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Code: Alles auswählen

#SerienGenerator
#Autor:  Dieter Striebel
#Stand:  13.03.2023
import ftd
import math
    
lngPartCount = ftd.GetPartCount()
#get the two last added parts.                  >>> based on this parts, the serie will be generated
prt1 = ftd.GetPartAtIndex(lngPartCount-2)            
prt2 = ftd.GetPartAtIndex(lngPartCount-1)            
#select ONLY the two last added partsftd.DeSelectAll()
ftd.SelectPart(prt1.Name)
ftd.CoSelectPart(prt2.Name)
#move selected parts zu new phase
lngPhase = prt1.Phase + 1
prt1.Phase = lngPhase
prt2.Phase = lngPhase
ftd.RepaintPhaseView()

#get Object3D
o3d1 = prt1.Object3D
o3d2 = prt2.Object3D
pos1 = o3d1.Position
pos2 = o3d2.Position
dir1 = o3d1.Direction
dir2 = o3d2.Direction   

lngDir1x = math.degrees(math.asin(dir1.x))
lngDir2x = math.degrees(math.asin(dir2.x))
lngDir1y = math.degrees(math.asin(dir1.y))
lngDir2y = math.degrees(math.asin(dir2.y))
lngDir1z = math.degrees(math.asin(dir1.z))
lngDir2z = math.degrees(math.asin(dir2.z))

#calculate difference
lngPosDx = pos2.x - pos1.x
lngPosDy = pos2.y - pos1.y
lngPosDz = pos2.z - pos1.z
lngDirDx = lngDir2x - lngDir1x
lngDirDy = lngDir2y - lngDir1y
lngDirDz = lngDir2z - lngDir1z

#store new starting point
lngPosSx = pos2.x
lngPosSy = pos2.y
lngPosSz = pos2.z
lngDirSx = dir2.x
lngDirSy = dir2.y
lngDirSz = dir2.z
                                                #orgNumber = prt2.OrgNumber
orgNumber = prt2.Name[1:6]
lngNumber = int(ftd.InputDlg("Serie erstellen", "Anzahl Bauteile", "0"))
for i in range(lngNumber):
    #create new part
    strN = ftd.AddPart(orgNumber)
    ftd.CoSelectPart(strN)
    prtN = ftd.GetPartAtIndex(lngPartCount + i)
    prtN.Phase = lngPhase
    ftd.RepaintPhaseView()
    o3dN = prtN.Object3D
    posN = o3dN.Position
    dirN = o3dN.Direction
    #   set new coordinates based on the starting-point and the different of the origianly two last added parts
    posN.x = lngPosSx + lngPosDx
    posN.y = lngPosSy + lngPosDy
    posN.z = lngPosSz + lngPosDz
    dirN.x = math.sin(math.radians(lngDirSx + lngDirDx))
    dirN.y = math.sin(math.radians(lngDirSy + lngDirDy))
    dirN.z = math.sin(math.radians(lngDirSz + lngDirDz))
    prtN.CommitChanges(0)     
    #   and store it as new starting point 
    lngPosSx = posN.x
    lngPosSy = posN.y
    lngPosSz = posN.z
    lngDirSx = dirN.x
    lngDirSy = dirN.y
    lngDirSz = dirN.z