243 lines
8.9 KiB
Python
243 lines
8.9 KiB
Python
#!/usr/bin/env python
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# -*- coding: utf-8 -*-
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"""
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This is the main class responsible for importing the assets and textures and creating materials for them
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This Module:
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- Converts the json to useable format
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- Calls the import functions
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- Calls the material setup functions
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- Checks for asset type and setups accordingly
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- Checks for the saved UI preferences
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- Gives name to the imported mesh
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"""
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import os, json
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import maya.cmds as mc
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import maya.mel as melc
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#import Megascans.Hypershade
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class importerSetup():
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Instance = None
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"""set_Asset_Data takes the json data we received from the thread and converts it into
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a friendly structure for all the other functions to use. """
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@staticmethod
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def getInstance():
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if( importerSetup.Instance == None):
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importerSetup()
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return importerSetup.Instance
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def __init__(self):
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importerSetup.Instance = self
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# set the exported asset data by using Json provided with the asset
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def set_Asset_Data(self, json_data):
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self.setRenderEngine()
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if(self.Renderer == "Not-Supported"):
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msg = 'Your current render engine (' + self.Renderer + ') is not supported by the Bridge Plugin so we are terminating the import process but the Plugin is still running!'
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mc.confirmDialog( title='MS Plugin Error', message=msg, button=['Ok'], defaultButton='Ok', cancelButton='Ok', dismissString='Ok')
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print (msg)
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return
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else:
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print("Your current render engine is " + self.Renderer)
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self.json_data = json_data
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self.TexturesList = []
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self.Type = self.json_data["type"]
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self.mesh_transforms = []
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self.imported_geo = []
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self.Path = self.json_data["path"]
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self.activeLOD = self.json_data["activeLOD"]
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self.minLOD = self.json_data["minLOD"]
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self.ID = self.json_data["id"]
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self.height = float(1.0)
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self.isScatterAsset = self.CheckScatterAsset()
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self.isBillboard = self.CheckIsBillboard()
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self.isMultiMat = False
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self.MultiMaterial = self.getMultiMat()
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self.dictSetup = None
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self.defaultShaderList = []
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#self.materialList = []
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self.All_textures_ = ["albedo", "displacement", "cavity", "normal", "roughness", "specular", "normalbump",
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"ao", "opacity", "translucency", "gloss", "metalness", "bump", "fuzz", "transmission"]
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texturesListName = "components"
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if self.isBillboard:
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texturesListName = "components"
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self.TexturesList = [(obj["format"], obj["type"], obj["path"]) for obj in self.json_data[texturesListName] if obj["type"] in self.All_textures_]
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self.GeometryList = [(obj["format"], obj["path"]) for obj in self.json_data["meshList"]]
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if "name" in self.json_data.keys():
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self.Name = self.json_data["name"].replace(" ", "_")
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else:
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self.Name = os.path.basename(self.json_data["path"]).replace(" ", "_")
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if len(self.Name.split("_")) >= 2:
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self.Name = "_".join(self.Name.split("_")[:-1])
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self.materialName = self.Name + '_' + self.ID
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try:
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if 'meta' in self.json_data.keys():
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meta = self.json_data['meta']
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height_ = [item for item in meta if item["key"].lower() == "height"]
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if len(height_) >= 1:
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self.height = float( height_[0]["value"].replace('m','') )
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except:
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pass
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self.initAssetImport()
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# Sets up the structure and workflow for import. It import the actual geometry ( for scatter as well) and textures and setup material according the render type
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def initAssetImport(self):
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from Megascans import Renderers
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from Megascans import Importer
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plugins_ = [item.lower() for item in mc.pluginInfo( query=True, listPlugins=True )]
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unit_ = mc.currentUnit(q=True)
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mc.currentUnit(l="centimeter")
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warnings = mc.scriptEditorInfo(q=True, suppressWarnings=True)
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mc.scriptEditorInfo(suppressWarnings=True)
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Importer.importGeometryData()
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Importer.importTextureData()
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if self.Renderer == "Redshift" and "redshift4maya" in plugins_:
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Renderers.Redshift()
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#Hypershade.RearrangeHyperShade()
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#Hypershade.CloseHyperShader()
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elif self.Renderer == "Vray" and "vrayformaya" in plugins_:
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Renderers.Vray()
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#Hypershade.RearrangeHyperShade()
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#Hypershade.CloseHyperShader()
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elif self.Renderer == "Arnold" and "mtoa" in plugins_:
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Renderers.Arnold()
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#Hypershade.RearrangeHyperShade()
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#Hypershade.CloseHyperShader()
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elif self.Renderer == "MayaSoftware":
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Renderers.Arnold()
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else:
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mc.warning(self.Renderer + " was not found, please make sure it's installed.")
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self.ScatterAssetSetup()
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mc.currentUnit(l=unit_)
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mc.scriptEditorInfo(suppressWarnings=warnings)
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def getMultiMat(self):
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matId_ = [item for item in self.json_data['meta'] if item["key"].lower() == "materialids"]
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if len(matId_) >=1:
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self.isMultiMat = True
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matList = []
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for data in matId_[0]['value']:
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matList.append(data['material'])
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print(matList)
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return matList
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else:
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return None
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# Return bool after checking if the asset is type scatter
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def CheckScatterAsset(self):
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if(self.Type == "3d"):
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if('scatter' in self.json_data['categories'] or 'scatter' in self.json_data['tags'] or 'cmb_asset' in self.json_data['categories'] or 'cmb_asset' in self.json_data['tags']):
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# print("It is 3D scatter asset.")
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return True
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return False
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# Return bool after checking if the asset is type bill board
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def CheckIsBillboard(self):
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# Use billboard textures if importing the Billboard LOD.
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if(self.Type == "3dplant"):
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if (self.activeLOD == self.minLOD):
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# print("It is billboard LOD.")
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return True
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return False
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# Check the current renderer in maya
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def setRenderEngine(self):
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selectedRenderer = melc.eval("getAttr defaultRenderGlobals.currentRenderer;")
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selectedRenderer = selectedRenderer.lower()
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self.Renderer = "Not-Supported"
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if("redshift" in selectedRenderer):
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self.Renderer = "Redshift"
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elif("vray" in selectedRenderer):
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self.Renderer = "Vray"
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elif("arnold" in selectedRenderer):
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self.Renderer = "Arnold"
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elif("mayasoftware" in selectedRenderer):
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self.Renderer = "MayaSoftware"
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# Change the import process to scatter type - multiple geometries
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def ScatterAssetSetup(self):
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if self.isScatterAsset and len(self.imported_geo) > 1:
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try:
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self.scatterParentName = self.ID + '_' + self.Name
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self.scatterParentName = mc.group( em=True, name=self.scatterParentName)
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for meshName in self.imported_geo:
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try:
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melc.eval('parent '+ meshName +' '+ self.scatterParentName +';')
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except:
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pass
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except:
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pass
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# Creates name for the imported mesh
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def createName(self, meshName):
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shortName = meshName
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try:
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if len(meshName.split("_") ) > 2:
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shortName = [meshName.split("_")[-2], meshName.split("_")[-1]]
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if shortName[0].lower() == self.ID.lower():
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shortName.remove(shortName[0] )
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shortName = self.Name + '_' + self.ID + "_" + "_".join( shortName )
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except:
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shortName = meshName
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return shortName
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# Returns the json structure sent by Bridge
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def getExportStructure(self):
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return self.json_data
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# Save preferences
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def loadApplyToSelection(self):
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if mc.optionVar( exists='QxlApplyToSelection') == 1:
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applyToSelectionFlag = mc.optionVar( q='QxlApplyToSelection')
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if applyToSelectionFlag == 1:
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self.ApplyToSelection = True
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else:
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self.ApplyToSelection = False
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else:
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self.setApplyToSelection(2)
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self.ApplyToSelection = False
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return self.ApplyToSelection
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# Returns the bool value
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def getApplyToSelection(self):
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return self.ApplyToSelection
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# Check if the bool value was changed
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def updateApplyToSelection(self, flag = False):
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if flag:
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self.setApplyToSelection(1)
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self.ApplyToSelection = True
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else:
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self.setApplyToSelection(2)
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self.ApplyToSelection = False
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# Apply the material to the asset
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def setApplyToSelection(self, value):
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mc.optionVar( iv=('QxlApplyToSelection', value)) |