Analog Hardware monitor for Windows

1int ValArray[6];
2int PWM[6]={3,5,6,9,10,11};
3unsigned long T = 0;
4
5void setup() {
6  Serial.begin(9600);
7}
8
9void loop(){
10  if(Serial.available()>5){
11    for(int i=0; i<6; i++){
12      ValArray[i] = Serial.read();
13      analogWrite(PWM[i], ValArray[i]);
14    }
15    T = millis();
16  }
17  if(millis()-T>5000){
18    for(int i=0; i<6; i++){
19      analogWrite(PWM[i], 0);
20    }
21    while(Serial.available()>0){
22      ValArray[0] = Serial.read();
23    }
24    T = millis();
25  }
26}

1import psutil
2import time
3import clr
4clr.AddReference(r'C:\Users\natha\Documents\Pyhton Prog\openHardwareMonitorLib')
5import serial
6ser = serial.Serial()
7ser.baudrate = 9600
8ser.port = 'COM3'
9ser.timeout = 0
10from OpenHardwareMonitor.Hardware import Computer
11c = Computer()
12c.GPUEnabled = True
13c.Open()
14ser.open()
15ser.reset_input_buffer()
16ser.reset_output_buffer()
17while True:
18    cpuL = int(psutil.cpu_percent()*255/100)
19    ramL = int(psutil.virtual_memory().percent*255/100)
20    c.Hardware[0].Update()
21    gpuL = int(c.Hardware[0].Sensors[7].get_Value()*255/100)
22    c.Hardware[0].Update()
23    gpuT = int(c.Hardware[0].Sensors[0].get_Value()*2.83-28.3)
24    c.Hardware[0].Update()
25    gpuM = int(c.Hardware[0].Sensors[8].get_Value()*255/100)
26    c.Hardware[0].Update()
27    gpuF = int(c.Hardware[0].Sensors[9].get_Value()*255/100)
28    a = (cpuL, ramL, gpuL, gpuT, gpuM, gpuF)
29    for i in a:
30        if i >= 0:
31            val = i.to_bytes(1)
32            ser.write(val)
33        else:
34            ipos = abs(i)
35            val = ipos.to_bytes(1)
36            ser.write(val)
37    time.sleep(.1)