RSAGL.Model

Documentation

type Model attr = [ModeledSurface attr]

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type Modeling attr = ModelingM attr ()

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data ModelingM attr a

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MonadMaterial ModelingM

Monad (ModelingM attr)

MonadAffine (ModelingM attr)

MonadState ([] (ModeledSurface attr)) (ModelingM attr)

AffineTransformable (ModelingM attr ())

data MaterialM attr a

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MonadMaterial MaterialM

Monad (MaterialM attr)

MonadAffine (MaterialM attr)

MonadState ([] Quasimaterial) (MaterialM attr)

AffineTransformable (MaterialM attr ())

data IntermediateModel

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NFData IntermediateModel

Bound3D IntermediateModel

parIntermediateModel :: Strategy IntermediateModel

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generalSurface :: Monoid attr => Either (Surface Point3D) (Surface (Point3D, Vector3D)) -> Modeling attr

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extractModel :: Modeling attr -> Model attr

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toIntermediateModel :: Integer -> Modeling attr -> IntermediateModel

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intermediateModelToOpenGL :: IntermediateModel -> IO ()

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intermediateModelToVertexCloud :: IntermediateModel -> [SurfaceVertex3D]

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splitOpaques :: IntermediateModel -> (IntermediateModel, [IntermediateModel])

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modelingToOpenGL :: Integer -> Modeling attr -> IO ()

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sphere :: Monoid attr => Point3D -> Double -> Modeling attr

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torus :: Monoid attr => Double -> Double -> Modeling attr

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openCone :: Monoid attr => (Point3D, Double) -> (Point3D, Double) -> Modeling attr

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closedCone :: Monoid attr => (Point3D, Double) -> (Point3D, Double) -> Modeling attr

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openDisc :: Monoid attr => Double -> Double -> Modeling attr

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closedDisc :: Monoid attr => Point3D -> Vector3D -> Double -> Modeling attr

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quadralateral :: Monoid attr => Point3D -> Point3D -> Point3D -> Point3D -> Modeling attr

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triangle :: Monoid attr => Point3D -> Point3D -> Point3D -> Modeling attr

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box :: Monoid attr => Point3D -> Point3D -> Modeling attr

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sor :: Monoid attr => Curve Point3D -> Modeling attr

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tube :: Monoid attr => Curve (Double, Point3D) -> Modeling attr

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prism :: Monoid attr => Vector3D -> (Point3D, Double) -> (Point3D, Double) -> Curve Point3D -> Modeling attr

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adaptive :: Modeling attr

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fixed :: (Integer, Integer) -> Modeling attr

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tesselationHintComplexity :: Monoid attr => Integer -> Modeling attr

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twoSided :: Monoid attr => Bool -> Modeling attr

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attribute :: Monoid attr => attr -> Modeling attr

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withAttribute :: (attr -> Bool) -> Modeling attr -> Modeling attr

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model :: Modeling attr -> Modeling attr

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type RGBFunction = ApplicativeWrapper ((->) SurfaceVertex3D) RGB

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type RGBAFunction = ApplicativeWrapper ((->) SurfaceVertex3D) RGBA

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material :: MonadMaterial m => MaterialM attr () -> m attr ()

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pigment :: RGBFunction -> MaterialM attr ()

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specular :: GLfloat -> RGBFunction -> MaterialM attr ()

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emissive :: RGBFunction -> MaterialM attr ()

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transparent :: RGBAFunction -> MaterialM attr ()

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class MonadAffine m where

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Methods

affine :: AffineTransformation -> m ()

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Instances

MonadAffine (MaterialM attr)

MonadAffine (ModelingM attr)

turbulence :: (SurfaceVertex3D -> SurfaceVertex3D) -> MaterialM attr ()

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deform :: DeformationClass dc => dc -> Modeling attr

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sphericalCoordinates :: ((Angle, Angle) -> a) -> Surface a

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cylindricalCoordinates :: ((Angle, Double) -> a) -> Surface a

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toroidalCoordinates :: ((Angle, Angle) -> a) -> Surface a

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planarCoordinates :: Point3D -> Vector3D -> ((Double, Double) -> (Double, Double)) -> Surface (Point3D, Vector3D)

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transformUnitCubeToUnitSphere :: Point3D -> Point3D

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transformUnitSquareToUnitCircle :: (Double, Double) -> (Double, Double)

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