01188944187015295
    time_span=0.0001s, test_ID=192, label=0, output_node=26, voltage=0.006286852527409792
    time_span=0.0001s, test_ID=192, label=0, output_node=27, voltage=0.003242031903937459
    time_span=0.0001s, test_ID=192, label=0, output_node=28, voltage=0.007755976170301437
    time_span=0.0001s, test_ID=192, label=0, output_node=29, voltage=0.0042978087440133095
    time_span=0.0001s, test_ID=192, label=0, output_node=30, voltage=0.006531872786581516
    time_span=0.0001s, test_ID=192, label=0, output_node=31, voltage=0.006595617160201073
    time_span=0.0001s, test_ID=192, label=0, output_node=32, voltage=0.007978088222444057
    time_span=0.0001s, test_ID=192, label=0, output_node=33, voltage=0.0027211157139390707
    time_span=0.0001s, test_ID=192, label=0, output_node=34, voltage=0.006608565803617239
    time_span=0.0001s, test_ID=192, label=0, output_node=35, voltage=0.0025428286753594875
    time_span=0.0001s, test_ID=192, label=0, output_node=36, voltage=0.008082669228315353
    time_span=0.0001s, test_ID=192, label=0, output_node=37, voltage=0.004844621289521456
    time_span=0.0001s, test_ID=192, label=0, output_node=38, voltage=0.007107569370418787
    time_span=0.0001s, test_ID=192, label=0, output_node=39, voltage=0.009972111321985722
    time_span=0.0001s, test_ID=192, label=0, output_node=40, voltage=0.009462151676416397
    time_span=0.0001s, test_ID=192, label=0, output_node=41, voltage=0.00598306767642498
    time_span=0.0001s, test_ID=192, label=0, output_node=42, voltage=0.008400398306548595
    time_span=0.0001s, test_ID=192, label=0, output_node=43, voltage=0.00805278867483139
    time_span=0.0001s, test_ID=192, label=0, output_node=44, voltage=0.0015159363392740488
    time_span=0.0001s, test_ID=192, label=0, output_node=45, voltage=0.00992529932409525
    time_span=0.0001s, test_ID=192, label=0, output_node=46, voltage=0.0069840638898313046
    time_span=0.0001s, test_ID=192, label=0, output_node=47, voltage=0.00923705194145441
    time_span=0.0001s, test_ID=192, label=0, output_node=48, voltage=0.00232768920250237
    time_span=0.0001s, test_ID=192, label=0, output_node=49, voltage=0.003670318750664592
    time_span=0.0001s, test_ID=192, label=0, output_node=50, voltage=0.00586952269077301
    time_span=0.0001s, test_ID=192, label=0, output_node=51, voltage=0.009172310121357441
    time_span=0.0001s, test_ID=192, label=0, output_node=52, voltage=0.01156673301011324
    time_span=0.0001s, test_ID=192, label=0, output_node=53, voltage=0.00765637494623661
    time_span=0.0001s, test_ID=192, label=0, output_node=54, voltage=0.004368525929749012
    time_span=0.0001s, test_ID=192, label=0, output_node=55, voltage=0.008944222703576088
    time_span=0.0001s, test_ID=192, label=0, output_node=56, voltage=0.002735059941187501
    time_span=0.0001s, test_ID=192, label=0, output_node=57, voltage=0.005168326664716005
    time_span=0.0001s, test_ID=192, label=0, output_node=58, voltage=0.004772908054292202
    time_span=0.0001s, test_ID=192, label=0, output_node=59, voltage=0.004428287036716938
    time_span=0.0001s, test_ID=192, label=0, output_node=60, voltage=0.013269919902086258
    time_span=0.0001s, test_ID=192, label=0, output_node=61, voltage=0.0037828683853149414
    time_span=0.0001s, test_ID=192, label=0, output_node=62, voltage=0.004566733259707689
    time_span=0.0001s, test_ID=192, label=0, output_node=63, voltage=0.007996016182005405
    time_span=0.0001s, test_ID=192, label=0, output_node=64, voltage=-0.0007290836656466126
    time_span=0.0001s, test_ID=192, label=0, output_node=65, voltage=0.008399401791393757
    time_span=0.0001s, test_ID=192, label=0, output_node=66, voltage=-0.00016533868620172143
    time_span=0.0001s, test_ID=192, label=0, output_node=67, voltage=0.0021752987522631884
    time_span=0.0001s, test_ID=192, label=0, output_node=68, voltage=0.009773904457688332
    time_span=0.0001s, test_ID=192, label=0, output_node=69, voltage=0.005703187081962824
    time_span=0.0001s, test_ID=192, label=0, output_node=70, voltage=0.008434262126684189
    time_span=0.0001s, test_ID=192, label=0, output_node=71, voltage=0.006930279079824686
    time_span=0.0001s, test_ID=192, label=0, output_node=72, voltage=0.004097609780728817
    time_span=0.0001s, test_ID=192, label=0, output_node=73, voltage=0.006380478385835886
    time_span=0.0001s, test_ID=192, label=0, output_node=74, voltage=0.007333665154874325
    time_span=0.0001s, test_ID=192, label=0, output_node=75, voltage=0.007128485944122076
    time_span=0.0001s, test_ID=192, label=0, output_node=76, voltage=0.0065816729329526424
    time_span=0.0001s, test_ID=192, label=0, output_node=77, voltage=0.007529880851507187
    time_span=0.0001s, test_ID=192, label=0, output_node=78, voltage=0.0059402394108474255
    time_span=0.0001s, test_ID=192, label=0, output_node=79, voltage=0.008657369762659073
    time_span=0.0001s, test_ID=192, label=0, output_node=80, voltage=0.008929283358156681
    time_span=0.0001s, test_ID=192, label=0, output_node=81, voltage=0.006338645704090595
    time_span=0.0001s, test_ID=192, label=0, output_node=82, voltage=0.006047808565199375
    time_span=0.0001s, test_ID=192, label=0, output_node=83, voltage=0.005971115548163652
    time_span=0.0001s, test_ID=192, label=0, output_node=84, voltage=0.0069372509606182575
    time_span=0.0001s, test_ID=192, label=0, output_node=85, voltage=0.00777788832783699
    time_span=0.0001s, test_ID=192, label=0, output_node=86, voltage=0.004659363068640232
    time_span=0.0001s, test_ID=192, label=0, output_node=87, voltage=0.004906374495476484
    time_span=0.0001s, test_ID=192, label=0, output_node=88, voltage=0.0037539841141551733
    time_span=0.0001s, test_ID=192, label=0, output_node=89, voltage=0.0113884462043643
    time_span=0.0001s, test_ID=192, label=0, output_node=90, voltage=0.006223107688128948
    time_span=0.0001s, test_ID=192, label=0, output_node=91, voltage=0.006372509989887476
    time_span=0.0001s, test_ID=192, label=0, output_node=92, voltage=0.0044013941660523415
    time_span=0.0001s, test_ID=192, label=0, output_node=93, voltage=0.007782868575304747
    time_span=0.0001s, test_ID=192, label=0, output_node=94, voltage=0.0066364542581140995
    time_span=0.0001s, test_ID=192, label=0, output_node=95, voltage=0.0065936255268752575
    time_span=0.0001s, test_ID=192, label=0, output_node=96, voltage=0.005016931798309088
    time_span=0.0001s, test_ID=192, label=0, output_node=97, voltage=0.004368525929749012
    time_span=0.0001s, test_ID=192, label=0, output_node=98, voltage=0.008790836669504642
    time_span=0.0001s, test_ID=192, label=0, output_node=99, voltage=0.005235059652477503
    time_span=0.0001s, test_ID=192, label=0, output_node=sum, voltage=0.023112552240490913
    Time consumed for 1 sample = 624.0467610359192 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '192'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=193, label=9, output_node=bkg, voltage=-0.005460159387439489
    time_span=0.0001s, test_ID=193, label=9, output_node=0, voltage=0.013395417481660843
    time_span=0.0001s, test_ID=193, label=9, output_node=1, voltage=0.006880478002130985
    time_span=0.0001s, test_ID=193, label=9, output_node=2, voltage=0.01024003978818655
    time_span=0.0001s, test_ID=193, label=9, output_node=3, voltage=0.013390438631176949
    time_span=0.0001s, test_ID=193, label=9, output_node=4, voltage=0.012340637855231762
    time_span=0.0001s, test_ID=193, label=9, output_node=5, voltage=0.010153386741876602
    time_span=0.0001s, test_ID=193, label=9, output_node=6, voltage=0.015142430551350117
    time_span=0.0001s, test_ID=193, label=9, output_node=7, voltage=0.008907370269298553
    time_span=0.0001s, test_ID=193, label=9, output_node=8, voltage=0.012340637855231762
    time_span=0.0001s, test_ID=193, label=9, output_node=9, voltage=0.007626494392752647
    time_span=0.0001s, test_ID=193, label=9, output_node=10, voltage=0.011596613563597202
    time_span=0.0001s, test_ID=193, label=9, output_node=11, voltage=0.008531872183084488
    time_span=0.0001s, test_ID=193, label=9, output_node=12, voltage=0.01467131543904543
    time_span=0.0001s, test_ID=193, label=9, output_node=13, voltage=0.012049800716340542
    time_span=0.0001s, test_ID=193, label=9, output_node=14, voltage=0.00681175384670496
    time_span=0.0001s, test_ID=193, label=9, output_node=15, voltage=0.013934263028204441
    time_span=0.0001s, test_ID=193, label=9, output_node=16, voltage=0.009814741089940071
    time_span=0.0001s, test_ID=193, label=9, output_node=17, voltage=0.0024262946099042892
    time_span=0.0001s, test_ID=193, label=9, output_node=18, voltage=0.009352589026093483
    time_span=0.0001s, test_ID=193, label=9, output_node=19, voltage=0.015278884209692478
    time_span=0.0001s, test_ID=193, label=9, output_node=20, voltage=0.004911354277282953
    time_span=0.0001s, test_ID=193, label=9, output_node=21, voltage=0.008622509427368641
    time_span=0.0001s, test_ID=193, label=9, output_node=22, voltage=0.006973107345402241
    time_span=0.0001s, test_ID=193, label=9, output_node=23, voltage=0.007850597612559795
    time_span=0.0001s, test_ID=193, label=9, output_node=24, voltage=0.006742031779140234
    time_span=0.0001s, test_ID=193, label=9, output_node=25, voltage=0.006394422613084316
    time_span=0.0001s, test_ID=193, label=9, output_node=26, voltage=0.01086354535073042
    time_span=0.0001s, test_ID=193, label=9, output_node=27, voltage=0.014896413311362267
    time_span=0.0001s, test_ID=193, label=9, output_node=28, voltage=0.007012948393821716
    time_span=0.0001s, test_ID=193, label=9, output_node=29, voltage=0.009253984317183495
    time_span=0.0001s, test_ID=193, label=9, output_node=30, voltage=0.00775597570464015
    time_span=0.0001s, test_ID=193, label=9, output_node=31, voltage=0.012972111813724041
    time_span=0.0001s, test_ID=193, label=9, output_node=32, voltage=0.011467131786048412
    time_span=0.0001s, test_ID=193, label=9, output_node=33, voltage=0.014819720759987831
    time_span=0.0001s, test_ID=193, label=9, output_node=34, voltage=0.007743027526885271
    time_span=0.0001s, test_ID=193, label=9, output_node=35, voltage=0.010213146917521954
    time_span=0.0001s, test_ID=193, label=9, output_node=36, voltage=0.010517928749322891
    time_span=0.0001s, test_ID=193, label=9, output_node=37, voltage=0.008367530070245266
    time_span=0.0001s, test_ID=193, label=9, output_node=38, voltage=0.007970119826495647
    time_span=0.0001s, test_ID=193, label=9, output_node=39, voltage=0.01241533923894167
    time_span=0.0001s, test_ID=193, label=9, output_node=40, voltage=0.005311753135174513
    time_span=0.0001s, test_ID=193, label=9, output_node=41, voltage=0.0077280872501432896
    time_span=0.0001s, test_ID=193, label=9, output_node=42, voltage=0.01026095636188984
    time_span=0.0001s, test_ID=193, label=9, output_node=43, voltage=0.010944223031401634
    time_span=0.0001s, test_ID=193, label=9, output_node=44, voltage=0.013789840042591095
    time_span=0.0001s, test_ID=193, label=9, output_node=45, voltage=0.011173306033015251
    time_span=0.0001s, test_ID=193, label=9, output_node=46, voltage=0.010488048195838928
    time_span=0.0001s, test_ID=193, label=9, output_node=47, voltage=0.008463147096335888
    time_span=0.0001s, test_ID=193, label=9, output_node=48, voltage=0.013076692819595337
    time_span=0.0001s, test_ID=193, label=9, output_node=49, voltage=0.0071095614694058895
    time_span=0.0001s, test_ID=193, label=9, output_node=50, voltage=0.009238047525286674
    time_span=0.0001s, test_ID=193, label=9, output_node=51, voltage=0.011692231521010399
    time_span=0.0001s, test_ID=193, label=9, output_node=52, voltage=0.014693225733935833
    time_span=0.0001s, test_ID=193, label=9, output_node=53, voltage=0.011248009279370308
    time_span=0.0001s, test_ID=193, label=9, output_node=54, voltage=0.012429283000528812
    time_span=0.0001s, test_ID=193, label=9, output_node=55, voltage=0.007804780267179012
    time_span=0.0001s, test_ID=193, label=9, output_node=56, voltage=0.007873506285250187
    time_span=0.0001s, test_ID=193, label=9, output_node=57, voltage=0.019472112879157066
    time_span=0.0001s, test_ID=193, label=9, output_node=58, voltage=0.007252988405525684
    time_span=0.0001s, test_ID=193, label=9, output_node=59, voltage=0.007213147357106209
    time_span=0.0001s, test_ID=193, label=9, output_node=60, voltage=0.0037370522040873766
    time_span=0.0001s, test_ID=193, label=9, output_node=61, voltage=0.009123506024479866
    time_span=0.0001s, test_ID=193, label=9, output_node=62, voltage=0.002803785027936101
    time_span=0.0001s, test_ID=193, label=9, output_node=63, voltage=0.010463147424161434
    time_span=0.0001s, test_ID=193, label=9, output_node=64, voltage=0.012283864431083202
    time_span=0.0001s, test_ID=193, label=9, output_node=65, voltage=0.009966135025024414
    time_span=0.0001s, test_ID=193, label=9, output_node=66, voltage=0.014116534031927586
    time_span=0.0001s, test_ID=193, label=9, output_node=67, voltage=0.009830676950514317
    time_span=0.0001s, test_ID=193, label=9, output_node=68, voltage=0.004419323056936264
    time_span=0.0001s, test_ID=193, label=9, output_node=69, voltage=0.008978087455034256
    time_span=0.0001s, test_ID=193, label=9, output_node=70, voltage=0.015450199134647846
    time_span=0.0001s, test_ID=193, label=9, output_node=71, voltage=0.009983067400753498
    time_span=0.0001s, test_ID=193, label=9, output_node=72, voltage=0.011906375177204609
    time_span=0.0001s, test_ID=193, label=9, output_node=73, voltage=0.016294822096824646
    time_span=0.0001s, test_ID=193, label=9, output_node=74, voltage=0.017273904755711555
    time_span=0.0001s, test_ID=193, label=9, output_node=75, voltage=0.004006972070783377
    time_span=0.0001s, test_ID=193, label=9, output_node=76, voltage=0.014619521796703339
    time_span=0.0001s, test_ID=193, label=9, output_node=77, voltage=0.008317728526890278
    time_span=0.0001s, test_ID=193, label=9, output_node=78, voltage=0.008023904636502266
    time_span=0.0001s, test_ID=193, label=9, output_node=79, voltage=0.011427290737628937
    time_span=0.0001s, test_ID=193, label=9, output_node=80, voltage=0.012686255387961864
    time_span=0.0001s, test_ID=193, label=9, output_node=81, voltage=0.00971812754869461
    time_span=0.0001s, test_ID=193, label=9, output_node=82, voltage=0.017445219680666924
    time_span=0.0001s, test_ID=193, label=9, output_node=83, voltage=0.011731075122952461
    time_span=0.0001s, test_ID=193, label=9, output_node=84, voltage=0.006142430007457733
    time_span=0.0001s, test_ID=193, label=9, output_node=85, voltage=0.01181673351675272
    time_span=0.0001s, test_ID=193, label=9, output_node=86, voltage=0.014474103227257729
    time_span=0.0001s, test_ID=193, label=9, output_node=87, voltage=0.01388246938586235
    time_span=0.0001s, test_ID=193, label=9, output_node=88, voltage=0.014158366248011589
    time_span=0.0001s, test_ID=193, label=9, output_node=89, voltage=0.0081294821575284
    time_span=0.0001s, test_ID=193, label=9, output_node=90, voltage=0.01226992066949606
    time_span=0.0001s, test_ID=193, label=9, output_node=91, voltage=0.0069541833363473415
    time_span=0.0001s, test_ID=193, label=9, output_node=92, voltage=0.013026893138885498
    time_span=0.0001s, test_ID=193, label=9, output_node=93, voltage=0.013872510753571987
    time_span=0.0001s, test_ID=193, label=9, output_node=94, voltage=0.0119093619287014
    time_span=0.0001s, test_ID=193, label=9, output_node=95, voltage=0.011976095847785473
    time_span=0.0001s, test_ID=193, label=9, output_node=96, voltage=0.021759960800409317
    time_span=0.0001s, test_ID=193, label=9, output_node=97, voltage=0.0047231074422597885
    time_span=0.0001s, test_ID=193, label=9, output_node=98, voltage=0.004815737251192331
    time_span=0.0001s, test_ID=193, label=9, output_node=99, voltage=0.011016933247447014
    time_span=0.0001s, test_ID=193, label=9, output_node=sum, voltage=0.030075697228312492
    Time consumed for 1 sample = 625.0321803092957 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '193'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=194, label=0, output_node=bkg, voltage=-0.005109562072902918
    time_span=0.0001s, test_ID=194, label=0, output_node=0, voltage=0.023264940828084946
    time_span=0.0001s, test_ID=194, label=0, output_node=1, voltage=0.01843525841832161
    time_span=0.0001s, test_ID=194, label=0, output_node=2, voltage=0.027526892721652985
    time_span=0.0001s, test_ID=194, label=0, output_node=3, voltage=0.014588646590709686
    time_span=0.0001s, test_ID=194, label=0, output_node=4, voltage=0.014730080030858517
    time_span=0.0001s, test_ID=194, label=0, output_node=5, voltage=0.024258965626358986
    time_span=0.0001s, test_ID=194, label=0, output_node=6, voltage=0.023991037160158157
    time_span=0.0001s, test_ID=194, label=0, output_node=7, voltage=0.02316334657371044
    time_span=0.0001s, test_ID=194, label=0, output_node=8, voltage=0.021795816719532013
    time_span=0.0001s, test_ID=194, label=0, output_node=9, voltage=0.016189243644475937
    time_span=0.0001s, test_ID=194, label=0, output_node=10, voltage=0.020355578511953354
    time_span=0.0001s, test_ID=194, label=0, output_node=11, voltage=0.022916333749890327
    time_span=0.0001s, test_ID=194, label=0, output_node=12, voltage=0.02017231099307537
    time_span=0.0001s, test_ID=194, label=0, output_node=13, voltage=0.030373504385352135
    time_span=0.0001s, test_ID=194, label=0, output_node=14, voltage=0.016887450590729713
    time_span=0.0001s, test_ID=194, label=0, output_node=15, voltage=0.02237948216497898
    time_span=0.0001s, test_ID=194, label=0, output_node=16, voltage=0.019426293671131134
    time_span=0.0001s, test_ID=194, label=0, output_node=17, voltage=0.024055777117609978
    time_span=0.0001s, test_ID=194, label=0, output_node=18, voltage=0.01875697262585163
    time_span=0.0001s, test_ID=194, label=0, output_node=19, voltage=0.01582370512187481
    time_span=0.0001s, test_ID=194, label=0, output_node=20, voltage=0.0213047806173563
    time_span=0.0001s, test_ID=194, label=0, output_node=21, voltage=0.015850597992539406
    time_span=0.0001s, test_ID=194, label=0, output_node=22, voltage=0.01585657335817814
    time_span=0.0001s, test_ID=194, label=0, output_node=23, voltage=0.02277589775621891
    time_span=0.0001s, test_ID=194, label=0, output_node=24, voltage=0.023435257375240326
    time_span=0.0001s, test_ID=194, label=0, output_node=25, voltage=0.027195220813155174
    time_span=0.0001s, test_ID=194, label=0, output_node=26, voltage=0.018231075257062912
    time_span=0.0001s, test_ID=194, label=0, output_node=27, voltage=0.012685258872807026
    time_span=0.0001s, test_ID=194, label=0, output_node=28, voltage=0.021421315148472786
    time_span=0.0001s, test_ID=194, label=0, output_node=29, voltage=0.019700199365615845
    time_span=0.0001s, test_ID=194, label=0, output_node=30, voltage=0.018462151288986206
    time_span=0.0001s, test_ID=194, label=0, output_node=31, voltage=0.019983068108558655
    time_span=0.0001s, test_ID=194, label=0, output_node=32, voltage=0.01910557597875595
    time_span=0.0001s, test_ID=194, label=0, output_node=33, voltage=0.008848605677485466
    time_span=0.0001s, test_ID=194, label=0, output_node=34, voltage=0.017744025215506554
    time_span=0.0001s, test_ID=194, label=0, output_node=35, voltage=0.018335657194256783
    time_span=0.0001s, test_ID=194, label=0, output_node=36, voltage=0.022005977109074593
    time_span=0.0001s, test_ID=194, label=0, output_node=37, voltage=0.018732070922851562
    time_span=0.0001s, test_ID=194, label=0, output_node=38, voltage=0.02051294967532158
    time_span=0.0001s, test_ID=194, label=0, output_node=39, voltage=0.023347608745098114
    time_span=0.0001s, test_ID=194, label=0, output_node=40, voltage=0.029922310262918472
    time_span=0.0001s, test_ID=194, label=0, output_node=41, voltage=0.022327689453959465
    time_span=0.0001s, test_ID=194, label=0, output_node=42, voltage=0.02382868528366089
    time_span=0.0001s, test_ID=194, label=0, output_node=43, voltage=0.01918725110590458
    time_span=0.0001s, test_ID=194, label=0, output_node=44, voltage=0.017468126490712166
    time_span=0.0001s, test_ID=194, label=0, output_node=45, voltage=0.037375498563051224
    time_span=0.0001s, test_ID=194, label=0, output_node=46, voltage=0.026022909209132195
    time_span=0.0001s, test_ID=194, label=0, output_node=47, voltage=0.02626992017030716
    time_span=0.0001s, test_ID=194, label=0, output_node=48, voltage=0.025078684091567993
    time_span=0.0001s, test_ID=194, label=0, output_node=49, voltage=0.01684960164129734
    time_span=0.0001s, test_ID=194, label=0, output_node=50, voltage=0.024559760466217995
    time_span=0.0001s, test_ID=194, label=0, output_node=51, voltage=0.021371515467762947
    time_span=0.0001s, test_ID=194, label=0, output_node=52, voltage=0.028643425554037094
    time_span=0.0001s, test_ID=194, label=0, output_node=53, voltage=0.023111552000045776
    time_span=0.0001s, test_ID=194, label=0, output_node=54, voltage=0.021795816719532013
    time_span=0.0001s, test_ID=194, label=0, output_node=55, voltage=0.025389444082975388
    time_span=0.0001s, test_ID=194, label=0, output_node=56, voltage=0.013574700802564621
    time_span=0.0001s, test_ID=194, label=0, output_node=57, voltage=0.025602590292692184
    time_span=0.0001s, test_ID=194, label=0, output_node=58, voltage=0.020944222807884216
    time_span=0.0001s, test_ID=194, label=0, output_node=59, voltage=0.016051793470978737
    time_span=0.0001s, test_ID=194, label=0, output_node=60, voltage=0.024674301967024803
    time_span=0.0001s, test_ID=194, label=0, output_node=61, voltage=0.023085659369826317
    time_span=0.0001s, test_ID=194, label=0, output_node=62, voltage=0.0181922297924757
    time_span=0.0001s, test_ID=194, label=0, output_node=63, voltage=0.030779879540205002
    time_span=0.0001s, test_ID=194, label=0, output_node=64, voltage=0.01506772916764021
    time_span=0.0001s, test_ID=194, label=0, output_node=65, voltage=0.019747011363506317
    time_span=0.0001s, test_ID=194, label=0, output_node=66, voltage=0.011443227529525757
    time_span=0.0001s, test_ID=194, label=0, output_node=67, voltage=0.013582669198513031
    time_span=0.0001s, test_ID=194, label=0, output_node=68, voltage=0.027553783729672432
    time_span=0.0001s, test_ID=194, label=0, output_node=69, voltage=0.024260956794023514
    time_span=0.0001s, test_ID=194, label=0, output_node=70, voltage=0.02348107472062111
    time_span=0.0001s, test_ID=194, label=0, output_node=71, voltage=0.02537151426076889
    time_span=0.0001s, test_ID=194, label=0, output_node=72, voltage=0.02139342576265335
    time_span=0.0001s, test_ID=194, label=0, output_node=73, voltage=0.02285856567323208
    time_span=0.0001s, test_ID=194, label=0, output_node=74, voltage=0.02178884483873844
    time_span=0.0001s, test_ID=194, label=0, output_node=75, voltage=0.02368227206170559
    time_span=0.0001s, test_ID=194, label=0, output_node=76, voltage=0.01864541880786419
    time_span=0.0001s, test_ID=194, label=0, output_node=77, voltage=0.018384462222456932
    time_span=0.0001s, test_ID=194, label=0, output_node=78, voltage=0.01449701189994812
    time_span=0.0001s, test_ID=194, label=0, output_node=79, voltage=0.03237151354551315
    time_span=0.0001s, test_ID=194, label=0, output_node=80, voltage=0.0205776896327734
    time_span=0.0001s, test_ID=194, label=0, output_node=81, voltage=0.025423308834433556
    time_span=0.0001s, test_ID=194, label=0, output_node=82, voltage=0.02185557782649994
    time_span=0.0001s, test_ID=194, label=0, output_node=83, voltage=0.021800797432661057
    time_span=0.0001s, test_ID=194, label=0, output_node=84, voltage=0.018137449398636818
    time_span=0.0001s, test_ID=194, label=0, output_node=85, voltage=0.02135358564555645
    time_span=0.0001s, test_ID=194, label=0, output_node=86, voltage=0.01951095648109913
    time_span=0.0001s, test_ID=194, label=0, output_node=87, voltage=0.02383565716445446
    time_span=0.0001s, test_ID=194, label=0, output_node=88, voltage=0.023295816034078598
    time_span=0.0001s, test_ID=194, label=0, output_node=89, voltage=0.031537849456071854
    time_span=0.0001s, test_ID=194, label=0, output_node=90, voltage=0.023405378684401512
    time_span=0.0001s, test_ID=194, label=0, output_node=91, voltage=0.01718027889728546
    time_span=0.0001s, test_ID=194, label=0, output_node=92, voltage=0.02275298722088337
    time_span=0.0001s, test_ID=194, label=0, output_node=93, voltage=0.02786155417561531
    time_span=0.0001s, test_ID=194, label=0, output_node=94, voltage=0.014207172207534313
    time_span=0.0001s, test_ID=194, label=0, output_node=95, voltage=0.021342629566788673
    time_span=0.0001s, test_ID=194, label=0, output_node=96, voltage=0.018940238282084465
    time_span=0.0001s, test_ID=194, label=0, output_node=97, voltage=0.024051792919635773
    time_span=0.0001s, test_ID=194, label=0, output_node=98, voltage=0.01608964055776596
    time_span=0.0001s, test_ID=194, label=0, output_node=99, voltage=0.025577690452337265
    time_span=0.0001s, test_ID=194, label=0, output_node=sum, voltage=0.05790338292717934
    Time consumed for 1 sample = 629.7298924922943 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '194'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=195, label=3, output_node=bkg, voltage=-0.004971115849912167
    time_span=0.0001s, test_ID=195, label=3, output_node=0, voltage=0.006182270590215921
    time_span=0.0001s, test_ID=195, label=3, output_node=1, voltage=0.0007250996422953904
    time_span=0.0001s, test_ID=195, label=3, output_node=2, voltage=0.007852589711546898
    time_span=0.0001s, test_ID=195, label=3, output_node=3, voltage=0.002423306927084923
    time_span=0.0001s, test_ID=195, label=3, output_node=4, voltage=0.005725099705159664
    time_span=0.0001s, test_ID=195, label=3, output_node=5, voltage=0.005596613977104425
    time_span=0.0001s, test_ID=195, label=3, output_node=6, voltage=0.0019352590898051858
    time_span=0.0001s, test_ID=195, label=3, output_node=7, voltage=2.5896437364281155e-05
    time_span=0.0001s, test_ID=195, label=3, output_node=8, voltage=0.0025906371884047985
    time_span=0.0001s, test_ID=195, label=3, output_node=9, voltage=0.0019442233024165034
    time_span=0.0001s, test_ID=195, label=3, output_node=10, voltage=-0.0016782868187874556
    time_span=0.0001s, test_ID=195, label=3, output_node=11, voltage=0.00426294794306159
    time_span=0.0001s, test_ID=195, label=3, output_node=12, voltage=0.0034850595984607935
    time_span=0.0001s, test_ID=195, label=3, output_node=13, voltage=0.0019342629238963127
    time_span=0.0001s, test_ID=195, label=3, output_node=14, voltage=0.004763944074511528
    time_span=0.0001s, test_ID=195, label=3, output_node=15, voltage=0.0015886453911662102
    time_span=0.0001s, test_ID=195, label=3, output_node=16, voltage=0.0041683269664645195
    time_span=0.0001s, test_ID=195, label=3, output_node=17, voltage=0.001977091422304511
    time_span=0.0001s, test_ID=195, label=3, output_node=18, voltage=0.000835657468996942
    time_span=0.0001s, test_ID=195, label=3, output_node=19, voltage=0.000785856565926224
    time_span=0.0001s, test_ID=195, label=3, output_node=20, voltage=0.00431972136721015
    time_span=0.0001s, test_ID=195, label=3, output_node=21, voltage=-0.0007798804435878992
    time_span=0.0001s, test_ID=195, label=3, output_node=22, voltage=0.00526593578979373
    time_span=0.0001s, test_ID=195, label=3, output_node=23, voltage=0.0016633464256301522
    time_span=0.0001s, test_ID=195, label=3, output_node=24, voltage=0.0035776891745626926
    time_span=0.0001s, test_ID=195, label=3, output_node=25, voltage=0.0006533864652737975
    time_span=0.0001s, test_ID=195, label=3, output_node=26, voltage=0.005268924403935671
    time_span=0.0001s, test_ID=195, label=3, output_node=27, voltage=0.003784860484302044
    time_span=0.0001s, test_ID=195, label=3, output_node=28, voltage=-7.968203135533258e-06
    time_span=0.0001s, test_ID=195, label=3, output_node=29, voltage=0.001051792991347611
    time_span=0.0001s, test_ID=195, label=3, output_node=30, voltage=0.0006643424858339131
    time_span=0.0001s, test_ID=195, label=3, output_node=31, voltage=0.005065736826509237
    time_span=0.0001s, test_ID=195, label=3, output_node=32, voltage=5.6772769312374294e-05
    time_span=0.0001s, test_ID=195, label=3, output_node=33, voltage=0.0066274902783334255
    time_span=0.0001s, test_ID=195, label=3, output_node=34, voltage=0.004008964169770479
    time_span=0.0001s, test_ID=195, label=3, output_node=35, voltage=0.001656374428421259
    time_span=0.0001s, test_ID=195, label=3, output_node=36, voltage=0.0025587650015950203
    time_span=0.0001s, test_ID=195, label=3, output_node=37, voltage=-0.00011852591705974191
    time_span=0.0001s, test_ID=195, label=3, output_node=38, voltage=-0.00033366528805345297
    time_span=0.0001s, test_ID=195, label=3, output_node=39, voltage=0.004953187424689531
    time_span=0.0001s, test_ID=195, label=3, output_node=40, voltage=-0.0003326693258713931
    time_span=0.0001s, test_ID=195, label=3, output_node=41, voltage=0.002792828483507037
    time_span=0.0001s, test_ID=195, label=3, output_node=42, voltage=0.003010955872014165
    time_span=0.0001s, test_ID=195, label=3, output_node=43, voltage=0.0021205181255936623
    time_span=0.0001s, test_ID=195, label=3, output_node=44, voltage=0.0018854581285268068
    time_span=0.0001s, test_ID=195, label=3, output_node=45, voltage=0.0022300798445940018
    time_span=0.0001s, test_ID=195, label=3, output_node=46, voltage=-0.00029681279556825757
    time_span=0.0001s, test_ID=195, label=3, output_node=47, voltage=0.0011155377142131329
    time_span=0.0001s, test_ID=195, label=3, output_node=48, voltage=0.005782868713140488
    time_span=0.0001s, test_ID=195, label=3, output_node=49, voltage=-0.0007828685338608921
    time_span=0.0001s, test_ID=195, label=3, output_node=50, voltage=0.007054781075567007
    time_span=0.0001s, test_ID=195, label=3, output_node=51, voltage=0.005142430309206247
    time_span=0.0001s, test_ID=195, label=3, output_node=52, voltage=0.004058764781802893
    time_span=0.0001s, test_ID=195, label=3, output_node=53, voltage=0.0040876492857933044
    time_span=0.0001s, test_ID=195, label=3, output_node=54, voltage=0.003320717252790928
    time_span=0.0001s, test_ID=195, label=3, output_node=55, voltage=-0.0002619522565510124
    time_span=0.0001s, test_ID=195, label=3, output_node=56, voltage=0.003303784877061844
    time_span=0.0001s, test_ID=195, label=3, output_node=57, voltage=0.001954183215275407
    time_span=0.0001s, test_ID=195, label=3, output_node=58, voltage=0.0016175296623259783
    time_span=0.0001s, test_ID=195, label=3, output_node=59, voltage=0.0012918327702209353
    time_span=0.0001s, test_ID=195, label=3, output_node=60, voltage=-6.972021765250247e-06
    time_span=0.0001s, test_ID=195, label=3, output_node=61, voltage=0.002845617476850748
    time_span=0.0001s, test_ID=195, label=3, output_node=62, voltage=0.0022151395678520203
    time_span=0.0001s, test_ID=195, label=3, output_node=63, voltage=0.004481075797230005
    time_span=0.0001s, test_ID=195, label=3, output_node=64, voltage=-0.00013247012975625694
    time_span=0.0001s, test_ID=195, label=3, output_node=65, voltage=0.001464143511839211
    time_span=0.0001s, test_ID=195, label=3, output_node=66, voltage=0.005170318763703108
    time_span=0.0001s, test_ID=195, label=3, output_node=67, voltage=0.0006105576758272946
    time_span=0.0001s, test_ID=195, label=3, output_node=68, voltage=0.0009721116512082517
    time_span=0.0001s, test_ID=195, label=3, output_node=69, voltage=0.003058764850720763
    time_span=0.0001s, test_ID=195, label=3, output_node=70, voltage=0.0030428285244852304
    time_span=0.0001s, test_ID=195, label=3, output_node=71, voltage=0.002101593418046832
    time_span=0.0001s, test_ID=195, label=3, output_node=72, voltage=0.0002171314408769831
    time_span=0.0001s, test_ID=195, label=3, output_node=73, voltage=0.0034063744824379683
    time_span=0.0001s, test_ID=195, label=3, output_node=74, voltage=0.0012320716632530093
    time_span=0.0001s, test_ID=195, label=3, output_node=75, voltage=0.0048944223672151566
    time_span=0.0001s, test_ID=195, label=3, output_node=76, voltage=0.0018256971379742026
    time_span=0.0001s, test_ID=195, label=3, output_node=77, voltage=0.0025627489667385817
    time_span=0.0001s, test_ID=195, label=3, output_node=78, voltage=-7.968131831148639e-05
    time_span=0.0001s, test_ID=195, label=3, output_node=79, voltage=-2.4900344214984216e-05
    time_span=0.0001s, test_ID=195, label=3, output_node=80, voltage=-3.585658851079643e-05
    time_span=0.0001s, test_ID=195, label=3, output_node=81, voltage=0.002371513983234763
    time_span=0.0001s, test_ID=195, label=3, output_node=82, voltage=0.004941234830766916
    time_span=0.0001s, test_ID=195, label=3, output_node=83, voltage=0.0002460161049384624
    time_span=0.0001s, test_ID=195, label=3, output_node=84, voltage=0.0025408368092030287
    time_span=0.0001s, test_ID=195, label=3, output_node=85, voltage=0.002510956022888422
    time_span=0.0001s, test_ID=195, label=3, output_node=86, voltage=0.0010627490701153874
    time_span=0.0001s, test_ID=195, label=3, output_node=87, voltage=0.0011334660230204463
    time_span=0.0001s, test_ID=195, label=3, output_node=88, voltage=0.0005318725598044693
    time_span=0.0001s, test_ID=195, label=3, output_node=89, voltage=-0.00028685247525572777
    time_span=0.0001s, test_ID=195, label=3, output_node=90, voltage=0.0021852590143680573
    time_span=0.0001s, test_ID=195, label=3, output_node=91, voltage=0.0026663346216082573
    time_span=0.0001s, test_ID=195, label=3, output_node=92, voltage=0.0008446215651929379
    time_span=0.0001s, test_ID=195, label=3, output_node=93, voltage=0.0011762948706746101
    time_span=0.0001s, test_ID=195, label=3, output_node=94, voltage=0.0008625497575849295
    time_span=0.0001s, test_ID=195, label=3, output_node=95, voltage=-0.0018615537555888295
    time_span=0.0001s, test_ID=195, label=3, output_node=96, voltage=0.0009671314619481564
    time_span=0.0001s, test_ID=195, label=3, output_node=97, voltage=-0.0006075695855543017
    time_span=0.0001s, test_ID=195, label=3, output_node=98, voltage=0.0011882471153512597
    time_span=0.0001s, test_ID=195, label=3, output_node=99, voltage=0.0005089641781523824
    time_span=0.0001s, test_ID=195, label=3, output_node=sum, voltage=0.010706175118684769
    Time consumed for 1 sample = 625.1107811927795 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '195'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=196, label=1, output_node=bkg, voltage=-0.003730079857632518
    time_span=0.0001s, test_ID=196, label=1, output_node=0, voltage=0.006988047622144222
    time_span=0.0001s, test_ID=196, label=1, output_node=1, voltage=0.012644422240555286
    time_span=0.0001s, test_ID=196, label=1, output_node=2, voltage=0.0055448212660849094
    time_span=0.0001s, test_ID=196, label=1, output_node=3, voltage=0.005519920494407415
    time_span=0.0001s, test_ID=196, label=1, output_node=4, voltage=0.003015936352312565
    time_span=0.0001s, test_ID=196, label=1, output_node=5, voltage=0.00560358539223671
    time_span=0.0001s, test_ID=196, label=1, output_node=6, voltage=0.007257967721670866
    time_span=0.0001s, test_ID=196, label=1, output_node=7, voltage=0.0032808766700327396
    time_span=0.0001s, test_ID=196, label=1, output_node=8, voltage=0.0063874502666294575
    time_span=0.0001s, test_ID=196, label=1, output_node=9, voltage=0.00711454264819622
    time_span=0.0001s, test_ID=196, label=1, output_node=10, voltage=0.009292828850448132
    time_span=0.0001s, test_ID=196, label=1, output_node=11, voltage=0.004914342425763607
    time_span=0.0001s, test_ID=196, label=1, output_node=12, voltage=0.00909661315381527
    time_span=0.0001s, test_ID=196, label=1, output_node=13, voltage=0.005957171320915222
    time_span=0.0001s, test_ID=196, label=1, output_node=14, voltage=0.006242032162845135
    time_span=0.0001s, test_ID=196, label=1, output_node=15, voltage=0.01150199119001627
    time_span=0.0001s, test_ID=196, label=1, output_node=16, voltage=0.012581673450767994
    time_span=0.0001s, test_ID=196, label=1, output_node=17, voltage=0.009542828425765038
    time_span=0.0001s, test_ID=196, label=1, output_node=18, voltage=0.007994024083018303
    time_span=0.0001s, test_ID=196, label=1, output_node=19, voltage=0.008496016263961792
    time_span=0.0001s, test_ID=196, label=1, output_node=20, voltage=0.0118695218116045
    time_span=0.0001s, test_ID=196, label=1, output_node=21, voltage=0.00609860522672534
    time_span=0.0001s, test_ID=196, label=1, output_node=22, voltage=0.005673306994140148
    time_span=0.0001s, test_ID=196, label=1, output_node=23, voltage=0.008492032065987587
    time_span=0.0001s, test_ID=196, label=1, output_node=24, voltage=0.005487051792442799
    time_span=0.0001s, test_ID=196, label=1, output_node=25, voltage=0.00859462097287178
    time_span=0.0001s, test_ID=196, label=1, output_node=26, voltage=0.004163346718996763
    time_span=0.0001s, test_ID=196, label=1, output_node=27, voltage=0.010383466258645058
    time_span=0.0001s, test_ID=196, label=1, output_node=28, voltage=0.00971513893455267
    time_span=0.0001s, test_ID=196, label=1, output_node=29, voltage=0.012388446368277073
    time_span=0.0001s, test_ID=196, label=1, output_node=30, voltage=0.007782868575304747
    time_span=0.0001s, test_ID=196, label=1, output_node=31, voltage=0.008312749676406384
    time_span=0.0001s, test_ID=196, label=1, output_node=32, voltage=0.006113545503467321
    time_span=0.0001s, test_ID=196, label=1, output_node=33, voltage=0.01340637356042862
    time_span=0.0001s, test_ID=196, label=1, output_node=34, voltage=0.01156673301011324
    time_span=0.0001s, test_ID=196, label=1, output_node=35, voltage=0.009866533800959587
    time_span=0.0001s, test_ID=196, label=1, output_node=36, voltage=0.006241035647690296
    time_span=0.0001s, test_ID=196, label=1, output_node=37, voltage=0.004772908054292202
    time_span=0.0001s, test_ID=196, label=1, output_node=38, voltage=0.00482868542894721
    time_span=0.0001s, test_ID=196, label=1, output_node=39, voltage=0.008383465930819511
    time_span=0.0001s, test_ID=196, label=1, output_node=40, voltage=0.00481274863705039
    time_span=0.0001s, test_ID=196, label=1, output_node=41, voltage=0.008739043958485126
    time_span=0.0001s, test_ID=196, label=1, output_node=42, voltage=0.004183266777545214
    time_span=0.0001s, test_ID=196, label=1, output_node=43, voltage=0.00794820673763752
    time_span=0.0001s, test_ID=196, label=1, output_node=44, voltage=0.006766933016479015
    time_span=0.0001s, test_ID=196, label=1, output_node=45, voltage=0.006840637419372797
    time_span=0.0001s, test_ID=196, label=1, output_node=46, voltage=0.003428286872804165
    time_span=0.0001s, test_ID=196, label=1, output_node=47, voltage=0.003084661206230521
    time_span=0.0001s, test_ID=196, label=1, output_node=48, voltage=0.0034342629369348288
    time_span=0.0001s, test_ID=196, label=1, output_node=49, voltage=0.011743026785552502
    time_span=0.0001s, test_ID=196, label=1, output_node=50, voltage=0.013495019637048244
    time_span=0.0001s, test_ID=196, label=1, output_node=51, voltage=0.0046972110867500305
    time_span=0.0001s, test_ID=196, label=1, output_node=52, voltage=0.010847610421478748
    time_span=0.0001s, test_ID=196, label=1, output_node=53, voltage=0.008082669228315353
    time_span=0.0001s, test_ID=196, label=1, output_node=54, voltage=0.005560757126659155
    time_span=0.0001s, test_ID=196, label=1, output_node=55, voltage=0.005867529660463333
    time_span=0.0001s, test_ID=196, label=1, output_node=56, voltage=0.003681275062263012
    time_span=0.0001s, test_ID=196, label=1, output_node=57, voltage=0.006382470019161701
    time_span=0.0001s, test_ID=196, label=1, output_node=58, voltage=0.009083665907382965
    time_span=0.0001s, test_ID=196, label=1, output_node=59, voltage=0.0069581675343215466
    time_span=0.0001s, test_ID=196, label=1, output_node=60, voltage=0.0039541833102703094
    time_span=0.0001s, test_ID=196, label=1, output_node=61, voltage=0.004489043727517128
    time_span=0.0001s, test_ID=196, label=1, output_node=62, voltage=0.01363944262266159
    time_span=0.0001s, test_ID=196, label=1, output_node=63, voltage=0.007622509729117155
    time_span=0.0001s, test_ID=196, label=1, output_node=64, voltage=0.007694222964346409
    time_span=0.0001s, test_ID=196, label=1, output_node=65, voltage=0.008814741857349873
    time_span=0.0001s, test_ID=196, label=1, output_node=66, voltage=0.008603585883975029
    time_span=0.0001s, test_ID=196, label=1, output_node=67, voltage=0.004488048143684864
    time_span=0.0001s, test_ID=196, label=1, output_node=68, voltage=0.011701194569468498
    time_span=0.0001s, test_ID=196, label=1, output_node=69, voltage=0.009351593442261219
    time_span=0.0001s, test_ID=196, label=1, output_node=70, voltage=0.008145418018102646
    time_span=0.0001s, test_ID=196, label=1, output_node=71, voltage=0.006830677390098572
    time_span=0.0001s, test_ID=196, label=1, output_node=72, voltage=0.010017928667366505
    time_span=0.0001s, test_ID=196, label=1, output_node=73, voltage=0.002658366458490491
    time_span=0.0001s, test_ID=196, label=1, output_node=74, voltage=0.01120717078447342
    time_span=0.0001s, test_ID=196, label=1, output_node=75, voltage=0.007569720968604088
    time_span=0.0001s, test_ID=196, label=1, output_node=76, voltage=0.0049501992762088776
    time_span=0.0001s, test_ID=196, label=1, output_node=77, voltage=0.0099850594997406
    time_span=0.0001s, test_ID=196, label=1, output_node=78, voltage=0.010164342820644379
    time_span=0.0001s, test_ID=196, label=1, output_node=79, voltage=0.00805278867483139
    time_span=0.0001s, test_ID=196, label=1, output_node=80, voltage=0.005141433794051409
    time_span=0.0001s, test_ID=196, label=1, output_node=81, voltage=0.007388446480035782
    time_span=0.0001s, test_ID=196, label=1, output_node=82, voltage=0.00687848636880517
    time_span=0.0001s, test_ID=196, label=1, output_node=83, voltage=0.008965139277279377
    time_span=0.0001s, test_ID=196, label=1, output_node=84, voltage=0.005487051792442799
    time_span=0.0001s, test_ID=196, label=1, output_node=85, voltage=0.007722111884504557
    time_span=0.0001s, test_ID=196, label=1, output_node=86, voltage=0.006392430514097214
    time_span=0.0001s, test_ID=196, label=1, output_node=87, voltage=0.0015906376065686345
    time_span=0.0001s, test_ID=196, label=1, output_node=88, voltage=0.007264940068125725
    time_span=0.0001s, test_ID=196, label=1, output_node=89, voltage=0.005687251221388578
    time_span=0.0001s, test_ID=196, label=1, output_node=90, voltage=0.00823107548058033
    time_span=0.0001s, test_ID=196, label=1, output_node=91, voltage=0.009178287349641323
    time_span=0.0001s, test_ID=196, label=1, output_node=92, voltage=0.013495019637048244
    time_span=0.0001s, test_ID=196, label=1, output_node=93, voltage=0.006514939945191145
    time_span=0.0001s, test_ID=196, label=1, output_node=94, voltage=0.010468128137290478
    time_span=0.0001s, test_ID=196, label=1, output_node=95, voltage=0.014046812430024147
    time_span=0.0001s, test_ID=196, label=1, output_node=96, voltage=0.009836654178798199
    time_span=0.0001s, test_ID=196, label=1, output_node=97, voltage=0.007157370448112488
    time_span=0.0001s, test_ID=196, label=1, output_node=98, voltage=0.008349602110683918
    time_span=0.0001s, test_ID=196, label=1, output_node=99, voltage=0.005976095795631409
    time_span=0.0001s, test_ID=196, label=1, output_node=sum, voltage=0.02557270973920822
    Time consumed for 1 sample = 625.1571102142334 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '196'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=197, label=6, output_node=bkg, voltage=-0.007271912414580584
    time_span=0.0001s, test_ID=197, label=6, output_node=0, voltage=0.006547808647155762
    time_span=0.0001s, test_ID=197, label=6, output_node=1, voltage=0.013249004259705544
    time_span=0.0001s, test_ID=197, label=6, output_node=2, voltage=0.012923306785523891
    time_span=0.0001s, test_ID=197, label=6, output_node=3, voltage=0.005179282743483782
    time_span=0.0001s, test_ID=197, label=6, output_node=4, voltage=0.011773904785513878
    time_span=0.0001s, test_ID=197, label=6, output_node=5, voltage=0.017254982143640518
    time_span=0.0001s, test_ID=197, label=6, output_node=6, voltage=0.01993725076317787
    time_span=0.0001s, test_ID=197, label=6, output_node=7, voltage=0.0037749004550278187
    time_span=0.0001s, test_ID=197, label=6, output_node=8, voltage=0.007940239273011684
    time_span=0.0001s, test_ID=197, label=6, output_node=9, voltage=0.008575696498155594
    time_span=0.0001s, test_ID=197, label=6, output_node=10, voltage=0.012712151743471622
    time_span=0.0001s, test_ID=197, label=6, output_node=11, voltage=0.0060737053863704205
    time_span=0.0001s, test_ID=197, label=6, output_node=12, voltage=0.009063745848834515
    time_span=0.0001s, test_ID=197, label=6, output_node=13, voltage=0.003876493778079748
    time_span=0.0001s, test_ID=197, label=6, output_node=14, voltage=0.008431275375187397
    time_span=0.0001s, test_ID=197, label=6, output_node=15, voltage=0.008007967844605446
    time_span=0.0001s, test_ID=197, label=6, output_node=16, voltage=0.010087649337947369
    time_span=0.0001s, test_ID=197, label=6, output_node=17, voltage=0.014773904345929623
    time_span=0.0001s, test_ID=197, label=6, output_node=18, voltage=0.009672311134636402
    time_span=0.0001s, test_ID=197, label=6, output_node=19, voltage=0.008102590218186378
    time_span=0.0001s, test_ID=197, label=6, output_node=20, voltage=0.012957172468304634
    time_span=0.0001s, test_ID=197, label=6, output_node=21, voltage=0.007607569452375174
    time_span=0.0001s, test_ID=197, label=6, output_node=22, voltage=0.012514940463006496
    time_span=0.0001s, test_ID=197, label=6, output_node=23, voltage=0.009554781019687653
    time_span=0.0001s, test_ID=197, label=6, output_node=24, voltage=0.0109760956838727
    time_span=0.0001s, test_ID=197, label=6, output_node=25, voltage=0.013621513731777668
    time_span=0.0001s, test_ID=197, label=6, output_node=26, voltage=0.007144422270357609
    time_span=0.0001s, test_ID=197, label=6, output_node=27, voltage=0.007723107468336821
    time_span=0.0001s, test_ID=197, label=6, output_node=28, voltage=0.011730080470442772
    time_span=0.0001s, test_ID=197, label=6, output_node=29, voltage=0.01370517909526825
    time_span=0.0001s, test_ID=197, label=6, output_node=30, voltage=0.006350597366690636
    time_span=0.0001s, test_ID=197, label=6, output_node=31, voltage=0.007233067881315947
    time_span=0.0001s, test_ID=197, label=6, output_node=32, voltage=0.003554781200364232
    time_span=0.0001s, test_ID=197, label=6, output_node=33, voltage=0.008779880590736866
    time_span=0.0001s, test_ID=197, label=6, output_node=34, voltage=0.013405377976596355
    time_span=0.0001s, test_ID=197, label=6, output_node=35, voltage=0.010060756467282772
    time_span=0.0001s, test_ID=197, label=6, output_node=36, voltage=0.014142430387437344
    time_span=0.0001s, test_ID=197, label=6, output_node=37, voltage=0.014874502085149288
    time_span=0.0001s, test_ID=197, label=6, output_node=38, voltage=0.011157370172441006
    time_span=0.0001s, test_ID=197, label=6, output_node=39, voltage=0.009038844145834446
    time_span=0.0001s, test_ID=197, label=6, output_node=40, voltage=0.01090239081531763
    time_span=0.0001s, test_ID=197, label=6, output_node=41, voltage=0.0032370518893003464
    time_span=0.0001s, test_ID=197, label=6, output_node=42, voltage=0.010359562002122402
    time_span=0.0001s, test_ID=197, label=6, output_node=43, voltage=0.00887748971581459
    time_span=0.0001s, test_ID=197, label=6, output_node=44, voltage=0.007969123311340809
    time_span=0.0001s, test_ID=197, label=6, output_node=45, voltage=0.011741035617887974
    time_span=0.0001s, test_ID=197, label=6, output_node=46, voltage=0.007396414410322905
    time_span=0.0001s, test_ID=197, label=6, output_node=47, voltage=0.006505975965410471
    time_span=0.0001s, test_ID=197, label=6, output_node=48, voltage=0.009062749333679676
    time_span=0.0001s, test_ID=197, label=6, output_node=49, voltage=0.005009959917515516
    time_span=0.0001s, test_ID=197, label=6, output_node=50, voltage=0.01478784903883934
    time_span=0.0001s, test_ID=197, label=6, output_node=51, voltage=0.01108565740287304
    time_span=0.0001s, test_ID=197, label=6, output_node=52, voltage=0.0007659363327547908
    time_span=0.0001s, test_ID=197, label=6, output_node=53, voltage=0.009443226270377636
    time_span=0.0001s, test_ID=197, label=6, output_node=54, voltage=0.010720119811594486
    time_span=0.0001s, test_ID=197, label=6, output_node=55, voltage=0.010943226516246796
    time_span=0.0001s, test_ID=197, label=6, output_node=56, voltage=0.010040836408734322
    time_span=0.0001s, test_ID=197, label=6, output_node=57, voltage=0.0103575699031353
    time_span=0.0001s, test_ID=197, label=6, output_node=58, voltage=0.008756971918046474
    time_span=0.0001s, test_ID=197, label=6, output_node=59, voltage=0.008187251165509224
    time_span=0.0001s, test_ID=197, label=6, output_node=60, voltage=0.009702191688120365
    time_span=0.0001s, test_ID=197, label=6, output_node=61, voltage=0.0077360556460917
    time_span=0.0001s, test_ID=197, label=6, output_node=62, voltage=0.004941234830766916
    time_span=0.0001s, test_ID=197, label=6, output_node=63, voltage=0.009764940477907658
    time_span=0.0001s, test_ID=197, label=6, output_node=64, voltage=0.011793823912739754
    time_span=0.0001s, test_ID=197, label=6, output_node=65, voltage=0.00865936279296875
    time_span=0.0001s, test_ID=197, label=6, output_node=66, voltage=0.007791832555085421
    time_span=0.0001s, test_ID=197, label=6, output_node=67, voltage=0.007779880426824093
    time_span=0.0001s, test_ID=197, label=6, output_node=68, voltage=0.008686254732310772
    time_span=0.0001s, test_ID=197, label=6, output_node=69, voltage=0.007787847891449928
    time_span=0.0001s, test_ID=197, label=6, output_node=70, voltage=0.013339641503989697
    time_span=0.0001s, test_ID=197, label=6, output_node=71, voltage=0.011234063655138016
    time_span=0.0001s, test_ID=197, label=6, output_node=72, voltage=0.005809761118143797
    time_span=0.0001s, test_ID=197, label=6, output_node=73, voltage=0.01014741137623787
    time_span=0.0001s, test_ID=197, label=6, output_node=74, voltage=0.008002988062798977
    time_span=0.0001s, test_ID=197, label=6, output_node=75, voltage=0.011993028223514557
    time_span=0.0001s, test_ID=197, label=6, output_node=76, voltage=0.011105578392744064
    time_span=0.0001s, test_ID=197, label=6, output_node=77, voltage=0.008992032147943974
    time_span=0.0001s, test_ID=197, label=6, output_node=78, voltage=0.008622510358691216
    time_span=0.0001s, test_ID=197, label=6, output_node=79, voltage=0.01026493962854147
    time_span=0.0001s, test_ID=197, label=6, output_node=80, voltage=0.008689243346452713
    time_span=0.0001s, test_ID=197, label=6, output_node=81, voltage=0.009687250480055809
    time_span=0.0001s, test_ID=197, label=6, output_node=82, voltage=0.015329682268202305
    time_span=0.0001s, test_ID=197, label=6, output_node=83, voltage=0.012238048017024994
    time_span=0.0001s, test_ID=197, label=6, output_node=84, voltage=0.017009960487484932
    time_span=0.0001s, test_ID=197, label=6, output_node=85, voltage=0.012478087097406387
    time_span=0.0001s, test_ID=197, label=6, output_node=86, voltage=0.0018595617730170488
    time_span=0.0001s, test_ID=197, label=6, output_node=87, voltage=0.008056772872805595
    time_span=0.0001s, test_ID=197, label=6, output_node=88, voltage=0.006912350654602051
    time_span=0.0001s, test_ID=197, label=6, output_node=89, voltage=0.012528885155916214
    time_span=0.0001s, test_ID=197, label=6, output_node=90, voltage=0.006802788935601711
    time_span=0.0001s, test_ID=197, label=6, output_node=91, voltage=0.01399900484830141
    time_span=0.0001s, test_ID=197, label=6, output_node=92, voltage=0.010879481211304665
    time_span=0.0001s, test_ID=197, label=6, output_node=93, voltage=0.004512948449701071
    time_span=0.0001s, test_ID=197, label=6, output_node=94, voltage=0.01257270947098732
    time_span=0.0001s, test_ID=197, label=6, output_node=95, voltage=0.011313743889331818
    time_span=0.0001s, test_ID=197, label=6, output_node=96, voltage=0.008462151512503624
    time_span=0.0001s, test_ID=197, label=6, output_node=97, voltage=0.006037849001586437
    time_span=0.0001s, test_ID=197, label=6, output_node=98, voltage=0.00965836737304926
    time_span=0.0001s, test_ID=197, label=6, output_node=99, voltage=0.0031354581005871296
    time_span=0.0001s, test_ID=197, label=6, output_node=sum, voltage=0.02812948264181614
    Time consumed for 1 sample = 625.0127325057983 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '197'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=198, label=4, output_node=bkg, voltage=-0.005246016196906567
    time_span=0.0001s, test_ID=198, label=4, output_node=0, voltage=0.023278886452317238
    time_span=0.0001s, test_ID=198, label=4, output_node=1, voltage=0.023574700579047203
    time_span=0.0001s, test_ID=198, label=4, output_node=2, voltage=0.018057769164443016
    time_span=0.0001s, test_ID=198, label=4, output_node=3, voltage=0.015258966013789177
    time_span=0.0001s, test_ID=198, label=4, output_node=4, voltage=0.01343824714422226
    time_span=0.0001s, test_ID=198, label=4, output_node=5, voltage=0.020442230626940727
    time_span=0.0001s, test_ID=198, label=4, output_node=6, voltage=0.019465139135718346
    time_span=0.0001s, test_ID=198, label=4, output_node=7, voltage=0.02159561775624752
    time_span=0.0001s, test_ID=198, label=4, output_node=8, voltage=0.01948506012558937
    time_span=0.0001s, test_ID=198, label=4, output_node=9, voltage=0.011081674136221409
    time_span=0.0001s, test_ID=198, label=4, output_node=10, voltage=0.01709263026714325
    time_span=0.0001s, test_ID=198, label=4, output_node=11, voltage=0.017476094886660576
    time_span=0.0001s, test_ID=198, label=4, output_node=12, voltage=0.020839640870690346
    time_span=0.0001s, test_ID=198, label=4, output_node=13, voltage=0.01878386363387108
    time_span=0.0001s, test_ID=198, label=4, output_node=14, voltage=0.012208167463541031
    time_span=0.0001s, test_ID=198, label=4, output_node=15, voltage=0.022716134786605835
    time_span=0.0001s, test_ID=198, label=4, output_node=16, voltage=0.018181271851062775
    time_span=0.0001s, test_ID=198, label=4, output_node=17, voltage=0.017301790416240692
    time_span=0.0001s, test_ID=198, label=4, output_node=18, voltage=0.021932272240519524
    time_span=0.0001s, test_ID=198, label=4, output_node=19, voltage=0.02059462107717991
    time_span=0.0001s, test_ID=198, label=4, output_node=20, voltage=0.015549801290035248
    time_span=0.0001s, test_ID=198, label=4, output_node=21, voltage=0.011380478739738464
    time_span=0.0001s, test_ID=198, label=4, output_node=22, voltage=0.011496015824377537
    time_span=0.0001s, test_ID=198, label=4, output_node=23, voltage=0.016885457560420036
    time_span=0.0001s, test_ID=198, label=4, output_node=24, voltage=0.02098008058965206
    time_span=0.0001s, test_ID=198, label=4, output_node=25, voltage=0.016966136172413826
    time_span=0.0001s, test_ID=198, label=4, output_node=26, voltage=0.019473105669021606
    time_span=0.0001s, test_ID=198, label=4, output_node=27, voltage=0.02824103645980358
    time_span=0.0001s, test_ID=198, label=4, output_node=28, voltage=0.014596613124012947
    time_span=0.0001s, test_ID=198, label=4, output_node=29, voltage=0.01942928321659565
    time_span=0.0001s, test_ID=198, label=4, output_node=30, voltage=0.020750001072883606
    time_span=0.0001s, test_ID=198, label=4, output_node=31, voltage=0.02141035906970501
    time_span=0.0001s, test_ID=198, label=4, output_node=32, voltage=0.011743027716875076
    time_span=0.0001s, test_ID=198, label=4, output_node=33, voltage=0.022305777296423912
    time_span=0.0001s, test_ID=198, label=4, output_node=34, voltage=0.015770917758345604
    time_span=0.0001s, test_ID=198, label=4, output_node=35, voltage=0.023354582488536835
    time_span=0.0001s, test_ID=198, label=4, output_node=36, voltage=0.023774901404976845
    time_span=0.0001s, test_ID=198, label=4, output_node=37, voltage=0.016530876979231834
    time_span=0.0001s, test_ID=198, label=4, output_node=38, voltage=0.01017131470143795
    time_span=0.0001s, test_ID=198, label=4, output_node=39, voltage=0.017143426463007927
    time_span=0.0001s, test_ID=198, label=4, output_node=40, voltage=0.014827690087258816
    time_span=0.0001s, test_ID=198, label=4, output_node=41, voltage=0.0097390441223979
    time_span=0.0001s, test_ID=198, label=4, output_node=42, voltage=0.02027888596057892
    time_span=0.0001s, test_ID=198, label=4, output_node=43, voltage=0.017146414145827293
    time_span=0.0001s, test_ID=198, label=4, output_node=44, voltage=0.022921312600374222
    time_span=0.0001s, test_ID=198, label=4, output_node=45, voltage=0.019094623625278473
    time_span=0.0001s, test_ID=198, label=4, output_node=46, voltage=0.00965438224375248
    time_span=0.0001s, test_ID=198, label=4, output_node=47, voltage=0.016408365219831467
    time_span=0.0001s, test_ID=198, label=4, output_node=48, voltage=0.019346613436937332
    time_span=0.0001s, test_ID=198, label=4, output_node=49, voltage=0.019451195374131203
    time_span=0.0001s, test_ID=198, label=4, output_node=50, voltage=0.021728085353970528
    time_span=0.0001s, test_ID=198, label=4, output_node=51, voltage=0.02022111415863037
    time_span=0.0001s, test_ID=198, label=4, output_node=52, voltage=0.019876495003700256
    time_span=0.0001s, test_ID=198, label=4, output_node=53, voltage=0.020742032676935196
    time_span=0.0001s, test_ID=198, label=4, output_node=54, voltage=0.01088645402342081
    time_span=0.0001s, test_ID=198, label=4, output_node=55, voltage=0.01786952279508114
    time_span=0.0001s, test_ID=198, label=4, output_node=56, voltage=0.019844621419906616
    time_span=0.0001s, test_ID=198, label=4, output_node=57, voltage=0.023904383182525635
    time_span=0.0001s, test_ID=198, label=4, output_node=58, voltage=0.013097609393298626
    time_span=0.0001s, test_ID=198, label=4, output_node=59, voltage=0.015383466146886349
    time_span=0.0001s, test_ID=198, label=4, output_node=60, voltage=0.016068726778030396
    time_span=0.0001s, test_ID=198, label=4, output_node=61, voltage=0.018899403512477875
    time_span=0.0001s, test_ID=198, label=4, output_node=62, voltage=0.010213146917521954
    time_span=0.0001s, test_ID=198, label=4, output_node=63, voltage=0.019667331129312515
    time_span=0.0001s, test_ID=198, label=4, output_node=64, voltage=0.021001992747187614
    time_span=0.0001s, test_ID=198, label=4, output_node=65, voltage=0.01991533674299717
    time_span=0.0001s, test_ID=198, label=4, output_node=66, voltage=0.016854580491781235
    time_span=0.0001s, test_ID=198, label=4, output_node=67, voltage=0.014755976386368275
    time_span=0.0001s, test_ID=198, label=4, output_node=68, voltage=0.020303785800933838
    time_span=0.0001s, test_ID=198, label=4, output_node=69, voltage=0.013881474733352661
    time_span=0.0001s, test_ID=198, label=4, output_node=70, voltage=0.018278883770108223
    time_span=0.0001s, test_ID=198, label=4, output_node=71, voltage=0.012973107397556305
    time_span=0.0001s, test_ID=198, label=4, output_node=72, voltage=0.01684163324534893
    time_span=0.0001s, test_ID=198, label=4, output_node=73, voltage=0.0255747027695179
    time_span=0.0001s, test_ID=198, label=4, output_node=74, voltage=0.025653386488556862
    time_span=0.0001s, test_ID=198, label=4, output_node=75, voltage=0.01174800843000412
    time_span=0.0001s, test_ID=198, label=4, output_node=76, voltage=0.025326695293188095
    time_span=0.0001s, test_ID=198, label=4, output_node=77, voltage=0.01847410388290882
    time_span=0.0001s, test_ID=198, label=4, output_node=78, voltage=0.017454182729125023
    time_span=0.0001s, test_ID=198, label=4, output_node=79, voltage=0.013528884388506413
    time_span=0.0001s, test_ID=198, label=4, output_node=80, voltage=0.017662351951003075
    time_span=0.0001s, test_ID=198, label=4, output_node=81, voltage=0.007237051613628864
    time_span=0.0001s, test_ID=198, label=4, output_node=82, voltage=0.019422311335802078
    time_span=0.0001s, test_ID=198, label=4, output_node=83, voltage=0.024974102154374123
    time_span=0.0001s, test_ID=198, label=4, output_node=84, voltage=0.013632470741868019
    time_span=0.0001s, test_ID=198, label=4, output_node=85, voltage=0.021542830392718315
    time_span=0.0001s, test_ID=198, label=4, output_node=86, voltage=0.01937250979244709
    time_span=0.0001s, test_ID=198, label=4, output_node=87, voltage=0.02099800854921341
    time_span=0.0001s, test_ID=198, label=4, output_node=88, voltage=0.014423307962715626
    time_span=0.0001s, test_ID=198, label=4, output_node=89, voltage=0.013072709552943707
    time_span=0.0001s, test_ID=198, label=4, output_node=90, voltage=0.018981074914336205
    time_span=0.0001s, test_ID=198, label=4, output_node=91, voltage=0.01732669398188591
    time_span=0.0001s, test_ID=198, label=4, output_node=92, voltage=0.026877490803599358
    time_span=0.0001s, test_ID=198, label=4, output_node=93, voltage=0.023073704913258553
    time_span=0.0001s, test_ID=198, label=4, output_node=94, voltage=0.02455677092075348
    time_span=0.0001s, test_ID=198, label=4, output_node=95, voltage=0.03173306584358215
    time_span=0.0001s, test_ID=198, label=4, output_node=96, voltage=0.025796812027692795
    time_span=0.0001s, test_ID=198, label=4, output_node=97, voltage=0.011350597254931927
    time_span=0.0001s, test_ID=198, label=4, output_node=98, voltage=0.01937350630760193
    time_span=0.0001s, test_ID=198, label=4, output_node=99, voltage=0.02110259048640728
    time_span=0.0001s, test_ID=198, label=4, output_node=sum, voltage=0.048226095736026764
    Time consumed for 1 sample = 628.3138289451599 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '198'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    time_span=0.0001s, test_ID=199, label=2, output_node=bkg, voltage=-0.004962151870131493
    time_span=0.0001s, test_ID=199, label=2, output_node=0, voltage=0.025384461507201195
    time_span=0.0001s, test_ID=199, label=2, output_node=1, voltage=0.017056772485375404
    time_span=0.0001s, test_ID=199, label=2, output_node=2, voltage=0.026743028312921524
    time_span=0.0001s, test_ID=199, label=2, output_node=3, voltage=0.014409362338483334
    time_span=0.0001s, test_ID=199, label=2, output_node=4, voltage=0.030002988874912262
    time_span=0.0001s, test_ID=199, label=2, output_node=5, voltage=0.028739044442772865
    time_span=0.0001s, test_ID=199, label=2, output_node=6, voltage=0.0260358564555645
    time_span=0.0001s, test_ID=199, label=2, output_node=7, voltage=0.023720117285847664
    time_span=0.0001s, test_ID=199, label=2, output_node=8, voltage=0.033751994371414185
    time_span=0.0001s, test_ID=199, label=2, output_node=9, voltage=0.03199202939867973
    time_span=0.0001s, test_ID=199, label=2, output_node=10, voltage=0.01887848600745201
    time_span=0.0001s, test_ID=199, label=2, output_node=11, voltage=0.029862551018595695
    time_span=0.0001s, test_ID=199, label=2, output_node=12, voltage=0.021363547071814537
    time_span=0.0001s, test_ID=199, label=2, output_node=13, voltage=0.03428984433412552
    time_span=0.0001s, test_ID=199, label=2, output_node=14, voltage=0.02260657213628292
    time_span=0.0001s, test_ID=199, label=2, output_node=15, voltage=0.02843725122511387
    time_span=0.0001s, test_ID=199, label=2, output_node=16, voltage=0.023194223642349243
    time_span=0.0001s, test_ID=199, label=2, output_node=17, voltage=0.025330675765872
    time_span=0.0001s, test_ID=199, label=2, output_node=18, voltage=0.030475100502371788
    time_span=0.0001s, test_ID=199, label=2, output_node=19, voltage=0.02379482053220272
    time_span=0.0001s, test_ID=199, label=2, output_node=20, voltage=0.031054779887199402
    time_span=0.0001s, test_ID=199, label=2, output_node=21, voltage=0.026791833341121674
    time_span=0.0001s, test_ID=199, label=2, output_node=22, voltage=0.02671513892710209
    time_span=0.0001s, test_ID=199, label=2, output_node=23, voltage=0.02729780785739422
    time_span=0.0001s, test_ID=199, label=2, output_node=24, voltage=0.03428386151790619
    time_span=0.0001s, test_ID=199, label=2, output_node=25, voltage=0.025481075048446655
    time_span=0.0001s, test_ID=199, label=2, output_node=26, voltage=0.028563745319843292
    time_span=0.0001s, test_ID=199, label=2, output_node=27, voltage=0.009334661066532135
    time_span=0.0001s, test_ID=199, label=2, output_node=28, voltage=0.02522709220647812
    time_span=0.0001s, test_ID=199, label=2, output_node=29, voltage=0.024657370522618294
    time_span=0.0001s, test_ID=199, label=2, output_node=30, voltage=0.023703189566731453
    time_span=0.0001s, test_ID=199, label=2, output_node=31, voltage=0.023206176236271858
    time_span=0.0001s, test_ID=199, label=2, output_node=32, voltage=0.027017928659915924
    time_span=0.0001s, test_ID=199, label=2, output_node=33, voltage=0.018470117822289467
    time_span=0.0001s, test_ID=199, label=2, output_node=34, voltage=0.019102590158581734
    time_span=0.0001s, test_ID=199, label=2, output_node=35, voltage=0.018294820562005043
    time_span=0.0001s, test_ID=199, label=2, output_node=36, voltage=0.028644423931837082
    time_span=0.0001s, test_ID=199, label=2, output_node=37, voltage=0.020556772127747536
    time_span=0.0001s, test_ID=199, label=2, output_node=38, voltage=0.028168324381113052
    time_span=0.0001s, test_ID=199, label=2, output_node=39, voltage=0.02234860509634018
    time_span=0.0001s, test_ID=199, label=2, output_node=40, voltage=0.029243027791380882
    time_span=0.0001s, test_ID=199, label=2, output_node=41, voltage=0.024996014311909676
    time_span=0.0001s, test_ID=199, label=2, output_node=42, voltage=0.028992030769586563
    time_span=0.0001s, test_ID=199, label=2, output_node=43, voltage=0.029549799859523773
    time_span=0.0001s, test_ID=199, label=2, output_node=44, voltage=0.030980080366134644
    time_span=0.0001s, test_ID=199, label=2, output_node=45, voltage=0.03709661215543747
    time_span=0.0001s, test_ID=199, label=2, output_node=46, voltage=0.023950200527906418
    time_span=0.0001s, test_ID=199, label=2, output_node=47, voltage=0.021787848323583603
    time_span=0.0001s, test_ID=199, label=2, output_node=48, voltage=0.018161356449127197
    time_span=0.0001s, test_ID=199, label=2, output_node=49, voltage=0.027095617726445198
    time_span=0.0001s, test_ID=199, label=2, output_node=50, voltage=0.02907470241189003
    time_span=0.0001s, test_ID=199, label=2, output_node=51, voltage=0.030275896191596985
    time_span=0.0001s, test_ID=199, label=2, output_node=52, voltage=0.029288845136761665
    time_span=0.0001s, test_ID=199, label=2, output_node=53, voltage=0.028401393443346024
    time_span=0.0001s, test_ID=199, label=2, output_node=54, voltage=0.02945617586374283
    time_span=0.0001s, test_ID=199, label=2, output_node=55, voltage=0.024050796404480934
    time_span=0.0001s, test_ID=199, label=2, output_node=56, voltage=0.020886452868580818
    time_span=0.0001s, test_ID=199, label=2, output_node=57, voltage=0.02120916359126568
    time_span=0.0001s, test_ID=199, label=2, output_node=58, voltage=0.032022908329963684
    time_span=0.0001s, test_ID=199, label=2, output_node=59, voltage=0.027922311797738075
    time_span=0.0001s, test_ID=199, label=2, output_node=60, voltage=0.01530976127833128
    time_span=0.0001s, test_ID=199, label=2, output_node=61, voltage=0.0261553805321455
    time_span=0.0001s, test_ID=199, label=2, output_node=62, voltage=0.019189244136214256
    time_span=0.0001s, test_ID=199, label=2, output_node=63, voltage=0.026393426582217216
    time_span=0.0001s, test_ID=199, label=2, output_node=64, voltage=0.022143429145216942
    time_span=0.0001s, test_ID=199, label=2, output_node=65, voltage=0.02829183265566826
    time_span=0.0001s, test_ID=199, label=2, output_node=66, voltage=0.030145417898893356
    time_span=0.0001s, test_ID=199, label=2, output_node=67, voltage=0.028538843616843224
    time_span=0.0001s, test_ID=199, label=2, output_node=68, voltage=0.021153384819626808
    time_span=0.0001s, test_ID=199, label=2, output_node=69, voltage=0.023603586480021477
    time_span=0.0001s, test_ID=199, label=2, output_node=70, voltage=0.018001994118094444
    time_span=0.0001s, test_ID=199, label=2, output_node=71, voltage=0.026078686118125916
    time_span=0.0001s, test_ID=199, label=2, output_node=72, voltage=0.025674303993582726
    time_span=0.0001s, test_ID=199, label=2, output_node=73, voltage=0.030169323086738586
    time_span=0.0001s, test_ID=199, label=2, output_node=74, voltage=0.03303585946559906
    time_span=0.0001s, test_ID=199, label=2, output_node=75, voltage=0.0238854568451643
    time_span=0.0001s, test_ID=199, label=2, output_node=76, voltage=0.02371514029800892
    time_span=0.0001s, test_ID=199, label=2, output_node=77, voltage=0.029840640723705292
    time_span=0.0001s, test_ID=199, label=2, output_node=78, voltage=0.029069721698760986
    time_span=0.0001s, test_ID=199, label=2, output_node=79, voltage=0.02876892499625683
    time_span=0.0001s, test_ID=199, label=2, output_node=80, voltage=0.02511354722082615
    time_span=0.0001s, test_ID=199, label=2, output_node=81, voltage=0.03028685413300991
    time_span=0.0001s, test_ID=199, label=2, output_node=82, voltage=0.027062751352787018
    time_span=0.0001s, test_ID=199, label=2, output_node=83, voltage=0.016805775463581085
    time_span=0.0001s, test_ID=199, label=2, output_node=84, voltage=0.022442232817411423
    time_span=0.0001s, test_ID=199, label=2, output_node=85, voltage=0.02686752937734127
    time_span=0.0001s, test_ID=199, label=2, output_node=86, voltage=0.023651394993066788
    time_span=0.0001s, test_ID=199, label=2, output_node=87, voltage=0.020354580134153366
    time_span=0.0001s, test_ID=199, label=2, output_node=88, voltage=0.026467131450772285
    time_span=0.0001s, test_ID=199, label=2, output_node=89, voltage=0.02103884518146515
    time_span=0.0001s, test_ID=199, label=2, output_node=90, voltage=0.029368525370955467
    time_span=0.0001s, test_ID=199, label=2, output_node=91, voltage=0.027678286656737328
    time_span=0.0001s, test_ID=199, label=2, output_node=92, voltage=0.025093626230955124
    time_span=0.0001s, test_ID=199, label=2, output_node=93, voltage=0.0268824715167284
    time_span=0.0001s, test_ID=199, label=2, output_node=94, voltage=0.010188247077167034
    time_span=0.0001s, test_ID=199, label=2, output_node=95, voltage=0.023452190682291985
    time_span=0.0001s, test_ID=199, label=2, output_node=96, voltage=0.022206176072359085
    time_span=0.0001s, test_ID=199, label=2, output_node=97, voltage=0.02476493827998638
    time_span=0.0001s, test_ID=199, label=2, output_node=98, voltage=0.02698804810643196
    time_span=0.0001s, test_ID=199, label=2, output_node=99, voltage=0.027816735208034515
    time_span=0.0001s, test_ID=199, label=2, output_node=sum, voltage=0.06931672990322113
    Time consumed for 1 sample = 631.4060275554657 s

    C:\Users\Logan\Anaconda3\lib\site-packages\tables\path.py:155: NaturalNameWarning: object name is not a valid Python identifier: '199'; it does not match the pattern ``^[a-zA-Z_][a-zA-Z0-9_]*$``; you will not be able to use natural naming to access this object; using ``getattr()`` will still work, though
      check_attribute_name(name)

    Finished! Safe to change code now.

```python
df
```

<div>
<style scoped>
    .dataframe tbody tr th:only-of-type {
        vertical-align: middle;
    }

    .dataframe tbody tr th {
        vertical-align: top;
    }

    .dataframe thead th {
        text-align: right;
    }
</style>
<table border="1" class="dataframe">
  <thead>
    <tr style="text-align: right;">
      <th></th>
      <th></th>
      <th></th>
      <th>0</th>
      <th>1</th>
      <th>2</th>
      <th>3</th>
      <th>4</th>
      <th>5</th>
      <th>6</th>
      <th>7</th>
      <th>8</th>
      <th>9</th>
      <th>...</th>
      <th>994</th>
      <th>995</th>
      <th>996</th>
      <th>997</th>
      <th>998</th>
      <th>999</th>
      <th>1000</th>
      <th>1001</th>
      <th>1002</th>
      <th>1003</th>
    </tr>
    <tr>
      <th>output_node</th>
      <th>time_range</th>
      <th>repeats</th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
    </tr>
  </thead>
  <tbody>
    <tr>
      <th rowspan="5" valign="top">0</th>
      <th rowspan="5" valign="top">0.0001</th>
      <th>0</th>
      <td>0.009</td>
      <td>-0.005</td>
      <td>-0.022</td>
      <td>-0.011</td>
      <td>0.015</td>
      <td>0.129</td>
      <td>0.047</td>
      <td>0.041</td>
      <td>0.016</td>
      <td>0.016</td>
      <td>...</td>
      <td>0.035</td>
      <td>0.036</td>
      <td>0.041</td>
      <td>0.036</td>
      <td>0.029</td>
      <td>0.014</td>
      <td>0.018</td>
      <td>0.032</td>
      <td>0.039</td>
      <td>0.051</td>
    </tr>
    <tr>
      <th>1</th>
      <td>-0.007</td>
      <td>-0.004</td>
      <td>-0.005</td>
      <td>0.007</td>
      <td>0.021</td>
      <td>0.019</td>
      <td>0.022</td>
      <td>0.018</td>
      <td>0.009</td>
      <td>0.013</td>
      <td>...</td>
      <td>0.036</td>
      <td>0.009</td>
      <td>-0.012</td>
      <td>-0.016</td>
      <td>-0.01</td>
      <td>0.007</td>
      <td>0.026</td>
      <td>0.033</td>
      <td>0.035</td>
      <td>0.032</td>
    </tr>
    <tr>
      <th>2</th>
      <td>0.026</td>
      <td>0.017</td>
      <td>0.017</td>
      <td>0.017</td>
      <td>0.017</td>
      <td>0.032</td>
      <td>0.032</td>
      <td>0.04</td>
      <td>0.053</td>
      <td>0.057</td>
      <td>...</td>
      <td>0.028</td>
      <td>0.044</td>
      <td>0.121</td>
      <td>0.016</td>
      <td>0.036</td>
      <td>0.027</td>
      <td>0.037</td>
      <td>0.039</td>
      <td>0.046</td>
      <td>0.052</td>
    </tr>
    <tr>
      <th>3</th>
      <td>0.025</td>
      <td>0.023</td>
      <td>0.012</td>
      <td>-0.004</td>
      <td>0.001</td>
      <td>0.011</td>
      <td>0.012</td>
      <td>0.015</td>
      <td>0.016</td>
      <td>0.014</td>
      <td>...</td>
      <td>-0.001</td>
      <td>-0.005</td>
      <td>0.002</td>
      <td>0.007</td>
      <td>0.007</td>
      <td>0.009</td>
      <td>-0.002</td>
      <td>-0.013</td>
      <td>-0.012</td>
      <td>-0.001</td>
    </tr>
    <tr>
      <th>4</th>
      <td>0.03</td>
      <td>0.033</td>
      <td>0.028</td>
      <td>0.025</td>
      <td>0.025</td>
      <td>0.024</td>
      <td>0.02</td>
      <td>0.027</td>
      <td>0.024</td>
      <td>0.016</td>
      <td>...</td>
      <td>0.027</td>
      <td>0.018</td>
      <td>0.011</td>
      <td>0.015</td>
      <td>0.016</td>
      <td>0.016</td>
      <td>0.033</td>
      <td>0.051</td>
      <td>0.107</td>
      <td>0.069</td>
    </tr>
    <tr>
      <th>...</th>
      <th>...</th>
      <th>...</th>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
      <td>...</td>
    </tr>
    <tr>
      <th rowspan="5" valign="top">bkg</th>
      <th rowspan="5" valign="top">0.0001</th>
      <th>45</th>
      <td>-0.007</td>
      <td>-0.006</td>
      <td>-0.004</td>
      <td>-0.003</td>
      <td>-0.007</td>
      <td>-0.011</td>
      <td>-0.01</td>
      <td>-0.005</td>
      <td>0.005</td>
      <td>0.015</td>
      <td>...</td>
      <td>-0.005</td>
      <td>-0.006</td>
      <td>-0.006</td>
      <td>-0.01</td>
      <td>-0.011</td>
      <td>-0.012</td>
      <td>-0.009</td>
      <td>-0.004</td>
      <td>-0.005</td>
      <td>-0.005</td>
    </tr>
    <tr>
      <th>46</th>
      <td>-0.014</td>
      <td>-0.008</td>
      <td>-0.006</td>
      <td>-0.014</td>
      <td>-0.024</td>
      <td>-0.024</td>
      <td>-0.025</td>
      <td>-0.016</td>
      <td>-0.007</td>
      <td>0.003</td>
      <td>...</td>
      <td>-0.029</td>
      <td>-0.019</td>
      <td>0.003</td>
      <td>0.014</td>
      <td>0.016</td>
      <td>0.011</td>
      <td>0.002</td>
      <td>0.002</td>
      <td>0.004</td>
      <td>0.006</td>
    </tr>
    <tr>
      <th>47</th>
      <td>-0.01</td>
      <td>-0.005</td>
      <td>0.005</td>
      <td>0.009</td>
      <td>0.009</td>
      <td>0.005</td>
      <td>0.001</td>
      <td>-0.005</td>
      <td>-0.013</td>
      <td>-0.021</td>
      <td>...</td>
      <td>-0.005</td>
      <td>-0.005</td>
      <td>-0.003</td>
      <td>-0.004</td>
      <td>-0.004</td>
      <td>0.006</td>
      <td>0.01</td>
      <td>0.006</td>
      <td>0.005</td>
      <td>-0.001</td>
    </tr>
    <tr>
      <th>48</th>
      <td>0.01</td>
      <td>0.003</td>
      <td>-0.016</td>
      <td>-0.03</td>
      <td>-0.037</td>
      <td>-0.026</td>
      <td>-0.006</td>
      <td>0.011</td>
      <td>0.016</td>
      <td>0.008</td>
      <td>...</td>
      <td>-0.023</td>
      <td>-0.029</td>
      <td>-0.034</td>
      <td>-0.02</td>
      <td>-0.007</td>
      <td>-0.005</td>
      <td>-0.012</td>
      <td>-0.019</td>
      <td>-0.025</td>
      <td>-0.018</td>
    </tr>
    <tr>
      <th>49</th>
      <td>-0.002</td>
      <td>0.004</td>
      <td>0.006</td>
      <td>0.005</td>
      <td>0</td>
      <td>-0.013</td>
      <td>-0.024</td>
      <td>-0.026</td>
      <td>-0.024</td>
      <td>-0.016</td>
      <td>...</td>
      <td>-0.007</td>
      <td>-0.001</td>
      <td>0.001</td>
      <td>-0.001</td>
      <td>-0.007</td>
      <td>-0.011</td>
      <td>-0.014</td>
      <td>-0.013</td>
      <td>-0.011</td>
      <td>-0.005</td>
    </tr>
  </tbody>
</table>
<p>5100 rows × 1004 columns</p>
</div>

```python
df_volTraces.loc[0,].dropna(axis="columns").astype(float).mean(level=[0,1]).mean(axis=1)*100
```

    output_node  time_range
    0            0.0001        1.108908
    1            0.0001        0.135558
    2            0.0001        0.954472
    3            0.0001        1.069739
    4            0.0001        0.617894
    5            0.0001        0.339468
    6            0.0001        0.495554
    7            0.0001        1.219645
    8            0.0001        0.718153
    9            0.0001        0.582032
    dtype: float64

```python
df_all_acts.loc[0,0]
```

<div>
<style scoped>
    .dataframe tbody tr th:only-of-type {
        vertical-align: middle;
    }

    .dataframe tbody tr th {
        vertical-align: top;
    }

    .dataframe thead th {
        text-align: right;
    }
</style>
<table border="1" class="dataframe">
  <thead>
    <tr style="text-align: right;">
      <th></th>
      <th>norm(W)norm(X)</th>
      <th>sum(norm(X))</th>
      <th>sum(norm(W))</th>
      <th>Wx</th>
      <th>Wx+b</th>
      <th>a</th>
      <th>a_true</th>
    </tr>
    <tr>
      <th>output node</th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
      <th></th>
    </tr>
  </thead>
  <tbody>
    <tr>
      <th>0</th>
      <td>12298065.0</td>
      <td>18435480.0</td>
      <td>131674194.0</td>
      <td>0.956051</td>
      <td>-0.552092</td>
      <td>0.000000</td>
      <td>0.453606</td>
    </tr>
    <tr>
      <th>1</th>
      <td>5819807.0</td>
      <td>18435480.0</td>
      <td>79005915.0</td>
      <td>-10.673519</td>
      <td>-10.590518</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>2</th>
      <td>11277890.0</td>
      <td>18435480.0</td>
      <td>122052825.0</td>
      <td>1.561747</td>
      <td>1.957514</td>
      <td>1.957514</td>
      <td>1.641961</td>
    </tr>
    <tr>
      <th>3</th>
      <td>11975186.0</td>
      <td>18435480.0</td>
      <td>117449433.0</td>
      <td>5.828900</td>
      <td>4.467121</td>
      <td>4.467121</td>
      <td>5.462904</td>
    </tr>
    <tr>
      <th>4</th>
      <td>9023111.0</td>
      <td>18435480.0</td>
      <td>101583315.0</td>
      <td>-3.535693</td>
      <td>-3.061699</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>5</th>
      <td>7405579.0</td>
      <td>18435480.0</td>
      <td>84927987.0</td>
      <td>-1.884187</td>
      <td>-0.552092</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>6</th>
      <td>8327609.0</td>
      <td>18435480.0</td>
      <td>110240649.0</td>
      <td>-8.759407</td>
      <td>-8.080911</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>7</th>
      <td>13082552.0</td>
      <td>18435480.0</td>
      <td>119804076.0</td>
      <td>11.431123</td>
      <td>11.995940</td>
      <td>11.995940</td>
      <td>12.365005</td>
    </tr>
    <tr>
      <th>8</th>
      <td>9697962.0</td>
      <td>18435480.0</td>
      <td>102857040.0</td>
      <td>1.703591</td>
      <td>-0.552092</td>
      <td>0.000000</td>
      <td>0.000000</td>
    </tr>
    <tr>
      <th>9</th>
      <td>8986474.0</td>
      <td>18435480.0</td>
      <td>88276635.0</td>
      <td>3.274412</td>
      <td>1.957514</td>
      <td>1.957514</td>
      <td>2.905186</td>
    </tr>
  </tbody>
</table>
</div>

```python
df_volTraces.to_hdf((savePath / "mppc_vol_meas.h5").as_posix(), key=" ", mode='w')
joblib.dump([oscope_info(oscope),], savePath / 'exp_info.pkl')
```

```python
blackImage_PIL = Image.open((phoneImagePath / "black.png").as_posix())
blackImage_byte = PIL_to_bytestream(blackImage_PIL)
aoab.write(blackImage_byte)
```

# Troubleshoot Blocks

```python
# Debug alignment
from PIL import Image
testImagePath = phoneImagePath / f"test_digit_7_00000.png"
imToPhone_PIL = Image.open(testImagePath)
imToPhone_byte = PIL_to_bytestream(imToPhone_PIL)
slm.updateArray(slm_weights_numpy["ordered"])
aoab.write(imToPhone_byte)
```

```python
# Debug alignment
from PIL import Image
alignImagePath = resultPath.parent / "alignment_images"
imToPhone_PIL = Image.open((alignImagePath / "TheGreenViewFinder.png").as_posix())
imToPhone_byte = PIL_to_bytestream(imToPhone_PIL)
aoab.write(imToPhone_byte)
imToSLM = Image.open((alignImagePath / "TheGreenViewFinder_SLM.bmp").as_posix())
slm.updateArray(np.array(imToSLM))
```

```python
# Debug alignment
from PIL import Image
alignImagePath = resultPath.parent / "alignment_images"
imToPhone_PIL = Image.open((alignImagePath / "Horizontal_stripes_period_4.png").as_posix())
imToPhone_byte = PIL_to_bytestream(imToPhone_PIL)
aoab.write(imToPhone_byte)
imToSLM = Image.open((alignImagePath / "Horizontal_stripes_period_4_SLM.bmp").as_posix())
slm.updateArray(np.array(imToSLM))
```

```python
# Debug alignment
from PIL import Image
alignImagePath = resultPath.parent / "alignment_images"
imToPhone_PIL = Image.open((alignImagePath / "Vertical_stripes_period_4.png").as_posix())
imToPhone_byte = PIL_to_bytestream(imToPhone_PIL)
aoab.write(imToPhone_byte)
imToSLM = Image.open((alignImagePath / "Vertical_stripes_period_4_SLM.bmp").as_posix())
slm.updateArray(np.array(imToSLM))
```