def read_conf(self):
ai518p_port = read_config(SYS_CONF_PATH, 'AI518P', 'port')
self.com_518p.setCurrentIndex(int(ai518p_port[-1])-1)
self.s48_port = read_config(SYS_CONF_PATH, 'HMTS48', 'port')
self.com_flowmeter.setCurrentIndex(int(self.s48_port[-1])-1)
pcb_port = read_config(SYS_CONF_PATH, 'PCB', 'port')
self.com_pcb.setCurrentIndex(int(pcb_port[-1])-1)
inst2400_port = Keithley2400.get_gpibport()
if inst2400_port:
self.com_2400.setItemText(0,inst2400_port)
else:
self.com_2400.setItemText(0,'NA')
ai518p_baud = read_config(SYS_CONF_PATH, 'AI518P', 'baud')
self.baud_518p.setCurrentIndex(int(ai518p_baud)/9600/2)
s48_baud = read_config(SYS_CONF_PATH, 'HMTS48', 'baud')
self.baud_flowmeter.setCurrentIndex(int(s48_baud)/9600/2)
pcb_baud = read_config(SYS_CONF_PATH, 'PCB', 'baud')
self.baud_pcb.setCurrentIndex(int(pcb_baud)/9600/2)
self.addr_518p = self.ai518p_addr.currentIndex()+1
self.addr_flowmeter = self.flowmeter_addr.currentIndex()+1
flow1 = read_config(SYS_CONF_PATH, 'HMTS48', 'flow1_range')
self.range1.setCurrentIndex(flow_index[flow1])
flow2 = read_config(SYS_CONF_PATH, 'HMTS48', 'flow2_range')
self.range2.setCurrentIndex(flow_index[flow2])
flow3 = read_config(SYS_CONF_PATH, 'HMTS48', 'flow3_range')
self.range3.setCurrentIndex(flow_index[flow3])
flow_addr = self.flowmeter_addr.currentIndex() + 1
self.flowapi = C_S48(self.s48_port, flow_addr)
def read_conf(self):
ai518p_port = read_config(SYS_CONF_PATH, 'AI518P', 'port')
self.com_518p.setCurrentIndex(int(ai518p_port[-1]) - 1)
self.s48_port = read_config(SYS_CONF_PATH, 'HMTS48', 'port')
self.com_flowmeter.setCurrentIndex(int(self.s48_port[-1]) - 1)
pcb_port = read_config(SYS_CONF_PATH, 'PCB', 'port')
self.com_pcb.setCurrentIndex(int(pcb_port[-1]) - 1)
inst2400_port = Keithley2400.get_gpibport()
if inst2400_port:
self.com_2400.setItemText(0, inst2400_port)
else:
self.com_2400.setItemText(0, 'NA')
ai518p_baud = read_config(SYS_CONF_PATH, 'AI518P', 'baud')
self.baud_518p.setCurrentIndex(int(ai518p_baud) / 9600 / 2)
s48_baud = read_config(SYS_CONF_PATH, 'HMTS48', 'baud')
self.baud_flowmeter.setCurrentIndex(int(s48_baud) / 9600 / 2)
pcb_baud = read_config(SYS_CONF_PATH, 'PCB', 'baud')
self.baud_pcb.setCurrentIndex(int(pcb_baud) / 9600 / 2)
self.addr_518p = self.ai518p_addr.currentIndex() + 1
self.addr_flowmeter = self.flowmeter_addr.currentIndex() + 1
flow1 = read_config(SYS_CONF_PATH, 'HMTS48', 'flow1_range')
self.range1.setCurrentIndex(flow_index[flow1])
flow2 = read_config(SYS_CONF_PATH, 'HMTS48', 'flow2_range')
self.range2.setCurrentIndex(flow_index[flow2])
flow3 = read_config(SYS_CONF_PATH, 'HMTS48', 'flow3_range')
self.range3.setCurrentIndex(flow_index[flow3])
flow_addr = self.flowmeter_addr.currentIndex() + 1
self.flowapi = C_S48(self.s48_port, flow_addr)
def on_VI_XY_set_clicked(self):
"""
Slot documentation goes here.
"""
# TODO: not implemented yet
disp_coord()
if qmdz_const.Auto_Range == 0:
xmin = int(read_config(qmdz_const.SYS_CONF_PATH, 'COORD', 'x_min'))
xmax = int(read_config(qmdz_const.SYS_CONF_PATH, 'COORD', 'x_max'))
ymin = int(read_config(qmdz_const.SYS_CONF_PATH, 'COORD', 'y_min'))
ymax = int(read_config(qmdz_const.SYS_CONF_PATH, 'COORD', 'y_max'))
self.VI_MPL.change_xy(xmin, xmax, ymin, ymax)
def on_GAS_SET_clicked(self):
"""
Slot documentation goes here.
"""
# TODO: not implemented yet
dispSC_gas()
self.res_offset = int(read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'res_offset'))
self.res_hold = int(read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'res_hold'))
self.t_resp = int(read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'response'))
self.t_recy = int(read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'recovery'))
self.measure_times = int(read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'repeat'))
print self.measure_times
def on_VI_2400_set_clicked(self):
"""
Slot documentation goes here.
"""
# TODO: not implemented yet
dispVI_2400()
print "VI:",qmdz_const.VI_ILIST
print "IV:",qmdz_const.IV_VLIST
# 通电压测电流 IV
self.vrange = read_config(qmdz_const.VI_CONF_PATH, 'INST', 'iv_stop')
vi_range_index = int(read_config(qmdz_const.VI_CONF_PATH, 'INST', 'iv_range'))
self.ilimit = qmdz_const.irange_dict[vi_range_index]
iv_unit = read_config(qmdz_const.VI_CONF_PATH, 'INST', 'iv_unit')
if iv_unit == '0':
self.vrange = self.vrange + "e-3"
# 通电流测电压 VI
self.irange = read_config(qmdz_const.VI_CONF_PATH, 'INST', 'vi_stop')
iv_range_index = int(read_config(qmdz_const.VI_CONF_PATH, 'INST', 'vi_range'))
self.vlimit = qmdz_const.vrange_dict[iv_range_index]
vi_unit = read_config(qmdz_const.VI_CONF_PATH, 'INST', 'vi_unit')
if vi_unit == '0':
self.irange = self.irange + "e-6"
if vi_unit == '1':
self.irange = self.irange + "e-3"
if self.vimode:
self.loops = int(read_config(qmdz_const.VI_CONF_PATH, 'INST', 'vi_loop'))
else:
self.loops = int(read_config(qmdz_const.VI_CONF_PATH, 'INST', 'iv_loop'))
def get_sys_state(self):
if Valve_Ctrl.get_pcb_state():
self.pcb_sta.setPixmap(QtGui.QPixmap(":/icon/icons/dlb.png"))
else:
QtGui.QMessageBox.warning(self, u'警告', u"电路板未连接!")
logger.warning("PCB isn't connected!")
self.pcb_sta.setPixmap(QtGui.QPixmap(":/icon/icons/nodlb.png"))
self.temprature = ai518p_api.get_now_temp()
if self.temprature != "":
self.now_T.setText(str(self.temprature))
self.ai518_sta.setPixmap(QtGui.QPixmap(":/icon/icons/wky.png"))
else:
QtGui.QMessageBox.warning(self, u'警告', u"温控仪未连接!")
logger.warning("AI518P isn't connected!")
self.ai518_sta.setPixmap(QtGui.QPixmap(":/icon/icons/nowky.png"))
instState = Keithley2400.conncet_inst()
if instState:
self.inst_sta.setPixmap(QtGui.QPixmap(":/icon/icons/yb.png"))
else:
QtGui.QMessageBox.warning(self, u'警告', u"仪表2400未连接!")
logger.warning("2400 isn't connected!")
self.inst_sta.setPixmap(QtGui.QPixmap(":/icon/icons/noyb.png"))
self.flow_port = read_config(qmdz_const.SYS_CONF_PATH, 'HMTS48', 'port')
self.flow1_addr = read_config(qmdz_const.SYS_CONF_PATH, 'HMTS48', 'flow1_addr')
self.flow1_range = int(read_config(qmdz_const.SYS_CONF_PATH, 'HMTS48', 'flow1_range'))
self.flow2_addr = read_config(qmdz_const.SYS_CONF_PATH, 'HMTS48', 'flow2_addr')
self.flow2_range = int(read_config(qmdz_const.SYS_CONF_PATH, 'HMTS48', 'flow2_range'))
self.flow3_addr = read_config(qmdz_const.SYS_CONF_PATH, 'HMTS48', 'flow3_addr')
self.flow3_range = int(read_config(qmdz_const.SYS_CONF_PATH, 'HMTS48', 'flow3_range'))
qmdz_const.measure_times = int(read_config(qmdz_const.SYS_CONF_PATH, 'AI518P', 'meas_times'))
def coord_init(self):
if qmdz_const.Auto_Range:
if self.vimode:
xmin = min(map(float, qmdz_const.VI_ILIST))*2
xmax = max(map(float, qmdz_const.VI_ILIST))*2
ymin = xmin*float(self.resistance)
ymax = xmax*float(self.resistance)
print xmin,xmax,ymin,ymax
self.VI_MPL.change_xy(xmin, xmax, ymin, ymax)
self.loops = int(read_config(qmdz_const.VI_CONF_PATH, 'INST', 'vi_loop'))
else:
xmin = min(map(float, qmdz_const.IV_VLIST))*2
xmax = max(map(float, qmdz_const.IV_VLIST))*2
ymin = xmin/float(self.resistance)
ymax = xmax/float(self.resistance)
self.VI_MPL.change_xy(xmin, xmax, ymin, ymax)
self.loops = int(read_config(qmdz_const.VI_CONF_PATH, 'INST', 'iv_loop'))
def get_inst_conf(self):
self.meas_type = int(read_config(qmdz_const.ST_CONF_PATH, 'INST', 'meas_mode'))
self.vi_mode = int(read_config(qmdz_const.ST_CONF_PATH, 'INST', 'vi_mode'))
self.src_vol = read_config(qmdz_const.ST_CONF_PATH, 'INST', 'iv_voltage')
self.iv_unit = read_config(qmdz_const.ST_CONF_PATH, 'INST', 'iv_unit')
self.ilimit = qmdz_const.irange_dict[int(read_config(qmdz_const.ST_CONF_PATH, 'INST', 'iv_range'))]
self.src_curr = read_config(qmdz_const.ST_CONF_PATH, 'INST', 'vi_current')
self.vi_unit = read_config(qmdz_const.ST_CONF_PATH, 'INST', 'vi_unit')
self.vlimit = qmdz_const.vrange_dict[int(read_config(qmdz_const.ST_CONF_PATH, 'INST', 'vi_range'))]
if self.iv_unit == '0':
self.src_vol = self.src_vol + 'e-3'
if self.vi_unit == '0':
self.src_curr = self.src_curr + 'e-6'
elif self.vi_unit == '1':
self.src_curr = self.src_curr + 'e-3'
print self.vi_mode,self.src_vol,self.ilimit
print "vi:",self.src_curr,self.vlimit
def get_gas_conf(self):
self.res_offset = int(read_config(qmdz_const.ST_CONF_PATH, 'GAS', 'res_offset'))
self.res_hold = int(read_config(qmdz_const.ST_CONF_PATH, 'GAS', 'res_hold'))
self.t1 = int(read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't1'))
self.t2 = int(read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't2'))
self.t3 = int(read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't3'))
self.t4 = int(read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't4'))
logger.info("GAS SET PARA:%d %d %d %d %d" % (qmdz_const.ST_GAS_MODE,self.t1,self.t2,self.t3,self.t4))
if self.RT_test==0 and qmdz_const.t1_gas == []:
QtGui.QMessageBox.warning(self,u'警告', u'请先设置气体参数!')
return False
return True
ENABLE_PWD = 57
REG_DICT = {
0: REG_CLOSE,
1: REG_CONTROL,
2: REG_CLEN,
3: REG_STA,
4: REG_AUTOZERO,
5: REG_UNIT,
6: REG_DISPFLOW,
7: REG_SETFLOW,
8: REG_FLOW_RANGE,
9: REG_OFFSET
}
BAUD = read_config(SYS_CONF_PATH, 'HMTS48', 'baud')
class C_S48():
def __init__(self, port, addr):
self.port = port
self.addr = int(addr)
minimalmodbus.BAUDRATE = BAUD
minimalmodbus.CLOSE_PORT_AFTER_EACH_CALL = True
def comm_connect(self):
try:
self.S48 = minimalmodbus.Instrument(self.port, self.addr)
return True
except:
def xls_write(self):
self.xls = xlwt.Workbook(encoding='utf-8')
self.tab_conf = self.xls.add_sheet(u'配置信息',cell_overwrite_ok=True)
self.tab_conf.write(0,0,"[试验信息]")
self.tab_conf.write(1,0,"试验时间：")
self.tab_conf.write(1,1,time.ctime())
self.tab_conf.write(2,0,"样品名称：")
self.tab_conf.write(2,1,str(self.sample_id.text()))
self.tab_conf.write(3,0,"样品面积：")
self.tab_conf.write(3,1,str(self.sample_area.text()))
self.tab_conf.write(4,0,"样品厚度：")
self.tab_conf.write(4,1,str(self.sample_height.text()))
self.tab_conf.write(5,0,"温度测量点：")
self.tab_conf.write(5,1,str(qmdz_const.temp_list))
self.tab_conf.write(6,0,"[2400配置]")
self.tab_conf.write(7,0,"测量模式：")
if self.meas_type == 0:
self.tab_conf.write(7,1,"二线制")
else:
self.tab_conf.write(7,1,"四线制")
self.tab_conf.write(8,0,"激励电流(A)")
if self.vi_mode==1:
self.tab_conf.write(8,1,self.src_curr)
self.tab_conf.write(9,0,"激励电压(V)")
if self.vi_mode==0:
self.tab_conf.write(9,1,self.src_vol)
self.tab_conf.write(10,0,"[气压配置]")
self.tab_conf.write(11,0,"工作模式：")
if qmdz_const.ST_GAS_MODE:
self.tab_conf.write(11,1,"手动")
else:
self.tab_conf.write(11,1,"自动")
self.tab_conf.write(13,0,"时间（S）")
self.tab_conf.write(14,0,"流量计1（mL/min）")
self.tab_conf.write(15,0,"流量计2（mL/min）")
self.tab_conf.write(16,0,"流量计3（mL/min）")
self.tab_conf.write(17,0,"空气泵（L/min）")
if qmdz_const.ST_GAS_MODE:
self.tab_conf.write(12,1,"响应前期")
self.tab_conf.write(12,2,"响应后期")
self.tab_conf.write(12,3,"恢复前期")
self.tab_conf.write(12,4,"恢复后期")
self.tab_conf.write(13,1,str(self.t1))
self.tab_conf.write(14, 1,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't1_flow1_val'))
self.tab_conf.write(15, 1,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't1_flow2_val'))
self.tab_conf.write(16, 1,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't1_flow3_val'))
if read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't1_air')=='1':
self.tab_conf.write(17,1,"10")
else:
self.tab_conf.write(17,1,"0")
self.tab_conf.write(13,2,str(self.t2))
self.tab_conf.write(14, 2,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't2_flow1_val'))
self.tab_conf.write(15, 2,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't2_flow2_val'))
self.tab_conf.write(16, 2,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't2_flow3_val'))
if read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't2_air')=='1':
self.tab_conf.write(17,2,"10")
else:
self.tab_conf.write(17,2,"0")
self.tab_conf.write(13,3,str(self.t3))
self.tab_conf.write(14, 3,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't3_flow1_val'))
self.tab_conf.write(15, 3,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't3_flow2_val'))
self.tab_conf.write(16, 3,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't3_flow3_val'))
if read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't3_air')=='1':
self.tab_conf.write(17,3,"10")
else:
self.tab_conf.write(17,3,"0")
self.tab_conf.write(13,4,str(self.t4))
self.tab_conf.write(14, 4,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't4_flow1_val'))
self.tab_conf.write(15, 4,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't4_flow2_val'))
self.tab_conf.write(16, 4,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't4_flow3_val'))
if read_config(qmdz_const.ST_CONF_PATH, 'GAS', 't4_air')=='1':
self.tab_conf.write(17,4,"10")
else:
self.tab_conf.write(17,4,"0")
else:
self.tab_conf.write(12, 1, "响应时期")
self.tab_conf.write(17, 1, '0')
if read_config(qmdz_const.ST_CONF_PATH, 'GAS', 'flow1')=='2':
self.tab_conf.write(14, 1,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 'flow1_val'))
else:
self.tab_conf.write(14, 1, '0')
if read_config(qmdz_const.ST_CONF_PATH, 'GAS', 'flow2')=='2':
self.tab_conf.write(15, 1,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 'flow2_val'))
else:
self.tab_conf.write(15, 1, '0')
if read_config(qmdz_const.ST_CONF_PATH, 'GAS', 'flow3')=='2':
self.tab_conf.write(16, 1,
read_config(qmdz_const.ST_CONF_PATH, 'GAS', 'flow3_val'))
else:
self.tab_conf.write(16, 1, '0')
self.tab_conf.write(12,2,"恢复时期")
self.tab_conf.write(14, 2, '0')
self.tab_conf.write(15, 2, '0')
self.tab_conf.write(16, 2, '0')
self.tab_conf.write(17, 2, '10')
self.tab_conf.write(13, 1, str(self.resp_time))
self.tab_conf.write(13, 2, str(self.resp_time))
self.tab_Rt = self.xls.add_sheet(u'R-time曲线',cell_overwrite_ok=True)
self.tab_RT = self.xls.add_sheet(u'R-Temp曲线',cell_overwrite_ok=True)
self.tab_ST = self.xls.add_sheet(u'S-Temp曲线',cell_overwrite_ok=True)
if len(qmdz_const.temp_list) > 0:
self.tab_RT.write(0,0,u'温度(℃)')
self.tab_ST.write(0,0,u'温度(℃)')
self.tab_ST.write(0,1,u'灵敏度')
# 未测完保存有问题
for i in range(0, len(qmdz_const.temp_list)):
self.tab_RT.write(0,i+1,str(qmdz_const.temp_list[i])+'℃')
self.tab_RT.write(1,i+1,u'电阻(Ω)')
self.tab_ST.write(i+1,0,str(qmdz_const.temp_list[i])+'℃')
self.tab_ST.write(i+1,1,self.dataS[i])
x_row = 1
for data in self.dataX[0]:
x_row += 1
self.tab_RT.write(x_row, 0, data)
y_row = 1
y_colum = 1
for data_list in self.dataY:
for data in data_list:
y_row += 1
self.tab_RT.write(y_row, y_colum, data)
y_row = 1
y_colum += 1
else:
self.tab_Rt.write(0,0,u'温度(℃)')
self.tab_Rt.write(1,0,u'时间(S)')
self.tab_Rt.write(1,1,u'电阻(Ω)')
self.tab_Rt.write(0,1,str(self.temprature) + u'℃')
x_row = 1
for data in self.dataX[0]:
x_row += 1
self.tab_Rt.write(x_row, 0, data)
y_row = 1
for data in self.dataY[0]:
y_row += 1
self.tab_Rt.write(y_row, 1, data)
self.style = xlwt.XFStyle
self.font = xlwt.Font
self.font.name = 'SimSun'
self.style.font = self.font
# -*- coding: utf-8 -*-
'''
Created on 2015
@author: Administrator
'''
import serial,time
import qmdz_const
from mylog import logger
from init_op import read_config
PORT = read_config(qmdz_const.SYS_CONF_PATH, 'PCB', 'port')
BAUD = read_config(qmdz_const.SYS_CONF_PATH, 'PCB', 'baud')
class C_Valve():
def __init__(self, port, baud):
self.baud = baud
try:
self.pcb = serial.Serial(port, baud, timeout=1)
except:
print "open pcb comm port %s failed!" % port
def connect(self, port):
try:
self.pcb = serial.Serial(port, self.baud, timeout=1)
except:
print "open pcb comm port %s failed!" % port
def xls_write(self):
self.xls = xlwt.Workbook(encoding='utf-8')
self.tab_conf = self.xls.add_sheet(u'配置信息',cell_overwrite_ok=True)
self.tab_conf.write(0,0,"[试验信息]")
self.tab_conf.write(1,0,"试验时间：")
self.tab_conf.write(1,1,time.ctime())
self.tab_conf.write(2,0,"样品名称：")
self.tab_conf.write(2,1,str(self.sample_id.text()))
self.tab_conf.write(3,0,"样品面积：")
self.tab_conf.write(3,1,str(self.sample_area.text()))
self.tab_conf.write(4,0,"样品厚度：")
self.tab_conf.write(4,1,str(self.sample_height.text()))
self.tab_conf.write(5,0,"温度测量点：")
self.tab_conf.write(5,1,str(qmdz_const.temp_list))
self.tab_conf.write(6,0,"[2400配置]")
self.tab_conf.write(7,0,"测量模式：")
if self.meas_type:
self.tab_conf.write(7,1,"二线制")
else:
self.tab_conf.write(7,1,"四线制")
self.tab_conf.write(8,0,"激励电流(A)")
if self.vi_mode==1:
self.tab_conf.write(8,1,self.src_curr)
self.tab_conf.write(9,0,"激励电压(V)")
if self.vi_mode==0:
self.tab_conf.write(9,1,self.src_vol)
self.tab_conf.write(10,0,"[气压配置]")
self.tab_conf.write(11,0,"总流量(mL)")
self.tab_conf.write(12,0,"流量计1（mL/min）")
if read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'flow1')=='0':
self.tab_conf.write(12,1,"0")
else:
if read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'flow1_change')=='0':
self.tab_conf.write(12, 1,
read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'flow1_val'))
elif read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'flow1_change')=='1':
self.tab_conf.write(12, 1,"10%-90%")
else:
self.tab_conf.write(12, 1,"90%-10%")
self.tab_conf.write(13,0,"流量计2（mL/min）")
if read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'flow2')=='0':
self.tab_conf.write(13,1,"0")
else:
if read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'flow2_change')=='0':
self.tab_conf.write(13, 1,
read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'flow2_val'))
elif read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'flow2_change')=='1':
self.tab_conf.write(13, 1,"10%-90%")
else:
self.tab_conf.write(13, 1,"90%-10%")
self.tab_conf.write(14,0,"流量计3（mL/min）")
if read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'flow3')=='0':
self.tab_conf.write(14,1,"0")
else:
if read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'flow3_change')=='0':
self.tab_conf.write(14, 1,
read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'flow3_val'))
elif read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'flow3_change')=='1':
self.tab_conf.write(14, 1,"10%-90%")
else:
self.tab_conf.write(14, 1,"90%-10%")
self.tab_conf.write(15,0,"电阻偏差范围(Ω)")
self.tab_conf.write(15, 1,
read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'res_offset'))
self.tab_conf.write(16,0,"电阻温度时间(S)")
self.tab_conf.write(16, 1,
read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'res_hold'))
self.tab_conf.write(17,0,"响应时间(S)")
self.tab_conf.write(17, 1,
read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'response'))
self.tab_conf.write(18,0,"恢复时间(S)")
self.tab_conf.write(18, 1,
read_config(qmdz_const.SC_CONF_PATH, 'GAS', 'recovery'))
self.tab_Rt = self.xls.add_sheet(u'R-t曲线',cell_overwrite_ok=True)
self.tab_SC = self.xls.add_sheet(u'S-C曲线',cell_overwrite_ok=True)
self.tab_Rt.write(0,0,u'温度(℃)')
self.tab_Rt.write(0,1,str(self.temprature) + u'℃')
self.tab_Rt.write(1,0,u'浓度')
self.tab_Rt.write(2,0,u'时间(S)')
for i in xrange(1,len(self.dataY)+1):
self.tab_Rt.write(1,i,'C'+str(i))
self.tab_Rt.write(2,i,u'电阻(Ω)')
y_row = 2
for data in self.dataY[i-1]:
y_row += 1
self.tab_Rt.write(y_row, i, str(data))
x_row = 2
for data in self.dataX[0]:
x_row += 1
self.tab_Rt.write(x_row, 0, data)
self.tab_SC.write(0, 0, u'浓度')
self.tab_SC.write(0, 1, u'灵敏度')
if len(self.dataY)==9:
for i in xrange(0,9):
self.tab_SC.write(i+1, 0, self.dataC[i])
self.tab_SC.write(i+1, 1, self.dataS[i])
else:
for i in xrange(0,len(self.dataY)-1):
self.tab_SC.write(i+1, 0, self.dataC[i])
self.tab_SC.write(i+1, 1, self.dataS[i])
self.style = xlwt.XFStyle
self.font = xlwt.Font
self.font.name = 'SimSun'
self.style.font = self.font
def get_value(key):
key_value = read_config(qmdz_const.SYS_CONF_PATH, 'COORD', key)
return key_value
# -*- coding: utf-8 -*-
'''
Created on 2015-6-1
@author: Administrator
'''
import serial
import struct
from mylog import logger
from init_op import read_config
from qmdz_const import SYS_CONF_PATH
ADDR = read_config(SYS_CONF_PATH, 'AI518P', 'addr')
PORT = read_config(SYS_CONF_PATH, 'AI518P', 'port')
BAUD = read_config(SYS_CONF_PATH, 'AI518P', 'baud')
para_dict = {'SteP' : 0x00,
'HIAL': 0x01,
'LoAL': 0x02,
'HdAL': 0x03,
'LdAL': 0x04,
'AHYS': 0x05,
'CtrL': 0x06,
'M5': 0x07,
'P': 0x08,
't': 0x09,
'CtI': 0x0A,
'InP': 0x0B,
'dPt': 0x0C,
'SCL': 0x0D,
'SCH': 0x0E,
def get_range(key):
key_value = read_config(SYS_CONF_PATH, 'HMTS48', key)
return key_value
# -*- coding: utf-8 -*-
'''
Created on 2015-6-1
@author: Administrator
'''
import serial
import struct
from mylog import logger
from init_op import read_config
from qmdz_const import SYS_CONF_PATH
ADDR = read_config(SYS_CONF_PATH, 'AI518P', 'addr')
PORT = read_config(SYS_CONF_PATH, 'AI518P', 'port')
BAUD = read_config(SYS_CONF_PATH, 'AI518P', 'baud')
para_dict = {
'SteP': 0x00,
'HIAL': 0x01,
'LoAL': 0x02,
'HdAL': 0x03,
'LdAL': 0x04,
'AHYS': 0x05,
'CtrL': 0x06,
'M5': 0x07,
'P': 0x08,
't': 0x09,
'CtI': 0x0A,
'InP': 0x0B,
'dPt': 0x0C,
'SCL': 0x0D,
# -*- coding: utf-8 -*-
'''
Created on 2015
@author: Administrator
'''
import serial, time
import qmdz_const
from mylog import logger
from init_op import read_config
PORT = read_config(qmdz_const.SYS_CONF_PATH, 'PCB', 'port')
BAUD = read_config(qmdz_const.SYS_CONF_PATH, 'PCB', 'baud')
class C_Valve():
def __init__(self, port, baud):
self.baud = baud
try:
self.pcb = serial.Serial(port, baud, timeout=1)
except:
print "open pcb comm port %s failed!" % port
def connect(self, port):
try:
self.pcb = serial.Serial(port, self.baud, timeout=1)
except:
print "open pcb comm port %s failed!" % port
def get_value(key):
key_value = read_config(qmdz_const.ST_CONF_PATH, 'INST', key)
return key_value
def get_value(key):
key_value = read_config(qmdz_const.SYS_CONF_PATH, 'AI518P', key)
return key_value
def get_value(key):
key_value = read_config(VI_CONF_PATH, 'GAS', key)
return key_value
def get_range(key):
key_value = read_config(SYS_CONF_PATH, 'HMTS48', key)
return key_value
def get_value(key):
key_value = read_config(VI_CONF_PATH, 'GAS', key)
return key_value
