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loop_plugin_dialog.py
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# -*- coding: utf-8 -*-
"""
/***************************************************************************
Loop_pluginDialog
A QGIS plugin
This plugin preprocess shapefile inputs to generate python script and json file that are used as input for map2loop
Generated by Plugin Builder: http://g-sherman.github.io/Qgis-Plugin-Builder/
-------------------
begin : 2022-10-13
git sha : $Format:%H$
copyright : (C) 2022 by Michel M. Nzikou / CET - UWA
email : [email protected]
***************************************************************************/
/***************************************************************************
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation; either version 2 of the License, or *
* (at your option) any later version. *
* *
***************************************************************************/
"""
import os, glob, subprocess, time
from qgis.PyQt import uic, QtWidgets
from qgis.core import QgsProject
from PyQt5.QtWidgets import QFileDialog, QMessageBox
from PyQt5.QtCore import *
from PyQt5.QtGui import *
from pathlib import Path
import os.path, shutil
from datetime import datetime
from .load_vectors import shape_file_loader, xlayer_reader, create_json_file
from .create_python_file import save_a_python_file, find_relative_path
from .help_function import sort_layer_param
from .feature_import import (
qpush_desactivator,
label_mover,
qline_and_label_mover,
qlineeditor_default_string,
welcoming_image,
save_activator,
icon_indexer,
list_all_layers,
activate_loader_checkbox,
activate_config_file,
reset_all_features,
set_to_tristate,
reset_after_run,
)
from .clear_features import (
clear_all_label,
clear_partially_combo_list,
combo_list,
hide_all_combo_list,
hide_dtm_feature,
reset_qgis_cbox,
hide_http,
disabled_qgis_chkbox,
retry_function,
)
from .layer_parameter_extractor import (
load_data_when_qgis_is_choosen,
three_push_activator,
)
from .hover_event import show_my_info, layer_show_tooltype
from .create_your_roi import (
create_scratch_layer,
select_your_roi_region,
saving_your_roi,
set_your_clip,
)
from .feature_import import welcoming_image, list_all_layers, update_file_path
from .save_to_shp_and_geojson import (
create_strip_shapefile,
create_geojson_file,
create_data_for_no_del_col,
)
from .run_map2loop import hide_map2loop_features, run_client
from .stop_docker_container import switch_off_docker
from .scripts.loop.l2s_data_push import (
push_data_into_l2s_server,
push_processed_into_loopsource_data,
show_3d_plot,
)
from .scripts.loop.l2s_docker_info import get_my_docker_infos
from .scripts.loop.l2s_result_downloader import download_3d_data
# This loads your .ui file so that PyQt can populate your plugin with the elements from Qt Designer
FORM_CLASS, _ = uic.loadUiType(
os.path.join(os.path.dirname(__file__), "loop_plugin_dialog_base.ui")
)
class Loop_pluginDialog(QtWidgets.QDialog, FORM_CLASS):
def __init__(self, parent=None):
"""Constructor."""
super(Loop_pluginDialog, self).__init__(parent)
# Set up the user interface from Designer through FORM_CLASS.
# After self.setupUi() you can access any designer object by doing
# self.<objectname>, and you can use autoconnect slots - see
# http://qt-project.org/doc/qt-4.8/designer-using-a-ui-file.html
# #widgets-and-dialogs-with-auto-connect
#
self.setupUi(self)
hide_all_combo_list(self, 0), welcoming_image(self, 1), hide_dtm_feature(
self, 0
), hide_http(self, 0)
# plugin directory
self.plugin_dir = os.path.dirname(os.path.abspath(__file__))
# hide map2loop qlineeditor and label
self.map2loop_qline_list = [
self.map2loop_label_1,
self.map2loop_label_2,
self.map2loop_label_3,
self.map2loop_Ok_pushButton,
]
self.map2loop_label_list = [
self.map2loop_1,
self.map2loop_2,
self.map2loop_3,
self.map2loop_Ok_pushButton,
]
hide_map2loop_features(
self.map2loop_label_list, self.map2loop_qline_list, False
)
self.CRS_LineEditor.setText(str("epsg:28350"))
self.crs_value = self.CRS_LineEditor.text()
self.SearchFolder.setEnabled(False)
self.params_function_activator(False)
activate_loader_checkbox(self, 0)
icon_indexer(self)
"""
Connect button
"""
self.FolderSearch_Button.pressed.connect(self.select_folder)
self.GeolButton.clicked.connect(self.save_geol_param)
self.FaultButton.clicked.connect(self.save_fault_param)
self.StructButton.clicked.connect(self.save_struct_param)
self.DTMButton.clicked.connect(self.save_dtm_path)
self.Saveconfig_pushButton.clicked.connect(self.save_config_file)
self.ROIButton.clicked.connect(self.save_roi_layer)
self.Map2Loop_Button.clicked.connect(self.run_map2loop_module)
self.Reload_btnPush.clicked.connect(self.reset_all_pushbutton)
self.LoopStructural_Button.clicked.connect(self.run_loopstructural_module)
self.Loop3dviz_Button.clicked.connect(self.run_loop3d_viz)
"""
Enable button
"""
self.DTMButton.setEnabled(False) ### Set Enable DTM QPushButton
# check box
self.Orientation_checkBox.setEnabled(False) ### Activate Orientation Qcheckbox
self.ROI_checkBox.setEnabled(False) ### Activate ROI Qcheckbox
self.Drillhole_checkBox.setEnabled(False) ### Activate Drillhole Qcheckbox
self.Section_checkBox.setEnabled(False) ### Activate Section Qcheckbox
self.Folds_checkBox.setEnabled(False) ### Activate Fold Qcheckbox
self.Config_checkBox.setEnabled(False) ### Activate config Qcheckbox
# main qpush button
self.OrientationButton.setEnabled(
False
) ### Activate Drillhole main QPushButton
self.DrillholesButton.setEnabled(False) ### Activate Drillhole main QPushButton
self.SectionsButton.setEnabled(False) ### Activate Section main QPushButton
self.FoldButton.setEnabled(False) ### Activate Fold main QPushButton
self.ConfigButton.setEnabled(False) ### Activate Configuration main QPushButton
self.Saveconfig_pushButton.setEnabled(
False
) ### Activate Save Config File main QPushButton
layers = [
tree_layer.layer()
for tree_layer in QgsProject.instance().layerTreeRoot().findLayers()
]
if not layers:
self.ROIButton.setEnabled(False)
else:
self.ROIButton.setEnabled(True)
"""
Inactivate unnecessary tab
"""
self.Verbose1_radioButton.setEnabled(False) ### Activate Verbose 1 QPushButton
self.Verbose2_radioButton.setEnabled(False) ### Activate Verbose 2 QPushButton
self.Verbose3_radioButton.setEnabled(False) ### Activate Verbose 3 QPushButton
self.Overwrite_checkBox.setEnabled(
False
) ### Activate Overwrite checkBox QPushButton
self.Map2Loop_Button.setEnabled(False) ### Activate map2loop QPushButton
self.LoopStructural_Button.setEnabled(
False
) ### Activate LoopStructural QPushButton
self.Loop3dviz_Button.setEnabled(
False
) ### Activate 3D:: Visualization QPushButton
"""
Hide QPushButton at launch
"""
self.ShapeButton.hide() ### Save to Shapefile main QPushButton
self.GeojsonButton.hide() ### Save to Geojson main QPushButton
self.tableWidget.hide() ### table widget used to show layer data
self.PlaceHoldercomboBox.hide() ### placeholer 1
self.PlaceHolderQlineEdit.hide() ### placeholer 2
self.server_frame.hide() ### server frame
self.map2loop_log_TextEdit.hide() ### log text editor
self.map2loop_progressBar.hide() ### hide progressBar
self.Reload_btnPush.hide() ### Reload PushButton
self.Ok_ClipLayer.hide()
show_my_info(self)
# The docker_btnPush here is used to stop the docker
self.docker_btnPush.clicked.connect(self.docker_off)
def docker_off(self):
"""
This function switch off the docker from an external python file
"""
# flag to turn on and off docker
self.docker_switch_flag = self.sender().objectName()
docker_reply = QMessageBox.question(
self,
"Docker status",
str(
"Yes::::> To turn ON the docker \n\n\n"
+ "No::::> To turn OFF the docker"
),
QMessageBox.Yes | QMessageBox.No,
)
if docker_reply == QMessageBox.No:
container_name = "map2loop_local_qgis_server-map2loop-1"
switch_off_docker(container_name)
else:
self.run_local_docker()
return
def activate_server_info(self):
"""
This function activate the server info into the plugin front end
"""
# populate server frame and features
self.server_frame.setVisible(True)
self.server_frame.setGeometry(200, 80, 440, 440)
hide_map2loop_features(self.map2loop_label_list, self.map2loop_qline_list, True)
self.map2loop_2.setText("Enter your name here")
self.map2loop_1.setText(
"Enter 1- Remote machine ip OR 2-localhost if using local pc"
)
if self.sender().objectName() == "LoopStructural_Button":
self.map2loop_3.setText(str(8888))
else:
self.map2loop_3.setText(str(8000))
return
def run_map2loop_module(self):
"""
Transfert m2l data into the remote server
"""
self.map2loop_flag = self.sender().objectName()
self.run_flag = self.sender().objectName()
# disable map2loop and Loopstructural
self.Map2Loop_Button.setEnabled(False)
self.LoopStructural_Button.setEnabled(False)
# unhide map2loop qlineeditor and label
map2loop_msg = QMessageBox.question(
self,
"Execution channel",
"Where to execute map2loop? \n \n Yes:--> For local server. \n \n No:--> For remote server.",
QMessageBox.Yes | QMessageBox.No,
)
if map2loop_msg == QMessageBox.No:
# Here we are using remote machine
self.docker_remote_or_local_server_flag = "remote server "
# activate server info
self.activate_server_info()
# launch the remote calculation
self.map2loop_Ok_pushButton.clicked.connect(self.run_the_server_calculation)
else:
self.docker_remote_or_local_server_flag = "local server"
self.map2loop_msg = map2loop_msg
#
self.map2loop_log_TextEdit.setVisible(True)
self.map2loop_log_TextEdit.setGeometry(170, 150, 750, 300)
self.map2loop_log_TextEdit.append(
"==========================================================\n"
"=======================MAP2LOOP============================\n"
"\n \n"
+ " DOCKER IS BEING CREATED AND THEN TURN ON ************\n"
"\n \n"
+ " WHILE LOADING, <wait and relax> UNTIL THE MAGIC HAPPEN?\n \n"
+ "========================================================== \n \n"
)
QMessageBox.about(
self,
"Running map2Loop on the docker container on your PC",
"\n \n " + " -----> CLICK OK AND WAIT <-----",
)
self.docker_remote_or_local_server_flag = "local server"
# send data and run the calculation on the docker
self.run_the_server_calculation()
return
def run_loop3d_viz(self):
"""
This function call the show_3d_plot to plot 3d data in the browser
"""
web_link_to_open = str(self.loop_output_data) + "/output_data.html"
show_3d_plot(web_link_to_open)
self.Loop3dviz_Button.setEnabled(False)
return
def run_loopstructural_module(self):
"""
Transfert l2s data into the remote server
"""
self.loopsctructural_flag = self.sender().objectName()
self.run_flag = self.sender().objectName()
self.loop3d_dict = push_data_into_l2s_server(
self.m2l_output_data, self.loop_data_source
)
# push dtm into loop folder locally
self.processed_data = (
self.data_folder + "/process_source_data_" + str(self.dt_string)
)
try:
push_processed_into_loopsource_data(
self.processed_data, self.loop_data_source
)
except:
pass
# hide log text
self.map2loop_log_TextEdit.hide()
# now send data into loop server
loop_msg = QMessageBox.question(
self,
"Execution channel",
"Where to execute map2loop? \n \n Yes:--> For local server. \n \n No:--> For remote server.",
QMessageBox.Yes | QMessageBox.No,
)
if loop_msg == QMessageBox.No:
# Here we are using remote machine
self.docker_remote_or_local_server_flag = "remote server"
# activate server info
self.activate_server_info()
# launch the remote calculation
self.map2loop_Ok_pushButton.clicked.connect(self.run_the_server_calculation)
else:
self.docker_remote_or_local_server_flag = "local server"
self.loop_msg = loop_msg
#
self.map2loop_log_TextEdit.setVisible(True)
self.map2loop_log_TextEdit.setGeometry(170, 150, 750, 300)
self.map2loop_log_TextEdit.append(
"==========================================================\n"
"====================LOOPSTRUCTURAL===========================\n"
"\n \n"
+ " DOCKER IS BEING CREATED AND THEN TURN ON ************\n"
"\n \n"
+ " WHILE LOADING, <wait and relax> UNTIL THE MAGIC HAPPEN?\n \n"
+ "========================================================== \n \n"
)
QMessageBox.about(
self,
"Running map2Loop on the docker container on your PC",
"\n \n " + " -----> CLICK OK AND WAIT <-----",
)
# send data and run the calculation on the docker
self.run_the_server_calculation()
return
def run_local_docker(self):
"""
This function activate docker compose from an external python file
"""
if self.run_flag == "Map2Loop_Button":
# docker build file path
docker_build_file_path = (
str(self.plugin_dir)
+ "\\map2loop_local_qgis_server\\server\\build_docker_image.py"
)
# docker compose file path
docker_compose_file_path = (
str(self.plugin_dir)
+ "\\map2loop_local_qgis_server\\docker-compose.yml"
)
else:
# docker build file path
docker_build_file_path = (
str(self.plugin_dir)
+ "\\loopstructural_local_qgis_server\\server\\build_docker_image.py"
)
# docker compose file path
docker_compose_file_path = (
str(self.plugin_dir)
+ "\\loopstructural_local_qgis_server\\docker-compose.yml"
)
# Here we passing sys.argv[1] to the python file build_docker_image.py
# such as subprocess.run(['cmd','filepath',sys.argv[1]])
res = subprocess.run(
[
"python",
docker_build_file_path,
docker_compose_file_path,
],
capture_output=True,
text=True,
shell=True,
)
#
if res.returncode != 0:
print("Error:", res.stderr)
else:
try:
if self.docker_switch_flag == "docker_btnPush":
pass
except:
# wait for 5s for the server to fire up
time.sleep(5)
run_client(
self,
self.run_flag,
self.data_folder,
self.hostname,
self.username,
self.port_number,
self.docker_config,
)
#
self.loopstructural_activator(self.sender().objectName())
return
def loopstructural_activator(self, sender):
"""
This function activate the loopstructural function
sender : the qpushbutton activated
"""
if sender == "Map2Loop_Button":
self.LoopStructural_Button.setEnabled(True)
print(
f"STATUS: Running Successfully <<{sender.split('_')[0]}>> server - JOB: completed"
)
else:
# create source_data and output_data from docker compose
self.LoopStructural_Button.setEnabled(False)
if self.docker_remote_or_local_server_flag == "local server":
docker_exe, container_id = get_my_docker_infos()
container_output_path = "output_data/vtk/output_data.html"
container_src_data_buffer = f"{container_id}:{container_output_path}"
time.sleep(0.1)
download_res = download_3d_data(
docker_exe,
container_src_data_buffer,
self.loop_output_data,
)
if download_res == 0:
self.Loop3dviz_Button.setEnabled(True)
else:
print(
f"STATUS: Running Successfully <<{sender.split('_')[0]}>> server - JOB: completed"
)
self.Loop3dviz_Button.setEnabled(True)
return
def run_the_server_calculation(self):
"""
This function run the modelling calculation on the server,
# 1- Activate the server API
# 2- Send the data to the server
# 3- run map2loop/loopstructural and push back the result
"""
self.docker_config = self.docker_config_file
try:
if (
self.sender().objectName() == "Map2Loop_Button"
and self.sender().text() == "Run map2loop"
):
self.docker_config = self.docker_config_file
except:
pass
try:
if self.docker_remote_or_local_server_flag == "local server":
if (
self.sender().objectName() == "LoopStructural_Button"
and self.sender().text() == "Run LoopStructural"
):
# This is for loopstructural data
# combine the two dictionanry
self.docker_config = {
**self.docker_config_file,
**{
"l2s_project_path": str(self.data_folder),
"LPFilename": "server_" + self.loop3d_dict["LPFilename"],
},
}
else:
print("Docker local server")
elif self.docker_remote_or_local_server_flag == "remote server":
if (
self.sender().objectName() == "map2loop_Ok_pushButton"
and self.run_flag == "LoopStructural_Button"
):
# This is for loopstructural data
# combine the two dictionanry
self.docker_config = {
**self.docker_config_file,
**{
"l2s_project_path": str(self.data_folder),
"LPFilename": "server_" + self.loop3d_dict["LPFilename"],
},
}
else:
print("Docker remote server")
else:
pass
except:
pass
# hide the map2loop details
hide_map2loop_features(
self.map2loop_label_list, self.map2loop_qline_list, False
)
# verify this space for next...
self.data_folder = str(self.first_parent_folder)
# disable server frame
self.server_frame.hide()
try:
# config path
if self.docker_remote_or_local_server_flag == "local server":
# running the local docker
self.username, self.hostname, self.port_number = self.pass_server_infos(
"local server"
)
self.run_local_docker()
else:
# run the remote docker
self.username, self.hostname, self.port_number = self.pass_server_infos(
"remote server"
)
run_client(
self,
self.run_flag,
self.data_folder,
self.hostname,
self.username,
self.port_number,
self.docker_config,
)
sender = self.run_flag
self.loopstructural_activator(sender=sender)
except:
print("Can't fire the docker server.....")
return
def pass_server_infos(self, server_info_flag):
"""
This code return the server info such as userId, hostname and port number
# server_info_flag: 'local server or remote server'
"""
if server_info_flag == "remote server":
self.username = str(self.map2loop_2.text())
self.hostname = str(self.map2loop_1.text())
self.port_number = str(self.map2loop_3.text())
else:
self.username = "*********"
self.hostname = "localhost"
if self.sender().objectName() == "Map2Loop_Button":
self.port_number = "8000"
elif self.sender().objectName() == "LoopStructural_Button":
self.port_number = "8888"
else:
print("Placeholder for future work")
pass
return self.username, self.hostname, self.port_number
def save_roi_layer(self):
"""
Once activated, this function is used to clip layer data, multiple process are required:
# creation of ROI via a temp scratch layer,
# then later, saved_clipped_layer is created from your region of interest.
"""
self.roi_status = self.sender().objectName()
# print('roi button is {}'.format(self.sender().objectName()) )
welcoming_image(self, 2)
self.CRS_LineEditor.hide() ### delete crs value
self.CRS_label.hide() ### hide crs label
# Check and disabled ROI
self.ROI_checkBox.setChecked(True)
self.ROIButton.setEnabled(False)
roi_msg = QMessageBox.question(
self,
"Region of interest (ROI)",
"Create your ROI? \n \n Yes:--> to create your ROI. \n \n No:--> to load your existing ROI.",
QMessageBox.Yes | QMessageBox.No,
)
if roi_msg == QMessageBox.Yes:
create_scratch_layer(self, 0)
else:
self.your_own_roi = True
self.No_flag = True
self.activate_layers(self.sender().text())
self.Ok_ClipLayer.setVisible(True)
set_your_clip(self, 140, 140)
self.Ok_ClipLayer.clicked.connect(self.save_clipped_layer)
self.QPushbutton_functionActivator(
False, self.GeolButton, self.FaultButton, self.StructButton
), self.DTMButton.setEnabled(False)
if not QgsProject.instance().mapLayers().values():
## This section deal with loading data if qgis panel is empty
load_msg = QMessageBox.question(
self,
"ROI Layer",
"No Layer available \n \n Load now to continue?",
QMessageBox.Yes | QMessageBox.No,
)
self.selected_layer = []
if load_msg == QMessageBox.Yes:
p, self.DTMPath = self.activate_layers(self.sender().text())
continue_msg = QMessageBox.question(
self,
"ROI Layer",
"Continue loading layer?",
QMessageBox.Yes | QMessageBox.No,
)
while continue_msg == QMessageBox.Yes:
p, self.DTMPath = self.activate_layers(self.sender().text())
continue_msg = QMessageBox.question(
self,
"ROI Layer",
"Continue loading layer?",
QMessageBox.Yes | QMessageBox.No,
)
if continue_msg == QMessageBox.Yes:
continue
else:
break
self.Ok_ClipLayer.clicked.connect(self.save_clipped_layer)
return
def save_clipped_layer(self):
"""
This code is called in save_roi_layer to create the clipped layer.
"""
self.clip_signal = self.sender().objectName()
# If existing ROI is loaded, run the below option
try:
if self.your_own_roi == True:
layers_list = QgsProject.instance().mapLayers().values()
excludedIndices = ["roi"]
layers_excl_roi = [
x
for i, x in enumerate(layers_list)
if x.name() not in excludedIndices
]
layer_name = []
for layer in layers_excl_roi:
if type(layer).__name__ == "QgsRasterLayer":
self.type_of_layer = 1
layer_name.append(layer.name())
else:
try:
if layer.name() == "temp_layer":
QgsProject.instance().removeMapLayers([layer.id()])
else:
self.type_of_layer = layer.wkbType()
layer_name.append(layer.name())
except:
pass
select_your_roi_region(self, layer, self.type_of_layer)
self.Ok_ClipLayer.disconnect()
text = "\n".join(layer_name)
QMessageBox.about(
self,
"ROI Staus",
str(text) + "\n \n" + "....Clipping Completed....",
)
else:
pass
except:
pass
try:
if self.draw_your_ROI == True: # QMessageBox.Yes:
layers_list = QgsProject.instance().mapLayers().values()
temp_layer = [a for a in layers_list if a.name() == "temp_layer"][0]
saving_your_roi(temp_layer, self.clip_path)
excludedIndices = ["roi"]
layers_excl_roi = [
x
for i, x in enumerate(layers_list)
if x.name() not in excludedIndices
]
layer_name = []
for layer in layers_excl_roi:
if type(layer).__name__ == "QgsRasterLayer":
self.type_of_layer = 1
layer_name.append(layer.name())
else:
if layer.name() == "temp_layer":
QgsProject.instance().removeMapLayers([layer.id()])
else:
self.type_of_layer = layer.wkbType()
layer_name.append(layer.name())
select_your_roi_region(self, layer, self.type_of_layer)
self.Ok_ClipLayer.disconnect()
text = "\n".join(layer_name)
QMessageBox.about(
self,
"ROI Staus",
str(text) + "\n \n" + "....Clipping Completed....",
)
else:
pass
except:
pass
self.All_names = [str(l) + "_clip" for l in layer_name]
return
def select_folder(self):
"""
This function return the project folder directory, in which the json and python script will be saved.
Here, the user will be ask to search their data directory and select its folder.
"""
self.folder_name = self.sender().objectName()
foldername = QFileDialog.getExistingDirectory(
self.FolderSearch_Button,
"Select folder ",
"",
)
self.SearchFolder.setText(foldername)
activate_config_file(self)
return
def activate_layers(self, label):
"""
This function is used to load the data from your local PC. It is called in create_<your layer name here>_idname function
Once the layer qpushbutton is released, the user is asked to search the data anywhere on their directory.
"""
label = label
#
try:
shape_file_list = []
for shape_file in QFileDialog.getOpenFileNames(
self,
"Filtered file",
"",
"Filtered files (*.shp *.SHP *.tif *.TIF *.gpkg)",
):
shape_file_list.append(shape_file)
list_of_files = shape_file_list[0]
self.path_file = list_of_files[0]
self.colNames = shape_file_loader(list_of_files)
except:
buttonReply = QMessageBox.question(
self,
"Layer status",
str("No Layer selected? \n\n" + "Load now"),
QMessageBox.Yes | QMessageBox.No,
)
if buttonReply == QMessageBox.Yes:
shape_file_list = []
for shape_file in QFileDialog.getOpenFileNames(
self,
"Filtered file",
"",
"Filtered files (*.shp *.SHP *.tif *.TIF *.gpkg)",
):
shape_file_list.append(shape_file)
list_of_files = shape_file_list[0]
while not list_of_files:
buttonReply = QMessageBox.question(
self,
"Layer status",
str("No Layer selected? \n\n" + "Load now"),
QMessageBox.Yes,
)
if buttonReply == QMessageBox.Yes:
shape_file_list = []
for shape_file in QFileDialog.getOpenFileNames(
self,
"Filtered file",
"",
"Filtered files (*.shp *.SHP *.tif *.TIF *.gpkg)",
):
shape_file_list.append(shape_file)
list_of_files = shape_file_list[0]
if len(list_of_files) == 1:
break
self.path_file = list_of_files[0]
self.colNames = shape_file_loader(list_of_files)
else:
reset = QMessageBox.question(
self, "App resetting", str("Reset now "), QMessageBox.Yes
)
if reset == QMessageBox.Yes:
self.reset_flag = self.sender().objectName()
self.colNames = []
self.path_file = ""
reset_after_run(self)
return (
self.colNames,
self.path_file if buttonReply == QMessageBox.Yes else self.close(),
)
return self.colNames, self.path_file
def create_geology_idname(self):
"""
Once Geology pushbutton is released, the function will return:
# Geology IDs which are filled in combobox associated to the layer in Qt framework.
# Then saved in the back end and added to the final data list.
"""
hide_all_combo_list(self, 1)
clear_partially_combo_list(self, 10, 1)
if (
self.Structure_checkBox.checkState() == 2
or self.Fault_checkBox.checkState() == 2
):
self.my_combo_list = combo_list(self)
for i in range(10):
self.my_combo_list[i].setVisible(True)
self.PlaceHolderQlineEdit.hide()
p, self.GeolPath = self.activate_layers(self.sender().text())
if self.GeolButton.objectName() == "GeolButton":
self.GeolPath = self.GeolPath
geol_comboHeader = [
"Formation*",
"Group",
"Supergroup",
"Description",
"Fm code",
"Rocktype 1",
"Rocktype 2",
"Polygon ID",
"Min Age",
"Max Age",
]
label_mover(self, geol_comboHeader)
self.colNames = xlayer_reader(self)
self.combo_column_appender(self.colNames, self.GeolButton.objectName())
qline_and_label_mover(
340, 200, 340, 220, " Sill Text:", self.Sill_Label, self.Sill_LineEditor
)
qline_and_label_mover(
340,
280,
340,
300,
" Intrusion Text:",
self.Intrusion_Label,
self.Intrusion_LineEditor,
)
qlineeditor_default_string(self, "sill", "intrusive")
self.params_function_activator(True)
self.geolcheck = self.Geology_checkBox.checkState()
qpush_desactivator(self, self.sender_name)
reset_qgis_cbox(self, 2)
self.dtm_push_activator()
return
def create_fault_idname(self):
"""
Once Fault qpushbutton is released, the function will return:
# Fault IDs which are filled in combobox associated to the layer in Qt framework.
# For the combobox id=4 (Dip Direction type) only ['num','alpha'] available.
# Then saved in the back end and added to the final data list.
"""
clear_partially_combo_list(self, 10, 1)
p, self.FaultPath = self.activate_layers(self.sender().text())
if self.FaultButton.objectName() == "FaultButton":
self.FaultPath = self.FaultPath
fault_comboHeader = [
"Default Dip",
"Dip Direction",
"Feature",
"Dip Direction type",
"Fdipest",
"Point ID",
"Dip Dir Convention",
]
self.colNames = xlayer_reader(self)
label_mover(self, fault_comboHeader)
self.combo_column_appender(self.colNames, self.FaultButton.objectName())
DipDirectiontype_colNames = ["num", "alpha"]
self.cmbDescriptionLayerIDName.clear()
self.cmbDescriptionLayerIDName.addItems(DipDirectiontype_colNames)
DipDirectionConv_colNames = ["Strike", "Dip Direction"]
self.cmbRocktype2LayerIDName.clear()
self.cmbRocktype2LayerIDName.addItems(DipDirectionConv_colNames)
qline_and_label_mover(
340, 125, 340, 145, " Fault Text:", self.Sill_Label, self.Sill_LineEditor
)
qline_and_label_mover(
340,
185,
340,
205,
" fdipest Text:",
self.Intrusion_Label,
self.Intrusion_LineEditor,
)
qlineeditor_default_string(self, "Fault", "shallow,steep,vertical")
clear_partially_combo_list(self, 7, 1)
clear_partially_combo_list(self, 7, 0)
self.params_function_activator(True)
self.faultcheck = self.Fault_checkBox.checkState()
qpush_desactivator(self, self.sender_name)
reset_qgis_cbox(self, 2)
self.dtm_push_activator()
return
def create_struct_idname(self):
"""
Once Structure qpushbutton is released, the function will return:
# Structure IDs which are filled in combobox associated to the layer in Qt framework.
# For the combobox 4=Dip Direction convention* only ['Strike','Dip Direction'] available.
# Then saved in the back end and added to the final data list.
"""
clear_partially_combo_list(self, 10, 1)
p, self.StructPath = self.activate_layers(self.sender().text())
if self.StructButton.objectName() == "StructButton":
self.StructPath = self.StructPath
struct_comboHeader = [
"Dip*",
"Dip Direction*",
"Feature*",
"Dip Dir Convention*",
"Overturned Field",
"Point ID",
]
self.colNames = xlayer_reader(self)
label_mover(self, struct_comboHeader)
self.combo_column_appender(self.colNames, self.StructButton.objectName())
DipDirectionConv_colNames = ["Strike", "Dip Direction"]
self.cmbDescriptionLayerIDName.clear()
self.cmbDescriptionLayerIDName.addItems(DipDirectionConv_colNames)
qline_and_label_mover(
340, 125, 340, 145, " Bedding Text:", self.Sill_Label, self.Sill_LineEditor
)
qline_and_label_mover(
340,
185,
340,
205,
" Overturned Text:",
self.Intrusion_Label,
self.Intrusion_LineEditor,
)
qlineeditor_default_string(self, "Bed", "overturned")
clear_partially_combo_list(self, 6, 1)
clear_partially_combo_list(self, 6, 0)
self.params_function_activator(True)
self.structcheck = self.Structure_checkBox.checkState()
qpush_desactivator(self, self.sender_name)
reset_qgis_cbox(self, 2)
self.dtm_push_activator()
return
def data_updater(self):
"""
This function update the output of the resulting data processing from combobox and qlineeditor as well as all parameters
"""
try:
if (
self.sender().objectName() == "FaultButton"
and self.sender_name == "GeolButton"
or self.sender().objectName() == "StructButton"
and self.sender_name == "GeolButton"
or self.sender().objectName() == "DTMButton"
and self.sender_name == "GeolButton"
):
self.geol_data = []
self.data_geol = []
geol_extra_data = [
str(self.Sill_LineEditor.text()),
str(self.Intrusion_LineEditor.text()),
]
for i in range(10):
self.geol_data.append(self.my_combo_list[i].currentText())
self.geol_data = self.geol_data + geol_extra_data
for i in range(len(self.list_of_params)):
if i == 1 or i == 2:
if i == 2:
self.list_of_params[i] = self.PlaceHoldercomboBox
self.data_geol.append(self.list_of_params[i].currentText())
else: