Do for st2

main.py

@@ -1,55 +1,79 @@
 # Cal Wing
 # Sep 2024
 
+import numpy as np
+
 from nptdms import TdmsFile
 
 from makeGraph import makeGraph, pltKeyClose, UQ_COLOURS as UQC
 
 # Photo Diode Things
-SHOT_PD = "x2s4111"
+SHOT_PD = "x2s4111", 1, "PD", np.timedelta64(1146, 'us') #np.timedelta64(1146800, 'ns')
 
 # PCB Things
-SHOT_PCB_1 = "x2s3667"
+SHOT_PCB_1 = "x2s3667", 0.0148 * 1000, "PCB", np.timedelta64(1643, 'us')
-SHOT_PCB_2 = "x2s3668"
+SHOT_PCB_2 = "x2s3668", 0.0148 * 1000, "PCB", np.timedelta64(1648600, 'ns')
 
 # Shot DATA FILE
 DATA_FILE_FMT = './data/{0}/databox/{0}.tdms'
 
+TIME_OFFSET = np.timedelta64(-10, 'us'), np.timedelta64(15, 'us') # us
 
 def main():
 
     graphData = {
+            "title": "Shock response time of PCBs",
+            "xLabel": "Time ($\\mu$s)",
+            "yLabel": "PCB Voltage Reading (mV)",
+            "grid": True,
+            "xLim": (-10, 15),
             "plots": []
         }
 
-    for df in [SHOT_PD, SHOT_PCB_1, SHOT_PCB_2]:
+    for df, scale, name, zero_p in [SHOT_PD, SHOT_PCB_1, SHOT_PCB_2]:
         file_path = DATA_FILE_FMT.format(df)
         data = TdmsFile.read(file_path)
 
         channels = data.groups()[0].channels()
 
         for channel in channels:
-            if df is SHOT_PD and channel.name == "st2":
+            time = (channels[0][:] - channels[0][0]) # Convert to sec
+
+            time_range_i = [0, 0]
+
+            for i, value in enumerate(time):
+                if value >= zero_p + TIME_OFFSET[0]:
+                    time_range_i[0] = i
+                    break
+            
+            for i, value in enumerate(time):
+                if value >= zero_p + TIME_OFFSET[1]:
+                    time_range_i[1] = i
+                    break
+                
+            
+            a = time > time[time_range_i[0]]
+            b = time < time[time_range_i[1]]
+            time_range = np.logical_and(a, b)
+            time_2 = time[time_range][:] - time[time_range][0] + TIME_OFFSET[0]
+
+            #print(time_range, a, b, time_range_i)
+
+            if channel.name == "st2" and df is not SHOT_PD[0]:
                 graphData["plots"].append({
-                    "x": channels[0][:] - channels[0][0],
+                    "x": time_2,
-                    "y": channel[:],
+                    "y": channel[time_range] * scale,
-                    "label": f"{df} - PD - st2"
+                    "label": f"{df} - {name}"
                 })
 
-            #if df is SHOT_PD and channel.name == "photodiode":
+            if channel.name == "st2" and df is SHOT_PD[0] and False:
-            #    graphData["plots"].append({
-            #        "x": channels[0][:] - channels[0][0],
-            #        "y": channel[:],
-            #        "label": f"{df} - PD - photodiode"
-            #    })
-
-            if df is not SHOT_PD and channel.name == "st2":
                 graphData["plots"].append({
-                    "x": channels[0][:] - channels[0][0],
+                    "x": time,
-                    "y": channel[:] * 0.0148 * 10,
+                    "y": channel[:] * scale,
-                    "label": f"{df} - PCB"
+                    "label": f"{df} - {name}"
                 })
  
+
     makeGraph(graphData, showPlot=True, doProgramBlock=True)