opt.py

来自「最优化寻找程序」· Python 代码 · 共 475 行 · 第 1/2 页

import visa
from time import sleep
from time import strftime, localtime
import time
import datetime
import copy
import math
import string
import shutil
import win32com.client as w32c
import epProcs

e = epProcs.EpProcs()


sa  = visa.instrument("gpib::18::instr")
sw  = visa.instrument("gpib::7::instr")
ps  = visa.instrument("gpib::5::instr")
def SetSwitch(chan):

    switches_closed = (sw.ask("route:close?")).split(',')
    if len(switches_closed) == 4 and chan >= 1000:
        return
    if len(switches_closed) == 1 and chan < 1000:
        return
    
    sw.write("*rst")
    sw.write("*cls")
    if chan < 1000: 
        sw.write("route:open:all")
        sw.write("route:clos (@4)")
    else: 
        sw.write("route:open:all")
        sw.write("route:clos (@5,30,31,32)")
        
def writeToCell(sh,row_adr,col_adr,val):
    count = 1
    while count<2:
        try:
            sh.Cells(row_adr,col_adr).Value = val
            break
        except w32c.pythoncom.com_error, why:
            if why[0] == -2147418111:
                print "the workbook is being used, so wait and re-try later."
                sleep(1)
            else:
                print "unknown com error:\n"
                print why
                sleep(1)

def readFromCell(sh,row_adr,col_adr):
    '''
    it's up to the caller to determine the type
    '''
    count = 1
    while count<2: 
        try:
            val = sh.Cells(row_adr,col_adr).Value 
            return val
        except w32c.pythoncom.com_error, why:
            if why[0] == -2147418111:
                print "the workbook is being used, so wait and re-try later."
                sleep(1)
            else:
                print "unknown com error:\n"
                print why
                sleep(1)


def ConfigFileOpen(config_fname): #open donfiguration file
    w32c.pythoncom.CoInitialize()  
    print w32c.pythoncom._GetInterfaceCount()
    app = w32c.Dispatch("Excel.Application")
    app.Visible = True
    app.Interactive = True
    wb_config = app.Workbooks.Open(config_fname)
    return wb_config

def FileClose(wb_config): #close both data and configuration files
    app = w32c.Dispatch("Excel.Application")
    app.Visible=True
    app.Interactive = True
    wb_config = None
    app = None
    w32c.pythoncom.CoUninitialize()
    print w32c.pythoncom._GetInterfaceCount()     
def SA_Setting(mode, sa):
    print "%s SA_Setting" %mode
    sa.write("inst edgegsm")
    sa.write("rad:dev ms")  
    sa.write("rad:carr burs")
    sa.write("init:cont on")    
    sa.write("conf:%s" %mode)
    sa.write("%s:trig:sour ext" %mode)  
    if mode == "orfs" or mode == "eorf":
        if mode == "eorf":
            sa.write("rad:carr burs")
        sa.write("%s:list:sel shor" %mode)   
        sa.write("%s:aver:fast off" %mode)
        sa.write("%s:aver on" %mode)
        sa.write("%s:aver:coun 100" %mode)
        sa.write("SENSe:%s:LIST:MOD:FREQ 0.0, 4.0e5" %mode)
        sa.write("eorf:list:sel cust")    
    elif mode == "eevm":
        sa.write("rad:carr burs")
        sa.write("eevm:bsyn:sour tseq")
        sa.write("eevm:ferr:tran wide")
        sa.write("eevm:aver on")
        sa.write("eevm:aver:coun 100")
        sa.write("eevm:aver:type mean")
    elif mode == "pfer":
        sa.write("pfer:bsyn:sour tseq")
        sa.write("pfer:aver on")
        sa.write("pfer:aver:coun 100")
        sa.write("pfer:aver:type mean")
    else:
        sa.write("%s:aver on" %mode)
        sa.write("%s:aver:coun 100" %mode)
    sa.timeout = 40
    sa.write("SYNC:BURS:STHR -40")
    return

def Tx8PskEVM (ch,sh, i):
    SA_Setting("eevm", sa)
    sa.write("RAD:CARR BURS")
    
    sa.write("SYNC:BURS:STHR -40")
    sa.timeout = 40
    sa.write("freq:cent %f MHz" %float(ch))
    #sa.write("init:cont off")
    sleep(5)
    data2 = sa.ask("read:eevm1?")
    sleep(1)
    data2 = data2.split(',')  
    sleep(1)
    writeToCell(sh,i,4,round (float(data2[0]),2))
    writeToCell(sh,i,5,round (float(data2[1]),2))
    writeToCell(sh,i,6,round (float(data2[2]),2))
    writeToCell(sh,i,7,round (float(data2[3]),2))
    writeToCell(sh,i,8,round (float(data2[4]),2))


def TxGmskPhaseError (ch,sh, i):
    SA_Setting("pfer", sa)
    sa.write("RAD:CARR BURS")
    sa.timeout = 40
    sa.write("freq:cent %f MHz" %float(ch))
    sa.write("pfer:aver:type max")
    #sa.write("init:cont off")
    sleep(5)
    data2 = sa.ask("read:pfer1?")
    sleep(1)
    data2 = data2.split(',')  
    sleep(1)
    writeToCell(sh,i,4,round (float(data2[0]),2))
    writeToCell(sh,i,5,round (float(data2[1]),2))

    

def Tx8PskModMask(ch,sh, i) :
    SA_Setting("eorf", sa)
    sa.write("RAD:CARR BURS")
    sa.write("SYNC:BURS:STHR -40")
    sa.timeout = 40
    sa.write("freq:cent %f MHz" %float(ch))
    #sa.write("init:cont off")
    sleep(5)
    data2 = sa.ask("read:eorf1?")
    sleep(1)
    data2 = data2.split(',')     
    sleep(1)
    
#    writeToCell(sh,i,2,round (float(data2[12]),2))
#    writeToCell(sh,i,3,round (float(data2[14]),2))
    writeToCell(sh,i,2,round (float(data2[4]),2))
    writeToCell(sh,i,3,round (float(data2[6]),2))

def TxGmskModMask(ch,sh, i) :
    SA_Setting("orfs", sa)
    sa.write("RAD:CARR BURS")
    sa.timeout = 40
    sa.write("freq:cent %f MHz" %float(ch))
    #sa.write("init:cont off")
    sleep(5)
    data2 = sa.ask("read:orfs1?")
    sleep(1)
    data2 = data2.split(',')     
    sleep(1)
    
#    writeToCell(sh,i,2,round (float(data2[12]),2))
#    writeToCell(sh,i,3,round (float(data2[14]),2))

    writeToCell(sh,i,2,round (float(data2[4]),2))
    writeToCell(sh,i,3,round (float(data2[6]),2))    
def Tx8PskSpec(ch):
    SA_Setting("spec",sa)
    sa.write("RAD:CARR BURS")
    
    sa.write("SYNC:BURS:STHR -40")
    sa.timeout = 40
    sa.write("freq:cent %f MHz" %float(ch))
    sleep(5)
    data2 = (sa.ask("read:spec7?")).split(',')
    sleep(1)
    return float(data2[137])
def RCCALTEST (ch):
    SetSwitch(ch)
    e.burstPsk(ch, 0x68)
    fname = "Y:\\AlanWang\\AutoTests\\AutoTest_Tx\\2G\\Zeus\\AutoTest\\opt.xls"
    wb = ConfigFileOpen(fname)
    sh = wb.Sheets("RCCAL")
    for i in range(2,20):
        sa.write("*rst")
        value_to_poke = float(readFromCell(sh,i,1)) + 32
        while (e.peek(0x8)%64) != value_to_poke:    
            e.rfstDown()
            sleep (0.5)
            e.poke(0x8, value_to_poke)
            e.rfstUp()
            sleep (0.5)
            
        Tx8PskModMask(ch, sh, i)
        Tx8PskEVM(ch,sh, i)


    sh = None
    FileClose(wb)

def LOTEST (ch, padr=0x68):
    SetSwitch(ch)
    e.burstPsk(ch, padr)
    fname = "Y:\\AlanWang\\AutoTests\\AutoTest_Tx\\2G\\Zeus\\AutoTest\\opt.xls"
    wb = ConfigFileOpen(fname)
    print "test"
    sh = wb.Sheets("LO")
    for i in range(2,20):
        sa.write("*rst")
        value_to_poke = float(readFromCell(sh,i,1))