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ControladorDeGenerador.py
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ControladorDeGenerador.py
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# -*- coding: utf-8 -*-
"""
@author: Abraham Hidalgo
Universidad de Carabobo
Ingeniero de Telecomunicaciones
correo: ahidalgo3@uc.edu.ve
"""
from PyQt5.QtGui import QDoubleValidator
import os.path
import csv
from PyQt5.QtWidgets import QFileDialog,QMainWindow,QLineEdit,QLabel,QComboBox
from Advertencia import adv
from ventana_generador_ui import Ui_MainWindow as VentanaGenerador
from PyQt5.QtCore import Qt
from numpy import Infinity
from PyQt5.QtCore import QThread
from functools import partial
from PyQt5.QtGui import QPixmap
from Funciones import ZCARGA,FUENTE
from math import sqrt
from cmath import tanh as complextanh
class BorrarFilas(QThread):
def __init__(self,layout,fi=None,ff=None):
QThread.__init__(self)
self.layout=layout
if fi is None: self.fi=1
else: self.fi=fi
if ff is None: self.ff=self.layout.rowCount()
else: self.ff=ff
def run(self):
for i in range(self.fi,self.ff+1):
for j in range(self.layout.columnCount()):
try:
self.layout.itemAtPosition(i-1,j).widget().deleteLater()
except:
pass
def salir(self):
self.exit()
class EliminarDiccionarioDeWidgets(QThread):
def __init__(self,dic):
QThread.__init__(self)
self.dic=dic
def run(self):
for nombre in self.dic:
try:
self.dic[nombre].deleteLater()
except:
pass
def salir(self):
self.exit()
class ControladorDeGenerador(QMainWindow,VentanaGenerador):
def __init__(self,ventana_principal):
QMainWindow.__init__(self)
self.setupUi(self)
self.setWindowTitle('Configurar generador')
self.cvp=ventana_principal
### Fuente
self.SS_cbx_fuente="""
QComboBox {
border:1px solid rgb(0, 0, 0);
border-radius: 10px;
color:rgb(238, 238, 238);
font: 75 10pt "MS Shell Dlg 2";
background-color: rgb(49, 58, 67);
padding-left: 6px;
/* min-width: 6em;*/
}
QComboBox:hover{
border: 1px solid rgb(85,170,255);
}
QComboBox:focus{
border: 1px solid rgb(85,170,255);
}
QComboBox::drop-down {
border-left-width: 0px;
border-left-color: black;
border-left-style: solid;
width:0px;
}
QComboBox QAbstractItemView {
selection-background-color: rgb(85,170,255);
selection-color: black;
color: rgb(238, 238, 238);
background-color: rgb(79, 93, 108);
}
"""
self.layout_fuente.setAlignment(Qt.AlignTop)
self.WF=dict() # diccionario de widgets de la fuente
self.WF['lbl_s1']=self.lbl_s1
self.WF['linedit_s1']=self.linedit_s1
self.WF['cbx_s1']=self.cbx_s1
self.WF['lbl_s2']=self.lbl_s2
self.WF['linedit_s2']=self.linedit_s2
self.WF['cbx_s2']=self.cbx_s2
self.WF['lbl_f1']=self.lbl_f1
self.WF['linedit_f1']=self.linedit_f1
self.WF['cbx_f1']=self.cbx_f1
self.WF['lbl_f2']=self.lbl_f2
self.WF['linedit_f2']=self.linedit_f2
self.WF['cbx_f2']=self.cbx_f2
self.datos_fuente=self.plantilla_datos_fuente()
self.Nanterior=2
self.ignorar_senhales_fuente=False
self.Voltaje=[]
self.Voltaje_original=[]
self.fmin_fuente=None
self.fmax_fuente=None
self.WF['linedit_s1'].setValidator(QDoubleValidator())
self.WF['linedit_s2'].setValidator(QDoubleValidator())
self.WF['linedit_f1'].setValidator(QDoubleValidator())
self.WF['linedit_f2'].setValidator(QDoubleValidator())
self.tltp_v='Amplitud del voltaje\nincidente a la entrada de la\nlínea de transmisión cuando\nesta se encuentra adaptada\ncon la impedancia del generador.'
self.tltp_p='Potencia activa promedio\nincidente a la entrada de la\nlínea de transmisión cuando\nesta se encuentra adaptada\ncon la impedancia del generador.'
### Impedancia
self.layout_impedancia.setAlignment(Qt.AlignTop)
self.lbl_importado.hide()
self.WI=dict() # diccionario de los widgets de impedancia
self.WI['lbl_R']=self.lbl_R
self.WI['linedit_R']=self.linedit_R
self.WI['linedit_R'].setValidator(QDoubleValidator())
self.WI['linedit_R'].setAlignment(Qt.AlignLeft)
self.WI['lbl_R'].setAlignment(Qt.AlignRight)
self.WI['cbx_R']=self.cbx_R
self.WI['cbx_R'].setCurrentText('Ω')
self.Impedancia=[]
self.ImpedanciaPrima=[]
self.Impedancia_original=[]
self.fmin_impedancia=None
self.fmax_impedancia=None
self.datos_impedancia=self.plantilla_datos_impedancia()
self.ignorar_senhales_impedancia=False
### Conexiones
self.pbtn_ok.clicked.connect(self.salir)
self.actionReiniciar.triggered.connect(self.reiniciar)
### Fuente
self.WF['linedit_s1'].editingFinished.connect(partial(self.editing_finished_fuente,'s1',1,0))
self.WF['cbx_s1'].currentTextChanged.connect(partial(self.accion_cbx_unidades_fuente,'s1',1,0))
self.WF['linedit_f1'].editingFinished.connect(partial(self.editing_finished_fuente,'f1',1,1))
self.WF['cbx_f1'].currentTextChanged.connect(partial(self.accion_cbx_unidades_fuente,'f1',1,1))
self.WF['linedit_s2'].editingFinished.connect(partial(self.editing_finished_fuente,'s2',2,0))
self.WF['cbx_s2'].currentTextChanged.connect(partial(self.accion_cbx_unidades_fuente,'s2',2,0))
self.WF['linedit_f2'].editingFinished.connect(partial(self.editing_finished_fuente,'f2',2,1))
self.WF['cbx_f2'].currentTextChanged.connect(partial(self.accion_cbx_unidades_fuente,'f2',2,1))
self.cbx_fuente.currentTextChanged.connect(self.accion_cbx_fuente)
self.spnbx_mediciones.valueChanged.connect(self.accion_spnbx_mediciones)
self.actionCargarFuente.triggered.connect(self.cargar_fuente)
self.actionGuardarFuente.triggered.connect(self.guardar_fuente)
self.WF['linedit_s1'].textChanged.connect(partial(self.text_changed_fuente,self.WF['linedit_s1'],1,0))
self.WF['linedit_f1'].textChanged.connect(partial(self.text_changed_fuente,self.WF['linedit_f1'],1,1))
self.WF['linedit_s2'].textChanged.connect(partial(self.text_changed_fuente,self.WF['linedit_s2'],2,0))
self.WF['linedit_f2'].textChanged.connect(partial(self.text_changed_fuente,self.WF['linedit_f2'],2,1))
### Impedancia
self.linedit_R.editingFinished.connect(partial(self.editing_finished_impedancia,'R',2,0))
self.linedit_R.textChanged.connect(partial(self.text_changed_impedancia,self.linedit_R,2,0))
self.cbx_modelo.currentTextChanged.connect(self.accionmodelo_impedancia)
self.actionCargarModelo.triggered.connect(self.cargar_modelo_impedancia)
self.actionCargarArchivo_imp.triggered.connect(self.cargar_archivo_imp_impedancia)
self.actionGuardarModelo.triggered.connect(self.guardar_modelo_impedancia)
### Lógica de Interfaz Grafica
def closeEvent(self, event):
self.salir()
def salir(self):
self.hide()
self.cvp.pbtn_configurar_generador.setEnabled(True)
def bloquear(self):
self.cvp.pbtn_configurar_generador.setEnabled(False)
self.hide()
def desbloquear(self):
self.cvp.pbtn_configurar_generador.setEnabled(True)
def reiniciar(self):
self.reiniciar_fuente()
self.reiniciar_impedancia()
### Fuente
def plantilla_datos_fuente(self,tipo='Voltaje',Nmed=2):
# Potencia/Voltaje,Nmed
# P1/V1,f1
# P2/V2,f2
# ...
# PN/VN,fN
# fmin,fmax
datos=[[tipo,Nmed]]
for i in range(Nmed): datos.append(['',''])
datos.append([0,Infinity])
return datos
def cargar_fuente(self):
try:
carpeta='./Datos/Generador'
ruta = QFileDialog.getOpenFileName(self, 'Cargar archivo',carpeta,"*.source")[0]
if os.path.exists(ruta):
datos=[]
with open(ruta) as archivo:
lector = csv.reader(archivo, delimiter=',', quotechar=',', quoting=csv.QUOTE_MINIMAL)
for fila in lector: datos.append(fila)
if self.formato_correcto_fuente(datos): pass
else: raise Exception
self.datos_fuente=datos
self.determinar_fmin_fmax_datos_fuente()
self.ignorar_senhales_fuente=True
self.datosAventana_fuente()
self.ignorar_senhales_fuente=False
except:
ad=adv('Formato incompatible.\nNo se pudo cargar los datos.')
ad.exec_()
self.ignorar_senhales_fuente=False
self.reiniciar_fuente()
def cargar_datos_fuente(self,datos):
try:
if self.formato_correcto_fuente(datos): pass
else: raise Exception
self.datos_fuente=datos
self.determinar_fmin_fmax_datos_fuente()
self.ignorar_senhales_fuente=True
self.datosAventana_fuente()
self.ignorar_senhales_fuente=False
except:
ad=adv('Formato incompatible.\nNo se pudo cargar los datos de\nla fuente.')
ad.exec_()
self.ignorar_senhales_fuente=False
self.reiniciar_fuente()
def formatear_datos_fuente(self,datos):
# Potencia/Voltaje,Nmed
# P1/V1,f1
# P2/V2,f2
# ...
# PN/VN,fN
# fmin,fmax
datos[0][1]=int(float(datos[0][1])) #Nmed
for i in range(1,datos[0][1]+1):
datos[i][0]=float(datos[i][0]) #P/V
datos[i][1]=float(datos[i][1]) #f
datos[-1][0]=float(datos[-1][0]) #fmin
datos[-1][1]=float(datos[-1][1]) #fmax
return datos
def guardar_fuente(self):
carpeta='./Datos/Generador'
ruta = QFileDialog.getSaveFileName(self,'Guardar archivo',carpeta,'*.source')[0]
if ruta!='':
if ruta[-7:] != '.source': ruta=ruta+'.source'
with open(ruta,'w',newline='') as archivo:
escritor = csv.writer(archivo)
for fila in self.datos_fuente:
escritor.writerow(fila)
def reiniciar_fuente(self):
self.spnbx_mediciones.setValue(2)
self.datos_fuente=self.plantilla_datos_fuente()
self.cbx_fuente.setCurrentText('Voltaje')
self.WF['linedit_s1'].setText('')
self.WF['cbx_s1'].setCurrentIndex(1)
self.WF['linedit_s2'].setText('')
self.WF['cbx_s2'].setCurrentIndex(1)
self.WF['linedit_f1'].setText('')
self.WF['cbx_f1'].setCurrentIndex(1)
self.WF['linedit_f2'].setText('')
self.WF['cbx_f2'].setCurrentIndex(1)
def borrar_filas(self,fi=None,ff=None):
hilo_borrar=BorrarFilas(self.layout_fuente,fi,ff)
hilo_borrar.start()
while not hilo_borrar.isFinished(): pass
hilo_borrar.salir()
hilo_borrar.deleteLater()
def CrearWidgets_fuente(self,fi,ff):
for i in range(fi,ff+1):
if self.cbx_fuente.currentText()=='Potencia':
self.WF['lbl_s'+str(i)]=QLabel('Pin:',alignment=Qt.AlignRight)
self.WF['lbl_s'+str(i)].setMinimumWidth(26)
self.WF['lbl_s'+str(i)].setStyleSheet(self.cvp.SS_lbl)
self.WF['lbl_s'+str(i)].setToolTip(self.tltp_p)
self.WF['linedit_s'+str(i)]=QLineEdit()
self.WF['linedit_s'+str(i)].setMinimumWidth(65)
self.WF['linedit_s'+str(i)].setMaximumWidth(65)
self.WF['linedit_s'+str(i)].setValidator(QDoubleValidator())
self.WF['linedit_s'+str(i)].setStyleSheet(self.cvp.SS_linedit)
self.WF['cbx_s'+str(i)]=QComboBox()
self.WF['cbx_s'+str(i)].setMinimumWidth(40)
self.WF['cbx_s'+str(i)].addItem('kW')
self.WF['cbx_s'+str(i)].addItem('W')
self.WF['cbx_s'+str(i)].addItem('mW')
self.WF['cbx_s'+str(i)].setCurrentIndex(1)
self.WF['cbx_s'+str(i)].setStyleSheet(self.SS_cbx_fuente)
elif self.cbx_fuente.currentText()=='Voltaje':
self.WF['lbl_s'+str(i)]=QLabel('|Vin|:',alignment=Qt.AlignRight)
self.WF['lbl_s'+str(i)].setStyleSheet(self.cvp.SS_lbl)
self.WF['lbl_s'+str(i)].setToolTip(self.tltp_v)
self.WF['linedit_s'+str(i)]=QLineEdit()
self.WF['linedit_s'+str(i)].setMinimumWidth(65)
self.WF['linedit_s'+str(i)].setMaximumWidth(65)
self.WF['linedit_s'+str(i)].setValidator(QDoubleValidator())
self.WF['linedit_s'+str(i)].setStyleSheet(self.cvp.SS_linedit)
self.WF['cbx_s'+str(i)]=QComboBox()
self.WF['cbx_s'+str(i)].setMinimumWidth(40)
self.WF['cbx_s'+str(i)].addItem('kV')
self.WF['cbx_s'+str(i)].addItem('V')
self.WF['cbx_s'+str(i)].addItem('mV')
self.WF['cbx_s'+str(i)].addItem('μV')
self.WF['cbx_s'+str(i)].addItem('nV')
self.WF['cbx_s'+str(i)].addItem('pV')
self.WF['cbx_s'+str(i)].setCurrentIndex(1)
self.WF['cbx_s'+str(i)].setStyleSheet(self.SS_cbx_fuente)
self.WF['lbl_f'+str(i)]=QLabel('@f:',alignment=Qt.AlignRight)
self.WF['lbl_f'+str(i)].setStyleSheet(self.cvp.SS_lbl)
self.WF['linedit_f'+str(i)]=QLineEdit()
self.WF['linedit_f'+str(i)].setMinimumWidth(65)
self.WF['linedit_f'+str(i)].setMaximumWidth(65)
self.WF['linedit_f'+str(i)].setValidator(QDoubleValidator())
self.WF['linedit_f'+str(i)].setStyleSheet(self.cvp.SS_linedit)
self.WF['cbx_f'+str(i)]=QComboBox()
self.WF['cbx_f'+str(i)].setMinimumWidth(40)
self.WF['cbx_f'+str(i)].addItem('GHz')
self.WF['cbx_f'+str(i)].addItem('MHz')
self.WF['cbx_f'+str(i)].addItem('kHz')
self.WF['cbx_f'+str(i)].setCurrentIndex(1)
self.WF['cbx_f'+str(i)].setStyleSheet(self.SS_cbx_fuente)
self.WF['linedit_s'+str(i)].editingFinished.connect(partial(self.editing_finished_fuente,'s'+str(i),i,0))
self.WF['linedit_f'+str(i)].editingFinished.connect(partial(self.editing_finished_fuente,'f'+str(i),i,1))
self.WF['linedit_s'+str(i)].textChanged.connect(partial(self.text_changed_fuente,self.WF['linedit_s'+str(i)],i,0))
self.WF['linedit_f'+str(i)].textChanged.connect(partial(self.text_changed_fuente,self.WF['linedit_f'+str(i)],i,1))
self.WF['cbx_s'+str(i)].currentTextChanged.connect(partial(self.accion_cbx_unidades_fuente,'s'+str(i),i,0))
self.WF['cbx_f'+str(i)].currentTextChanged.connect(partial(self.accion_cbx_unidades_fuente,'f'+str(i),i,1))
self.layout_fuente.addWidget(self.WF['lbl_s'+str(i)],i-1,0)
self.layout_fuente.addWidget(self.WF['linedit_s'+str(i)],i-1,1)
self.layout_fuente.addWidget(self.WF['cbx_s'+str(i)],i-1,2)
self.layout_fuente.addWidget(self.WF['lbl_f'+str(i)],i-1,3)
self.layout_fuente.addWidget(self.WF['linedit_f'+str(i)],i-1,4)
self.layout_fuente.addWidget(self.WF['cbx_f'+str(i)],i-1,5)
def accion_cbx_fuente(self):
if self.ignorar_senhales_fuente: return
self.datos_fuente[0][0]=self.cbx_fuente.currentText()
if self.cbx_fuente.currentText()=='Potencia':
for i in range(1,self.spnbx_mediciones.value()+1):
self.WF['lbl_s'+str(i)].setText('Pin:')
self.WF['lbl_s'+str(i)].setMinimumWidth(26)
self.WF['lbl_s'+str(i)].setToolTip(self.tltp_p)
self.WF['linedit_s'+str(i)].setText('')
self.WF['cbx_s'+str(i)].clear()
self.WF['cbx_s'+str(i)].addItem('kW')
self.WF['cbx_s'+str(i)].addItem('W')
self.WF['cbx_s'+str(i)].addItem('mW')
self.WF['cbx_s'+str(i)].setCurrentIndex(1)
self.datos_fuente[i][0]='' #P
elif self.cbx_fuente.currentText()=='Voltaje':
for i in range(1,self.spnbx_mediciones.value()+1):
self.WF['lbl_s'+str(i)].setText('|Vin|:')
self.WF['lbl_s'+str(i)].setToolTip(self.tltp_v)
self.WF['linedit_s'+str(i)].setText('')
self.WF['cbx_s'+str(i)].clear()
self.WF['cbx_s'+str(i)].addItem('kV')
self.WF['cbx_s'+str(i)].addItem('V')
self.WF['cbx_s'+str(i)].addItem('mV')
self.WF['cbx_s'+str(i)].addItem('μV')
self.WF['cbx_s'+str(i)].addItem('nV')
self.WF['cbx_s'+str(i)].addItem('pV')
self.WF['cbx_s'+str(i)].setCurrentIndex(1)
self.datos_fuente[i][0]='' #V
def accion_spnbx_mediciones(self):
if self.ignorar_senhales_fuente: return
if (self.spnbx_mediciones.value() < self.Nanterior):
#Borrar lo que sobra
self.borrar_filas(self.spnbx_mediciones.value()+1,self.Nanterior)
delta=self.Nanterior-self.spnbx_mediciones.value()
for i in range(delta): del self.datos_fuente[-2]
self.datos_fuente[0][1]=self.spnbx_mediciones.value()
elif (self.spnbx_mediciones.value()>self.Nanterior):
#Solo agregar los que hacen falta
self.CrearWidgets_fuente(self.Nanterior+1,self.spnbx_mediciones.value())
for i in range(self.Nanterior+1,self.spnbx_mediciones.value()+1): self.datos_fuente.insert(i,['',''])
self.datos_fuente[0][1]=self.spnbx_mediciones.value()
self.Nanterior=self.spnbx_mediciones.value()
def accion_cbx_unidades_fuente(self,key,fila,columna):
if self.ignorar_senhales_fuente: return
if key[0]=='s':
if self.cbx_fuente.currentText()=='Potencia':
if self.WF['cbx_'+key].currentText()=='kW': mult=1e3
elif self.WF['cbx_'+key].currentText()=='W': mult=1
elif self.WF['cbx_'+key].currentText()=='mW': mult=1e-3
try: self.datos_fuente[fila][columna]=float(self.WF['linedit_'+key].text())*mult
except: pass
elif self.cbx_fuente.currentText()=='Voltaje':
if self.WF['cbx_'+key].currentText()=='kV': mult=1e3
elif self.WF['cbx_'+key].currentText()=='V': mult=1
elif self.WF['cbx_'+key].currentText()=='mV': mult=1e-3
elif self.WF['cbx_'+key].currentText()=='μV': mult=1e-6
elif self.WF['cbx_'+key].currentText()=='nV': mult=1e-9
elif self.WF['cbx_'+key].currentText()=='pV': mult=1e-12
try: self.datos_fuente[fila][columna]=float(self.WF['linedit_'+key].text())*mult
except: pass
if key[0]=='f':
if self.WF['cbx_'+key].currentText()=='GHz': mult=1e3
elif self.WF['cbx_'+key].currentText()=='MHz': mult=1
elif self.WF['cbx_'+key].currentText()=='kHz': mult=1e-3
try: self.datos_fuente[fila][columna]=float(self.WF['linedit_'+key].text())*mult
except: pass
def text_changed_fuente(self,linedit,fila,columna):
if self.ignorar_senhales_fuente:
self.datos_fuente[fila][columna]=linedit.text()
else:
self.ignorar_senhales_fuente=True
self.datos_fuente[fila][columna]=linedit.text()
self.ignorar_senhales_fuente=False
def editing_finished_fuente(self,key,fila,columna):
if self.ignorar_senhales_fuente: return
self.WF['linedit_'+key].setCursorPosition(0)
try: self.datos_fuente[fila][columna]=float(self.WF['linedit_'+key].text())*self.multiplicador_fuente(key)
except: pass
def multiplicador_fuente(self,key):
if key[0]=='s':
if self.cbx_fuente.currentText()=='Potencia':
if self.WF['cbx_'+key].currentText()=='kW': mult=1e3
elif self.WF['cbx_'+key].currentText()=='W': mult=1
elif self.WF['cbx_'+key].currentText()=='mW': mult=1e-3
elif self.cbx_fuente.currentText()=='Voltaje':
if self.WF['cbx_'+key].currentText()=='kV': mult=1e3
elif self.WF['cbx_'+key].currentText()=='V': mult=1
elif self.WF['cbx_'+key].currentText()=='mV': mult=1e-3
elif self.WF['cbx_'+key].currentText()=='μV': mult=1e-6
elif self.WF['cbx_'+key].currentText()=='nV': mult=1e-9
elif self.WF['cbx_'+key].currentText()=='pV': mult=1e-12
if key[0]=='f':
if self.WF['cbx_'+key].currentText()=='GHz': mult=1e3
elif self.WF['cbx_'+key].currentText()=='MHz': mult=1
elif self.WF['cbx_'+key].currentText()=='kHz': mult=1e-3
return mult
def datosAventana_fuente(self):
# Establecer el tipo y numero
self.cbx_fuente.setCurrentText(self.datos_fuente[0][0])
self.spnbx_mediciones.setValue(int(float(self.datos_fuente[0][1])))
# Eliminar Widgets previos y crear los nuevos
self.borrar_filas()
self.CrearWidgets_fuente(1,int(float(self.datos_fuente[0][1])))
self.Nanterior=int(float(self.datos_fuente[0][1]))
# Cargar los Widgets con la información
for i in range(1,int(float(self.datos_fuente[0][1]))+1):
self.WF['linedit_s'+str(i)].setText(str(self.datos_fuente[i][0])) #P/V
self.WF['linedit_f'+str(i)].setText(str(self.datos_fuente[i][1])) #f
self.WF['linedit_s'+str(i)].setCursorPosition(0)
self.WF['linedit_f'+str(i)].setCursorPosition(0)
### Impedancia
def plantilla_datos_impedancia(self,tipo='Modelo',n=None,modelo='R'):
if tipo=='Modelo':
if (modelo=='R')or(modelo=='L')or(modelo=='C'):
# tipo:modelo,n
# modelo:R
# R
# fmin,fmax
n=3
datos=[[tipo,n]]
datos.append([modelo])
datos.append([''])
datos.append([0,Infinity])
elif (modelo=='R-s-L')or(modelo=='R-p-L')or(
modelo=='R-s-C')or(modelo=='R-p-C')or(
modelo=='L-s-C')or(modelo=='L-p-C'):
# tipo:modelo,n
# modelo:R-s-L
# R
# L
# fmin,fmax
n=4
datos=[[tipo,n]]
datos.append([modelo])
datos.append([''])
datos.append([''])
datos.append([0,Infinity])
elif (modelo=='R-s-L-s-C')or(modelo=='R-p-L-p-C')or(
modelo=='R-s-(L-p-C)')or(modelo=='R-p-(L-s-C)')or(
modelo=='L-s-(R-p-C)')or(modelo=='L-p-(R-s-C)')or(
modelo=='C-s-(R-p-L)')or(modelo=='C-p-(R-s-L)'):
# tipo:modelo,n
# modelo:R-s-L-s-C
# R
# L
# C
# fmin,fmax
n=5
datos=[[tipo,n]]
datos.append([modelo])
datos.append([''])
datos.append([''])
datos.append([''])
datos.append([0,Infinity])
elif modelo=='Antena Microstrip':
# tipo:modelo,n
# modelo:Antena Microstrip
# L1
# C1
# R
# L
# C
# fmin,fmax
n=7
datos=[[tipo,n]]
datos.append([modelo])
datos.append([''])
datos.append([''])
datos.append([''])
datos.append([''])
datos.append([''])
datos.append([0,Infinity])
elif tipo=='Archivo':
# tipo:Archivo,n
# f1,r1,x1
# f2,r2,x2
# ...
# fn,rn,xn
# fmin,fmax
datos=[[tipo,n]]
for i in range(n): datos.append(['','',''])
datos.append(['',''])
return datos
def cargar_modelo_impedancia(self):
try:
carpeta='./Datos/Generador'
ruta = QFileDialog.getOpenFileName(self, 'Cargar archivo',carpeta,"*.modelimp")[0]
if os.path.exists(ruta):
datos=[]
with open(ruta) as archivo:
lector = csv.reader(archivo, delimiter=',', quotechar=',', quoting=csv.QUOTE_MINIMAL)
for fila in lector: datos.append(fila)
if self.formato_correcto_impedancia(datos): pass
else: raise Exception
self.datos_impedancia=datos
self.determinar_fmin_fmax_datos_impedancia()
self.ignorar_senhales_impedancia=True
self.datosAventana_impedancia()
self.ignorar_senhales_impedancia=False
except:
ad=adv('Formato incompatible.\nNo se pudo cargar los datos.')
ad.exec_()
self.ignorar_senhales_impedancia=False
self.reiniciar_impedancia()
def cargar_archivo_imp_impedancia(self):
try:
carpeta='./Datos/Generador'
ruta = QFileDialog.getOpenFileName(self, 'Cargar archivo',carpeta,"*.imp")[0]
if os.path.exists(ruta):
archivo_imp=[]
with open(ruta) as archivo:
lector = csv.reader(archivo, delimiter=',', quotechar=',', quoting=csv.QUOTE_MINIMAL)
for fila in lector: archivo_imp.append(fila)
if self.formato_correcto_impedancia(archivo_imp): pass
else: raise Exception
self.datos_impedancia=archivo_imp
self.determinar_fmin_fmax_datos_impedancia()
self.ignorar_senhales_impedancia=True
self.datosAventana_impedancia()
self.ignorar_senhales_impedancia=False
self.WI['linedit_R'].setEnabled(False)
self.WI['cbx_R'].setEnabled(False)
except:
import traceback
traceback.print_exc()
ad=adv('Formato incompatible.\nNo se pudo cargar los datos.')
ad.exec_()
self.ignorar_senhales_impedancia=False
self.WI['linedit_R'].setEnabled(True)
self.WI['cbx_R'].setEnabled(True)
self.reiniciar_impedancia()
def cargar_datos_impedancia(self,datos):
try:
if self.formato_correcto_impedancia(datos): pass
else: raise Exception
self.datos_impedancia=datos
self.determinar_fmin_fmax_datos_impedancia()
self.ignorar_senhales_impedancia=True
self.datosAventana_impedancia()
self.ignorar_senhales_impedancia=False
except:
ad=adv('Formato incompatible.\nNo se pudo cargar los datos de\nla impedancia del generador.')
ad.exec_()
self.ignorar_senhales_impedancia=False
self.reiniciar_impedancia()
def formatear_datos_impedancia(self,datos):
tipo=datos[0][0]
n=int(float(datos[0][1]))
datos[0][1]=n
if tipo=='Modelo':
modelo=datos[1][0]
if (modelo=='R')or(modelo=='L')or(modelo=='C'):
# tipo:modelo,n
# modelo:R
# R
# fmin,fmax
datos[2][0]=float(datos[2][0]) #R
datos[3][0]=float(datos[3][0]) #fmin
datos[3][1]=float(datos[3][1]) #fmax
elif (modelo=='R-s-L')or(modelo=='R-p-L')or(
modelo=='R-s-C')or(modelo=='R-p-C')or(
modelo=='L-s-C')or(modelo=='L-p-C'):
# tipo:modelo,n
# modelo:R-s-L
# R
# L
# fmin,fmax
datos[2][0]=float(datos[2][0]) #R
datos[3][0]=float(datos[3][0]) #L
datos[4][0]=float(datos[4][0]) #fmin
datos[4][1]=float(datos[4][1]) #fmax
elif (modelo=='R-s-L-s-C')or(modelo=='R-p-L-p-C')or(
modelo=='R-s-(L-p-C)')or(modelo=='R-p-(L-s-C)')or(
modelo=='L-s-(R-p-C)')or(modelo=='L-p-(R-s-C)')or(
modelo=='C-s-(R-p-L)')or(modelo=='C-p-(R-s-L)'):
# tipo:modelo,n
# modelo:R-s-L-s-C
# R
# L
# C
# fmin,fmax
datos[2][0]=float(datos[2][0]) #R
datos[3][0]=float(datos[3][0]) #L
datos[4][0]=float(datos[4][0]) #C
datos[5][0]=float(datos[5][0]) #fmin
datos[5][1]=float(datos[5][1]) #fmax
elif modelo=='Antena Microstrip':
# tipo:modelo,n
# modelo:Antena Microstrip
# L1
# C1
# R
# L
# C
# fmin,fmax
datos[2][0]=float(datos[2][0]) #L1
datos[3][0]=float(datos[3][0]) #C1
datos[4][0]=float(datos[4][0]) #R
datos[5][0]=float(datos[5][0]) #L
datos[6][0]=float(datos[6][0]) #C
datos[7][0]=float(datos[7][0]) #fmin
datos[7][1]=float(datos[7][1]) #fmax
elif tipo=='Archivo':
# tipo:Archivo,n
# f1,r1,x1
# f2,r2,x2
# ...
# fn,rn,xn
# fmin,fmax
for i in range(1,n+1):
datos[i][0]=float(datos[i][0]) #fi
datos[i][1]=float(datos[i][1]) #ri
datos[i][2]=float(datos[i][2]) #xi
datos[n+1][0]=float(datos[n+1][0]) #fmin
datos[n+1][1]=float(datos[n+1][1]) #fmax
return datos
def guardar_modelo_impedancia(self):
# Tipo:Modelo,n
# Modelo: R-s-L-s-C
# R
# L
# C
# fmin,fmax
if self.datos_impedancia[0][0]=='Archivo': self.datos_impedancia=self.plantilla_datos_impedancia()
carpeta='./Datos/Generador'
ruta = QFileDialog.getSaveFileName(self,'Guardar archivo',carpeta,'*.modelimp')[0]
if ruta!='':
if ruta[-9:] != '.modelimp': ruta=ruta+'.modelimp'
with open(ruta,'w',newline='') as archivo:
escritor = csv.writer(archivo)
for fila in self.datos_impedancia:
escritor.writerow(fila)
def reiniciar_impedancia(self):
self.datos_impedancia=self.plantilla_datos_impedancia()
self.cbx_modelo.setCurrentText('R')
self.WI['linedit_R'].setText('')
self.WI['linedit_R'].setEnabled(True)
self.WI['cbx_R'].setCurrentText('Ω')
self.WI['cbx_R'].setEnabled(True)
self.lbl_importado.hide()
def eliminar_diccionario_de_widgets(self):
hilo_borrar=EliminarDiccionarioDeWidgets(self.WI)
hilo_borrar.start()
while not hilo_borrar.isFinished(): pass
hilo_borrar.salir()
hilo_borrar.deleteLater()
self.WI=dict()
def CrearWidgets_impedancia(self):
if self.cbx_modelo.currentText()=='R':
self.WI['lbl_R']=QLabel('R:',alignment=Qt.AlignRight)
self.WI['lbl_R'].setStyleSheet(self.cvp.SS_lbl)
self.WI['lbl_R'].setMinimumWidth(75)
self.WI['lbl_R'].setFixedHeight(20)
self.WI['linedit_R']=QLineEdit(alignment=Qt.AlignLeft)
self.WI['linedit_R'].setStyleSheet(self.cvp.SS_linedit)
self.WI['linedit_R'].setMinimumWidth(69)
self.WI['linedit_R'].setMaximumWidth(69)
self.WI['linedit_R'].setFixedHeight(20)
self.WI['linedit_R'].setValidator(QDoubleValidator())
self.WI['cbx_R']=QComboBox()
self.WI['cbx_R'].addItem('kΩ')
self.WI['cbx_R'].addItem('Ω')
self.WI['cbx_R'].addItem('mΩ')
self.WI['cbx_R'].setCurrentText('Ω')
self.WI['cbx_R'].setStyleSheet(self.cvp.SS_cbx_und)
self.layout_impedancia.addWidget(self.WI['lbl_R'],0,0)
self.layout_impedancia.addWidget(self.WI['linedit_R'],0,1)
self.layout_impedancia.addWidget(self.WI['cbx_R'],0,2)
self.WI['linedit_R'].editingFinished.connect(partial(self.editing_finished_impedancia,'R',2,0))
self.WI['linedit_R'].textChanged.connect(partial(self.text_changed_impedancia,self.WI['linedit_R'],2,0))
self.WI['cbx_R'].currentTextChanged.connect(partial(self.accion_cbx_unidades_impedancia,'R',2,0))
pixmap = QPixmap('./imagenes_impedancias/impedancia_generador/R.png')
self.lbl_modelo.setPixmap(pixmap)
elif (self.cbx_modelo.currentText()=='R-s-L')or(self.cbx_modelo.currentText()=='R-p-L'):
self.WI['lbl_R']=QLabel('R:',alignment=Qt.AlignRight)
self.WI['lbl_R'].setStyleSheet(self.cvp.SS_lbl)
self.WI['lbl_R'].setMinimumWidth(75)
self.WI['lbl_R'].setFixedHeight(20)
self.WI['linedit_R']=QLineEdit(alignment=Qt.AlignLeft)
self.WI['linedit_R'].setStyleSheet(self.cvp.SS_linedit)
self.WI['linedit_R'].setMinimumWidth(69)
self.WI['linedit_R'].setMaximumWidth(69)
self.WI['linedit_R'].setFixedHeight(20)
self.WI['linedit_R'].setValidator(QDoubleValidator())
self.WI['cbx_R']=QComboBox()
self.WI['cbx_R'].addItem('kΩ')
self.WI['cbx_R'].addItem('Ω')
self.WI['cbx_R'].addItem('mΩ')
self.WI['cbx_R'].setCurrentText('Ω')
self.WI['cbx_R'].setStyleSheet(self.cvp.SS_cbx_und)
self.layout_impedancia.addWidget(self.WI['lbl_R'],0,0)
self.layout_impedancia.addWidget(self.WI['linedit_R'],0,1)
self.layout_impedancia.addWidget(self.WI['cbx_R'],0,2)
self.WI['linedit_R'].editingFinished.connect(partial(self.editing_finished_impedancia,'R',2,0))
self.WI['linedit_R'].textChanged.connect(partial(self.text_changed_impedancia,self.WI['linedit_R'],2,0))
self.WI['cbx_R'].currentTextChanged.connect(partial(self.accion_cbx_unidades_impedancia,'R',2,0))
self.WI['lbl_L']=QLabel('L:',alignment=Qt.AlignRight)
self.WI['lbl_L'].setStyleSheet(self.cvp.SS_lbl)
self.WI['lbl_L'].setMinimumWidth(75)
self.WI['lbl_L'].setFixedHeight(20)
self.WI['linedit_L']=QLineEdit(alignment=Qt.AlignLeft)
self.WI['linedit_L'].setStyleSheet(self.cvp.SS_linedit)
self.WI['linedit_L'].setMinimumWidth(69)
self.WI['linedit_L'].setMaximumWidth(69)
self.WI['linedit_L'].setFixedHeight(20)
self.WI['linedit_L'].setValidator(QDoubleValidator())
self.WI['cbx_L']=QComboBox()
self.WI['cbx_L'].addItem('H')
self.WI['cbx_L'].addItem('mH')
self.WI['cbx_L'].addItem('μH')
self.WI['cbx_L'].addItem('nH')
self.WI['cbx_L'].addItem('pH')
self.WI['cbx_L'].setCurrentText('nH')
self.WI['cbx_L'].setStyleSheet(self.cvp.SS_cbx_und)
self.layout_impedancia.addWidget(self.WI['lbl_L'],1,0)
self.layout_impedancia.addWidget(self.WI['linedit_L'],1,1)
self.layout_impedancia.addWidget(self.WI['cbx_L'],1,2)
self.WI['linedit_L'].editingFinished.connect(partial(self.editing_finished_impedancia,'L',3,0))
self.WI['linedit_L'].textChanged.connect(partial(self.text_changed_impedancia,self.WI['linedit_L'],3,0))
self.WI['cbx_L'].currentTextChanged.connect(partial(self.accion_cbx_unidades_impedancia,'L',3,0))
if (self.cbx_modelo.currentText()=='R-s-L'): pixmap = QPixmap('./imagenes_impedancias/impedancia_generador/R-s-L.png')
elif (self.cbx_modelo.currentText()=='R-p-L'): pixmap = QPixmap('./imagenes_impedancias/impedancia_generador/R-p-L.png')
self.lbl_modelo.setPixmap(pixmap)
elif (self.cbx_modelo.currentText()=='R-s-C')or(self.cbx_modelo.currentText()=='R-p-C'):
self.WI['lbl_R']=QLabel('R:',alignment=Qt.AlignRight)
self.WI['lbl_R'].setStyleSheet(self.cvp.SS_lbl)
self.WI['lbl_R'].setMinimumWidth(75)
self.WI['lbl_R'].setFixedHeight(20)
self.WI['linedit_R']=QLineEdit(alignment=Qt.AlignLeft)
self.WI['linedit_R'].setStyleSheet(self.cvp.SS_linedit)
self.WI['linedit_R'].setMinimumWidth(69)
self.WI['linedit_R'].setMaximumWidth(69)
self.WI['linedit_R'].setFixedHeight(20)
self.WI['linedit_R'].setValidator(QDoubleValidator())
self.WI['cbx_R']=QComboBox()
self.WI['cbx_R'].addItem('kΩ')
self.WI['cbx_R'].addItem('Ω')
self.WI['cbx_R'].addItem('mΩ')
self.WI['cbx_R'].setCurrentText('Ω')
self.WI['cbx_R'].setStyleSheet(self.cvp.SS_cbx_und)
self.layout_impedancia.addWidget(self.WI['lbl_R'],0,0)
self.layout_impedancia.addWidget(self.WI['linedit_R'],0,1)
self.layout_impedancia.addWidget(self.WI['cbx_R'],0,2)
self.WI['linedit_R'].editingFinished.connect(partial(self.editing_finished_impedancia,'R',2,0))
self.WI['linedit_R'].textChanged.connect(partial(self.text_changed_impedancia,self.WI['linedit_R'],2,0))
self.WI['cbx_R'].currentTextChanged.connect(partial(self.accion_cbx_unidades_impedancia,'R',2,0))
self.WI['lbl_C']=QLabel('C:',alignment=Qt.AlignRight)
self.WI['lbl_C'].setStyleSheet(self.cvp.SS_lbl)
self.WI['lbl_C'].setMinimumWidth(75)
self.WI['lbl_C'].setFixedHeight(20)
self.WI['linedit_C']=QLineEdit(alignment=Qt.AlignLeft)
self.WI['linedit_C'].setStyleSheet(self.cvp.SS_linedit)
self.WI['linedit_C'].setMinimumWidth(69)
self.WI['linedit_C'].setMaximumWidth(69)
self.WI['linedit_C'].setFixedHeight(20)
self.WI['linedit_C'].setValidator(QDoubleValidator())
self.WI['cbx_C']=QComboBox()
self.WI['cbx_C'].addItem('F')
self.WI['cbx_C'].addItem('mF')
self.WI['cbx_C'].addItem('μF')
self.WI['cbx_C'].addItem('nF')
self.WI['cbx_C'].addItem('pF')
self.WI['cbx_C'].setCurrentText('pF')
self.WI['cbx_C'].setStyleSheet(self.cvp.SS_cbx_und)
self.layout_impedancia.addWidget(self.WI['lbl_C'],1,0)
self.layout_impedancia.addWidget(self.WI['linedit_C'],1,1)
self.layout_impedancia.addWidget(self.WI['cbx_C'],1,2)
self.WI['linedit_C'].editingFinished.connect(partial(self.editing_finished_impedancia,'C',3,0))
self.WI['linedit_C'].textChanged.connect(partial(self.text_changed_impedancia,self.WI['linedit_C'],3,0))
self.WI['cbx_C'].currentTextChanged.connect(partial(self.accion_cbx_unidades_impedancia,'C',3,0))
if (self.cbx_modelo.currentText()=='R-s-C'): pixmap = QPixmap('./imagenes_impedancias/impedancia_generador/R-s-C.png')
elif (self.cbx_modelo.currentText()=='R-p-C'): pixmap = QPixmap('./imagenes_impedancias/impedancia_generador/R-p-C.png')
self.lbl_modelo.setPixmap(pixmap)
elif (self.cbx_modelo.currentText()=='R-s-L-s-C')or(self.cbx_modelo.currentText()=='R-p-L-p-C')or(
self.cbx_modelo.currentText()=='R-s-(L-p-C)')or(self.cbx_modelo.currentText()=='R-p-(L-s-C)')or(
self.cbx_modelo.currentText()=='L-s-(R-p-C)')or(self.cbx_modelo.currentText()=='L-p-(R-s-C)')or(
self.cbx_modelo.currentText()=='C-s-(R-p-L)')or(self.cbx_modelo.currentText()=='C-p-(R-s-L)'):
self.WI['lbl_R']=QLabel('R:',alignment=Qt.AlignRight)
self.WI['lbl_R'].setStyleSheet(self.cvp.SS_lbl)
self.WI['lbl_R'].setMinimumWidth(75)
self.WI['lbl_R'].setFixedHeight(20)
self.WI['linedit_R']=QLineEdit(alignment=Qt.AlignLeft)
self.WI['linedit_R'].setStyleSheet(self.cvp.SS_linedit)
self.WI['linedit_R'].setMinimumWidth(69)
self.WI['linedit_R'].setMaximumWidth(69)
self.WI['linedit_R'].setFixedHeight(20)
self.WI['linedit_R'].setValidator(QDoubleValidator())
self.WI['cbx_R']=QComboBox()
self.WI['cbx_R'].addItem('kΩ')
self.WI['cbx_R'].addItem('Ω')
self.WI['cbx_R'].addItem('mΩ')
self.WI['cbx_R'].setCurrentText('Ω')
self.WI['cbx_R'].setStyleSheet(self.cvp.SS_cbx_und)
self.layout_impedancia.addWidget(self.WI['lbl_R'],0,0)
self.layout_impedancia.addWidget(self.WI['linedit_R'],0,1)
self.layout_impedancia.addWidget(self.WI['cbx_R'],0,2)
self.WI['linedit_R'].editingFinished.connect(partial(self.editing_finished_impedancia,'R',2,0))
self.WI['linedit_R'].textChanged.connect(partial(self.text_changed_impedancia,self.WI['linedit_R'],2,0))
self.WI['cbx_R'].currentTextChanged.connect(partial(self.accion_cbx_unidades_impedancia,'R',2,0))
self.WI['lbl_L']=QLabel('L:',alignment=Qt.AlignRight)
self.WI['lbl_L'].setStyleSheet(self.cvp.SS_lbl)
self.WI['lbl_L'].setMinimumWidth(75)
self.WI['lbl_L'].setFixedHeight(20)
self.WI['linedit_L']=QLineEdit(alignment=Qt.AlignLeft)
self.WI['linedit_L'].setStyleSheet(self.cvp.SS_linedit)
self.WI['linedit_L'].setMinimumWidth(69)
self.WI['linedit_L'].setMaximumWidth(69)
self.WI['linedit_L'].setFixedHeight(20)
self.WI['linedit_L'].setValidator(QDoubleValidator())
self.WI['cbx_L']=QComboBox()
self.WI['cbx_L'].addItem('H')
self.WI['cbx_L'].addItem('mH')
self.WI['cbx_L'].addItem('μH')
self.WI['cbx_L'].addItem('nH')
self.WI['cbx_L'].addItem('pH')
self.WI['cbx_L'].setCurrentText('nH')
self.WI['cbx_L'].setStyleSheet(self.cvp.SS_cbx_und)
self.layout_impedancia.addWidget(self.WI['lbl_L'],1,0)
self.layout_impedancia.addWidget(self.WI['linedit_L'],1,1)
self.layout_impedancia.addWidget(self.WI['cbx_L'],1,2)
self.WI['linedit_L'].editingFinished.connect(partial(self.editing_finished_impedancia,'L',3,0))
self.WI['linedit_L'].textChanged.connect(partial(self.text_changed_impedancia,self.WI['linedit_L'],3,0))
self.WI['cbx_L'].currentTextChanged.connect(partial(self.accion_cbx_unidades_impedancia,'L',3,0))
self.WI['lbl_C']=QLabel('C:',alignment=Qt.AlignRight)
self.WI['lbl_C'].setStyleSheet(self.cvp.SS_lbl)
self.WI['lbl_C'].setMinimumWidth(75)
self.WI['lbl_C'].setFixedHeight(20)
self.WI['linedit_C']=QLineEdit(alignment=Qt.AlignLeft)