add more units

peaktech.py

@@ -3,14 +3,14 @@ from math import inf
 import sys
 import binascii
 
-def crap_to_number(crap):
+def crap_to_number(num, unit, acdc):
     number_str = ""
 
-    if(crap[0]&0x10):
+    if(num[0]&0x10):
         number_str+="-"
-        crap[0] &= 0xEF
+        num[0] &= 0xEF
 
-    for elem in crap:
+    for elem in num:
         if(elem & 0x10 != 0):
             number_str+="."
         switch={
@@ -28,6 +28,35 @@ def crap_to_number(crap):
                 0x00:" "
                 }
         number_str+=switch.get(elem&0xEF, "-")
+
+    if (unit[0] & 0x1):
+        number_str+="µ"
+    if (unit[1] & 0x1):
+        number_str+="m"
+    if (unit[1] & 0x2):
+        number_str+="%"
+    if (unit[1] & 0x4):
+        number_str+="M"
+    if (unit[2] & 0x1):
+        number_str+="F"
+    if (unit[2] & 0x2):
+        number_str+="Ω"
+    if (unit[3] & 0x1):
+        number_str+="A"
+    if (unit[3] & 0x2):
+        number_str+="V"
+    if (unit[3] & 0x4):
+        number_str+="Hz"
+    if (unit[4] & 0x2):
+        number_str+="°C"
+    if (unit[4] & 0x1):
+        number_str+="°F"
+
+    if(acdc&0xb == 0x0a):
+        number_str+=" DC"
+    if(acdc&0xb == 0x09):
+        number_str+=" AC"
+
     return number_str
 
 
@@ -48,28 +77,43 @@ def read_peaktech( ser ):
                 if(good==1):
                     for i in range(0, 0xf):
                         bytearr[i] = (bytearr[i] & 0x0F)
-                    print(binascii.hexlify(bytearr))
+                    #print(binascii.hexlify(bytearr))
-
+
-                    num1 = (bytearr[1]<<4) | bytearr[2]
+                    acdc = bytearr[0]
-                    num2 = (bytearr[3]<<4) | bytearr[4]
+
-                    num3 = (bytearr[5]<<4) | bytearr[6]
+                    num = []
-                    num4 = (bytearr[7]<<4) | bytearr[8]
+                    num.append((bytearr[1]<<4) | bytearr[2])
-
+                    num.append((bytearr[3]<<4) | bytearr[4])
-
+                    num.append((bytearr[5]<<4) | bytearr[6])
-                    if line[0:2] == b'\x1C\x20':
+                    num.append((bytearr[7]<<4) | bytearr[8])
-                        print("Ohm")
+
-                    if line[0:2] == b'\x18\x20':
+                    unit = []
-                        print("beep")
+                    unit.append(bytearr[9] )
-                    if line[0:1] == b'\x1e':
+                    unit.append(bytearr[10])
-                        print("V DC")
+                    unit.append(bytearr[11])
-                    if line[0:1] == b'\x1d':
+                    unit.append(bytearr[12])
-                        print("V AC")
+                    unit.append(bytearr[13])
-                    if line[0:2] == b'\x1c\x2e':
+
-                        print("Hz")
+                    #print(unit[0])
-                    if line[0:2] == b'\x18\x2e':
+                    #print(unit[1])
-                        print("Temp")
+                    #print(unit[2])
-
+                    #print(unit[3])
-                    return crap_to_number([num1, num2, num3, num4])
+                    #print(unit[4])
+
+                    #if line[0:2] == b'\x1C\x20':
+                    #    print("Ohm")
+                    #if line[0:2] == b'\x18\x20':
+                    #    print("beep")
+                    #if line[0:1] == b'\x1e':
+                    #    print("V DC")
+                    #if line[0:1] == b'\x1d':
+                    #    print("V AC")
+                    #if line[0:2] == b'\x1c\x2e':
+                    #    print("Hz")
+                    #if line[0:2] == b'\x18\x2e':
+                    #    print("Temp")
+
+                    return crap_to_number(num, unit, acdc)
                 #if (len(line) == 14) and (line[5] == 0x20):
                 #    try:
                 #        value = float( line[0:5].decode("ascii") )