# -*- coding: utf-8 -*- """ Created on Tue May 28 15:40:48 2024 @author: WANGXIBAO """ # -*- coding: utf-8 -*- import time,math,os import re,csv,datetime from PyQt5.QtCore import QThread, pyqtSignal,Qt from PyQt5.QtWidgets import QMessageBox from PyQt5.QtChart import QChart, QValueAxis, QSplineSeries,QLineSeries from PyQt5.QtGui import QPen from configparser import ConfigParser # 波形显示 class QChartViewPlot(QChart): # 相位振动波形 def __init__(self, parent=None): super(QChartViewPlot, self).__init__(parent) self.window = parent self.xRange = 60 self.counter = 0 self.seriesList = [] self.legend().show() self.axisX = QValueAxis() self.axisX.setRange(0, self.xRange) self.addAxis(self.axisX, Qt.AlignBottom) # self.setAxisX(self.axisX, series) # 增加X轴网格设置 self.axisX.setTickCount(13) grid_pen_x = QPen(Qt.black, 0.5, Qt.DotLine) # 设置网格线的颜色、宽度和样式 self.axisX.setGridLinePen(grid_pen_x) self.y_min = 0 self.y_max = 100 self.axisY = QValueAxis() self.axisY.setRange(self.y_min, self.y_max) self.addAxis(self.axisY, Qt.AlignLeft) # self.setAxisY(self.axisY, series) # 增加Y轴网格设置 self.axisY.setTickCount(11) grid_pen_y = QPen(Qt.black, 0.5, Qt.DotLine) # 设置网格线的颜色、宽度和样式 self.axisY.setGridLinePen(grid_pen_y) #self.series = QSplineSeries() self.series = QLineSeries() self.series.setName("波形") self.series.setUseOpenGL(True) self.addSeries(self.series) self.series.attachAxis(self.axisX) self.series.attachAxis(self.axisY) self.curretValue = 0 self.windowAverage =0 self.windowStd = 0 def handle_update(self, ydata): # 更新y值 if self.counter < self.xRange: self.series.append(self.counter, ydata) self.counter += 1 points = self.series.pointsVector() self.y_min = min(points, key=lambda point: point.y()).y() self.y_max = max(points, key=lambda point: point.y()).y() else: points = self.series.pointsVector() for i in range(self.xRange - 1): points[i].setY(points[i + 1].y()) points[-1].setY(ydata) self.y_min = min(points, key=lambda point: point.y()).y() self.y_max = max(points, key=lambda point: point.y()).y() self.series.replace(points) # 计算总和 total_sum = sum(point.y() for point in points) # 计算点的数量 num_points = len(points) # 计算均值，确保除数不为零 self.windowAverage = total_sum / num_points if num_points > 0 else 0 print("windowMean:",self.windowAverage) # 计算每个点与均值的差的平方，然后求和 variance_sum = sum((point.y() - self.windowAverage) ** 2 for point in points) # 计算方差，除以数据点的总数 variance = variance_sum / len(points) self.axisY.setRange(math.floor(self.y_min-0.1),math.ceil( self.y_max+0.1)) # 计算标准差，即方差的平方根 self.windowStd = variance ** 0.5 print("standard_deviation", self.windowStd) def clearSeries(self): self.series.clear() self.counter = 0 # 使用线程不断更新波形数据 class UpdateDataThread(QThread): _signal_update = pyqtSignal(float) # 信号 def __init__(self, parent=None): super(UpdateDataThread, self).__init__(parent) self.is_exit = False self.x_range = 1024 self.getDateQx = GetDataQX() self.flag = 0 def run(self): print("run start") while not self.is_exit: # 直接在循环中检查退出标志 # for i in range(self.x_range): # print(i,self.sin.get_data(i)) # self._signal_update.emit(str(self.sin.get_data(i))) # 发射信号 # time.sleep(0.01) # 实际应用中推荐使用QTimer代替 # 这里应该有一个 flag 默认是 0 外部调用可以传紧来1，没循环完自己置零，while 只起到监控左右 if self.flag == 1: #print("flag",self.flag) #data = self.setReceiveData #print("发数",datetime.datetime.now().strftime("%Y-%m-%d %H:%M:%S.%f")) print("data receive ",self.setReceiveData) # print(f"{data:.3f}") try: self._signal_update.emit(self.setReceiveData) self.flag = 0 except Exception: QMessageBox.critical(self, '数据异常', '数据格式不对，不能绘图') pass def SetReceiveData(self,data_in): self.setReceiveData = data_in def SetFlag(self,flag): self.flag = flag def SetFilenameCsv(self,filename): self.filenameCsv = filename def SetPlotItem(self,ind): #设置显示项目 self.ind = ind def stop(self): self.is_exit = True # 设置退出标志 print("停止绘图") def restart(self): self.is_exit = False class GetDataQX(): #读取请芯数据 def __init__(self, parent=None): super().__init__() self.indOfReturn =0 self.regexQx = re.compile(r'(A\+|B\+|\s)+') # 编译正则表达式 self.TIME_FORMAT = "%Y-%m-%d %H:%M:%S" def Transdata(self,data): parts = re.split(self.regexQx,data) # 过滤掉空字符串 parts = [part for part in parts if part] #print(parts) methane = float(parts[1]) airTemp = float(parts[3]) laserTemp = float( parts[5])/1 laerIntensity = float(parts[7])*10 timeCrvt=time.strftime(self.TIME_FORMAT, time.localtime()) self.data2csv =[(timeCrvt,methane,airTemp,laserTemp,laerIntensity)] #print(self.data2csv) if self.indOfReturn == 0: returnData = methane elif self.indOfReturn == 1: returnData = airTemp elif self.indOfReturn == 2: returnData = laserTemp elif self.indOfReturn == 3: returnData = laerIntensity print(returnData) return returnData def SaveCsv(self,filenameCsv): # 打开一个文件用于写入，如果文件不存在则创建 if os.path.isfile(filenameCsv) == 0: # 文件为空，需要写入表头 with open(filenameCsv, mode='w', newline='') as file: writer = csv.writer(file) writer.writerow(('time', 'Methane', 'Air Temp', 'Laser Temp', 'Laser Intensity')) else: with open(filenameCsv, mode='a', newline='') as file: # 创建一个写入器对象 writer = csv.writer(file) # 写入数据行 writer.writerows(self.data2csv) def IndOfReturn(self,ind): self.indOfReturn = ind class GetDataTF(): #读取费加罗或者自定义数据 def __init__(self, parent=None): super().__init__() self.indOfReturn =0 #self.regex = re.compile(r'(A\+|B\+|\s)+') # 编译正则表达式 self.TIME_FORMAT = "%Y-%m-%d %H:%M:%S" self.regularIniPath = "regular.ini" # 配置文件默认路径 self.headStr = "" self.rowTitle=[] self.buttons_config = [[None for _ in range(3)] for _ in range(20)] #存放快捷按键配置 self.CheckCfgIniData() # 初始化配置文件 def Transdata(self,data): if data[:2] ==self.headStr: # parts = re.split(self.regex,data) # # 过滤掉空字符串 # parts = [part for part in parts if part] #print(parts) # methane = float(parts[1]) # airTemp = float(parts[3]) # laserTemp = float( parts[5])/1 # laerIntensity = float(parts[7])*10 # self.data2csv =[(timeCrvt,methane,airTemp,laserTemp,laerIntensity)] self.data2csv = self.regex.findall(data) #print(self.data2csv) # if self.indOfReturn == 0: # returnData = methane # elif self.indOfReturn == 1: # returnData = airTemp # elif self.indOfReturn == 2: # returnData = laserTemp # elif self.indOfReturn == 3: # returnData = laerIntensity returnData = float(self.data2csv[self.indOfReturn]) print("returnData",returnData) return returnData else: return "noNum" def SaveCsv(self,filenameCsv): # 打开一个文件用于写入，如果文件不存在则创建 if os.path.isfile(filenameCsv) == 0: # 文件为空，需要写入表头 with open(filenameCsv, mode='w', newline='') as file: writer = csv.writer(file) #writer.writerow(('time', 'Methane', 'Air Temp', 'Laser Temp', 'Laser Intensity')) writer.writerow(self.rowTitle) else: with open(filenameCsv, mode='a', newline='') as file: # 创建一个写入器对象 writer = csv.writer(file) # 写入数据行 timeCrvt=time.strftime(self.TIME_FORMAT, time.localtime()) self.data2csv.insert(0, timeCrvt) print(self.data2csv) writer.writerows([self.data2csv]) def IndOfReturn(self,ind): self.indOfReturn = ind def CheckCfgIniData(self): if not os.path.exists(self.regularIniPath): config = ConfigParser() config.add_section('TF_config') config.set('TF_config', 'regular', '\+?-?\d+(?:\.\d+)?') #config.set('TF_config', 'regular', '(A\+|B\+|\s)+') config.set('TF_config', 'headStr', 'A+') config.set('TF_config', 'rowTitle', 'time,Methane,Air Temp,Laser Temp,Laser Intensity,amplification,NL,ND,Sinal,SNR,PEAK,Best Piont') config.add_section('Quick_config') config.set('Quick_config', 'Button00', 'write 0,2024100101|序列号') config.set('Quick_config', 'Button01', 'write 1,65000|激光温度') config.set('Quick_config', 'Button02', 'write 2,1000|K*1000') config.set('Quick_config', 'Button03', 'write 3,0|B*1000') config.set('Quick_config', 'Button04', 'write 4,0|可调电阻') config.set('Quick_config', 'Button05', 'write 5,30|电阻抽头') config.set('Quick_config', 'Button06', 'write 6,0|输出温度') config.set('Quick_config', 'Button07', 'write 7,0|输出激光') config.set('Quick_config', 'Button08', 'write 8,1|输出状态') config.set('Quick_config', 'Button09', 'write 9,0|激光温补') config.set('Quick_config', 'Button10', 'write 10,100|噪声长度') config.set('Quick_config', 'Button11', 'write 11,600|扫描长度') config.set('Quick_config', 'Button12', '') config.set('Quick_config', 'Button13', 'write 13,30500|气温校准') config.set('Quick_config', 'Button14', 'write 14,1|滑动开关') config.set('Quick_config', 'Button15', 'write 15,10|滑动标准差') config.set('Quick_config', 'Button16', 'write 16,1|浓度温补') config.set('Quick_config', 'Button17', '') config.set('Quick_config', 'Button18', '') config.set('Quick_config', 'Button19', '') with open(self.regularIniPath, 'w' ,encoding='utf-8') as f: config.write(f) config = ConfigParser() config.read(self.regularIniPath, encoding='utf-8') try: self.headStr = config.get('TF_config', 'headStr') self.regex = re.compile(config.get('TF_config', 'regular')) self.rowTitleStr = config.get('TF_config', 'rowTitle') self.rowTitle = self.rowTitleStr.split(',') print(type(self.rowTitle)) print(f"Configuration read successfully: {self.headStr}, {self.regex}, {self.rowTitle}") # 创建一个空字典来存储按钮名称和对应的配置 # 循环遍历按钮编号，从0到19 for i in range(20): button_name = f'Button{i:02}' # 格式化按钮名称，确保两位数 # 使用 get 方法安全地获取配置，如果不存在则返回空字符串 config_value = config.get('Quick_config', button_name, fallback='') config_value_split = config_value.split('|') # 将按钮名称和配置信息存储在字典中 self.buttons_config[i][0] = button_name if len(config_value_split) == 2: self.buttons_config[i][1] = config_value_split[0] self.buttons_config[i][2] = config_value_split[1] # 打印字典查看结果 for i in range(20): print(f'{self.buttons_config[i][0]}: {self.buttons_config[i][1]}|{self.buttons_config[i][2]}') except Exception as e: print(f"Error reading configuration: {e}") def SetCfgIniData(self,button_name,set_text): config = ConfigParser() config.read(self.regularIniPath, encoding='utf-8') config.set('Quick_config', button_name, set_text) with open(self.regularIniPath, 'w' ,encoding='utf-8') as f: config.write(f) class GetDataOther(): #读取费加罗或者自定义数据 def __init__(self, parent=None): super().__init__() self.indOfReturn =0 #self.regex = re.compile(r'(A\+|B\+|\s)+') # 编译正则表达式 self.TIME_FORMAT = "%Y-%m-%d %H:%M:%S" self.OtherIniPath = "OtherData.ini" # 配置文件默认路径 self.headStr = "" self.rowTitle=[] self.CheckCfgIniData() # 初始化配置文件 def Transdata(self,data): if data[:2] ==self.headStr: self.data2csv = self.regex.findall(data) returnData = float(self.data2csv[self.indOfReturn]) print("returnData",returnData) return returnData else: return "noNum" def SaveCsv(self,filenameCsv): # 打开一个文件用于写入，如果文件不存在则创建 if os.path.isfile(filenameCsv) == 0: # 文件为空，需要写入表头 with open(filenameCsv, mode='w', newline='') as file: writer = csv.writer(file) #writer.writerow(('time', 'Methane', 'Air Temp', 'Laser Temp', 'Laser Intensity')) writer.writerow(self.rowTitle) else: with open(filenameCsv, mode='a', newline='') as file: # 创建一个写入器对象 writer = csv.writer(file) # 写入数据行 timeCrvt=time.strftime(self.TIME_FORMAT, time.localtime()) self.data2csv.insert(0, timeCrvt) print(self.data2csv) writer.writerows([self.data2csv]) def IndOfReturn(self,ind): self.indOfReturn = ind def CheckCfgIniData(self): if not os.path.exists(self.OtherIniPath): config = ConfigParser() config.add_section('OtherData_config') config.set('OtherData_config', 'regular', '\+?-?\d+(?:\.\d+)?') # config.set('TF_config', 'regular', '(A\+|B\+|\s)+') config.set('OtherData_config', 'headStr', 'A+') config.set('OtherData_config', 'rowTitle', 'time,DATA1,DATA2') with open(self.OtherIniPath, 'w') as f: config.write(f) config = ConfigParser() config.read(self.OtherIniPath, encoding='utf-8') try: self.headStr = config.get('OtherData_config', 'headStr') self.regex = re.compile(config.get('OtherData_config', 'regular')) self.rowTitleStr = config.get('OtherData_config', 'rowTitle') self.rowTitle = self.rowTitleStr.split(',') print(type(self.rowTitle)) print(f"Configuration read successfully: {self.headStr}, {self.regex}, {self.rowTitle}") except Exception as e: print(f"Error reading configuration: {e}")