comac_desk_app/PostProcessing/Resources/pyScripts/Mesh.py

#-------关联C++库---------------
import ctypes  
from ctypes import *
import platform
system = platform.system()
if system == "Windows":
  pre = "./"
  suff = ".dll"
else:
  pre = "./lib"
  suff = ".so"

libfile = ctypes.cdll.LoadLibrary
filename = pre+"MeshCommand"+suff
lib = libfile(filename)

#lib.getKernalNameByIndexPy.restype=ctypes.c_char_p
#lib.getKernalNameByKidPy.restype=ctypes.c_char_p
#lib.getSetNameByIndexPy.restype=ctypes.c_char_p
#lib.getSetNameBySidPy.restype=ctypes.c_char_p

def getKernalCount():
  count = lib.getKernalCountPy()
  return count
  
def getKernalNameByIndex(index):
  name = lib.getKernalNameByIndexPy(index)
  pyname = name.decode()
  return pyname
  
def getKernalNameByKid(kid):
  name = lib.getKernalNameByKidPy(kid)
  pyname = name.decode()
  return pyname
   
def removeKernalByIndex(index):
  lib.removeKernalByIndexPy(index)
  pass
  
def removeKernalByKid(kid):
  lib.removeKernalByKidPy(kid)
  pass
  
def getSetCount():
  count = lib.getSetCountPy()
  return count

def getSetNameByIndex(index):
  name = lib.getSetNameByIndexPy(index)
  pyname = name.decode()
  return pyname
  
def getSetNameBySid(sid):
  name = lib.getSetNameBySidPy(sid)
  pyname = name.decode()
  return pyname
  
def removeSetByIndex(index):
  lib.removeSetByIndexPy(index)
  pass
  
def clear():
  lib.clearPy()
  pass
  
def generateDisplayDataSet():
  lib.generateDisplayDataSetPy()
  pass

def DeleteMeshKernal(idString):
    idstr = bytes(idString, encoding="utf-8")
    lib.DeleteMeshKernal(
        idstr,
    )
    pass

def DeleteMeshGroup(idString):
    idstr = bytes(idString, encoding="utf-8")
    lib.DeleteMeshGroup(
        idstr,
    )
    pass

def DeleteMeshCell(idString):
    idstr = bytes(idString, encoding="utf-8")
    lib.DeleteMeshCell(
        idstr,
    )
    pass

def GroupSetColor(colorName, kernalGroupIDQstring):
  colornamestr = bytes(colorName, encoding="utf-8")
  kernalGroupIDString = bytes(kernalGroupIDQstring, encoding="utf-8")
  lib.GroupSetColor(colornamestr, kernalGroupIDString)
  pass

def ImportMesh(filename,suffix,modelID):
  str = bytes(filename,encoding='utf-8')
  suf = bytes(suffix,encoding='utf-8')
  lib.ImportMesh(str,suf,modelID)
  pass

def RenameGroup(nameString, kernalGroupIDListString):
  namestr = bytes(nameString, encoding="utf-8")
  kernalGroupIDListstr = bytes(kernalGroupIDListString, encoding="utf-8")
  lib.RenameGroup(namestr, kernalGroupIDListstr)
  pass

def RenameKernal(nameString, kernalIDListString):
  namestr = bytes(nameString, encoding="utf-8")
  kernalIDListstr = bytes(kernalIDListString, encoding="utf-8")
  lib.RenameKernal(namestr, kernalIDListstr)
  pass

def ShowHideMeshKernal(kernalIDString):
    idstr = bytes(kernalIDString, encoding="utf-8")
    lib.ShowHideMeshKernal(
        idstr,
    )
    pass

def ShowHideMeshGroup(groupsIDString):
    idstr = bytes(groupsIDString, encoding="utf-8")
    lib.ShowHideMeshGroup(
        idstr,
    )
    pass

class MeshMove:
    def __init__(self):
        self.startpt0 = 0
        self.startpt1 = 0
        self.startpt2 = 0
        self.endpt0 = 0
        self.endpt1 = 0
        self.endpt2 = 0
        self.length = 10
        self.dir0 = 0
        self.dir1 = 0
        self.dir2 = 0
        self.reverse = "false"

    def setStartPoint(self, startpt0, startpt1, startpt2):
        self.startpt0 = startpt0
        self.startpt1 = startpt1
        self.startpt2 = startpt2

    def setEndPoint(self, endpt0, endpt1, endpt2):
        self.endpt0 = endpt0
        self.endpt1 = endpt1
        self.endpt2 = endpt2

    def setReverse(self, reverse):
        self.reverse = reverse

    def setLength(self, length):
        self.length = length

    def setDirection(self, dir0, dir1, dir2):
        self.dir0 = dir0
        self.dir1 = dir1
        self.dir2 = dir2

    def create(self):
        reversestr = bytes(self.reverse, encoding="utf-8")
        lib.CreateMoveFeature(
            c_double(self.startpt0),
            c_double(self.startpt1),
            c_double(self.startpt2),
            c_double(self.endpt0),
            c_double(self.endpt1),
            c_double(self.endpt2),
            reversestr,
            c_double(self.length),
            c_double(self.dir0),
            c_double(self.dir1),
            c_double(self.dir2),
        )
        del self

    def edit(self):
        reversestr = bytes(self.reverse, encoding="utf-8")
        lib.EditMoveFeature(
            c_double(self.startpt0),
            c_double(self.startpt1),
            c_double(self.startpt2),
            c_double(self.endpt0),
            c_double(self.endpt1),
            c_double(self.endpt2),
            reversestr,
            c_double(self.length),
            c_double(self.dir0),
            c_double(self.dir1),
            c_double(self.dir2),
        )
        del self
        
class MeshFindDistortionCell:
    def __init__(self):
        self.type = 0
        self.angle = 0
        self.IDs = dict()

    def setType(self, meshtype):
        self.type = meshtype

    def setAngle(self, angle):
        self.angle = angle
        
    def setKernalGroupID(self, mainID, subID):
        self.IDs.setdefault(mainID, set()).add(subID)

    def create(self):
        keyList = self.IDs.keys()
        strcom = ""
        for key in keyList:
            setstr = ""
            values = self.IDs.get(key)
            for v in values:
                setstr = setstr + str(v) + ","
            setstr = str(key) + ":" + setstr[:-1]
            strcom = strcom + setstr + ";"
        strcom = strcom[:-1]
        IDsstr = bytes(strcom, encoding="utf-8")
        lib.FindMeshDistortionCell(
            c_int(self.type),
            c_double(self.angle),
            IDsstr,
        )
        del self