![]() SurfaceCutOperation( 5, radius, radius + width, DEG( 135) - angle - oangle, hCr1 - dnaT, hAu + dnaT) #Second Ring Build Up Result = surfaceCutOperation( 4, radius + dnaT, radius + width - dnaT, DEG( 135) - angle - oangle, hCr1, - dnaT) #Second Ring CutDown # BOTTOM Section completed ![]() Result = surfaceCutOperation( 5, radius - dEtch, radius + width + dEtch, DEG( 135) - angle - oangle + DEG( dnaGap), hCr1, - dnaT) #Second Ring BuildDown # Merge Bodies = Merge two seperated DNA solid layers into one Re4 = surfaceCutOperation( 1, radius + dnaT, radius + width - dnaT, DEG( 45) + angle - DEG( dnaGap), hCr1 - dnaT, hAu + dnaT) #First Ring Cut Down # UPPER Section completed ![]() Re3 = surfaceCutOperation( 3, radius, radius + width, DEG( 45) + angle, hCr1 - dnaT, hAu + dnaT) #First Ring Build Up Re2 = surfaceCutOperation( 1, radius + dnaT, radius + width - dnaT, DEG( 45) + angle, hCr1, - dnaT) #First Ring Cut Down # BOTTOM Section completed Re1 = surfaceCutOperation( 3, radius - dEtch, radius + width + dEtch, DEG( 45) + angle + DEG( dnaGap), hCr1, - dnaT) #First Ring Build Down Execute( selectSecondRing2, MM( hEtch), ConstantRoundOptions()) Execute( selectFirstRing, MM( hEtch), ConstantRoundOptions()) SurfaceCutOperation( 2, radius - dEtch, radius + width + dEtch, DEG( 135) - angle - oangle + DEG( gap), hCr1, - hCr1 - hEtch) #Cut Down SurfaceCutOperation( 2, radius, radius + width, DEG( 135) - angle - oangle, hCr1, hAu + hCr2) #Cut Up SurfaceCutOperation( 1, radius - dEtch, radius + width + dEtch, DEG( 45) + angle + DEG( gap), hCr1, - hCr1 - hEtch) #Cut Down SurfaceCutOperation( 1, radius, radius + width, DEG( 45) + angle, hCr1, hAu + hCr2) #Cut Up #surfaceCutOperation(ring, nearPoint, farPoint, rotation, offset, extrudeDistance) Execute( selection, extrudeDistance, options) # ForceCut ![]() Execute( selection, offset, OffsetFaceOptions()) Create( end1, end2))ĭesignResult = PlanarBody.
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