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poccad_Method.py
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poccad_Method.py
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##Author github user @Tanneguydv, 2021
import os
import os.path
import sys
import webbrowser
import numpy
from io import StringIO
import contextlib
import traceback
import time
import PyQt5
from qtpy import QtWidgets, QtGui, QtCore
from PyQt5.QtGui import *
from PyQt5.QtCore import *
from PyQt5.QtWidgets import QApplication, QWidget, QPushButton, QHBoxLayout, QGroupBox, QDialog, QVBoxLayout, \
QInputDialog, QFileDialog, QTreeWidgetItem, QTreeWidgetItemIterator
from OCC.Display.backend import load_backend
load_backend('qt-pyqt5')
import OCC.Display.qtDisplay as qtDisplay
import lib.Scripts as sc
from lib.Scripts import Shape, Construction, Boolean
from poccad import Ui_poccad
class Application(PyQt5.QtWidgets.QMainWindow):
def __init__(self,app, parent=None):
super(Application, self).__init__(parent)
self.ui = Ui_poccad()
self.ui.setupUi(self)
self.canvas = qtDisplay.qtViewer3d(self)
self.ui.OCClayout.addWidget(self.canvas)
self.canvas.resize(829,739)
self.canvas.InitDriver()
self.display = self.canvas._display
#ASSOCIATE Functions to display
self.ui.render_button.clicked.connect(self.render_file)
self.ui.isoview_button.clicked.connect(lambda : self.setview('Iso'))
self.ui.topview_button.clicked.connect(lambda : self.setview('Top'))
self.ui.leftview_button.clicked.connect(lambda: self.setview('Left'))
self.ui.frontview_button.clicked.connect(lambda: self.setview('Front'))
self.ui.rightview_button.clicked.connect(lambda: self.setview('Right'))
self.ui.bottomview_button.clicked.connect(lambda: self.setview('Bottom'))
self.ui.rearview_button.clicked.connect(lambda: self.setview('Rear'))
self.ui.actionNew.triggered.connect(self.new_file)
self.ui.actionOpen.triggered.connect(self.open_file)
self.ui.actionSave.triggered.connect(self.save_file)
self.ui.actionSave_as.triggered.connect(self.save_file_as)
self.ui.actionExport.triggered.connect(self.export_file)
self.ui.actionQuit.triggered.connect(self.quit)
self.ui.actionAbout.triggered.connect(self.dialog_about)
self.ui.actionUser_Guide.triggered.connect(self.user_guide_html)
self.ui.actionBox.triggered.connect(self.makebox)
self.ui.actionCylinder.triggered.connect(self.makecylinder)
self.ui.actionSphere.triggered.connect(self.makesphere)
self.ui.actionPoint.triggered.connect(self.drawpoint)
self.ui.actionAxis.triggered.connect(self.drawaxis)
self.ui.actionCut.triggered.connect(self.boolcut)
self.ui.actionTranslate.triggered.connect(self.translate)
self.ui.actionExportstep.triggered.connect(self.exportstep)
self.changeviewval = 0
self.render = False
self.initialize()
self.ui.OCCedit.textChanged.connect(self.changetext)
self.ui.treeWidget.customContextMenuRequested.connect(self.on_contextmenu_tree)
self.popTreeMenu = QtWidgets.QMenu(self)
self.popTreeMenu.addAction("double click to display in 'Consult' Tab")
self.cwd = os.getcwd()
self.load_project_structure(self.cwd, self.ui.treeWidget)
self.ui.treeWidget.itemDoubleClicked.connect(self.show_consult)
self.ui.treelayers.itemDoubleClicked.connect(self.change_layer_state)
self.lauching()
def lauching(self):
lauchingfile = 'files\\3axis.pocc'
with open (lauchingfile, 'r') as lf :
for line in lf.readlines():
if line == "\n":
self.ui.OCCedit.appendPlainText((line.strip('\n')))
else :
self.ui.OCCedit.appendPlainText((line.strip('\n')))
self.render_file()
def user_guide_html(self):
try :
webbrowser.open(self.cwd + '\docs\_build\html\index.html')
except:
self.ui.Consult.appendPlainText('no html file found')
def on_contextmenu_tree(self, point):
self.popTreeMenu.exec_(self.ui.treeWidget.mapToGlobal(point))
def show_consult(self, item):
file = item.text(0)
dir = ([node.text(0) for node in self.getParents(item)])
length = len(dir)
if dir :
if length == 6 :
print(str(dir[5])+ '\\' +str(dir[4])+ '\\' +str(dir[3])+ '\\' + str(dir[2]) + '\\'+str(dir[1])+ '\\' + str(dir[0]) + '\\'+ str(file))
consult_file = str(dir[5])+ '\\' +str(dir[4])+ '\\' +str(dir[3])+ '\\' + str(dir[2]) + '\\'+str(dir[1])+ '\\' + str(dir[0]) + '\\'+ str(file)
if length == 5 :
print(str(dir[4])+ '\\' +str(dir[3])+ '\\' + str(dir[2]) + '\\'+str(dir[1])+ '\\' + str(dir[0]) + '\\'+ str(file))
consult_file = str(dir[4])+ '\\' +str(dir[3])+ '\\' + str(dir[2]) + '\\'+str(dir[1])+ '\\' + str(dir[0]) + '\\'+ str(file)
if length == 4 :
print(str(dir[3])+ '\\' + str(dir[2]) + '\\'+str(dir[1])+ '\\' + str(dir[0]) + '\\'+ str(file))
consult_file = str(dir[3])+ '\\' + str(dir[2]) + '\\'+str(dir[1])+ '\\' + str(dir[0]) + '\\'+ str(file)
if length == 3 :
print(str(dir[2])+ '\\' +str(dir[1])+ '\\' +str(dir[0]) + '\\'+ str(file))
consult_file = str(dir[2])+ '\\' +str(dir[1])+ '\\' +str(dir[0]) + '\\'+ str(file)
if length == 2 :
print(str(dir[1])+ '\\' + str(dir[0]) + '\\'+ str(file))
consult_file = str(dir[1])+ '\\' + str(dir[0]) + '\\'+ str(file)
if length == 1 :
print(str(dir[0]) + '\\'+ str(file))
consult_file = str(dir[0]) +'\\' + str(file)
else :
print (str(file))
consult_file = (str(file))
self.ui.Consult.clear()
if 'html' in consult_file:
html_file = os.path.abspath(consult_file)
print(html_file)
webbrowser.open_new_tab(html_file)
else :
with open (consult_file , 'r') as cf:
for line in cf :
self.ui.Consult.appendPlainText(line.strip('\n'))
def getParents(self, item):
"""
Return a list containing all parent items of this item.
The list is empty, if the item is a root item.
"""
parents = []
current_item = item
current_parent = current_item.parent()
# Walk up the tree and collect all parent items of this item
while not current_parent is None:
parents.append(current_parent)
current_item = current_parent
current_parent = current_item.parent()
return parents
def load_project_structure(self, startpath, tree):
for element in os.listdir(startpath):
path_info = startpath + "/" + element
parent_itm = QTreeWidgetItem(tree, [os.path.basename(element)])
if os.path.isdir(path_info):
self.load_project_structure(path_info, parent_itm)
parent_itm.setIcon(0, QIcon('ui_files\icons\dir.png'))
else:
parent_itm.setIcon(0, QIcon('ui_files\icons\\file.png'))
def changetext(self):
if self.ui.OCCedit.toPlainText().endswith(':\n'):
self.ui.OCCedit.insertPlainText('\t')
if self.ui.OCCedit.toPlainText().endswith('='):
print ('variable')
def initialize(self):
self.box = False
self.cylinder = False
self.sphere = False
self.point = False
self.axis = False
self.booleancut = False
self.translate = False
self.expstep = False
self.file_issaved = False
def setview(self, view):
self.ui.activeview.setPixmap(QPixmap('ui_files\icons\\'+ (view) + '_on.png'))
dispview = 'self.display.View_' + (view)+'()'
exec (dispview)
self.display.FitAll()
def new_file(self):
self.ui.OCCedit.clear()
self.ui.output.clear()
self.display.EraseAll()
self.initialize()
self.ui.output.appendPlainText('new codesheet')
# clear the tree layer
iterator = QTreeWidgetItemIterator(self.ui.treelayers, QTreeWidgetItemIterator.All)
while iterator.value():
iterator.value().takeChildren()
iterator += 1
i = self.ui.treelayers.topLevelItemCount()
while i > -1:
self.ui.treelayers.takeTopLevelItem(i)
i -= 1
def open_file(self):
self.initialize()
self.ui.output.clear()
self.occ_file_path, _ = PyQt5.QtWidgets.QFileDialog.getOpenFileName(self, 'Select File to open',"","pocc Files (*.pocc);;All Files (*)")
if self.occ_file_path:
self.ui.output.appendPlainText('open ' + str(self.occ_file_path))
self.file_issaved = True
self.saved_file = (str(self.occ_file_path))
self.ui.OCCedit.clear()
with open (self.occ_file_path, "r") as opened_file:
for line in opened_file:
self.ui.OCCedit.appendPlainText(line.strip('\n'))
else :
pass
def save_file(self):
if self.file_issaved == False :
self.save_file_as()
else :
cad_edit = self.ui.OCCedit.toPlainText()
self.ui.output.appendPlainText('saving ' + str(self.saved_file))
with open (self.saved_file, "w") as cfe :
for line in cad_edit:
if line.startswith("display = self.display"):
pass
if line.startswith('display.FitAll()'):
pass
else:
cfe.writelines(line)
def save_file_as(self):
options = QFileDialog.Options()
options |= QFileDialog.DontUseNativeDialog
self.fileName, _ = QFileDialog.getSaveFileName(self,"Save file as","","All Files (*);;pocc Files (*.pocc)", options=options)
if self.fileName:
self.file_issaved = True
self.saved_file = (str(self.fileName)+'.pocc')
self.ui.output.appendPlainText('saving ' + str(self.saved_file))
cad_edit = self.ui.OCCedit.toPlainText()
with open (self.saved_file, "w") as cfe :
for line in cad_edit:
if line.startswith("display = self.display"):
pass
if line.startswith('display.FitAll()'):
pass
else:
cfe.writelines(line)
else :
pass
self.load_project_structure(self.cwd, self.ui.treeWidget)
def export_file(self):
options = QFileDialog.Options()
options |= QFileDialog.DontUseNativeDialog
self.fileName, _ = QFileDialog.getSaveFileName(self,"Export file as","","All Files (*);;pocc Files (*.pocc);; Python Files (*.py)", options=options)
if self.fileName:
self.exported_file = (str(self.fileName)+'.py')
self.ui.output.appendPlainText('exporting as' + str(self.exported_file))
cad_edit = self.ui.OCCedit.toPlainText()
with open (self.exported_file, "w") as cfe :
cfe.write("#file generated with poccad under GPL-3.0 License\n#please visit https://github.com/Tanneguydv/poccad\nfrom OCC.Display.SimpleGui import init_display\ndisplay,start_display, add_menu,add_functionto_menu = init_display()\n")
for line in cad_edit:
if line.startswith("display = self.display"):
pass
elif line.startswith('display.FitAll()'):
pass
else:
cfe.writelines(line)
cfe.write("\ndisplay.FitAll()\nstart_display()\n")
else :
pass
self.load_project_structure(self.cwd, self.ui.treeWidget)
def render_file(self):
print('render')
#clear the tree layer
iterator = QTreeWidgetItemIterator(self.ui.treelayers, QTreeWidgetItemIterator.All)
while iterator.value():
iterator.value().takeChildren()
iterator += 1
i = self.ui.treelayers.topLevelItemCount()
while i > -1:
self.ui.treelayers.takeTopLevelItem(i)
i -= 1
if os.path.isfile("cad_file_edit.pocc"):
os.remove("cad_file_edit.pocc")
self.display.EraseAll()
cad_edit = self.ui.OCCedit.toPlainText()
with open ("cad_file_edit.pocc", "a") as cfe :
cfe.write("display = self.display\n")
for line in cad_edit:
if line.startswith("display = self.") :
pass
elif line.startswith('display.FitAll()'):
pass
else :
cfe.writelines(line)
cfe.write('\ndisplay.FitAll()')
cfe.close()
with open ("cad_file_edit.pocc", "r") as cfe :
lines = cfe.readlines()
for line in lines:
if 'display.Display' in line :
layer = line.split('=', 1)
layername = layer[0]
if line.startswith('#'):
layername = layername.strip('#')
self.load_tree_layers(layername, 'off')
else :
self.load_tree_layers(layername, 'on')
print(layername)
cfe.close()
#get the print output in an exec statement
try :
@contextlib.contextmanager
def stdoutIO(stdout=None):
old = sys.stdout
if stdout is None:
stdout = StringIO()
sys.stdout = stdout
yield stdout
sys.stdout = old
with stdoutIO() as s:
exec(open("cad_file_edit.pocc").read())
self.ui.output.appendPlainText(str(s.getvalue()))
self.render = True
except Exception :
self.ui.output.appendPlainText(str(traceback.format_exc()))
def dialog_about(self):
infobox = QtWidgets.QDialog()
infobox.setObjectName("infobox")
infobox.resize(721, 379)
icon = QtGui.QIcon()
icon.addPixmap(QtGui.QPixmap("ui_files/icons/poccad.png"), QtGui.QIcon.Normal, QtGui.QIcon.Off)
infobox.setWindowIcon(icon)
self.logo = QtWidgets.QLabel(infobox)
self.logo.setGeometry(QtCore.QRect(10, 10, 701, 311))
self.logo.setText("")
self.logo.setPixmap(QtGui.QPixmap("readme_files/poccad_github.png"))
self.logo.setScaledContents(True)
self.logo.setObjectName("logo")
self.infotext = QtWidgets.QLabel(infobox)
self.infotext.setGeometry(QtCore.QRect(190, 340, 291, 16))
self.infotext.setAutoFillBackground(True)
self.infotext.setScaledContents(False)
self.infotext.setOpenExternalLinks(True)
self.infotext.setTextInteractionFlags(QtCore.Qt.LinksAccessibleByMouse | QtCore.Qt.TextSelectableByMouse)
self.infotext.setObjectName("infotext")
QtCore.QMetaObject.connectSlotsByName(infobox)
_translate = QtCore.QCoreApplication.translate
infobox.setWindowTitle(_translate("infobox", "poccad_info"))
self.infotext.setText(_translate("infobox", "please visit https://github.com/Tanneguydv/poccad"))
infobox.exec_()
def quit(self):
if os.path.isfile("cad_file_edit.pocc"):
os.remove("cad_file_edit.pocc")
sys.exit()
#LAYERS
def load_tree_layers(self, layername, state):
displaylayer = QTreeWidgetItem(self.ui.treelayers, [layername])
if state == 'on':
if 'Shape' in layername :
displaylayer.setIcon(0, QIcon('ui_files\icons\shape_layer_on.png'))
elif 'Point' in layername:
displaylayer.setIcon(0, QIcon('ui_files\icons\construction_layer_on.png'))
elif 'Axis' in layername:
displaylayer.setIcon(0, QIcon('ui_files\icons\construction_layer_on.png'))
elif 'Plane' in layername:
displaylayer.setIcon(0, QIcon('ui_files\icons\construction_layer_on.png'))
elif 'Curve' in layername:
displaylayer.setIcon(0, QIcon('ui_files\icons\construction_layer_on.png'))
if state == 'off':
if 'Shape' in layername :
displaylayer.setIcon(0, QIcon('ui_files\icons\shape_layer_off.png'))
elif 'Point' in layername:
displaylayer.setIcon(0, QIcon('ui_files\icons\construction_layer_off.png'))
elif 'Axis' in layername:
displaylayer.setIcon(0, QIcon('ui_files\icons\construction_layer_off.png'))
elif 'Plane' in layername:
displaylayer.setIcon(0, QIcon('ui_files\icons\construction_layer_off.png'))
elif 'Curve' in layername:
displaylayer.setIcon(0, QIcon('ui_files\icons\construction_layer_off.png'))
def change_layer_state(self, item):
print (item)
layer = item.text(0)
print(str(layer))
#self.ui.treelayers.takeTopLevelItem(self.ui.treelayers.indexOfTopLevelItem(item))
#displaylayer = QTreeWidgetItem(self.ui.treelayers, [layer])
with open ("cad_file_edit.pocc", "r") as cfe :
self.ui.OCCedit.clear()
lines = cfe.readlines()
for line in lines:
if 'display.Display' in line :
if str(layer) in line :
if line.startswith('#'):
line = line.strip('#')
self.ui.OCCedit.appendPlainText(line.strip('\n'))
else :
line = '#'+str(line)
self.ui.OCCedit.appendPlainText(line.strip('\n'))
else :
self.ui.OCCedit.appendPlainText(line.strip('\n'))
else :
if "display = self." in line :
pass
elif line.startswith('display.FitAll()'):
pass
elif line == '\n':
self.ui.OCCedit.appendPlainText(line.strip('\n'))
else:
self.ui.OCCedit.appendPlainText(line.strip('\n'))
cfe.close()
self.render_file()
#PythonOCC functions :
#Shape
def makebox(self):
def init():
self.makingbox = True
self.size_on = False
self.name_on = False
self.point_on = False
self.name = 'box'
self.point = 'gp_Pnt()'
self.size = '10,10,10'
self.ui.treelayers.clearSelection()
self.ui.output.appendHtml('Press Enter or specify : <u>N</u>ame, <u>P</u>oint, <u>S</u>ize (width,length,heigth)')
self.ui.entryline.setFocus()
def param():
try :
if self.ui.entryline.text() == '' and self.point_on == False: #what's to be selected in the tree layer must be False
print('send')
send_param()
elif self.ui.entryline.text() == 's':
print('s')
self.ui.output.appendHtml('Specify size : x,y,z')
self.size_on = True
self.ui.entryline.selectAll()
elif self.ui.entryline.text() == 'n':
print('n')
self.ui.output.appendHtml('Specify name')
self.name_on = True
self.ui.entryline.selectAll()
elif self.ui.entryline.text() == 'p':
print('p')
self.ui.output.appendPlainText('Choose a point in the layer tree or specify its coordinates')
self.point_on = True
self.ui.entryline.selectAll()
else :
if self.size_on == True:
print('s true')
self.size = self.ui.entryline.text()
self.size_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>P</u>oint : ' + str(self.point) + ' , <u>S</u>ize : ' + str(
self.size))
self.ui.entryline.selectAll()
if self.name_on == True:
print('n true')
self.name = self.ui.entryline.text()
self.name_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>P</u>oint : ' + str(self.point) + ' , <u>S</u>ize : ' + str(
self.size))
self.ui.entryline.selectAll()
if self.point_on == True :
shapes = self.ui.treelayers.selectedItems()
print('p true')
print(shapes)
if len(shapes) > 0:
layer_point = str(shapes[0].text(0))
print(layer_point)
self.point = layer_point.replace('_Point', '')
self.point_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>P</u>oint : ' + str(
self.point) + ' , <u>S</u>ize : ' + str(
self.size))
self.ui.entryline.selectAll()
else :
self.point = 'gp_Pnt('+ self.ui.entryline.text()+')'
self.point_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>P</u>oint : ' + str(
self.point) + ' , <u>S</u>ize : ' + str(
self.size))
self.ui.entryline.selectAll()
except Exception as e:
self.ui.output.appendPlainText(str(e))
def send_param():
if self.makingbox == True:
try :
if self.box == False:
self.ui.OCCedit.appendPlainText(
'from OCC.Core.BRepPrimAPI import BRepPrimAPI_MakeBox\nfrom OCC.Core.gp import gp_Pnt')
self.ui.OCCedit.appendPlainText(Shape.make_box(self.name, self.point, self.size))
self.box = True
else:
self.ui.OCCedit.appendPlainText(Shape.make_box(self.name, self.point, self.size))
self.ui.entryline.clear()
self.render_file()
self.ui.output.appendPlainText('Rendering file...')
self.ui.OCCedit.setFocus()
self.makingbox = False
self.ui.entryline.returnPressed.disconnect(param)
except Exception as e:
print(str(e))
init()
self.ui.entryline.returnPressed.connect(param)
def makecylinder(self):
def init():
self.makingcylinder = True
self.size_on = False
self.name_on = False
self.axis_on = False
self.name = 'cylinder'
self.axis = 'gp_Ax2(gp_Pnt(0, 0, 5), gp_Dir(0, 0, 1))'
self.size = '10,10'
self.ui.treelayers.clearSelection()
self.ui.output.appendHtml('Press Enter or specify : <u>N</u>ame, <u>A</u>xis, <u>S</u>ize (radius,length)')
self.ui.entryline.setFocus()
def param():
try :
if self.ui.entryline.text() == '' and self.axis_on == False: #what's to be selected in the tree layer must be False
print('send')
send_param()
elif self.ui.entryline.text() == 's':
print('s')
self.ui.output.appendHtml('Specify size : radius,length')
self.size_on = True
self.ui.entryline.selectAll()
elif self.ui.entryline.text() == 'n':
print('n')
self.ui.output.appendHtml('Specify name')
self.name_on = True
self.ui.entryline.selectAll()
elif self.ui.entryline.text() == 'a':
print('a')
self.ui.output.appendPlainText('Choose an axis in the layer tree or specify its coordinates x,y,z;Dx,Dy,Dz')
self.axis_on = True
self.ui.entryline.selectAll()
else :
if self.size_on == True:
print('s true')
self.size = self.ui.entryline.text()
self.size_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>A</u>xis : ' + str(self.axis) + ' , <u>S</u>ize : ' + str(
self.size))
self.ui.entryline.selectAll()
if self.name_on == True:
print('n true')
self.name = self.ui.entryline.text()
self.name_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>A</u>xis : ' + str(self.axis) + ' , <u>S</u>ize : ' + str(
self.size))
self.ui.entryline.selectAll()
if self.axis_on == True :
shapes = self.ui.treelayers.selectedItems()
print('a true')
print(shapes)
if len(shapes) > 0:
layer_axis = str(shapes[0].text(0))
print(layer_axis)
self.axis = layer_axis.replace('_Axis', '')
self.axis_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>A</u>xis : ' + str(
self.axis) + ' , <u>S</u>ize : ' + str(
self.size))
self.ui.entryline.selectAll()
else :
cylinderparam = self.ui.entryline.text().split(';', 1)
point = cylinderparam[0]
dir = cylinderparam[1]
self.axis = 'gp_Pnt('+ point +'), gp_Dir('+ dir +')'
self.axis_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>A</u>xis : ' + str(
self.axis) + ' , <u>S</u>ize : ' + str(
self.size))
self.ui.entryline.selectAll()
except Exception as e:
self.ui.output.appendPlainText(str(e))
def send_param():
if self.makingcylinder == True:
try :
if self.cylinder == False:
self.ui.OCCedit.appendPlainText(
'from OCC.Core.BRepPrimAPI import BRepPrimAPI_MakeCylinder\nfrom OCC.Core.gp import gp_Ax2 , gp_Dir , gp_Pnt\n')
self.ui.OCCedit.appendPlainText(Shape.make_cylinder(self.name, self.axis, self.size))
self.cylinder = True
else:
self.ui.OCCedit.appendPlainText(Shape.make_cylinder(self.name, self.axis, self.size))
self.ui.entryline.clear()
self.render_file()
self.ui.output.appendPlainText('Rendering file...')
self.ui.OCCedit.setFocus()
self.makingcylinder = False
self.ui.entryline.returnPressed.disconnect(param)
except Exception as e:
print(str(e))
init()
self.ui.entryline.returnPressed.connect(param)
def makesphere(self):
def init():
self.makingsphere = True
self.radius_on = False
self.name_on = False
self.origin_on = False
self.angle_on = False
self.portion_on = False
self.radius = '5'
self.name = 'sphere'
self.origin = 'gp_Ax2(gp_Pnt(0, 0, 0), gp_Dir(0, 0, 1))'
self.angle = 'radians(90)'
self.portion = 'radians(360)'
self.ui.treelayers.clearSelection()
self.ui.output.appendHtml('Press Enter or specify : <u>N</u>ame, <u>O</u>rigin (point,dir), <u>R</u>adius, <u>A</u>ngle, <u>P</u>ortion')
self.ui.entryline.setFocus()
def param():
try :
if self.ui.entryline.text() == '' and self.origin_on == False: #what's to be selected in the tree layer must be False
print('send')
send_param()
elif self.ui.entryline.text() == 'r':
print('r')
self.ui.output.appendHtml('Specify radius')
self.radius_on = True
self.ui.entryline.selectAll()
elif self.ui.entryline.text() == 'n':
print('n')
self.ui.output.appendHtml('Specify name')
self.name_on = True
self.ui.entryline.selectAll()
elif self.ui.entryline.text() == 'o':
print('o')
self.ui.output.appendPlainText('Choose an axis in the layer tree or specify its coordinates x,y,z;Dx,Dy,Dz')
self.origin_on = True
self.ui.entryline.selectAll()
elif self.ui.entryline.text() == 'a':
print('a')
self.ui.output.appendPlainText('Specify the angle in degrees')
self.angle_on = True
self.ui.entryline.selectAll()
elif self.ui.entryline.text() == 'p':
print('p')
self.ui.output.appendPlainText('Specify the portion in degrees')
self.portion_on = True
self.ui.entryline.selectAll()
else :
if self.radius_on == True:
print('r true')
self.radius = self.ui.entryline.text()
self.radius_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>O</u>rigin : ' + str(
self.origin)+ ' , <u>R</u>adius : ' + str(self.radius) + ' ,<u>A</u>ngle : ' + str(
self.angle)+' ,<u>P</u>ortion : ' +str(self.portion))
self.ui.entryline.selectAll()
if self.name_on == True:
print('n true')
self.name = self.ui.entryline.text()
self.name_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>O</u>rigin : ' + str(
self.origin) + ' , <u>R</u>adius : ' + str(self.radius) + ' ,<u>A</u>ngle : ' + str(
self.angle) + ' ,<u>P</u>ortion : ' + str(self.portion))
self.ui.entryline.selectAll()
if self.origin_on == True :
shapes = self.ui.treelayers.selectedItems()
print('o true')
print(shapes)
if len(shapes) > 0:
layer_axis = str(shapes[0].text(0))
print(layer_axis)
self.origin = layer_axis.replace('_Axis', '')
self.origin_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>O</u>rigin : ' + str(
self.origin) + ' , <u>R</u>adius : ' + str(self.radius) + ' ,<u>A</u>ngle : ' + str(
self.angle) + ' ,<u>P</u>ortion : ' + str(self.portion))
self.ui.entryline.selectAll()
else :
sphereparam = self.ui.entryline.text().split(';', 1)
point = sphereparam[0]
dir = sphereparam[1]
self.origin = 'gp_Pnt('+ point +'), gp_Dir('+ dir +')'
self.origin_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>O</u>rigin : ' + str(
self.origin) + ' , <u>R</u>adius : ' + str(self.radius) + ' ,<u>A</u>ngle : ' + str(
self.angle) + ' ,<u>P</u>ortion : ' + str(self.portion))
self.ui.entryline.selectAll()
if self.angle_on == True:
print('a true')
self.angle = 'radians('+ self.ui.entryline.text() +')'
self.angle_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>O</u>rigin : ' + str(
self.origin) + ' , <u>R</u>adius : ' + str(self.radius) + ' ,<u>A</u>ngle : ' + str(
self.angle) + ' ,<u>P</u>ortion : ' + str(self.portion))
self.ui.entryline.selectAll()
if self.portion_on == True:
print('p true')
self.portion = 'radians('+ self.ui.entryline.text() +')'
self.portion_on = False
self.ui.output.appendHtml(
'<u>N</u>ame : ' + str(self.name) + ' , <u>O</u>rigin : ' + str(
self.origin) + ' , <u>R</u>adius : ' + str(self.radius) + ' ,<u>A</u>ngle : ' + str(
self.angle) + ' ,<u>P</u>ortion : ' + str(self.portion))
self.ui.entryline.selectAll()
except Exception as e:
self.ui.output.appendPlainText(str(e))
def send_param():
if self.makingsphere == True:
try :
if self.sphere == False:
self.ui.OCCedit.appendPlainText('from OCC.Core.BRepPrimAPI import BRepPrimAPI_MakeSphere\n\
from OCC.Core.gp import gp_Ax2 , gp_Dir , gp_Pnt\n\
from math import radians\n')
self.ui.OCCedit.appendPlainText(Shape.make_sphere(self.name, self.origin ,self.radius, self.angle, self.portion))
self.sphere = True
else:
self.ui.OCCedit.appendPlainText(Shape.make_sphere(self.name, self.origin , self.radius, self.angle, self.portion))
self.ui.entryline.clear()
self.render_file()
self.ui.output.appendPlainText('Rendering file...')
self.ui.OCCedit.setFocus()
self.makingsphere = False
self.ui.entryline.returnPressed.disconnect(param)
except Exception as e:
print(str(e))
init()
self.ui.entryline.returnPressed.connect(param)
#Boolean
def boolcut(self):
self.boolingcut = True
self.ui.output.appendPlainText("select a basis and a cutter in [layers] and type a name then press OK")
self.ui.entryline.setFocus()
def send_param():
if self.boolingcut == True:
try:
if self.ui.entryline.text() == '' :
name = 'result'
else :
name = self.ui.entryline.text()
shapes = self.ui.treelayers.selectedItems()
layer_basis = str(shapes[0].text(0))
print(layer_basis)
basis = layer_basis.replace('_Shape', '')
print(basis)
layer_cutter = shapes[1].text(0)
cutter = str(layer_cutter).replace('_Shape','')
if self.booleancut == False :
self.ui.OCCedit.appendPlainText('from OCC.Core.BRepAlgoAPI import BRepAlgoAPI_Cut\nfrom OCC.Core.Graphic3d import Graphic3d_NOM_STEEL\n')
self.ui.OCCedit.appendPlainText(Boolean.bool_cut(name, basis, cutter))
self.booleancut = True
else :
self.ui.OCCedit.appendPlainText(Boolean.bool_cut(name, basis,cutter))
self.ui.entryline.clear()
self.render_file()
self.ui.output.appendPlainText('Rendering file...')
self.ui.OCCedit.setFocus()
self.boolingcut = False
except Exception as e :
self.ui.Consult.appendPlainText(str(e))
self.ui.entryline.returnPressed.connect(send_param)
#Transformations
def translate(self):#TODO ex method, to redefine
if self.translate == False :
self.ui.OCCedit.appendPlainText(sc.translate("imp"))
self.translate = True
else :
self.ui.OCCedit.appendPlainText(sc.translate(''))
#Constrution
def drawpoint(self):
self.drawingpoint = True
self.ui.output.appendPlainText('draw point method : name;x,y,z')
self.ui.entryline.setFocus()
def send_param():
if self.drawingpoint == True :
try :
if self.ui.entryline.text() == '' :
name = 'point'
settings = '0,0,0'
else :
pointparam = self.ui.entryline.text().split(';', 1)
name = pointparam[0]
if name == '':
name = 'point'
settings = pointparam[1]
if settings == '':
settings = '0,0,0'
if self.point == False :
self.ui.OCCedit.appendPlainText('from OCC.Core.gp import gp_Pnt\n')
self.ui.OCCedit.appendPlainText(Construction.draw_point(name, settings))
self.point = True
else :
self.ui.OCCedit.appendPlainText(Construction.draw_point(name, settings))
self.ui.entryline.clear()
self.render_file()
self.ui.output.appendPlainText('Rendering file...')
self.ui.OCCedit.setFocus()
self.drawingpoint = False
self.ui.entryline.returnPressed.disconnect(send_param)
except Exception as e:
self.ui.output.appendPlainText(str(e) + '\nTry with the method rule specified above (at list the good number of ";"')
self.ui.entryline.returnPressed.connect(send_param)
def drawaxis(self):
self.drawingaxis = True
self.ui.treelayers.clearSelection()
self.ui.output.appendPlainText('Select a reference point in [layers] and type : name;dirx, y, z')
self.ui.entryline.setFocus()
def send_param():
self.ui.output.appendPlainText(self.ui.entryline.text())
if self.drawingaxis == True:
try:
shapes = self.ui.treelayers.selectedItems()
if self.ui.entryline.text() == ''and len(shapes)==0 :
name = 'axis'
point = 'gp_Pnt(0, 0, 0)'
dir = '0,0,10'
elif self.ui.entryline.text() == '' and len(shapes) > 0:
name = 'axis'
layer_point = str(shapes[0].text(0))
print(layer_point)
point = layer_point.replace('_Point', '')
dir = '0,0,10'
else:
param = self.ui.entryline.text().split(';', 1)
name = param[0]
if name == '':
name = 'axis'
layer_point = str(shapes[0].text(0))
print(layer_point)
point = layer_point.replace('_Point', '')
dir = param[1]
if dir == '':
dir = '0,0,1'
if self.axis == False :
self.ui.OCCedit.appendPlainText('from OCC.Core.gp import gp_Ax2 , gp_Dir , gp_Pnt\nfrom OCCUtils.Construct import make_edge')
self.ui.OCCedit.appendPlainText(Construction.draw_axis(name, point, dir))
self.axis = True
else :
self.ui.OCCedit.appendPlainText(Construction.draw_axis(name, point, dir))
self.ui.entryline.clear()
self.ui.output.appendPlainText('Rendering file...')
self.render_file()
self.ui.OCCedit.setFocus()
self.drawingaxis = False
self.ui.entryline.returnPressed.disconnect(send_param)
except Exception as e:
self.ui.output.appendPlainText(str(e) + '\nTry with the method rule specified above (at list the good number of ";"')
self.ui.entryline.returnPressed.connect(send_param)
#Exchange
def exportstep(self):#TODO ex method, to redefine
if self.expstep == False :
self.ui.OCCedit.appendPlainText(sc.export_step("imp"))
self.expstep = True
else :
self.ui.OCCedit.appendPlainText(sc.export_step(''))