create_mif_for_digital_thermometer.py

#!/usr/bin/env python
import os
OUTPUT_FILE="rom.mif"
REF_VOLTS=2700
RESOLUTION=1024
TEMP_VALUE=19.5
TEMP_OFFSET=400
# ROM Information
ROM_WIDTH=16
ROM_DEPTH=1024

def create_header():
    string = "-- create_mif_for_digital_thermometer.py created a memory initialization file (.mif) --\n"
    string = string+"WIDTH="+str(ROM_WIDTH)+";\n"
    string = string+"DEPTH="+str(ROM_DEPTH)+";\n"
    string = string+"\n";
    string = string+"ADDRESS_RADIX=UNS;\n"
    string = string+"DATA_RADIX=HEX;\n"
    string = string+"\n";
    
    return string

def create_content():
    string = "CONTENT BEGIN\n"    
    
    str_temp=""

    for adin in range(RESOLUTION):
        vi=adin*(REF_VOLTS/RESOLUTION)
        temp=(vi-TEMP_OFFSET)/TEMP_VALUE

        if(temp<0):
            temp=-temp
            isneg=True
        else:
            isneg=False

        temp_int=int(temp)
        temp_dec=int((temp-temp_int)*10)
        
        if( temp_int==0 and temp_dec==0):
            isneg=False

        temp_int=temp_int+1000

        if( isneg==True ):
            str_temp="F"+str(temp_int)[-2:]+str(temp_dec)
        else:
            str_temp=str(temp_int)[-3:]+str(temp_dec)

#        string = string+"\t"+str(adin)+":"+str_temp
        string = string+"\t"+str(adin)+" : "+str_temp+";\n"

    string = string+"END\n"

    return string

def create_mif_for_digital_thermometer():
    header = create_header()
    content = create_content()
    file = open(OUTPUT_FILE, 'w')
    file.write(header)
    file.write(content)
    file.close()
    if os.path.isfile(OUTPUT_FILE):
        print(OUTPUT_FILE+' is created.')
    else:
        print(OUTPUT_FILE+' is not created.')

if __name__ == '__main__':
    create_mif_for_digital_thermometer()

This is for Python 2.6.6.

I revised it for Python 3.6.6.