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module7.py
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from PyQt5.QtWidgets import QApplication, QLineEdit, QWidget, QFormLayout, QPushButton, QLabel, QMainWindow, QComboBox, \
QWidget, QHBoxLayout, QVBoxLayout, QGridLayout , QTabWidget , QMessageBox , QToolTip
from PyQt5.QtWidgets import QTableWidget, QTableWidgetItem, QGroupBox, QStackedLayout , QDialog , QErrorMessage , QToolButton
from PyQt5.QtGui import QIntValidator, QDoubleValidator, QFont, QPalette, QColor , QPixmap , QCursor
from PyQt5.QtCore import Qt , QSize
import sys , math
import numpy as np
from matplotlib.backends.backend_qt5agg import FigureCanvasQTAgg as FigureCanvas
from matplotlib.backends.backend_qt5agg import NavigationToolbar2QT as NavigationToolbar
from matplotlib.figure import Figure
from matplotlib.pyplot import figure
import copy
class Module7(QWidget):
def __init__(self, parent):
super(QWidget, self).__init__(parent)
self.layout = QHBoxLayout(self)
self.module7 = QWidget()
# Create first tab
self.module7.layout = QVBoxLayout(self)
self.addModule7HelpToLayout(self.module7.layout )
self.input_datas(self.module7.layout)
self.ButtonLayout = QHBoxLayout()
self.processButtonFunction(self.ButtonLayout)
self.resetButtonFunction(self.ButtonLayout)
self.module7.layout.addLayout(self.ButtonLayout)
self.layout.addWidget(self.module7)
self.module7.setLayout(self.module7.layout)
# Add tabs to widget
self.setLayout(self.layout)
self.logo = QLabel(self)
self.pixmap = QPixmap('./logo.PNG')
self.pixmap = self.pixmap.scaled(600,600)
self.logo.setPixmap(self.pixmap)
#self.logo.resize(self.pixmap.width(),self.pixmap.height())
self.layout.addWidget(self.logo)
def addModule7HelpToLayout(self , layout):
self.module7Help = QToolButton()
self.module7Help.setText("Help")
self.module7Help.setIconSize(QSize(20 , 20))
layout.addWidget(self.module7Help ,alignment = Qt.AlignRight)
self.module7Help.clicked.connect(self.module7HelpFunction)
def module7HelpFunction(self):
message_box = QMessageBox()
message_box.setWindowTitle('Module 7 Help')
about ="شما در حال استفاده از ماژول توزیع تنش از نرم افزار GeOnion هستید."
about2 = "با قرار گرفتن سربار بر روی خاک به مقدار تنش موجود در خاک افزوده می شود و هرچه در جهت افقی و قائم از محل اثر بار فاصله بگیریم، مشاهده می شود که از تاثیر سربار کاسته خواهد شد."
about3 = "اثر سربار در حالت های مختلفی نظیر بار نقطه ای، بار خطی، بار نواری، بار گسترده، بر روی سطح دایره ای و بار گسترده بر روی سطح مستطیلی را می توان با استفاده از تئوری الاستیسیته مشخص نمود."
about4 = "بوسینسک برای محاسبه تنش در توده خاک، فرضیات زیر را در نظر گرفت:"
about5 = "۱.خاک بدون وزن است"
about6 = "۲.تغییر حجم خاک قابل اغماض است"
about7 = "۳.قبل از اعمال سربار، خاک تحت تنش دیگری قرار نداشته است"
about8 = "۴.خاک الاستیک، همگن، نیمه بینهایت و ایزوتروپیک بوده و تابع قانون هوک می باشد"
about9 = "۵.توزیع تنش نسبت به محور قائم تقارن دارد"
about10 = "۶.تنش ممتد و پیوسته است"
txt = (about + "\n\n " + about2 + "\n\n " + about3 + "\n\n " + about4 + "\n " +about5+ "\n " +about6+ "\n " +about7+ "\n " +about8+ "\n " +about9+ "\n " +about10)
message_box.setText(txt)
message_box.exec_()
def choosingLoadType(self , s):
if (s == "Point Load"):
self.LoadType_string = "Point Load"
self.PointLoadBox.setEnabled(True)
self.LineLoadBox.setEnabled(False)
self.StripLoadBox.setEnabled(False)
self.UniformLoadBox.setEnabled(False)
elif (s == "Line Load"):
self.LoadType_string = "Line Load"
self.PointLoadBox.setEnabled(False)
self.LineLoadBox.setEnabled(True)
self.StripLoadBox.setEnabled(False)
self.UniformLoadBox.setEnabled(False)
elif (s == "Strip Load"):
self.LoadType_string = "Strip Load"
self.PointLoadBox.setEnabled(False)
self.LineLoadBox.setEnabled(False)
self.StripLoadBox.setEnabled(True)
self.UniformLoadBox.setEnabled(False)
elif (s == "Uniform Load"):
self.LoadType_string = "Uniform Load"
self.PointLoadBox.setEnabled(False)
self.LineLoadBox.setEnabled(False)
self.StripLoadBox.setEnabled(False)
self.UniformLoadBox.setEnabled(True)
def __GeneralAndChart (self , inputsLayout , i , j ):
boxesColor = "#e6efff"
borderColor = "#19A7CE"
boxesTitleColor = "#146C94"
boxesStyle = """QGroupBox {
background-color: %s;
border: 2px solid %s;
border-radius: 5px;
margin-top: 1em;
padding-top: 10px;
}
QGroupBox::title {
color: %s;
}""" % (boxesColor , borderColor , boxesTitleColor)
self.GeneralBox = QGroupBox("GENERAL + CHART")
self.GeneralBox.setStyleSheet(boxesStyle)
GeneralPart = QFormLayout()
self.GeneralBox.setAlignment(Qt.AlignCenter)
### load type part
self.LoadType = QComboBox()
self.LoadType.addItems(["Point Load", "Line Load" , "Strip Load" , "Uniform Load"])
self.LoadType.currentTextChanged.connect(self.choosingLoadType)
self.LoadType_string = "Point Load"
LoadTypeLabel = QLabel (u"Load type")
LoadTypeLabel.setToolTip ("نوع بارگذاری")
GeneralPart.addRow (LoadTypeLabel , self.LoadType)
# max Expexted Depth part
self.maxExpextedDepth = QLineEdit()
self.maxExpextedDepth.setFixedWidth(80)
self.maxExpextedDepth.setValidator(QDoubleValidator())
self.maxExpextedDepth.textChanged.connect(self.enButton)
self.maxExpextedDepth.setPlaceholderText("m")
maxExpextedDepthLabel = QLabel("Max Expected Depth (m) ")
maxExpextedDepthLabel.setToolTip("آخرین عمق موردنظر برای تحلیل")
GeneralPart.addRow (maxExpextedDepthLabel , self.maxExpextedDepth)
# Depth inc
self.depthIncrement = QComboBox ()
self.depthIncrement.addItems(["0.25 m" , "0.5 m" , "1.0 m"])
self.depthIncrement.currentTextChanged.connect (self.depthIncrement_calculator)
self.depthIncrement_string = 0.25
depthIncrementLabel = QLabel (u"Depth Increament (m) ")
depthIncrementLabel.setToolTip ("گام های تغییر عمق")
GeneralPart.addRow (depthIncrementLabel , self.depthIncrement)
self.GeneralBox.setLayout(GeneralPart)
inputsLayout.addWidget(self.GeneralBox , i , j )
def depthIncrement_calculator(self, s ):
if s == "0.25 m":
self.depthIncrement_string = 0.25
if s == "0.5 m":
self.depthIncrement_string = 0.5
if s == "1.0 m":
self.depthIncrement_string = 1.0
def __PointLoad (self , inputsLayout , i , j):
boxesColor = "#e6efff"
borderColor = "#19A7CE"
boxesTitleColor = "#146C94"
boxesStyle = """QGroupBox {
background-color: %s;
border: 2px solid %s;
border-radius: 5px;
margin-top: 1em;
padding-top: 10px;
}
QGroupBox::title {
color: %s;
}""" % (boxesColor , borderColor , boxesTitleColor)
self.PointLoadBox = QGroupBox("POINT LOAD")
self.PointLoadBox.setStyleSheet(boxesStyle)
self.PointLoadBox.setAlignment(Qt.AlignCenter)
PointLoadPart = QFormLayout()
self.q_pointLoad = QLineEdit()
self.q_pointLoad.setFixedWidth(80)
self.q_pointLoad.setValidator(QDoubleValidator())
self.q_pointLoad.textChanged.connect(self.enButton)
self.q_pointLoad.setPlaceholderText("ton")
q_pointLoadLabel = QLabel("q (ton) ")
q_pointLoadLabel.setToolTip("مقدار بار")
PointLoadPart.addRow (q_pointLoadLabel , self.q_pointLoad)
self.x_pointLoad = QLineEdit()
self.x_pointLoad.setFixedWidth(80)
self.x_pointLoad.setValidator(QDoubleValidator())
self.x_pointLoad.textChanged.connect(self.enButton)
self.x_pointLoad.setPlaceholderText("m")
x_pointLoadLabel = QLabel("x (m) ")
x_pointLoadLabel.setToolTip("")
PointLoadPart.addRow (x_pointLoadLabel , self.x_pointLoad)
self.y_pointLoad = QLineEdit()
self.y_pointLoad.setFixedWidth(80)
self.y_pointLoad.setValidator(QDoubleValidator())
self.y_pointLoad.textChanged.connect(self.enButton)
self.y_pointLoad.setPlaceholderText("m")
y_pointLoadLabel = QLabel("y (m)")
y_pointLoadLabel.setToolTip("ضریب نفوذپذیری لایه اول خاک")
PointLoadPart.addRow (y_pointLoadLabel , self.y_pointLoad)
self.PointLoadBox.setLayout(PointLoadPart)
inputsLayout.addWidget(self.PointLoadBox , i , j )
def __LineLoad (self , inputsLayout , i , j):
boxesColor = "#e6efff"
borderColor = "#19A7CE"
boxesTitleColor = "#146C94"
boxesStyle = """QGroupBox {
background-color: %s;
border: 2px solid %s;
border-radius: 5px;
margin-top: 1em;
padding-top: 10px;
}
QGroupBox::title {
color: %s;
}""" % (boxesColor , borderColor , boxesTitleColor)
self.LineLoadBox = QGroupBox("LINE LOAD")
self.LineLoadBox.setStyleSheet(boxesStyle)
self.LineLoadBox.setAlignment(Qt.AlignCenter)
LineLoadPart = QFormLayout()
self.direction_lineLoad = QComboBox()
self.direction_lineLoad.addItems(["Vertical", "Horizontal"])
self.direction_lineLoad.currentTextChanged.connect(self.choosingDirection_lineLoad)
self.direction_lineLoad_string = "Vertical"
direction_lineLoadLabel = QLabel (u"Direction")
direction_lineLoadLabel.setToolTip ("جهت بارگذاری")
LineLoadPart.addRow (direction_lineLoadLabel , self.direction_lineLoad)
self.q_lineLoad = QLineEdit()
self.q_lineLoad.setFixedWidth(80)
self.q_lineLoad.setValidator(QDoubleValidator())
self.q_lineLoad.textChanged.connect(self.enButton)
self.q_lineLoad.setPlaceholderText("ton/m")
q_lineLoadLabel = QLabel("q (ton/m) ")
q_lineLoadLabel.setToolTip("مقدار بار")
LineLoadPart.addRow (q_lineLoadLabel , self.q_lineLoad)
self.x_lineLoad = QLineEdit()
self.x_lineLoad.setFixedWidth(80)
self.x_lineLoad.setValidator(QDoubleValidator())
self.x_lineLoad.textChanged.connect(self.enButton)
self.x_lineLoad.setPlaceholderText("m")
x_lineLoadLabel = QLabel("x (m) ")
x_lineLoadLabel.setToolTip("")
LineLoadPart.addRow (x_lineLoadLabel , self.x_lineLoad)
self.LineLoadBox.setLayout(LineLoadPart)
inputsLayout.addWidget(self.LineLoadBox , i , j )
def __StripLoad (self , inputsLayout , i , j):
boxesColor = "#e6efff"
borderColor = "#19A7CE"
boxesTitleColor = "#146C94"
boxesStyle = """QGroupBox {
background-color: %s;
border: 2px solid %s;
border-radius: 5px;
margin-top: 1em;
padding-top: 10px;
}
QGroupBox::title {
color: %s;
}""" % (boxesColor , borderColor , boxesTitleColor)
self.StripLoadBox = QGroupBox("STRIP LOAD")
self.StripLoadBox.setStyleSheet(boxesStyle)
self.StripLoadBox.setAlignment(Qt.AlignCenter)
StripLoadPart = QFormLayout()
self.direction_stripLoad = QComboBox()
self.direction_stripLoad.addItems(["Vertical", "Horizontal"])
self.direction_stripLoad.currentTextChanged.connect(self.choosingDirection_stripLoad)
self.direction_stripLoad_string = "Vertical"
direction_stripLoadLabel = QLabel (u"Direction")
direction_stripLoadLabel.setToolTip ("جهت بارگذاری")
StripLoadPart.addRow (direction_stripLoadLabel , self.direction_stripLoad)
self.q_stripLoad = QLineEdit()
self.q_stripLoad.setFixedWidth(80)
self.q_stripLoad.setValidator(QDoubleValidator())
self.q_stripLoad.textChanged.connect(self.enButton)
self.q_stripLoad.setPlaceholderText("ton/m\N{SUPERSCRIPT TWO}")
q_stripLoadLabel = QLabel("q (ton/m\N{SUPERSCRIPT TWO}) ")
q_stripLoadLabel.setToolTip("مقدار بار")
StripLoadPart.addRow (q_stripLoadLabel , self.q_stripLoad)
self.B_stripLoad = QLineEdit()
self.B_stripLoad.setFixedWidth(80)
self.B_stripLoad.setValidator(QDoubleValidator())
self.B_stripLoad.textChanged.connect(self.enButton)
self.B_stripLoad.setPlaceholderText("m")
B_stripLoadLabel = QLabel("B (m) ")
B_stripLoadLabel.setToolTip("عرض بار نواری")
StripLoadPart.addRow (B_stripLoadLabel , self.B_stripLoad)
self.x_stripLoad = QLineEdit()
self.x_stripLoad.setFixedWidth(80)
self.x_stripLoad.setValidator(QDoubleValidator())
self.x_stripLoad.textChanged.connect(self.enButton)
self.x_stripLoad.setPlaceholderText("m")
x_stripLoadLabel = QLabel("x (m) ")
x_stripLoadLabel.setToolTip("")
StripLoadPart.addRow (x_stripLoadLabel , self.x_stripLoad)
self.StripLoadBox.setLayout(StripLoadPart)
inputsLayout.addWidget(self.StripLoadBox , i , j )
def __UniformLoad (self , inputsLayout , i , j):
boxesColor = "#e6efff"
borderColor = "#19A7CE"
boxesTitleColor = "#146C94"
boxesStyle = """QGroupBox {
background-color: %s;
border: 2px solid %s;
border-radius: 5px;
margin-top: 1em;
padding-top: 10px;
}
QGroupBox::title {
color: %s;
}""" % (boxesColor , borderColor , boxesTitleColor)
self.UniformLoadBox = QGroupBox("UNIFORM LOAD")
self.UniformLoadBox.setStyleSheet(boxesStyle)
self.UniformLoadBox.setAlignment(Qt.AlignCenter)
UniformLoadPart = QFormLayout()
self.AreaType = QComboBox()
self.AreaType.addItems(["Circular", "Rectangular"])
self.AreaType.currentTextChanged.connect(self.choosingAreaType)
self.AreaType_string = "Circular"
AreaTypeLabel = QLabel (u"Area Type")
AreaTypeLabel.setToolTip ("سطح بارگذاری")
UniformLoadPart.addRow (AreaTypeLabel , self.AreaType)
self.q_uniformLoad = QLineEdit()
self.q_uniformLoad.setFixedWidth(80)
self.q_uniformLoad.setValidator(QDoubleValidator())
self.q_uniformLoad.textChanged.connect(self.enButton)
self.q_uniformLoad.setPlaceholderText("ton/m\N{SUPERSCRIPT TWO}")
q_uniformLoadLabel = QLabel("q (ton/m\N{SUPERSCRIPT TWO}) ")
q_uniformLoadLabel.setToolTip("مقدار بار")
UniformLoadPart.addRow (q_uniformLoadLabel , self.q_uniformLoad)
self.R_uniformLoad = QLineEdit()
self.R_uniformLoad.setFixedWidth(80)
self.R_uniformLoad.setValidator(QDoubleValidator())
self.R_uniformLoad.textChanged.connect(self.enButton)
self.R_uniformLoad.setPlaceholderText("m")
R_uniformLoadLabel = QLabel("R (m) ")
R_uniformLoadLabel.setToolTip("شعاع بارگذاری دایروی")
UniformLoadPart.addRow (R_uniformLoadLabel , self.R_uniformLoad)
self.L_uniformLoad = QLineEdit()
self.L_uniformLoad.setFixedWidth(80)
self.L_uniformLoad.setValidator(QDoubleValidator())
self.L_uniformLoad.textChanged.connect(self.enButton)
self.L_uniformLoad.setPlaceholderText("m")
L_uniformLoadLabel = QLabel("L (m) ")
L_uniformLoadLabel.setToolTip("طول بارگذاری مستطیل")
UniformLoadPart.addRow (L_uniformLoadLabel , self.L_uniformLoad)
self.B_uniformLoad = QLineEdit()
self.B_uniformLoad.setFixedWidth(80)
self.B_uniformLoad.setValidator(QDoubleValidator())
self.B_uniformLoad.textChanged.connect(self.enButton)
self.B_uniformLoad.setPlaceholderText("m")
B_uniformLoadLabel = QLabel("B (m) ")
B_uniformLoadLabel.setToolTip("عرض بارگذاری مستطیل")
UniformLoadPart.addRow (B_uniformLoadLabel , self.B_uniformLoad)
self.B_uniformLoad.setEnabled(False)
self.L_uniformLoad.setEnabled(False)
self.R_uniformLoad.setEnabled(True)
self.UniformLoadBox.setLayout(UniformLoadPart)
inputsLayout.addWidget(self.UniformLoadBox , i , j )
def choosingAreaType(self , s):
if s == "Circular":
self.AreaType_string = "Circular"
self.B_uniformLoad.setEnabled(False)
self.L_uniformLoad.setEnabled(False)
self.R_uniformLoad.setEnabled(True)
if s == "Rectangular":
self.AreaType_string = "Rectangular"
self.B_uniformLoad.setEnabled(True)
self.L_uniformLoad.setEnabled(True)
self.R_uniformLoad.setEnabled(False)
def choosingDirection_lineLoad(self, s ):
if s == "Vertical":
self.direction_lineLoad_string = "Vertical"
else :
self.direction_lineLoad_string = "Horizontal"
def choosingDirection_stripLoad(self , s ):
if s == "Vertical":
self.direction_stripLoad_string = "Vertical"
else :
self.direction_stripLoad_string = "Horizontal"
def input_datas (self,layout ):
gridLayout = QGridLayout()
self.__GeneralAndChart(gridLayout , 0 , 0)
self.__PointLoad(gridLayout , 0 , 1)
self.__LineLoad(gridLayout , 0 , 2)
self.__StripLoad(gridLayout , 1 , 1 )
self.__UniformLoad(gridLayout , 1 , 2 )
self.PointLoadBox.setEnabled(True)
self.LineLoadBox.setEnabled(False)
self.StripLoadBox.setEnabled(False)
self.UniformLoadBox.setEnabled(False)
layout.addLayout(gridLayout)
def processButtonFunction (self , layout):
self.processButton = QPushButton ("Calculate" , self)
self.processButton.setEnabled(False)
self.processButton.clicked.connect(self.process)
layout.addWidget(self.processButton , alignment = Qt.AlignLeft)
def resetButtonFunction (self , layout):
self.resetButton = QPushButton ("Reset" , self)
self.resetButton.clicked.connect(self.resetAll)
layout.addWidget(self.resetButton , alignment = Qt.AlignRight)
def calculatePointLoad(self):
z = 0
zArr = []
deltaArr = []
try:
while (z <= float(self.maxExpextedDepth.text())):
delta = 3 * float (self.q_pointLoad.text())/(2 * math.pi) * math.pow(z , 3) / math.pow(float (self.x_pointLoad.text())**2 + float (self.y_pointLoad.text())**2 + z**2 , 2.5)
zArr.append(z)
deltaArr.append(delta)
z += float(self.depthIncrement_string)
return zArr , deltaArr
except:
raise Exception("x , y")
def calculateLineLoadVertical(self):
z = 0
zArr = []
deltaArr = []
try:
while (z <= float(self.maxExpextedDepth.text())):
delta = 2 * float (self.q_lineLoad.text())* math.pow(z , 3) /(math.pi * math.pow(float (self.x_lineLoad.text())**2 + z**2 , 2))
zArr.append(z)
deltaArr.append(delta)
z += float(self.depthIncrement_string)
return zArr , deltaArr
except:
raise Exception("x")
def calculateLineLoadHorizontal(self):
z = 0
zArr = []
deltaArr = []
try:
while (z <= float(self.maxExpextedDepth.text())):
delta = 2 * float (self.q_lineLoad.text())*float (self.x_lineLoad.text())* math.pow(float (self.q_lineLoad.text()) , 2) /(math.pi * math.pow(float (self.x_lineLoad.text())**2 + z**2 , 2))
zArr.append(z)
deltaArr.append(delta)
z += float(self.depthIncrement_string)
return zArr , deltaArr
except:
raise Exception("x")
def calculateStripLoadVertical(self):
z = 0
zArr = []
deltaArr = []
try:
while (z <= float(self.maxExpextedDepth.text())):
A = math.pi + math.radians (math.atan(z /(float(self.x_stripLoad.text()) - float(self.B_stripLoad.text())/2) ))
if 0 < float(self.x_stripLoad.text()) and float(self.x_stripLoad.text()) < float(self.B_stripLoad.text())/2:
pass
else :
A -= math.pi
M = math.radians (math.atan(z /(float(self.x_stripLoad.text()) + float(self.B_stripLoad.text())/2) ))
delta = float(self.q_stripLoad.text())/math.pi * (A - M - float(self.B_stripLoad.text()) * z * (float(self.x_stripLoad.text())**2 - z**2 - (float(self.B_stripLoad.text())**2)/4))/(math.pow((float(self.x_stripLoad.text())**2 - z**2 - (float(self.B_stripLoad.text())**2)/4) , 2) + math.pow(float(self.B_stripLoad.text()),2) * math.pow(z , 2))
zArr.append(z)
deltaArr.append(delta)
z += float(self.depthIncrement_string)
return zArr , deltaArr
except:
raise Exception("B , x")
def calculateStripLoadHorizontal(self):
z = 0
zArr = []
deltaArr = []
try:
while (z <= float(self.maxExpextedDepth.text())):
delta = 2 * float(self.B_stripLoad.text()) * float(self.q_stripLoad.text()) * float(self.x_stripLoad.text()) * math.pow(z , 2)/ (math.pi * (math.pow((float(self.x_stripLoad.text())**2 - z**2 - (float(self.B_stripLoad.text())**2)/4) , 2) + math.pow(float(self.B_stripLoad.text()),2) * math.pow(z , 2)))
zArr.append(z)
deltaArr.append(delta)
z += float(self.depthIncrement_string)
return zArr , deltaArr
except:
raise Exception("x")
def calculateUnifromLoadCircural(self):
z = float(self.depthIncrement_string)
zArr = []
deltaArr = []
try:
while (z <= float(self.maxExpextedDepth.text())):
delta = float(self.q_uniformLoad.text()) *(1 - (1 /(math.pow (math.pow(float(self.R_uniformLoad.text())/z ,2)+1 , 1.5))))
deltaArr.append(delta)
zArr.append(z)
z += float(self.depthIncrement_string)
return zArr , deltaArr
except:
raise Exception("R")
def calculateUnifromLoadRect(self):
z = float(self.depthIncrement_string)
zArr = []
deltaArr = []
try:
while (z <= float(self.maxExpextedDepth.text())):
m = float(self.B_uniformLoad.text())/(2*z)
n = float(self.L_uniformLoad.text())/(2*z)
F = math.radians(math.atan(2 * m * n * math.sqrt(math.pow(m , 2) + math.pow(n , 2) + 1))/(math.pow(m ,2) + math.pow(n , 2) - math.pow(m*n , 2) + 1))
if (math.pow(m,2) + math.pow(n,2) + 1 < math.pow(m*n , 2)):
pass
else :
F += math.pi
I = 1/(4*math.pi) * (F + 2*m*n*math.sqrt(m**2 + n**2 + 1)/(math.pow(m,2)+math.pow(n,2)+math.pow(m*n,2)+1)* (math.pow(m,2) + math.pow(n,2)+2)/(math.pow(m,2) + math.pow(n,2)+1))
delta = I * 4 * float(self.q_uniformLoad.text())
deltaArr.append(delta)
zArr.append (z)
z += float(self.depthIncrement_string)
return zArr , deltaArr
except:
raise Exception("L , B")
def process(self):
z = []
deltaSigma = []
try:
if (self.LoadType_string == "Point Load"):
z , deltaSigma = self.calculatePointLoad ()
elif (self.LoadType_string == "Line Load"):
if (self.direction_lineLoad_string == "Vertical"):
z , deltaSigma = self.calculateLineLoadVertical ()
else :
z , deltaSigma = self.calculateLineLoadHorizontal ()
elif (self.LoadType_string == "Strip Load"):
if (self.direction_stripLoad_string == "Vertical"):
z , deltaSigma = self.calculateStripLoadVertical ()
else :
z , deltaSigma = self.calculateStripLoadHorizontal ()
elif (self.LoadType_string == "Uniform Load"):
if (self.AreaType_string == "Circular" ):
z , deltaSigma = self.calculateUnifromLoadCircural ()
else:
z , deltaSigma = self.calculateUnifromLoadRect ()
self.addResultToWindow(z , deltaSigma , self.layout)
except Exception as e :
self.inputError(str(e))
def inputError(self , theInput):
error_dialog = QErrorMessage()
error_dialog.showMessage(" مقدار" + theInput + "نامعتبر است " )
error_dialog.exec_()
def addResultToWindow (self ,z , sigma, layout):
SigmaPerZ = Figure (figsize=(10 , 12) , dpi=100)
theAxes = SigmaPerZ.add_subplot(111)
theAxes.plot ( sigma,z , marker = '.' , label="Delta Simga Z")
theAxes.legend()
theAxes.invert_yaxis()
theAxes.xaxis.tick_top()
theShape = FigureCanvas(SigmaPerZ)
tool = NavigationToolbar(theShape, self)
theAxes.grid(linewidth=0.5, alpha=0.5)
theAxes.set_ylabel('Z (m)')
theAxes.xaxis.set_label_position('top')
theAxes.set_xlabel('Delta Simga Z(ton/m\N{SUPERSCRIPT TWO})')
def on_mouse_move(event):
if event.xdata is not None and event.ydata is not None:
tooltip_text = f'({event.xdata:.2f}, {event.ydata:.2f})'
QToolTip.showText(QCursor.pos(), tooltip_text)
theShape.mpl_connect('motion_notify_event', on_mouse_move)
if self.layout.count() > 0:
layout_item = self.layout.takeAt(1)
if layout_item:
layout_item.widget().deleteLater()
layout.addWidget(theShape)
def resetAll(self):
theInputs = [self.maxExpextedDepth , self.q_pointLoad , self.x_pointLoad , self.y_pointLoad , self.q_lineLoad , self.x_lineLoad , self.q_stripLoad, self.B_stripLoad, self.x_stripLoad , self.q_uniformLoad,self.B_uniformLoad, self.R_uniformLoad, self.L_uniformLoad ]
for inp in theInputs:
inp.clear()
self.processButton.setEnabled(False)
if self.layout.count() > 0:
layout_item = self.layout.takeAt(1)
if layout_item:
layout_item.widget().deleteLater()
self.logo = QLabel(self)
self.pixmap = QPixmap('./logo.PNG')
self.pixmap = self.pixmap.scaled(600,600)
self.logo.setPixmap(self.pixmap)
self.layout.addWidget(self.logo)
pass
def enButton(self):
if (self.maxExpextedDepth.text() == ''):
self.processButton.setEnabled(False)
return
else :
if self.LoadType_string == "Point Load":
if self.q_pointLoad.text() == '' or self.x_pointLoad.text() == '' or self.y_pointLoad.text() == '' :
self.processButton.setEnabled(False)
return
elif self.LoadType_string == "Line Load":
if self.q_lineLoad.text() == '' or self.x_lineLoad.text() == '' :
self.processButton.setEnabled(False)
return
elif self.LoadType_string == "Strip Load":
if self.q_stripLoad.text() == '' or self.B_stripLoad.text() == '' or self.x_stripLoad.text() == '' :
self.processButton.setEnabled(False)
return
elif self.LoadType_string == "Uniform Load":
if self.AreaType_string == "Circular" :
if self.q_uniformLoad.text() == '' or self.R_uniformLoad.text() == '' :
self.processButton.setEnabled(False)
return
elif self.AreaType_string == "Rectangular" :
if self.q_uniformLoad.text() == '' or self.L_uniformLoad.text() == '' or self.B_uniformLoad.text() == '' :
self.processButton.setEnabled(False)
return
self.processButton.setEnabled(True)
# def inputError(self , theInput):
# error_dialog = QErrorMessage()
# error_dialog.showMessage(" مقدار" + theInput + "نامعتبر است " )
# error_dialog.exec_()