exec_models.py

import os
from PyQt5 import uic
from PyQt5.QtWidgets import QWidget, QApplication, QProgressBar
from qgis.core import QgsProcessingAlgorithm
from PyQt5.QtCore import QTimer


os.chdir(r"S:\09-Production\CLIENTS\AIR LIQUIDE\21-0178 TOPO 3D ALFI NORD 2021\Travail\Dao\Outils de traitement\Configurations")

FORM_CLASS, _ = uic.loadUiType("alfi_nord_2022.ui")
layers = QgsProject.instance().mapLayers().values()
for l in layers:
    if 'Fusion' in l.name() and 'DET' in l.name():
        l_det = l
    if 'Fusion' in l.name() and 'CTRL' in l.name():
        l_ctrl = l
    if 'Fusion' in l.name() and 'SIG' in l.name():
        l_sig = l

class MyWidget(QWidget, FORM_CLASS):
    def __init__(self, parent=None):
        super(MyWidget, self).__init__(parent)
        self.setupUi(self)
        # signals
        self.preparation.pressed.connect(self.Preparation)
        self.ctrlindiv.pressed.connect(self.CTRLS_INDIV)
        self.ctrldxf.pressed.connect(self.CTRLS_DXF)
        self.renum.pressed.connect(self.RENUM)
        self.export_2.pressed.connect(self.EXPORTT)
        self.prepaffsig.pressed.connect(self.PREPA_SIG)
        self.majprofile.pressed.connect(self.PROFILE)
        self.symbols.pressed.connect(self.styleapp)
        
        #chargement calques client
        self.centerline_2.pressed.connect(self.Centerline)
        self.install_annexes.pressed.connect(self.Install_Annexes)
        self.markers.pressed.connect(self.Markers)

    def Preparation(self):
        processing.runAndLoadResults("model:01-Preparation", {'FusionCTRL':l_ctrl,
        'FusionDET':l_det,
        'memorypoly':'DET Ligne',
        'native:buffer_1:Buffer 10cm DET':'TEMPORARY_OUTPUT',
        'native:buffer_2:Buffer 10cm CTRL':'TEMPORARY_OUTPUT',
        'native:deleteduplicategeometries_1:LOCALISATION ERREURS LIGNE DET':'TEMPORARY_OUTPUT',
        'native:extractbyattribute_1:VERIF EPOS CTRL':'TEMPORARY_OUTPUT',
        'native:refactorfields_1:Distances et Angles':'TEMPORARY_OUTPUT',
        'qgis:joinattributesbylocation_1:DET':'TEMPORARY_OUTPUT',
        'qgis:refactorfields_4:CTRL':'TEMPORARY_OUTPUT'})

    def CTRLS_INDIV(self):
        processing.runAndLoadResults("model:02-Create CTRLS INDIV", {'det2':'DET',
        'qgis:createpointslayerfromtable_4:CTRLs_Crées':'TEMPORARY_OUTPUT'})
        
    def CTRLS_DXF(self):
        pass
        
    def RENUM(self):
        processing.runAndLoadResults("model:04-Renum", {'CONCERT2dxfCANAENTERRESURVEY':'CANA_ENTERRE_SURVEY(L)',
        'cetligne2':'DET Ligne 2',
        'det':'CTRL',
        'fusiondet':'DET',
        'virtuallayer':'CTRL Ligne 2',
        'native:deleteduplicategeometries_1:LOCALISATION ERREURS LIGNE DET 2':'TEMPORARY_OUTPUT',
        'native:deleteduplicategeometries_2:LOCALISATION ERREURS LIGNE CTRL 2':'TEMPORARY_OUTPUT',
        'native:extractbyattribute_3:VERIF OPERATEURS':'TEMPORARY_OUTPUT',
        'native:refactorfields_3:Qualif_trace_initial':'TEMPORARY_OUTPUT',
        'qgis:refactorfields_1:Fusion DET RENUM':'TEMPORARY_OUTPUT',
        'qgis:refactorfields_4:Fusion CTRL RENUM':'TEMPORARY_OUTPUT',
        'script:0 Profile AL_1:PROFILE DET CANA':'TEMPORARY_OUTPUT',
        'script:0 Profile AL_2:PROFILE DET TN':'TEMPORARY_OUTPUT',
        'script:0 Profile AL_2:PROFILE ETIQUETTES':'TEMPORARY_OUTPUT',
        'script:0 Profile AL_2:PROFILE TABLEAU':'TEMPORARY_OUTPUT'})

        
    def styleapp(self):
        layers = QgsProject.instance().mapLayers().values()
        for ll in layers:
            if "ETIQUETTES" in ll.name():
                ll.loadNamedStyle('S:/09-Production/CLIENTS/AIR LIQUIDE/21-0178 TOPO 3D ALFI NORD 2021/Travail/Dao/Outils de traitement/Styles/PROFIL_ETIQUETTES.qml')
                ll.triggerRepaint()

    def EXPORTT(self):
        processing.runAndLoadResults("model:06-Export", {'CONVERT2dxfAltDetect':'AtlDetect(P)',
        'FusionCTRLModif':'Fusion CTRL RENUM',
        'FusionDETModif':'Fusion DET RENUM',
        'Qualiftraceinitial':'Qualif_trace_initial',
        'native:fieldcalculator_1:Qualif_trace_final':'TEMPORARY_OUTPUT',
        'native:fieldcalculator_13:Fusion_DET_final':'TEMPORARY_OUTPUT',
        'native:fieldcalculator_14:Fusion_CTRL_final':'TEMPORARY_OUTPUT',})
        
    def PREPA_SIG(self):
        processing.runAndLoadResults("model:07-Prepa_AFF_SIG", {'Accessoiresannexe13':'Fusion_80_AFF_SIG Sheet1_pt',
        'native:refactorfields_2:Fusion_AFF_SIG_preparé':'TEMPORARY_OUTPUT'})
    
    def PROFILE(self):
        processing.runAndLoadResults("model:MAJ Profile 3D", {'DET':'Fusion DET RENUM',
        'script:0 Profile AL_1:PROFILE DET CANA':'TEMPORARY_OUTPUT',
        'script:0 Profile AL_2:PROFILE DET TN':'TEMPORARY_OUTPUT'})
    
    
    def Centerline(self):
        centerline_l = r"S:\09-Production\CLIENTS\AIR LIQUIDE\21-0178 TOPO 3D ALFI NORD 2021\Travail\Dao\Outils de traitement\SHP_FME\CENTERLINE_AVEC_DN RGF93 pour QualifTracé.shp"
        vlayer = QgsVectorLayer(centerline_l, "CENTERLINE", "ogr")
        QgsProject.instance().addMapLayer(vlayer)

    def Install_Annexes(self):
        inst_annex_l = r"S:\09-Production\CLIENTS\AIR LIQUIDE\21-0178 TOPO 3D ALFI NORD 2021\Travail\Dao\Outils de traitement\SHP_FME\INSTALLATIONS_ANNEXES.shp"
        vlayer = QgsVectorLayer(inst_annex_l, "INSTALLATION_ANNEXES", "ogr")
        QgsProject.instance().addMapLayer(vlayer)
        
    def Markers(self):
        mark = r"S:\09-Production\CLIENTS\AIR LIQUIDE\21-0178 TOPO 3D ALFI NORD 2021\Travail\Dao\Outils de traitement\SHP_FME\markers_mars2021_v5_2154.shp"
        vlayer = QgsVectorLayer(mark, "MARKERS", "ogr")
        QgsProject.instance().addMapLayer(vlayer)

class MyTool(QgsProcessingAlgorithm):

    INPUT = 'INPUT'
    OUTPUT = 'OUTPUT'
       
    def createCustomParametersWidget(self):
        self.myWidget = MyWidget()
        self.myWidget.show()
       

my_alg = MyTool()
my_alg.createCustomParametersWidget()