Grasshopper

algorithmic modeling for Rhino

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Gems by 2 curves

Component Index > Peacock > Gems > Gems by 2 curves

Create gems between two curves

Inputs

NameIDDescriptionType
Curve ACrvAFirst curve guide. Should have similar properties as the curve B.Curve
Curve BCrvBSecond curve guide. Should have similar properties as the curve A.Curve
Gem shapeShapeShape type gem. Plug a ValueList component to Autolist function 0 = Brilliant 1 = Baguette 2 = Coffin 3 = Cushion 4 = Emerald 5 = Flanders 6 = Octagonal 7 = Heart 8 = Pear 9 = Oval 10 = Marquise 11 = Hexagonal 12 = Princess 13 = Radiant 14 = Triangle 15 = TrillionInteger
SizesSizesOptional sizes to constrain the gems. Plug a ValueList component to AutoList function.Number
SeparationSepSeparation between gemsNumber
Start parametert0Normalized number (0 ~ 1) to adjust the the first gemNumber
End parametert1Normalized number (0 ~ 1) to adjust the the last gemNumber
AngleAngAngle in radians to rotate the gemsNumber
FlipFlipReverses the gems.Boolean
EqualizeEqualEqualize distances between gems when Rail is a closed curveBoolean

Outputs

NameIDDescriptionType
GemsGResulting gemsMesh
Girdle curvesCGirdle curvesCurve
PlanesPResulting planesPlane

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