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appgeo.py
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import sys
from PyQt5 import uic
from PyQt5 import QtGui, QtCore
from PyQt5.QtWidgets import (QApplication, QMainWindow)
import math
from matplotlib import pyplot as plt
from os import remove
import numpy as np
import ctypes
from PIL import Image
user32 = ctypes.windll.user32
screensize = user32.GetSystemMetrics(0), user32.GetSystemMetrics(1)
print(screensize)
if user32.GetSystemMetrics(0) >= 1656:
img = QtGui.QImage('images/mapa_final.png')
else:
img = QtGui.QImage('images/mapa_final_peq.png')
class pruebageo(QMainWindow):
def __init__(self):
super(pruebageo, self).__init__()
if user32.GetSystemMetrics(0) >= 1656:
self.ui = uic.loadUi('ui/appgeo.ui', self)
pixmap_image_3 = QtGui.QPixmap(QtGui.QPixmap.fromImage(img))
pixmap_image_4 = QtGui.QPixmap('images/logoTransp.png')
pixmap_image_5 = QtGui.QPixmap('images/helicoidal.png')
pixmap_image_6 = QtGui.QPixmap('images/simple.png')
pixmap_image_7 = QtGui.QPixmap('images/horizontal.png')
pixmap_image_8 = QtGui.QPixmap('images/TickVerde.png')
pixmap_image_9 = QtGui.QPixmap('images/Cruz_roja.png')
pixmap_image_10 = QtGui.QPixmap('images/espiral.png')
pixmap_image_11 = QtGui.QPixmap('images/doble.png')
pixmap_image_12 = QtGui.QPixmap('images/fondoborde.png')
self.setWindowTitle("GES-Cal")
self.showMaximized()
else:
self.ui = uic.loadUi('ui/appgeo_peq.ui', self)
pixmap_image_3 = QtGui.QPixmap(QtGui.QPixmap.fromImage(img))
pixmap_image_4 = QtGui.QPixmap('images/logoTransp_peq.png')
pixmap_image_5 = QtGui.QPixmap('images/helicoidal_peq.png')
pixmap_image_6 = QtGui.QPixmap('images/simple_peq.png')
pixmap_image_7 = QtGui.QPixmap('images/horizontal_peq.png')
pixmap_image_8 = QtGui.QPixmap('images/TickVerde.png')
pixmap_image_9 = QtGui.QPixmap('images/Cruz_roja.png')
pixmap_image_10 = QtGui.QPixmap('images/espiral_peq.png')
pixmap_image_11 = QtGui.QPixmap('images/doble_peq.png')
pixmap_image_12 = QtGui.QPixmap('images/fondoborde_peq.png')
self.setWindowTitle("GES-Cal")
self.setMinimumWidth(1000)
self.setMinimumHeight(680)
self.setMaximumWidth(1000)
self.setMaximumHeight(680)
# self.showMaximized()
#Configuracion de visibilidad y opciones por defecto por defecto de algunos elementos
self.ui.gbhorizontal.show()
self.ui.gbvertical.hide()
self.ui.gbhelicoidal.hide()
self.ui.gbmanual.hide()
self.ui.gbautodemanda.show()
self.ui.tabWidget.setCurrentIndex(0)
self.ui.gbhelicoidalfinal.hide()
self.ui.gbinstvertsim.hide()
self.ui.gbinstvertsim_2.hide()
self.ui.gbinsthoriz.hide()
self.ui.lbtick.hide()
self.ui.lbcruz.hide()
self.ui.lbtick2.hide()
self.ui.lbcruz2.hide()
self.lbconductividadterreno_2.hide()
self.lemetodoperf.hide()
self.lbrelleno.hide()
self.lbconductividadrelleno.hide()
self.leconductividadrelleno.hide()
self.lbw_mk_2.hide()
self.cbrelleno.hide()
self.teErrorHelicoidal.hide()
self.ui.cbmanualoauto.setCurrentIndex(1)
self.ui.cbsondas.setCurrentIndex(0)
#Label con imagenes
self.ui.label_2.setPixmap(pixmap_image_3)
self.ui.label_2.mousePressEvent = self.getPixel
self.ui.lb_logo.setPixmap(pixmap_image_4)
self.ui.lbhelicoidal.setPixmap(pixmap_image_5)
self.ui.lbvsimple.setPixmap(pixmap_image_6)
self.ui.lbhoriz.setPixmap(pixmap_image_7)
self.ui.lbtick.setPixmap(pixmap_image_8)
self.ui.lbcruz.setPixmap(pixmap_image_9)
self.ui.lbtick2.setPixmap(pixmap_image_8)
self.ui.lbcruz2.setPixmap(pixmap_image_9)
self.ui.lbespiral.setPixmap(pixmap_image_10)
self.ui.lbvertdoble.setPixmap(pixmap_image_11)
self.ui.label_39.setPixmap(pixmap_image_12)
#Asignacion de metodos a botones y eventos del raton
self.ui.pbcalcularpotencia.clicked.connect(self.calcularPotencia)
self.ui.cbmanualoauto.currentIndexChanged.connect(self.showOrHideGbManual)
self.ui.cbsondas.currentIndexChanged.connect(self.showOrHideGbHorizontal)
self.ui.cbrelleno.currentIndexChanged.connect(self.relleno)
self.ui.pbcalculardemanda_2.clicked.connect(self.calculardemanda)
self.ui.pbprueba.clicked.connect(self.botonprueba)
self.ui.pbpotenciafinal.clicked.connect(self.pfinal)
self.ui.pbNext.clicked.connect(self.goToProyecto)
self.ui.pbNext_2.clicked.connect(self.goToevaluacion)
self.ui.pbNext_3.clicked.connect(self.goTomedioambiente)
self.ui.pbcomenzar.clicked.connect(self.comenzar)
self.ui.pbcallongitud.clicked.connect(self.longitudperforacion)
self.ui.pbdisenofinal.clicked.connect(self.disfinal)
self.ui.pbmapa.clicked.connect(self.showHideInfo)
self.ui.pbcalinversion.clicked.connect(self.inversioninicial)
self.ui.cbelectricaogas.currentIndexChanged.connect(self.electricaogas)
self.ui.cbsondas.currentIndexChanged.connect(self.datosAmostrar)
self.ui.pbcosteanual.clicked.connect(self.costeanual)
self.ui.pbcomparar.clicked.connect(self.comparacion)
self.ui.pbdioxido.clicked.connect(self.emisiones)
#Datos de pruebas para que se inicie automatico
self.ui.lesuperficie.setText("100.0")
self.ui.lealtura.setText("4")
self.ui.leyear.setText("2019")
self.gbMaterial.setStyleSheet("QGroupBox {border: 0px solid gray;}")
self.gbdiametro.setStyleSheet("QGroupBox {border: 0px solid gray;}")
self.gbconfiguracion.setStyleSheet("QGroupBox {border: 0px solid gray;}")
self.gbmaterialh.setStyleSheet("QGroupBox {border: 0px solid gray;}")
self.gbdiametroh.setStyleSheet("QGroupBox {border: 0px solid gray;}")
self.gbHor1.setStyleSheet("QGroupBox {border: 0px solid gray;}")
self.gbDiam1.setStyleSheet("QGroupBox {border: 0px solid gray;}")
self.teInfoMapa.setVisible(False)
self.inicioAutomatico()
def datosAmostrar(self):
self.ui.leconductividadterreno.setText('')
self.ui.lemetodoperf.setText('')
if self.cbsondas.currentIndex() == 0: # Caso Horizontal seleccionado
self.lbconductividadterreno_2.hide()
self.lemetodoperf.hide()
self.lbrelleno.hide()
self.lbconductividadrelleno.hide()
self.leconductividadrelleno.hide()
self.lbw_mk_2.hide()
self.cbrelleno.hide()
self.ui.teErrorHelicoidal.hide()
elif self.cbsondas.currentIndex() == 1: # Caso Vertical seleccionado
self.lbconductividadterreno_2.show()
self.lemetodoperf.show()
self.lbrelleno.show()
self.lbconductividadrelleno.show()
self.leconductividadrelleno.show()
self.lbw_mk_2.show()
self.cbrelleno.show()
self.ui.teErrorHelicoidal.hide()
else: # Caso Helicoidal seleccionado
self.lbrelleno.hide()
self.lbconductividadrelleno.hide()
self.leconductividadrelleno.hide()
self.lbw_mk_2.hide()
self.cbrelleno.hide()
if (self.leconductividadterreno.text() == '1.5') or (self.leconductividadterreno.text() == '2.1') or (self.leconductividadterreno.text() == '2.3'):
self.ui.teErrorHelicoidal.hide()
else:
self.leconductividadterreno.setText('')
self.ui.teErrorHelicoidal.show()
def showHideInfo(self):
if self.pbmapa.text() == 'Mostrar Ayuda':
self.teInfoMapa.setVisible(True)
self.pbmapa.setText("Ocultar Ayuda")
else:
self.teInfoMapa.setVisible(False)
self.pbmapa.setText("Mostrar Ayuda")
def getPixel(self, event):
global img
x = event.pos().x()
y = event.pos().y()
c = img.pixel(x, y) # color code (integer): 3532912
c_rgb = QtGui.QColor(c).getRgb() # 8bit RGBA: (255, 23, 0, 255)
col = QtGui.QColor(c_rgb[0], c_rgb[1], c_rgb[2])
alpha = 1
values = "{r}, {g}, {b}, {a}".format(r=col.red(), g=col.green(), b=col.blue(), a=alpha )
self.ui.rgbPicked.setStyleSheet("QLabel { background-color: rgba(" + values + "); }")
if col.rgb() == 4278337651:
self.ui.teErrorHelicoidal.hide()
self.ui.leconductividadterreno.setText('1.5')
if self.cbsondas.currentIndex() == 1 or self.cbsondas.currentIndex() == 2:
self.ui.lemetodoperf.setText('Circulacion Inversa')
elif col.rgb() == 4280725234:
self.ui.teErrorHelicoidal.hide()
self.ui.leconductividadterreno.setText('2.1')
if self.cbsondas.currentIndex() == 1 or self.cbsondas.currentIndex() == 2:
self.ui.lemetodoperf.setText('Circulacion Inversa')
elif col.rgb() == 4278362724:
self.ui.teErrorHelicoidal.hide()
self.ui.leconductividadterreno.setText('2.3')
if self.cbsondas.currentIndex() == 1 or self.cbsondas.currentIndex() == 2:
self.ui.lemetodoperf.setText('Circulacion Inversa')
elif col.rgb() == 4294630210:
self.ui.teErrorHelicoidal.hide()
self.ui.leconductividadterreno.setText('2.5')
if self.cbsondas.currentIndex() == 1:
self.ui.lemetodoperf.setText('Rotopercusion')
elif self.cbsondas.currentIndex() == 2:
self.ui.teErrorHelicoidal.show()
elif col.rgb() == 4294480397:
self.ui.teErrorHelicoidal.hide()
self.ui.leconductividadterreno.setText('2.7')
if self.cbsondas.currentIndex() == 1:
self.ui.lemetodoperf.setText('Rotopercusion')
elif self.cbsondas.currentIndex() == 2:
self.ui.teErrorHelicoidal.show()
elif col.rgb() == 4294531846:
self.ui.teErrorHelicoidal.hide()
self.ui.leconductividadterreno.setText('2.9')
if self.cbsondas.currentIndex() == 1:
self.ui.lemetodoperf.setText('Rotopercusion')
elif self.cbsondas.currentIndex() == 2:
self.ui.teErrorHelicoidal.show()
elif col.rgb() == 4288224030:
self.ui.teErrorHelicoidal.hide()
self.ui.leconductividadterreno.setText('3.2')
if self.cbsondas.currentIndex() == 1:
self.ui.lemetodoperf.setText('Rotopercusion')
elif self.cbsondas.currentIndex() == 2:
self.ui.teErrorHelicoidal.show()
else:
self.ui.teErrorHelicoidal.hide()
self.ui.leconductividadterreno.setText('No valido')
if self.cbsondas.currentIndex() == 1:
self.ui.lemetodoperf.setText('No valido')
elif self.cbsondas.currentIndex() == 2:
self.ui.teErrorHelicoidal.show()
print("Zona seleccionada no valida")
# myLabel.setStyleSheet("QLabel { background-color: rgba(" + values + "); }")
# self.ui.label.backgroundColor(c_rgb[0],c_rgb[1],c_rgb[2])
# return x, y, c_rgb
def showOrHideGbManual(self):
# Capturar indice acutal del combobox
indice = self.ui.cbmanualoauto.currentIndex()
if indice == 0:
#si es cero se muestra manual y se oculta el otro
self.ui.gbmanual.show()
self.ui.gbautodemanda.hide()
elif indice == 1:
self.ui.gbmanual.hide()
self.ui.gbautodemanda.show()
def showOrHideGbHorizontal(self):
indice2 = self.ui.cbsondas.currentIndex()
if indice2 == 0:
self.ui.gbhorizontal.show()
self.ui.gbvertical.hide()
self.ui.gbhelicoidal.hide()
if indice2 == 1:
self.ui.gbhorizontal.hide()
self.ui.gbvertical.show()
self.ui.gbhelicoidal.hide()
if indice2 == 2:
self.ui.gbhorizontal.hide()
self.ui.gbvertical.hide()
self.ui.gbhelicoidal.show()
def calcularPotencia(self):
hacercalculo = True
#Capturamos los datos de la interfaz grafica
try:
cop = float(self.ui.lecop.text())
except:
ctypes.windll.user32.MessageBoxW(0, "Establezca un COP válido para el cálculo (Tipo de Bomba).", "Error", 0)
hacercalculo = False
#Capturar indice acutal del combobox
indice = self.ui.cbhoras.currentIndex()
#Capturar contenido del indice del combobox y convertirlo a float
horasFuncionamiento = float(self.ui.cbhoras.itemText(indice))
if indice == 0:
horas = 1800
elif indice == 1:
horas = 2400
tipodemanda = float(self.ui.cbmanualoauto.currentIndex())
if tipodemanda == 0:
try:
autodeman = float(self.ui.lndemandamanual.text())
except:
ctypes.windll.user32.MessageBoxW(0, "Establezca un Valor de demanda.", "Error", 0)
hacercalculo = False
else:
try:
autodeman = float(self.ui.leautodemanda.text())
except:
ctypes.windll.user32.MessageBoxW(0, "Establezca un Valor de auto-demanda válido.", "Error", 0)
hacercalculo = False
if hacercalculo == True:
potencia = autodeman / horas / cop
self.ui.lepotencia.setText("%.2f" % float(potencia))
def calculardemanda(self):
hacercalculo = True
try:
superficie = float(self.ui.lesuperficie.text())
except:
ctypes.windll.user32.MessageBoxW(0, "Valor superficie incorrecto.", "Error", 0)
hacercalculo = False
try:
altura = float(self.ui.lealtura.text())
except:
ctypes.windll.user32.MessageBoxW(0, "Valor altura incorrecta.", "Error", 0)
hacercalculo = False
try:
year = float(self.ui.leyear.text())
except:
ctypes.windll.user32.MessageBoxW(0, "Anio incorrecto.", "Error", 0)
hacercalculo = False
#cogemos el factor segun el valor del combobox
indice = self.ui.cborientacion.currentIndex()
if indice == 0:
factor = float(1.0)
elif indice == 1:
factor = float(0.6)
elif indice == 2:
factor = float(0.8)
elif indice == 3:
factor = float(0.8)
if hacercalculo == True:
autodeuno = (-4.044 * year + 8526.8) * factor
corraltura = ((altura - 4) * 0.) *autodeuno + autodeuno
autodemanda = corraltura * superficie
self.ui.leautodemanda.setText("%.2f" %float(autodemanda))
#sobredimensionamiento
def botonprueba(self):
hacercalculo = True
try:
prueba2 = float(self.ui.leyear.text())
pruebasup = float(self.ui.lesuperficie.text())
except:
ctypes.windll.user32.MessageBoxW(0, "Anio y/o superfice no válido.", "Error", 0)
hacercalculo = False
if hacercalculo == True:
prue = ((-0.5 * prueba2) + 1034) / 1000
pruebafinal = prue * pruebasup
self.ui.leprueba.setText("%.2f" %float(pruebafinal))
def pfinal(self):
hacercalculo = True
try:
pot = float(self.ui.lepotencia.text())
fsob = float(self.ui.leprueba.text())
except:
ctypes.windll.user32.MessageBoxW(0, "Potencia y/o sobredimensionamiento no válido.", "Error", 0)
hacercalculo = False
if hacercalculo == True:
res = pot + fsob
self.ui.lepotenciafinal.setText("%.2f" %float(res))
def relleno(self):
rell = self.ui.cbrelleno.currentIndex()
if rell == 1:
valor = float(0.7)
elif rell == 2:
valor = float(2.45)
elif rell == 3:
valor = float(1.98)
elif rell == 4:
valor = float(1.20)
elif rell == 5:
valor = float(0.5)
elif rell == 6:
valor = float(1.8)
elif rell == 7:
valor = float(0.4)
elif rell == 8:
valor = float(1.7)
elif rell == 9:
valor = float(2.4)
else:
valor = -99
if valor == -99:
self.ui.leconductividadrelleno.setText("--No seleccionado--")
else:
self.ui.leconductividadrelleno.setText("%.2f" %float(valor))
def goToProyecto(self):
hacercalculo = True
#Auto rellenamos la informacion de la temperatura de salida
tdemanda = float(self.ui.cbmanualoauto.currentIndex())
if tdemanda == 0:
try:
deman = float(self.ui.lndemandamanual.text())
except:
ctypes.windll.user32.MessageBoxW(0, "Demanda manual invalida.", "Error", 0)
hacercalculo = False
else:
try:
deman = float(self.ui.leautodemanda.text())
except:
ctypes.windll.user32.MessageBoxW(0, "Demanda automatica no valida.", "Error", 0)
hacercalculo = False
hfuncionamiento = float(self.ui.cbhoras.currentIndex())
if hfuncionamiento == 0:
h = 1800
elif hfuncionamiento == 1:
h = 2400
#comprobamos los demas datos
try:
pot = float(self.ui.lepotenciafinal.text())
cop2 = float(self.ui.lecop.text())
resterre = float(self.ui.leconductividadterreno.text())
lean = float(self.ui.leancho.text())
lela = float(self.ui.lelargo.text())
except:
ctypes.windll.user32.MessageBoxW(0, "Revise Potencia Final / COP / Conductivdad térmica / Ancho y Largo del terreno. Datos incorrectos.", "Error", 0)
hacercalculo = False
if hacercalculo == True:
caudal = (758.83 * pot) + 1560.6
Pc = deman / h
tsalida1 = (cop2 - 1) / cop2
tsalida2 = tsalida1 * deman
tsalida3 = (caudal / 3600) * 4185
tfinal = 0 - (tsalida2 / tsalida3)
self.ui.letempsalida.setText("%.2f" % float(tfinal))
#Auto-rellenamos la informacion de la temperatura minima
tminima = (tfinal + 0) / 2
self.ui.letminima.setText("%.2f" % float(tminima))
hacercalculo2 = True
#Auto-rellenamos el RP
if self.ui.cbsondas.currentIndex() == 0:
if self.ui.rbpe100.isChecked() == False or self.ui.rb32mm.isChecked() == False:
ctypes.windll.user32.MessageBoxW(0, "Seleccione Material y Diametro.", "Error", 0)
hacercalculo2 = False
else:
k=0.43
di = 18
d0 = 20
elif self.ui.cbsondas.currentIndex() == 1:
if self.ui.cbrelleno.currentIndex() == 0:
ctypes.windll.user32.MessageBoxW(0, "Seleccione un Material de relleno.", "Error", 0)
hacercalculo2 = False
if self.ui.rbsimpleU.isChecked() == False and self.ui.rbdobleU.isChecked() == False:
ctypes.windll.user32.MessageBoxW(0, "Seleccione una configuración: Simple U / Doble-U.", "Error", 0)
hacercalculo2 = False
if self.ui.rbpe100_2.isChecked():
k=0.43
if self.ui.rb32mm_2.isChecked():
di = 29
d0 = 32
elif self.ui.rb40mm_2.isChecked():
di = 36.3
d0 = 40
else:
ctypes.windll.user32.MessageBoxW(0, "Seleccione Diametro.", "Error", 0)
hacercalculo2 = False
elif self.ui.rbpexa_2.isChecked():
k = 0.40
if self.ui.rb32mm_2.isChecked():
di = 29.1
d0 = 32
elif self.ui.rb40mm_2.isChecked():
di = 36.3
d0 = 40
else:
ctypes.windll.user32.MessageBoxW(0, "Seleccione Diametro.", "Error", 0)
hacercalculo2 = False
else:
ctypes.windll.user32.MessageBoxW(0, "Seleccione Material.", "Error", 0)
hacercalculo2 = False
elif self.ui.cbsondas.currentIndex() == 2:
if self.ui.rbpe100_3.isChecked() == False or self.ui.rb32mm_3.isChecked() == False:
ctypes.windll.user32.MessageBoxW(0, "Seleccione Material y Diametro.", "Error", 0)
hacercalculo2 = False
else:
k=0.43
di = 18
d0 = 20
if (float(self.ui.leconductividadterreno.text())) != 1.5 and (float(self.ui.leconductividadterreno.text())) != 2.1 and (float(self.ui.leconductividadterreno.text())) != 2.3:
ctypes.windll.user32.MessageBoxW(0, "Conductividad térmica error. Solo terrenos azules y verdes.", "Error", 0)
hacercalculo2 = False
if hacercalculo2 == True:
denominador = 2.0 * math.pi * k
cociente = d0 / di
log = math.log(cociente)
rp = log / denominador
self.ui.lerp.setText("%.5f" % float(rp))
#Auto-rellenamos TL
valorl = self.ui.cbsondas.currentIndex()
if valorl == 0:
tl = 6.34
if valorl == 1:
tl = 17.00
if valorl == 2:
tl = 11.49
self.ui.letl.setText("%.2f" % float(tl))
#Auto-rellenamos TFS
valorfs = self.ui.cbhoras.currentIndex()
if valorfs == 0:
fs = 0.4583
if valorfs == 1:
fs = 0.5833
self.ui.lefs.setText("%.4f" % float(fs))
# Auto-rellenamos Rs
resterre2 = 1 / resterre
self.ui.lers.setText("%.4f" % float(resterre2))
self.ui.tabWidget.setCurrentIndex(2)
def comenzar(self):
self.ui.tabWidget.setCurrentIndex(1)
def longitudperforacion(self):
try:
tdemanda = float(self.ui.cbmanualoauto.currentIndex())
if tdemanda == 0:
demandap = float(self.ui.lndemandamanual.text())
else:
demandap = float(self.ui.leautodemanda.text())
copperforacion = float(self.ui.lecop.text())
rp = float(self.ui.lerp.text())
rs = float(self.ui.lers.text())
fs = float(self.ui.lefs.text())
tempminima = float(self.ui.letminima.text())
tl = float(self.ui.letl.text())
resperf1 = (copperforacion - 1) / copperforacion
resperf2 = (rp + (rs * fs))
resperf3 = demandap * resperf1 * resperf2
resperf4 = tl - tempminima
resperffinal = resperf3 / resperf4
if self.ui.cbsondas.currentIndex() == 1:
factorrelleno = float(self.ui.leconductividadrelleno.text())
# if self.ui.cbsondas.currentIndex() == 1:
if self.ui.rbsimpleU.isChecked():
print('factor relleno elegido: ')
print(factorrelleno)
if factorrelleno <= 0.7:
print('menor de 0,7')
krell = ((factorrelleno - 0.2) * 10) * 0.023
print('krell=')
print(krell)
fsimpledoble = 1
else:
print('mayor 0,7')
krell = ((factorrelleno - 0.2) * 10) * 0.0124
fsimpledoble = 1
print('krell=')
print(krell)
elif self.ui.rbdobleU.isChecked():
if factorrelleno <= 0.7:
krell = (((factorrelleno - 0.2) * 10) * 0.024)
fsimpledoble = 0.75
else:
krell = (((factorrelleno - 0.2) * 10) * 0.0075)
fsimpledoble = 0.75
elif self.ui.cbsondas.currentIndex() == 0:
krell = 0
fsimpledoble = 1
elif self.ui.cbsondas.currentIndex() == 2:
krell = 0
fsimpledoble = 1
resperffinalrell = (resperffinal - (resperffinal * krell)) * fsimpledoble
self.ui.lelongitud.setText("%.2f" % float(resperffinalrell))
except:
ctypes.windll.user32.MessageBoxW(0, "Los datos de la pestaña DATOS INICIALES no han sido completados.", "Error",0)
def disfinal(self):
hacercalculo2 = True
try:
ltotal = float(self.ui.lelongitud.text())
print(ltotal)
except:
ctypes.windll.user32.MessageBoxW(0, "Debe pulsar antes el boton calcular.", "Error", 0)
hacercalculo2 = False
if hacercalculo2 == True:
index = self.ui.cbsondas.currentIndex()
if index == 2:
self.ui.gbinstvertsim.hide()
self.ui.gbinstvertsim_2.hide()
self.ui.gbinsthoriz.hide()
self.ui.gbhelicoidalfinal.show()
elif index == 1:
print('dentro del if vertical')
if self.ui.rbsimpleU.isChecked():
print('dentro del if rvsimleU check')
self.ui.gbhelicoidalfinal.hide()
self.ui.gbinstvertsim_2.hide()
self.ui.gbinsthoriz.hide()
self.ui.gbinstvertsim.show()
print('final if rbsimpleU')
elif self.ui.rbdobleU.isChecked():
print('dentro del if rvdobleeU check')
self.ui.gbhelicoidalfinal.hide()
self.ui.gbinstvertsim_2.show()
self.ui.gbinsthoriz.hide()
self.ui.gbinstvertsim.hide()
print('finsl del if rbdbleU check')
elif index == 0:
self.ui.gbinstvertsim.hide()
self.ui.gbhelicoidalfinal.hide()
self.ui.gbinstvertsim_2.hide()
self.ui.gbinsthoriz.show()
ltotalhel = ltotal / 2
dhelicoidal = 500
nsondeoshel = ltotal / 4
ancho = float(self.ui.leancho.text())
largo = float(self.ui.lelargo.text())
ltotaldis = ancho * largo
self.ui.lesuphord.setText("%.2f" % float(ltotaldis))
ltotalhorz = ltotal / 2
self.ui.lesuphorn.setText("%.2f" % float(ltotalhorz))
if ltotaldis > ltotalhorz:
self.ui.lbtick.show()
self.ui.lbcruz.hide()
elif ltotaldis < ltotalhorz:
self.ui.lbtick.hide()
self.ui.lbcruz.show()
self.ui.checkBoxha.setEnabled(False)
self.ui.checkBoxha.setStyleSheet("color: black")
self.ui.checkBoxha.setAttribute(QtCore.Qt.WA_AlwaysShowToolTips)
self.ui.lesuphord_2.setText("%.2f" % float(ltotaldis))
lespiral = float(self.ui.lesuphorn.text())
lespiral2 = lespiral / 4
self.ui.lesuphorzn_2.setText("%.2f" % float(lespiral2))
if ltotaldis > lespiral2:
self.ui.lbtick2.show()
self.ui.lbcruz2.hide()
elif ltotaldis < lespiral2:
self.ui.lbtick2.hide()
self.ui.lbcruz2.show()
lsimpleU = float(self.ui.lelongitud.text())
lsondeosimpleU = lsimpleU / 2
lnumsondeossimpleU = lsondeosimpleU / 130
self.ui.lelongtotalvs.setText("%f" % float(lsondeosimpleU))
self.ui.lenumsondeosvs.setText("%f" % float(lnumsondeossimpleU))
var1 = float(self.ui.lelongtotalvs.text())
var2 = float(self.ui.lenumsondeosvs.text())
longsondeosimpleU = var1 / var2
self.ui.lelongsondeovs.setText("%f" % float(longsondeosimpleU))
lsondeosimpleU2 = (lsimpleU / 2) + (0.1 *lsimpleU / 2)
lnumsondeossimpleU2 = lsondeosimpleU2 / 80
self.ui.lelongtotalvs_2.setText("%f" % float(lsondeosimpleU2))
self.ui.lenumsondeosvs_2.setText("%f" % float(lnumsondeossimpleU2))
var3 = float(self.ui.lelongtotalvs_2.text())
var4 = float(self.ui.lenumsondeosvs_2.text())
longsondeosimpleU2 = var3 / var4
self.ui.lelongsondeovs_2.setText("%f" % float(longsondeosimpleU2))
lsondeosimpleU3 = (lsimpleU / 2) + (0.15 * lsimpleU / 2)
lnumsondeossimpleU3 = lsondeosimpleU2 / 60
self.ui.lelongtotalvs_3.setText("%f" % float(lsondeosimpleU3))
self.ui.lenumsondeosvs_3.setText("%f" % float(lnumsondeossimpleU3))
var5 = float(self.ui.lelongtotalvs_3.text())
var6 = float(self.ui.lenumsondeosvs_3.text())
longsondeosimpleU3 = var5 / var6
self.ui.lelongsondeovs_3.setText("%f" % float(longsondeosimpleU3))
self.ui.lelongtotalvs_7.setText("%.0f" % float(lsondeosimpleU))
self.ui.lenumsondeosvs_7.setText("%.0f" % float(lnumsondeossimpleU))
self.ui.lelongsondeovs_7.setText("%.0f" % float(longsondeosimpleU))
self.ui.lelongtotalvs_8.setText("%.0f" % float(lsondeosimpleU2))
self.ui.lenumsondeosvs_8.setText("%.0f" % float(lnumsondeossimpleU2))
self.ui.lelongsondeovs_8.setText("%.0f" % float(longsondeosimpleU2))
self.ui.lelongtotalvs_9.setText("%.0f" % float(lsondeosimpleU3))
self.ui.lenumsondeosvs_9.setText("%.0f" % float(lnumsondeossimpleU3))
self.ui.lelongsondeovs_9.setText("%.0f" % float(longsondeosimpleU3))
diagonal = math.pow(((ancho * ancho) + (largo * largo)),0.5)
self.ui.lediamperfovs.setText("%.0f" % float(diagonal))
if var2 == 1:
dissondeo = 0
self.ui.lediamperfovs.setText("%.0f" % float(dissondeo))
else:
if var2 > 1:
dissondeo = diagonal / (var2 - 1)
self.ui.lediamperfovs.setText("%.0f" % float(dissondeo))
else:
self.ui.lediamperfovs.setText('0')
if var4 > 1:
dissondeo2 = diagonal / (var4 - 1)
self.ui.lediamperfovs_2.setText("%.0f" % float(dissondeo2))
else:
self.ui.lediamperfovs_2.setText('0')
if var6 > 1:
dissondeo3 = diagonal / (var6 - 1)
self.ui.lediamperfovs_3.setText("%.0f" % float(dissondeo3))
else:
self.ui.lediamperfovs_3.setText('0')
if var2 == 1:
dissondeo4 = 0
self.ui.lediamperfovs_7.setText("%.0f" % float(dissondeo4))
else:
if var2 > 1:
dissondeo4 = diagonal / (var2 - 1)
self.ui.lediamperfovs_7.setText("%.0f" % float(dissondeo4))
else:
self.ui.lediamperfovs_7.setText('0')
if var4 > 1:
dissondeo5 = diagonal / (var4 - 1)
self.ui.lediamperfovs_8.setText("%.0f" % float(dissondeo5))
else:
self.ui.lediamperfovs_8.setText('0')
if var6 > 1:
dissondeo6 = diagonal / (var6 - 1)
self.ui.lediamperfovs_9.setText("%.0f" % float(dissondeo6))
else:
self.ui.lediamperfovs_9.setText('0')
longitudhelicoidal = ltotal / 16
self.ui.lelongtotalhel.setText("%.0f" % float(longitudhelicoidal))
numsondeoshelicoidal = longitudhelicoidal / 25
self.ui.lenumsondeoshel.setText("%.0f" % float(numsondeoshelicoidal))
lsondeohelicoidal = longitudhelicoidal / numsondeoshelicoidal
self.ui.lelongsondeohel.setText("%.0f" % float(lsondeohelicoidal))
dissondeohel1 = float(self.ui.lenumsondeoshel.text())
if dissondeohel1 == 1:
dissondeohel11 = 0
self.ui.lediamperfhel.setText("%.0f" % float(dissondeohel11))
else:
dissondeohel11 = diagonal / (numsondeoshelicoidal - 1)
self.ui.lediamperfhel.setText("%.0f" % float(dissondeohel11))
longitudhelicoidal2 = (ltotal / 16) + (0.08 * (ltotal / 16))
self.ui.lelongtotalhel_2.setText("%.0f" % float(longitudhelicoidal2))
numsondeoshelicoidal2 = longitudhelicoidal2 / 15
self.ui.lenumsondeoshel_2.setText("%.0f" % float(numsondeoshelicoidal2))
lsondeohelicoidal2 = longitudhelicoidal2 / numsondeoshelicoidal2
self.ui.lelongsondeohel_2.setText("%.0f" % float(lsondeohelicoidal2))
dissondeohel2 = diagonal / (numsondeoshelicoidal2 - 1)
self.ui.lediamperfhel_2.setText("%.0f" % float(dissondeohel2))
longitudhelicoidal3 = (ltotal / 16) + (0.12 * (ltotal / 16))
self.ui.lelongtotalhel_3.setText("%.0f" % float(longitudhelicoidal3))
numsondeoshelicoidal3 = longitudhelicoidal3 / 5
self.ui.lenumsondeoshel_3.setText("%.0f" % float(numsondeoshelicoidal3))
lsondeohelicoidal3 = longitudhelicoidal3 / numsondeoshelicoidal3
self.ui.lelongsondeohel_3.setText("%.0f" % float(lsondeohelicoidal3))
dissondeohel3 = diagonal / (numsondeoshelicoidal3 - 1)
self.ui.lediamperfhel_3.setText("%.0f" % float(dissondeohel3))
def inversioninicial(self):
try:
metrostotales = float(self.ui.lelongtotalvs_7.text())
costeperforacion = metrostotales * 45
self.ui.leperforaciones.setText("%.2f" % float(costeperforacion))
self.ui.lemrelleno.setText("%.2f" % float(0.0))
#costeperforacionhorizontal
if self.ui.cbsondas.currentIndex() == 0:
self.ui.lemrelleno.setText("%.2f" % float(0.0))
self.ui.leperforaciones.setText("%.2f" % float(0.0))
if self.ui.checkBoxha.isChecked():
superficienec = float(self.ui.lesuphorn.text())
costesuperhor = superficienec * 1 * 16
self.ui.lemtierra.setText("%.2f" % float(costesuperhor))
if self.ui.checkBoxhb.isChecked():
superficienec2 = float(self.ui.lesuphorzn_2.text())
costesuperhor2 = superficienec2 * 1 * 16
self.ui.lemtierra.setText("%.2f" % float(costesuperhor2))
# costeperforacionverticalsimple
if self.ui.cbop1.isChecked():
prlongs1 = float(self.ui.lelongtotalvs.text())
rotooinver = self.ui.lemetodoperf.text()
if rotooinver == 'Rotopercusion':
prtotals1 = prlongs1 * 44
self.ui.leperforaciones.setText("%.2f" % float(prtotals1))
elif rotooinver == 'Circulacion Inversa':
prtotals1 = prlongs1 * 100
self.ui.leperforaciones.setText("%.2f" % float(prtotals1))
if self.ui.cbop2.isChecked():
prlongs2 = float(self.ui.lelongtotalvs_2.text())
rotooinver2 = self.ui.lemetodoperf.text()
if rotooinver2 == 'Rotopercusion':
prtotals2 = prlongs2 * 44
self.ui.leperforaciones.setText("%.2f" % float(prtotals2))
elif rotooinver2 == 'Circulacion Inversa':
prtotals2 = prlongs2 * 100
self.ui.leperforaciones.setText("%.2f" % float(prtotals2))
if self.ui.cbop3.isChecked():
prlongs3 = float(self.ui.lelongtotalvs_3.text())
rotooinver3 = self.ui.lemetodoperf.text()
if rotooinver3 == 'Rotopercusion':
prtotals3 = prlongs3 * 44
self.ui.leperforaciones.setText("%.2f" % float(prtotals3))
elif rotooinver3 == 'Circulacion Inversa':
prtotals3 = prlongs3 * 100
self.ui.leperforaciones.setText("%.2f" % float(prtotals3))
if self.ui.cbsondas.currentIndex() == 1:
ancho = float(self.ui.leancho.text())
largo = float(self.ui.lelargo.text())
if ancho > largo:
mtierra = ancho * 16
elif largo > ancho:
mtierra = largo * 16
else:
mtierra = largo * 16
self.ui.lemtierra.setText("%.2f" % float(mtierra))
# costeperforacionhelicoidal
if self.ui.cbop1_2.isChecked():
prlongs1_2 = float(self.ui.lelongtotalhel.text())
prtotals1_2 = prlongs1_2 * 60
self.ui.leperforaciones.setText("%.2f" % float(prtotals1_2))
if self.ui.cbop2_2.isChecked():
prlongs2_2 = float(self.ui.lelongtotalhel_2.text())
prtotals2_2 = prlongs2_2 * 60
self.ui.leperforaciones.setText("%.2f" % float(prtotals2_2))
if self.ui.cbop3_2.isChecked():
prlongs3_2 = float(self.ui.lelongtotalhel_3.text())
prtotals3_2 = prlongs3_2 * 60
self.ui.leperforaciones.setText("%.2f" % float(prtotals3_2))
if self.ui.cbsondas.currentIndex() == 2:
ancho2 = float(self.ui.leancho.text())
largo2 = float(self.ui.lelargo.text())
if ancho2 > largo2:
mtierra2 = ancho2 * 16
elif largo2 > ancho2:
mtierra2 = largo2 * 16
else:
mtierra2 = largo2 * 16
self.ui.lemtierra.setText("%.2f" % float(mtierra2))
# costeperforacionverticaldoble
if self.ui.cbop1_3.isChecked():
prlongs1_3 = float(self.ui.lelongtotalvs_7.text())
prtotals1_3 = prlongs1_3 * 44
self.ui.leperforaciones.setText("%.2f" % float(prtotals1_3))
if self.ui.cbop2_3.isChecked():
prlongs2_3 = float(self.ui.lelongtotalvs_8.text())
prtotals2_3 = prlongs2_3 * 44
self.ui.leperforaciones.setText("%.2f" % float(prtotals2_3))
if self.ui.cbop3_3.isChecked():
prlongs3_3 = float(self.ui.lelongtotalvs_9.text())
prtotals3_3 = prlongs3_3 * 44
self.ui.leperforaciones.setText("%.2f" % float(prtotals3_3))
pbombacalor = float(self.ui.lepotenciafinal.text())
costebc = (math.log(pbombacalor) * 2639.8) + 6091.4
self.ui.lebombadecalor.setText("%.2f" % float(costebc))
if pbombacalor < 10:
caccesorios = 2887
self.ui.lebombadecalor_2.setText("%.2f" % float(caccesorios))
if pbombacalor > 10:
caccesorios2 = 3464
self.ui.lebombadecalor_2.setText("%.2f" % float(caccesorios2))
cfluido = float(self.ui.lelongitud.text())
costefluidoperf = 0.00125 * cfluido * 1250
self.ui.lefluido.setText("%.2f" % float(costefluidoperf))
# costeperforacionverticalsimple
if self.ui.cbop1.isChecked():
longop1 = float(self.ui.lelongtotalvs.text())
relleval = self.ui.cbrelleno.currentIndex()
if relleval == 1:
precio = float(2.85 * 1.04)
if relleval == 2:
precio = float(1.10 * 0.22)
if relleval == 3:
precio = float(0.72 * 0.14)
if relleval == 4:
precio = float(2.85 * 1.04)
if relleval == 5:
precio = float(0.11 * 0.0067)
if relleval == 6:
precio = float(0.11 * 0.0067)
if relleval == 7:
precio = float(0.19 * 0.012)
if relleval == 8:
precio = float(0.19 * 0.012)
if relleval == 9:
precio = float(3.32 * 0.7)
totalrelleno = longop1 * precio
self.ui.lemrelleno.setText("%.2f" % float(totalrelleno))
if self.ui.cbop2.isChecked():
longop2 = float(self.ui.lelongtotalvs_2.text())
relleval2 = self.ui.cbrelleno.currentIndex()
if relleval2 == 1:
precio2 = float(2.85 * 1.04)
if relleval2 == 2:
precio2 = float(1.10 * 0.22)
if relleval2 == 3:
precio2 = float(0.72 * 0.14)
if relleval2 == 4:
precio2 = float(2.85 * 1.04)
if relleval2 == 5:
precio2 = float(0.11 * 0.0067)
if relleval2 == 6:
precio2 = float(0.11 * 0.0067)
if relleval2 == 7:
precio2 = float(0.19 * 0.012)
if relleval2 == 8:
precio2 = float(0.19 * 0.012)
if relleval2 == 9:
precio2 = float(3.32 * 0.7)
totalrelleno2 = longop2 * precio2
self.ui.lemrelleno.setText("%.2f" % float(totalrelleno2))
if self.ui.cbop3.isChecked():
longop3 = float(self.ui.lelongtotalvs_3.text())
relleval3 = self.ui.cbrelleno.currentIndex()
if relleval3 == 1:
precio3 = float(2.85 * 1.04)
if relleval3 == 2:
precio3 = float(1.10 * 0.22)