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import genysis

token = "YOUR TOKEN"
MPfilename = "mechP.obj"

mechP = genysis.volumeLattice()

mechP.setVolume("Part.obj")
mechP.setPoreSize(1.5) #units are mm
mechP.setOutput(MPfilename)

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import genysis

#easy part upload at https://studiobitonti.appspot.com/
#see upload tutorial for more details

token = "YOUR TOKEN"
MPfilename = "mechP.obj"

#create a volume lattice object
mechP = genysis.volumeLattice()

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mechP = genysis.volumeLattice()

mechP.setVolume("Part.obj")
mechP.setPoreSize(1.5) #units are mm
mechP.setOutput(MPfilename)

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#generate the lattice (this is a large part and it might take a min or two...)
mechP.runStochastic(token)

#apply marchingCube function to transform the lattice into a mesh for 3D print.
#marchingCube(lines,resolution,memberThickness,filename,token):
final=genysis.marchingCube(MPfilename,700,0.25,"mechOutput",token)

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import genysis

token = "YOUR TOKEN +"
MPfilename = "implant.obj"
cellName = "cell_1.obj"

genysis.genLatticeUnit(7,0.0,0.0,0.0,0.0,0.0,cellName,token)

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#create a surface lattice class
cranial =genysis.surfaceLattice()

#set the values needed for this function
cranial.setSurface("Skull_Srf.obj")
cranial.setCellHeight(0.1)
cranial.setOutput(MPfilename)
cranial.setComponent(cellName)

#Generate the lattice. It will be saved as implant.obj

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final=genysis.marchingCube(MPfilename,900,0.01,"implantOutput",token)

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#First set up a new lattice component to blend into
newBlendTarget = "cell_2.obj"
genysis.genLatticeUnit(7,0.01,0.01,0.01,1.0,1,newBlendTarget,token)

#set the values needed for this function
cranial.addPointAttractor(newBlendTarget,point=[1.6,90.4,0.6],range=2)

cranial.setOutput("implant_2.obj")

#generate new lattive with attractor.

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#$ pip install genysis
import genysis

#easy part upload at https://studiobitonti.appspot.com/
#see upload tutorial for more details

token = "dev"
MPfilename = "implant.obj"
cellName = "cell_1.obj"