dd

pi/server.py

@@ -382,7 +382,7 @@ state = {
 	"wf_len": 200,
 	"N": 1,
 	"step_max": 200,
-	"Gain": 10,
+	"Gain": 1.0,
 	"auto_set_pga": 1,
 	"input_gain": 1,
 	"offset": 2000,
@@ -390,13 +390,14 @@ state = {
 }
 
 def update_state():
+	print(state)
 	state["n_boards"] = len(chips)
 	state["box_address"] = adresses[state["selected_board"]]
 	chip = chips[state["selected_board"]]
+	state["enab_gnd"] = chip.get_enab_gnd()
 	state["mode"] = chip.get_mode()
 	state["out_of_lock"] = chip.get_out_of_lock()
-	state["remote_trigg"] = chip.get_remote_trigg()
-	state["enab_gnd"] = chip.get_enab_gnd()
+	state["remote_trigg"] = chip.get_remote_trigg()	
 	state["Vlearn"] = chip.get_Vlearn()
 	state["start"] = chip.get_start()
 	state["stop"] = chip.get_stop()
@@ -410,7 +411,15 @@ def update_state():
 	state["input_gain"] = chip.get_input_gain()
 	state["offset"] = chip.get_offset()
 	state["coarse_fine_ratio"] = chip.get_coarse_fine_ratio()
-
+	for l in state:
+            if isinstance(state[l], np.uint16) or isinstance(state[l], np.int32):
+                state[l] = int(state[l])
+            if isinstance(state[l], np.float32):
+                state[l] = float(state[l])
+            print(type(state[l]))
+	for l in state:
+            print(type(state[l]))
+	print(state)
 	eel.renderUI(state)
 
 
@@ -442,21 +451,22 @@ p = subprocess.Popen(['i2cdetect', '-y','1'],stdout=subprocess.PIPE,)
 p.stdout.readline()
 for i in range(0,8):
 	line = str(p.stdout.readline())[4:]
-	print(line)
 	for match in re.finditer("[0-9a-f]+", line):
-		print(match)
 		adresses.append(int(match.group(0), 16))
 		chips.append(ADUCv2p1(int(match.group(0), 16),True))
-print('Found boards', chips)
+print('Found boards', adresses, chips)
+#update_state()
+eel.renderUI(state)
+eel.sleep(5)
 update_state()
-
+eel.renderUI(state)
 	
 	
 
 
-eel.renderUI(state)
 i = 0
 while(True):
+	print(state)
 	eel.renderUI(state) # TO DO
 	# save_waveform() # TO DO
 	eel.sleep(1/state["pi_freq"])