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control_panel.py
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control_panel.py
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import sys
import os
import time
import platform
import struct
import socket
import pyvisa
import asg_cw_odmr_ui
import pandas as pd
import numpy as np
import pyqtgraph as pg
from threading import Thread
from ft1040_SDK import *
from PyQt5.QtGui import QIcon, QPixmap, QCursor, QMouseEvent, QColor, QFont
from PyQt5.QtCore import Qt, pyqtSignal, QPoint, QEvent
from PyQt5.QtWidgets import QWidget, QApplication, QGraphicsDropShadowEffect, QFileDialog, QDesktopWidget, QVBoxLayout
class MyWindow(asg_cw_odmr_ui.Ui_Form, QWidget):
rf_info_msg = pyqtSignal(str)
ft_info_msg = pyqtSignal(str)
ft_ply_btn_msg = pyqtSignal(str)
ft_progressBar_msg = pyqtSignal(int)
data_processing_info_msg = pyqtSignal(str)
def __init__(self):
super().__init__()
# init UI
self.setupUi(self)
self.ui_width = int(QDesktopWidget().availableGeometry().size().width()*0.85)
self.ui_height = int(QDesktopWidget().availableGeometry().size().height()*0.72)
self.resize(self.ui_width, self.ui_height)
center_pointer = QDesktopWidget().availableGeometry().center()
x = center_pointer.x()
y = center_pointer.y()
old_x, old_y, width, height = self.frameGeometry().getRect()
self.move(int(x - width / 2), int(y - height / 2))
# set flag off and widget translucent
self.setWindowFlags(Qt.FramelessWindowHint)
self.setAttribute(Qt.WA_TranslucentBackground)
# set window blur
self.render_shadow()
# init window button signal
self.window_btn_signal()
'''
RF init
'''
# Init RF combobox ui
self.rf_cbx_test()
# Init RF setup info ui
self.rf_info_ui()
# Init RF signal
self.my_rf_signal()
'''
FT1040 init
'''
self.dev = ft1040()
# Init ui
self.ft_init_ui()
self.ft_info_ui()
# Init signal
self.ft_signal()
# Check FT1040connection
self.check_ft_connection()
'''
Data processing init
'''
#Init ui
self.data_processing_info_ui()
#Init signal
self.data_pro_signal()
# Init plot ui
self.plot_ui_init()
'''
FT1040 control
'''
def ft_signal(self):
# Choose file path
self.ft_smp_ld_btn.clicked.connect(self.ft_smp_ld)
# Message signal
self.ft_info_msg.connect(self.ft_slot)
self.ft_ply_btn_msg.connect(self.ft_ply_btn_enable)
self.ft_progressBar_msg.connect(self.progressBar_setvalue)
# Scroll area setting auto slide
self.ft_scroll.verticalScrollBar().rangeChanged.connect(
lambda: self.ft_scroll.verticalScrollBar().setValue(
self.ft_scroll.verticalScrollBar().maximum()
)
)
# basic setting signal
self.basic_set_btn.clicked.connect(self.basic_setting)
# trig setting signal
self.trig_set_btn.clicked.connect(self.trig_setting)
# File size setting signal
self.set_file_size_btn.clicked.connect(self.file_size_setting)
# File location open button signal
self.open_folder_btn.clicked.connect(self.open_folder)
# Enable TTTR mode signal
self.enable_tttr_btn.clicked.connect(self.enable_tttr_mode)
# Time or event stop signal
self.time_stp_set_btn.clicked.connect(self.time_stop_mode)
self.event_stp_set_btn.clicked.connect(self.event_stop_mode)
# FT1040 play button signal
self.ft_ply_btn.clicked.connect(self.ft_ply)
'''Define reconfirm button signals to set all parameters that is not changed in the last test'''
self.reconfirm_btn.clicked.connect(self.basic_setting)
self.reconfirm_btn.clicked.connect(self.trig_setting)
self.reconfirm_btn.clicked.connect(self.ft_smp_ld)
self.reconfirm_btn.clicked.connect(self.file_size_setting)
self.reconfirm_btn.clicked.connect(self.enable_tttr_mode)
self.reconfirm_btn.clicked.connect(self.time_stop_mode)
self.reconfirm_btn.clicked.connect(self.event_stop_mode)
def ft_init_ui(self):
'''Init Resolution combobox ui'''
t3_res_list = []
t3_res_str_list = []
for i in range(6,26):
t3_res_list.append(2**i)
t3_res_str_list.append('{}ps'.format(2**i))
self.t3_res_list = t3_res_list
self.t3_res_str_list = t3_res_str_list
self.res_cbx_btn.addItems(t3_res_str_list)
# Init Frequency Division combobox ui
self.frq_div_cbx_btn.addItems(['1', '2', '4', '8'])
def check_ft_connection(self):
rtn = self.dev.USBConnected(DEV_ID_0)
dev_type = self.dev.GetDevType(DEV_ID_0, b"my_dev")
if rtn == True:
self.ft_info_msg.emit("Connection succeeded: FT{}P".format(dev_type[2:]))
self.ft_info_msg.emit("-"*60)
else:
self.ft_info_msg.emit("Connection failed.")
self.ft_info_msg.emit("-"*60)
def basic_setting(self):
'''Set Window resolution'''
resolution_str = self.res_cbx_btn.currentText()
index = self.t3_res_str_list.index(resolution_str)
# print(index)
resolution = ctypes.c_int(index+6)
# print(resolution)
# print(type(resolution))
rtn = self.dev.SetTimeWindowRes(DEV_ID_0, resolution)
if rtn == 0:
self.ft_info_msg.emit("Time window resolution is setted to: {}".format(resolution_str))
else:
self.ft_info_msg.emit("Setting time window resolution failed.")
'''Set start frequency division'''
frq_div_str = self.frq_div_cbx_btn.currentText()
frq_div = ctypes.c_int(int(frq_div_str))
# print(frq_div)
# print(type(frq_div))
# print(frq_div_str)
rtn = self.dev.SetStartFreqDiv(DEV_ID_0, frq_div)
if rtn == 0:
self.ft_info_msg.emit("Start frequency division is setted to: {}".format(frq_div_str))
else:
self.ft_info_msg.emit("Setting start frequency division failed.")
'''Set gate delay'''
gate_delay_str = self.gate_delay_ledit.text()
gate_delay = ctypes.c_int(int(gate_delay_str))
# print(gate_delay)
rtn = self.dev.SetGateDelay(DEV_ID_0, gate_delay)
if rtn == 0:
self.ft_info_msg.emit("Gate delay is setted to: {}".format(gate_delay_str))
else:
self.ft_info_msg.emit("Setting gate delay failed.")
'''Set gate width'''
gate_width_str = self.gate_width_ledit.text()
gate_width = ctypes.c_int(int(gate_width_str))
rtn = self.dev.SetGateHLWidth(DEV_ID_0, gate_width)
if rtn == 0:
self.ft_info_msg.emit("Gate width is setted to: {}".format(gate_width_str))
self.ft_info_msg.emit("-"*60)
else:
self.ft_info_msg.emit("Setting gate width failed.")
self.ft_info_msg.emit("-"*60)
def trig_setting(self):
'''Setting sync input impedence'''
sync_imp = self.sync_imp_cbx.currentText()
if sync_imp == "50Ω":
rtn = self.dev.SetStartImpedence(DEV_ID_0, FT10X0_INPUT_IMPEDENCE_50)
if rtn == 0:
self.ft_info_msg.emit("Sync input impedence is setted to: {}".format(sync_imp))
else:
self.ft_info_msg.emit("Setting sync input impedence failed.")
elif sync_imp == "1MΩ":
rtn = self.dev.SetStartImpedence(DEV_ID_0, FT10X0_INPUT_IMPEDENCE_HIGH)
if rtn == 0:
self.ft_info_msg.emit("Sync input impedence is setted to: {}".format(sync_imp))
else:
self.ft_info_msg.emit("Setting sync input impedence failed.")
'''Setting sync input Edge'''
sync_trig = self.sync_trig_cbx.currentText()
# print(sync_trig)
if sync_trig == "Positive":
rtn = self.dev.SetStartEdge(DEV_ID_0, FT10X0_INPUT_EDGE_RISE)
# print(rtn)
if rtn == 0:
self.ft_info_msg.emit("Sync input edge is setted to: {}".format(sync_trig))
else:
self.ft_info_msg.emit("Setting sync input edge failed.")
elif sync_trig == "Negative":
rtn = self.dev.SetStartEdge(DEV_ID_0, FT10X0_INPUT_EDGE_FALL)
# print(rtn)
if rtn == 0:
self.ft_info_msg.emit("Sync input edge is setted to: {}".format(sync_trig))
else:
self.ft_info_msg.emit("Setting sync input edge failed.")
'''Setting CH1 input impedence'''
ch1_imp = self.ch1_imp_cbx.currentText()
if ch1_imp == "50Ω":
rtn = self.dev.SetStopImpedence(DEV_ID_0, 0, FTMT_CHANNEL_0, FT10X0_INPUT_IMPEDENCE_50)
if rtn == 0:
self.ft_info_msg.emit("CH1 input impedence is setted to: {}".format(ch1_imp))
else:
self.ft_info_msg.emit("Setting CH1 input impedence failed.")
elif ch1_imp == "1MΩ":
rtn = self.dev.SetStopImpedence(DEV_ID_0, 0, FTMT_CHANNEL_0, FT10X0_INPUT_IMPEDENCE_HIGH)
if rtn == 0:
self.ft_info_msg.emit("CH1 input impedence is setted to: {}".format(ch1_imp))
else:
self.ft_info_msg.emit("Setting CH1 input impedence failed.")
'''Setting CH1 input edge'''
ch1_trig = self.ch1_trig_cbx.currentText()
# print(ch1_trig)
if ch1_trig == "Positive":
rtn = self.dev.SetStopEdge(DEV_ID_0, 0, FTMT_CHANNEL_0, FT10X0_INPUT_EDGE_RISE)
# print(rtn)
if rtn == 0:
self.ft_info_msg.emit("CH1 input edge is setted to: {}".format(ch1_trig))
else:
self.ft_info_msg.emit("Setting CH1 input edge failed.")
elif ch1_trig == "Negative":
rtn = self.dev.SetStopEdge(DEV_ID_0, 0, FTMT_CHANNEL_0, FT10X0_INPUT_EDGE_FALL)
# print(rtn)
if rtn == 0:
self.ft_info_msg.emit("CH1 input edge is setted to: {}".format(ch1_trig))
else:
self.ft_info_msg.emit("Setting CH1 input edge failed.")
'''Setting CH2 input impedence'''
ch2_imp = self.ch2_imp_cbx.currentText()
if ch2_imp == "50Ω":
rtn = self.dev.SetStopImpedence(DEV_ID_0, 0, FTMT_CHANNEL_1, FT10X0_INPUT_IMPEDENCE_50)
if rtn == 0:
self.ft_info_msg.emit("CH2 input impedence is setted to: {}".format(ch2_imp))
else:
self.ft_info_msg.emit("Setting CH2 input impedence failed.")
elif ch2_imp == "1MΩ":
rtn = self.dev.SetStopImpedence(DEV_ID_0, 0, FTMT_CHANNEL_1, FT10X0_INPUT_IMPEDENCE_HIGH)
if rtn == 0:
self.ft_info_msg.emit("CH2 input impedence is setted to: {}".format(ch2_imp))
else:
self.ft_info_msg.emit("Setting CH2 input impedence failed.")
'''Setting CH2 input edge'''
ch2_trig = self.ch2_trig_cbx.currentText()
# print(ch2_trig)
if ch2_trig == "Positive":
rtn = self.dev.SetStopEdge(DEV_ID_0, 0, FTMT_CHANNEL_1, FT10X0_INPUT_EDGE_RISE)
# print(rtn)
if rtn == 0:
self.ft_info_msg.emit("CH2 input edge is setted to: {}".format(ch2_trig))
else:
self.ft_info_msg.emit("Setting CH2 input edge failed.")
elif ch1_trig == "Negative":
rtn = self.dev.SetStopEdge(DEV_ID_0, 0, FTMT_CHANNEL_1, FT10X0_INPUT_EDGE_FALL)
# print(rtn)
if rtn == 0:
self.ft_info_msg.emit("CH2 input edge is setted to: {}".format(ch2_trig))
else:
self.ft_info_msg.emit("Setting CH2 input edge failed.")
'''Setting CH3 input impedence'''
ch3_imp = self.ch3_imp_cbx.currentText()
if ch3_imp == "50Ω":
rtn = self.dev.SetStopImpedence(DEV_ID_0, 0, FTMT_CHANNEL_2, FT10X0_INPUT_IMPEDENCE_50)
if rtn == 0:
self.ft_info_msg.emit("CH3 input impedence is setted to: {}".format(ch3_imp))
else:
self.ft_info_msg.emit("Setting CH3 input impedence failed.")
elif ch3_imp == "1MΩ":
rtn = self.dev.SetStopImpedence(DEV_ID_0, 0, FTMT_CHANNEL_2, FT10X0_INPUT_IMPEDENCE_HIGH)
if rtn == 0:
self.ft_info_msg.emit("CH3 input impedence is setted to: {}".format(ch3_imp))
else:
self.ft_info_msg.emit("Setting CH3 input impedence failed.")
'''Setting CH3 input edge'''
ch3_trig = self.ch3_trig_cbx.currentText()
# print(ch3_trig)
if ch3_trig == "Positive":
rtn = self.dev.SetStopEdge(DEV_ID_0, 0, FTMT_CHANNEL_2, FT10X0_INPUT_EDGE_RISE)
# print(rtn)
if rtn == 0:
self.ft_info_msg.emit("CH3 input edge is setted to: {}".format(ch3_trig))
else:
self.ft_info_msg.emit("Setting CH3 input edge failed.")
elif ch3_trig == "Negative":
rtn = self.dev.SetStopEdge(DEV_ID_0, 0, FTMT_CHANNEL_2, FT10X0_INPUT_EDGE_FALL)
# print(rtn)
if rtn == 0:
self.ft_info_msg.emit("CH3 input edge is setted to: {}".format(ch3_trig))
else:
self.ft_info_msg.emit("Setting CH3 input edge failed.")
'''Setting CH4 input impedence'''
ch4_imp = self.ch4_imp_cbx.currentText()
if ch4_imp == "50Ω":
rtn = self.dev.SetStopImpedence(DEV_ID_0, 0, FTMT_CHANNEL_3, FT10X0_INPUT_IMPEDENCE_50)
if rtn == 0:
self.ft_info_msg.emit("CH4 input impedence is setted to: {}".format(ch4_imp))
else:
self.ft_info_msg.emit("Setting CH4 input impedence failed.")
elif ch4_imp == "1MΩ":
rtn = self.dev.SetStopImpedence(DEV_ID_0, 0, FTMT_CHANNEL_3, FT10X0_INPUT_IMPEDENCE_HIGH)
if rtn == 0:
self.ft_info_msg.emit("CH4 input impedence is setted to: {}".format(ch4_imp))
else:
self.ft_info_msg.emit("Setting CH4 input impedence failed.")
'''Setting CH4 input edge'''
ch4_trig = self.ch4_trig_cbx.currentText()
# print(ch4_trig)
if ch4_trig == "Positive":
rtn = self.dev.SetStopEdge(DEV_ID_0, 0, FTMT_CHANNEL_3, FT10X0_INPUT_EDGE_RISE)
# print(rtn)
if rtn == 0:
self.ft_info_msg.emit("CH4 input edge is setted to: {}".format(ch4_trig))
else:
self.ft_info_msg.emit("Setting CH4 input edge failed.")
elif ch4_trig == "Negative":
rtn = self.dev.SetStopEdge(DEV_ID_0, 0, FTMT_CHANNEL_3, FT10X0_INPUT_EDGE_FALL)
# print(rtn)
if rtn == 0:
self.ft_info_msg.emit("CH4 input edge is setted to: {}".format(ch4_trig))
else:
self.ft_info_msg.emit("Setting CH4 input edge failed.")
'''Setting SYNC input threshold'''
sync_thresh_str = self.sync_thresh_ledit.text()
self.sync_thresh = ctypes.c_int(int(sync_thresh_str))
rtn = self.dev.SetStartThreshold(DEV_ID_0, FTMT_BOARD_A, self.sync_thresh)
if rtn == 0:
self.ft_info_msg.emit("SYNC input threshold is setted to: {}".format(sync_thresh_str))
else:
self.ft_info_msg.emit("Setting SYNC input threshold failed.")
'''Setting CH1 input threshold'''
ch1_thresh_str = self.ch1_thresh_ledit.text()
self.ch1_thresh = ctypes.c_int(int(ch1_thresh_str))
rtn = self.dev.SetStopThreshold(DEV_ID_0, FTMT_BOARD_A, FTMT_CHANNEL_0, self.ch1_thresh)
if rtn == 0:
self.ft_info_msg.emit("CH1 input threshold is setted to: {}".format(ch1_thresh_str))
else:
self.ft_info_msg.emit("Setting CH1 input threshold failed.")
'''Setting CH2 input threshold'''
ch2_thresh_str = self.ch2_thresh_ledit.text()
self.ch2_thresh = ctypes.c_int(int(ch2_thresh_str))
rtn = self.dev.SetStopThreshold(DEV_ID_0, FTMT_BOARD_A, FTMT_CHANNEL_1, self.ch2_thresh)
if rtn == 0:
self.ft_info_msg.emit("CH2 input threshold is setted to: {}".format(ch2_thresh_str))
else:
self.ft_info_msg.emit("Setting CH2 input threshold failed.")
'''Setting CH3 input threshold'''
ch3_thresh_str = self.ch3_thresh_ledit.text()
self.ch3_thresh = ctypes.c_int(int(ch3_thresh_str))
rtn = self.dev.SetStopThreshold(DEV_ID_0, FTMT_BOARD_A, FTMT_CHANNEL_2, self.ch3_thresh)
if rtn == 0:
self.ft_info_msg.emit("CH3 input threshold is setted to: {}".format(ch3_thresh_str))
else:
self.ft_info_msg.emit("Setting CH3 input threshold failed.")
'''Setting CH4 input threshold'''
ch4_thresh_str = self.ch4_thresh_ledit.text()
self.ch4_thresh = ctypes.c_int(int(ch4_thresh_str))
rtn = self.dev.SetStopThreshold(DEV_ID_0, FTMT_BOARD_A, FTMT_CHANNEL_3 , self.ch4_thresh)
if rtn == 0:
self.ft_info_msg.emit("CH4 input threshold is setted to: {}".format(ch4_thresh_str))
else:
self.ft_info_msg.emit("Setting CH4 input threshold failed.")
self.ft_info_msg.emit('-'*60)
def ft_smp_ld(self):
# Check file type
if self.bin_ckbox.isChecked() or self.txt_ckbox.isChecked():
if self.bin_ckbox.isChecked():
rtn = self.dev.SetFileMode(FTMT_TASK_RUN_MODE_T3, FTMT_FILE_SAVE_MODE_BIN, FTMT_FILE_SERIES_MODE_EACH)
if rtn == 0:
self.ft_info_msg.emit('Samples will be saved as *.bin.')
#get the chosen file path, return it as a string
self.filePath = QFileDialog.getExistingDirectory(
self, # 父窗口对象
"Choose FT1040-T3Mode File Path", # 标题
r"d:" # 起始目录
)
self.ft_file_path_ledit.setText(self.filePath)
file_path = ctypes.c_char_p(bytes(self.filePath, encoding='utf-8'))
rtn = self.dev.SetFilePath(DEV_ID_0, FTMT_TASK_RUN_MODE_T3, file_path)
# self.ft_sample_msg.emit(self.filePath)
if rtn ==0:
self.ft_info_msg.emit('Samples will be saved in: {}'.format(self.filePath))
self.ft_info_msg.emit("-"*60)
else:
self.ft_info_msg.emit('Setting file path failed.')
self.ft_info_msg.emit("-"*60)
else:
self.ft_info_msg.emit('Setting file type failed.')
self.ft_info_msg.emit("-"*60)
elif self.txt_ckbox.isChecked():
rtn = self.dev.SetFileMode(FTMT_TASK_RUN_MODE_T3, FTMT_FILE_SAVE_MODE_TEXT, FTMT_FILE_SERIES_MODE_EACH)
if rtn == 0:
self.ft_info_msg.emit('Samples will be saved as *.txt.')
#get the chosen file path, return it as a string
self.filePath = QFileDialog.getExistingDirectory(
self, # 父窗口对象
"Choose FT1040-T3Mode File Path", # 标题
r"d:" # 起始目录
)
self.ft_file_path_ledit.setText(self.filePath)
file_path = ctypes.c_char_p(bytes(self.filePath, encoding='utf-8'))
rtn = self.dev.SetFilePath(DEV_ID_0, FTMT_TASK_RUN_MODE_T3, file_path)
# self.ft_sample_msg.emit(self.filePath)
if rtn ==0:
self.ft_info_msg.emit('Samples will be saved in: {}'.format(self.filePath))
self.ft_info_msg.emit("-"*60)
else:
self.ft_info_msg.emit('Setting file path failed.')
self.ft_info_msg.emit("-"*60)
else:
self.ft_info_msg.emit('Setting file type failed.')
self.ft_info_msg.emit("-"*60)
else:
self.ft_info_msg.emit('Choose file type first!')
def file_size_setting(self):
if self.split_file_btn.isChecked():
file_size_str = self.file_size_cbx.currentText()
file_size = ctypes.c_int(int(file_size_str))
# print(file_size)
rtn = self.dev.SetMaxFileSize(DEV_ID_0, file_size)
if rtn == 0:
self.ft_info_msg.emit("File size is setted to: {}".format(file_size_str))
self.ft_info_msg.emit("-"*60)
else:
self.ft_info_msg.emit("Setting file size failed.")
self.ft_info_msg.emit("-"*60)
def open_folder(self):
os.startfile(self.filePath)
def enable_tttr_mode(self):
mask = ''
mask_list = [
'0',
'b',
str(int(self.ch4_ckbox.isChecked())),
str(int(self.ch3_ckbox.isChecked())),
str(int(self.ch2_ckbox.isChecked())),
str(int(self.ch1_ckbox.isChecked()))
]
mask = mask.join(mask_list)
if mask == '0b0001':
'''Enable CH1 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_0001)
if rtn ==0:
self.ft_info_msg.emit("CH1 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH1 TTTR mode failed")
elif mask == '0b0010':
'''Enable CH2 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_0010)
if rtn ==0:
self.ft_info_msg.emit("CH2 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH2 TTTR mode failed")
elif mask == '0b0100':
'''Enable CH3 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_0100)
if rtn ==0:
self.ft_info_msg.emit("CH3 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH3 TTTR mode failed")
elif mask == '0b1000':
'''Enable CH4 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_1000)
if rtn ==0:
self.ft_info_msg.emit("CH4 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH4 TTTR mode failed")
# Two ports are open
elif mask == '0b0011':
'''Enable CH1 CH2 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_0011)
if rtn ==0:
self.ft_info_msg.emit("CH1 CH2 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH1 CH2 TTTR mode failed")
elif mask == '0b0110':
'''Enable CH2 CH3 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_0110)
if rtn ==0:
self.ft_info_msg.emit("CH2 CH3 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH2 CH3 TTTR mode failed")
elif mask == '0b1100':
'''Enable CH3 CH4 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_1100)
if rtn ==0:
self.ft_info_msg.emit("CH3 CH4 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH3 CH4 TTTR mode failed")
elif mask == '0b1010':
'''Enable CH2 CH4 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_1010)
if rtn ==0:
self.ft_info_msg.emit("CH2 CH4 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH2 CH4 TTTR mode failed")
elif mask == '0b0101':
'''Enable CH1 CH3 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_0101)
if rtn ==0:
self.ft_info_msg.emit("CH1 CH3 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH1 CH3 TTTR mode failed")
elif mask == '0b1001':
'''Enable CH1 CH4 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_1001)
if rtn ==0:
self.ft_info_msg.emit("CH1 CH4 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH1 CH4 TTTR mode failed")
# Three ports are open
elif mask == '0b0111':
'''Enable CH1 CH2 CH3 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_0111)
if rtn ==0:
self.ft_info_msg.emit("CH1 CH2 CH3 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH1 CH2 CH3 TTTR mode failed")
elif mask == '0b1011':
'''Enable CH1 CH2 CH4 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_1011)
if rtn ==0:
self.ft_info_msg.emit("CH1 CH2 CH4 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH1 CH2 CH4 TTTR mode failed")
elif mask == '0b1101':
'''Enable CH1 CH3 CH4 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_1101)
if rtn ==0:
self.ft_info_msg.emit("CH1 CH3 CH4 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH1 CH3 CH4 TTTR mode failed")
elif mask == '0b1110':
'''Enable CH2 CH3 CH4 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_1110)
if rtn ==0:
self.ft_info_msg.emit("CH2 CH3 CH4 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH2 CH3 CH4 TTTR mode failed")
# For ports are open
elif mask == '0b1111':
'''Enable CH1 CH2 CH3 CH4 TTTR mode'''
rtn = self.dev.EnableTTTR(DEV_ID_0, FTMT_BOARD_A, CH_MASK_1111)
if rtn ==0:
self.ft_info_msg.emit("CH1 CH2 CH3 CH4 TTTR mode enabled")
else:
self.ft_info_msg.emit("Enable CH1 CH2 CH3 CH4 TTTR mode failed")
self.ft_info_msg.emit('-'*60)
def time_stop_mode(self):
if self.time_stp_ckbox.isChecked():
'''Set time end mode'''
rtn = self.dev.SetTTTREndMode(FTMT_TTTR_END_MODE_TIME, 0)
# print(rtn)
if rtn == 0:
self.ft_info_msg.emit("Setting to time stop mode")
else:
self.ft_info_msg.emit("Setting to time stop mode failed.")
'''Setting statistic time'''
self.statisticTime = int(self.time_stp_ledit.text())
self.sTime = ctypes.c_float(self.statisticTime)
rtn = self.dev.SetStatisticsTime(FTMT_TASK_RUN_MODE_T3, self.sTime)
if rtn == 0:
self.ft_info_msg.emit("Statistic time is setted to: {}".format(self.statisticTime))
else:
self.ft_info_msg.emit("Setting statistic time failed.")
self.ft_info_msg.emit('-'*60)
def event_stop_mode(self):
'''Setting event end mode'''
if self.event_stp_ckbox.isChecked():
self.eCounts = int(self.event_stp_ledit.text())
rtn = self.dev.SetTTTREndMode(FTMT_TTTR_END_MODE_EVENT, self.eCounts)
if rtn == 0:
self.ft_info_msg.emit("Setting to event stop mode, {} counts required.".format(self.eCounts))
else:
self.ft_info_msg.emit("Setting to event stop mode failed.")
self.ft_info_msg.emit('-'*60)
def ft_ply(self):
rtn = self.dev.StartTask(FTMT_TASK_RUN_MODE_T3)
if rtn == 0:
self.ft_info_msg.emit("Start succeeded.")
else:
self.ft_info_msg.emit("Start failed.")
thread = Thread(
target = self.ft_ply_threadFunc
)
thread.start()
self.ft_ply_btn.setEnabled(False)
progressBar_thread = Thread(
target = self.progressBar_threadFunc,
args = (self.statisticTime,)
)
progressBar_thread.start()
def ft_ply_btn_enable(self,msg):
if msg == '1':
self.ft_ply_btn.setEnabled(True)
def progressBar_setvalue(self,i):
self.ft_progress_bar.setValue(i)
'''Define thread function for progress bar and FT1040 play button'''
def ft_ply_threadFunc(self):
while True:
if self.dev.IsTaskCompleted() ==True:
rtn = self.dev.StopTask(FTMT_TASK_RUN_MODE_T3)
self.ft_info_msg.emit('Task completed: {}'.format(rtn))
self.ft_ply_btn_msg.emit('1')
break
def progressBar_threadFunc(self, sTime):
for i in range(0,101):
time.sleep(sTime/100)
self.ft_progressBar_msg.emit(i)
'''Set FT1040 info ui'''
def ft_info_ui(self):
self.ft_msg.setWordWrap(True) # 自动换行
self.ft_msg.setAlignment(Qt.AlignTop) # 靠上
# 用于存放消息
self.ft_msg_history = []
def ft_slot(self, msg):
self.ft_msg_history.append(msg)
self.ft_msg.setText("<br>".join(self.ft_msg_history))
self.ft_msg.resize(700, self.ft_msg.frameSize().height() + 20)
self.ft_msg.repaint() # 更新内容，如果不更新可能没有显示新内容
'''Set window ui'''
def window_btn_signal(self):
# window button sigmal
self.close_btn.clicked.connect(self.close)
self.max_btn.clicked.connect(self.maxornorm)
self.min_btn.clicked.connect(self.showMinimized)
#create window blur
def render_shadow(self):
self.shadow = QGraphicsDropShadowEffect(self)
self.shadow.setOffset(0, 0) # 偏移
self.shadow.setBlurRadius(30) # 阴影半径
self.shadow.setColor(QColor(128, 128, 255)) # 阴影颜色
self.mainwidget.setGraphicsEffect(self.shadow) # 将设置套用到widget窗口中
def maxornorm(self):
if self.isMaximized():
self.showNormal()
self.norm_icon = QIcon()
self.norm_icon.addPixmap(QPixmap(":/my_icons/images/icons/max.svg"), QIcon.Normal, QIcon.Off)
self.max_btn.setIcon(self.norm_icon)
else:
self.showMaximized()
self.max_icon = QIcon()
self.max_icon.addPixmap(QPixmap(":/my_icons/images/icons/norm.svg"), QIcon.Normal, QIcon.Off)
self.max_btn.setIcon(self.max_icon)
def mousePressEvent(self, event):
if event.button() == Qt.LeftButton:
self.m_flag = True
self.m_Position = QPoint
self.m_Position = event.globalPos() - self.pos() # 获取鼠标相对窗口的位置
event.accept()
self.setCursor(QCursor(Qt.OpenHandCursor)) # 更改鼠标图标
def mouseMoveEvent(self, QMouseEvent):
m_position = QPoint
m_position = QMouseEvent.globalPos() - self.pos()
width = QDesktopWidget().availableGeometry().size().width()
height = QDesktopWidget().availableGeometry().size().height()
if m_position.x() < width*0.7 and m_position.y() < height*0.06:
self.m_flag = True
if Qt.LeftButton and self.m_flag:
pos_x = int(self.m_Position.x())
pos_y = int(self.m_Position.y())
if pos_x < width*0.7 and pos_y < height*0.06:
self.move(QMouseEvent.globalPos() - self.m_Position) # 更改窗口位置
QMouseEvent.accept()
def mouseReleaseEvent(self, QMouseEvent):
self.m_flag = False
self.setCursor(QCursor(Qt.ArrowCursor))
'''
RF CONTROL
'''
def rf_info_ui(self):
# create blank message QLabel
# self.rf_msg = QLabel(" ")
# self.rf_msg.resize(700, 20)
self.rf_msg.setWordWrap(True) # 自动换行
self.rf_msg.setAlignment(Qt.AlignTop) # 靠上
# self.msg.setStyleSheet("background-color: yellow; color: black;")
# add message QLabel to scroll area
# self.rf_msg.setParent(self.rf_scroll)
# scroll_layout = QVBoxLayout()
# scroll_layout.addWidget(self.rf_scroll)
# # self.rf_scroll.verticalScrollBarPolicy(self.rf_scroll.maximum())
# # 用于存放消息
self.rf_msg_history = []
def rf_slot(self, msg):
# print(msg)
self.rf_msg_history.append(msg)
self.rf_msg.setText("<br>".join(self.rf_msg_history))
self.rf_msg.resize(700, self.rf_msg.frameSize().height() + 20)
self.rf_msg.repaint() # 更新内容，如果不更新可能没有显示新内容
def my_rf_signal(self):
#open button signal
self.rf_connect_btn.clicked.connect(self.boot_rf)
#message signal
self.rf_info_msg.connect(self.rf_slot)
# RF scroll area scrollbar signal
self.rf_scroll.verticalScrollBar().rangeChanged.connect(
lambda: self.rf_scroll.verticalScrollBar().setValue(
self.rf_scroll.verticalScrollBar().maximum()
)
)
# combobox restore signal
self.rf_visa_rst_btn.clicked.connect(self.rf_cbx_test)
# RF load sample button signal
self.rf_load_btn.clicked.connect(self.rf_spl_ld)
# RF On button signal
self.rf_ply_stp_btn.clicked.connect(self.rf_ply_stp)
def rf_cbx_test(self):
self.rf_cbx.clear()
self.rm = pyvisa.ResourceManager()
self.ls = self.rm.list_resources()
self.rf_cbx.addItems(self.ls)
def boot_rf(self):
# Boot RF generator
self.rf_port = self.rf_cbx.currentText()
# print(self.rf_port)
self.my_instrument = self.rm.open_resource(self.rf_port)
self.my_instrument.write_termination = '\n'
self.instrument_info = self.my_instrument.query('*IDN?')
# 恢复出厂设置
self.fac = self.my_instrument.write(':SYST:PRES:TYPE FAC')
self.preset = self.my_instrument.write(':SYST:PRES')
if self.fac != 0 and self.preset != 0:
self.rf_info_msg.emit('Restored factory settings succeeded: {}, {}'.format(self.fac, self.preset))
else:
self.rf_info_msg.emit('Restoring factory settings failed')
sys.emit()
self.rf_info_msg.emit(self.instrument_info)
'''
This part defines some initial settings of RF generator suited to CW-ODMR measurement
'''
# time.sleep(5)
# setting sweep type to list
sweep_type = self.my_instrument.write(":SWE:TYPE LIST")
if sweep_type != 0:
self.rf_info_msg.emit('Setting sweep type to "LIST" succeeded: {}'.format(sweep_type))
else:
self.rf_info_msg.emit('Setting sweep type "LIST" failed')
sys.emit()
# setting file type to sweep csv
file_type = self.my_instrument.write(":MMEM:FILE SWPCsv")
if file_type != 0:
self.rf_info_msg.emit('Setting file type to "SWPCsv" succeeded: {}'.format(file_type))
else:
self.rf_info_msg.emit('Setting file type "SWPCsv" failed')
sys.emit()
# setting sweep mode to continue
sweep_mode = self.my_instrument.write(":SWE:MODE CONT")
if sweep_mode != 0:
self.rf_info_msg.emit('Setting sweep mode to "CONTinue" succeeded: {}'.format(sweep_mode))
else:
self.rf_info_msg.emit('Setting sweep mode to "CONTinue"failed')
sys.emit()
# setting period trigger type to auto
pe_sweep_trig = self.my_instrument.write(":SWE:SWE:TRIG:TYPE AUTO")
if pe_sweep_trig != 0:
self.rf_info_msg.emit('Setting period trigger type TO "AUTO" succeeded: {}'.format(pe_sweep_trig))
else:
self.rf_info_msg.emit('Setting period trigger type "AUTO" failed')
sys.emit()
#setting poit trigger type to external
pt_sweep_trig = self.my_instrument.write(":SWE:POIN:TRIG:TYPE EXT")
if pt_sweep_trig != 0:
self.rf_info_msg.emit('Setting point trigger type to "EXT" succeeded: {}'.format(pt_sweep_trig))
else:
self.rf_info_msg.emit('Setting point trigger type "EXT" failed')
sys.emit()
# setting triger_slope to positive
trig_slope = self.my_instrument.write(":INP:TRIG:SLOP POS ")
if trig_slope != 0:
self.rf_info_msg.emit('Setting trigger slope to "Positive" succeeded: {}'.format(trig_slope))
else:
self.rf_info_msg.emit('Setting trigger slope to "Positive" failed')
sys.emit()
# setting sweep state to level and frequency
sweep_state = self.my_instrument.write(":SWE:STAT LEV,FREQ")
if sweep_state != 0:
self.rf_info_msg.emit('Setting sweep state to "Level and Frequency" succeeded: {}'.format(sweep_state))
else:
self.rf_info_msg.emit('Setting sweep state to "Level and Frequency" failed')
sys.emit()
def rf_spl_ld(self):
sample = self.rf_sample_ledit.text()
load_status = self.my_instrument.write(':MMEMory:LOAD E:\RF_freqSW_list\cw_odmr\{}.csv'.format(sample))
if load_status != 0:
self.rf_info_msg.emit('Loading SWPcsv list sample succeeded: {}'.format(load_status))
else:
self.rf_info_msg.emit('Loading SWPcsv list sample failed')
def rf_ply_stp(self):
output_status = self.my_instrument.query(':OUTP?')
if output_status == '0\n':
self.rf_ply_stp_btn.setText('RF OFF')
self.off_icon = QIcon()
self.off_icon.addPixmap(QPixmap(":/my_icons/images/icons/stop.svg"), QIcon.Normal, QIcon.Off)
self.rf_ply_stp_btn.setIcon(self.off_icon)
rtn = self.my_instrument.write(":OUTP ON")
if rtn != 0:
self.rf_info_msg.emit('RF ON succeeded: {}'.format(rtn))
else:
self.rf_info_msg.emit('RF ON failed')
sys.emit()
elif output_status == '1\n':
self.rf_ply_stp_btn.setText('RF ON ')
self.on_icon = QIcon()
self.on_icon.addPixmap(QPixmap(":/my_icons/images/icons/play.svg"), QIcon.Normal, QIcon.Off)
self.rf_ply_stp_btn.setIcon(self.on_icon)
rtn = self.my_instrument.write(":OUTP OFF")
if rtn != 0:
self.rf_info_msg.emit('RF OFF succeeded: {}'.format(rtn))
else:
self.rf_info_msg.emit('RF OFF failed')
sys.emit()
'''
Data analysis
'''
def data_pro_signal(self):
# List load button signal
self.load_list_btn.clicked.connect(self.list_load)
# Message signal
self.data_processing_info_msg.connect(self.data_processing_slot)
# Scroll area updating signal
self.data_processing_scroll.verticalScrollBar().rangeChanged.connect(
lambda: self.data_processing_scroll.verticalScrollBar().setValue(
self.data_processing_scroll.verticalScrollBar().maximum()
)
)
# Data load button signal
self.load_data_btn.clicked.connect(self.data_load)
# Data transform button
self.transform_btn.clicked.connect(self.result_transform)
self.save_result_btn.clicked.connect(self.save_final_rersult)
# Open transformed data folder signal
self.open_transformed_data_folder_btn.clicked.connect(self.open_final_result_folder)
# Import plot data signal
self.import_transformed_data_btn.clicked.connect(self.import_plot_data)
# plot signal
self.plot_data_btn.clicked.connect(self.plot_result)
# Restore view signal
self.restore_view_btn.clicked.connect(self.restore_view)
def data_processing_info_ui(self):
self.data_processing_msg.setWordWrap(True) # 自动换行
self.data_processing_msg.setAlignment(Qt.AlignTop) # 靠上