Struct rute::auto::transform_ffi::RUTransformFuncs

source · 
#[repr(C)]
pub struct RUTransformFuncs {
Show 43 fields
    pub destroy: extern "C" fn(self_c: *const RUBase),
    pub is_affine: extern "C" fn(self_c: *const RUBase) -> bool,
    pub is_identity: extern "C" fn(self_c: *const RUBase) -> bool,
    pub is_invertible: extern "C" fn(self_c: *const RUBase) -> bool,
    pub is_scaling: extern "C" fn(self_c: *const RUBase) -> bool,
    pub is_rotating: extern "C" fn(self_c: *const RUBase) -> bool,
    pub is_translating: extern "C" fn(self_c: *const RUBase) -> bool,
    pub get_type: extern "C" fn(self_c: *const RUBase) -> i32,
    pub determinant: extern "C" fn(self_c: *const RUBase) -> f32,
    pub det: extern "C" fn(self_c: *const RUBase) -> f32,
    pub m11: extern "C" fn(self_c: *const RUBase) -> f32,
    pub m12: extern "C" fn(self_c: *const RUBase) -> f32,
    pub m13: extern "C" fn(self_c: *const RUBase) -> f32,
    pub m21: extern "C" fn(self_c: *const RUBase) -> f32,
    pub m22: extern "C" fn(self_c: *const RUBase) -> f32,
    pub m23: extern "C" fn(self_c: *const RUBase) -> f32,
    pub m31: extern "C" fn(self_c: *const RUBase) -> f32,
    pub m32: extern "C" fn(self_c: *const RUBase) -> f32,
    pub m33: extern "C" fn(self_c: *const RUBase) -> f32,
    pub dx: extern "C" fn(self_c: *const RUBase) -> f32,
    pub dy: extern "C" fn(self_c: *const RUBase) -> f32,
    pub adjoint: extern "C" fn(self_c: *const RUBase) -> RUTransform,
    pub scale: extern "C" fn(self_c: *const RUBase, sx: f32, sy: f32) -> RUTransform,
    pub shear: extern "C" fn(self_c: *const RUBase, sh: f32, sv: f32) -> RUTransform,
    pub rotate: extern "C" fn(self_c: *const RUBase, a: f32, axis: i32) -> RUTransform,
    pub rotate_radians: extern "C" fn(self_c: *const RUBase, a: f32, axis: i32) -> RUTransform,
    pub square_to_quad: extern "C" fn(self_c: *const RUBase, square: *const RUBase, result: *const RUBase) -> bool,
    pub quad_to_square: extern "C" fn(self_c: *const RUBase, quad: *const RUBase, result: *const RUBase) -> bool,
    pub quad_to_quad: extern "C" fn(self_c: *const RUBase, one: *const RUBase, two: *const RUBase, result: *const RUBase) -> bool,
    pub reset: extern "C" fn(self_c: *const RUBase),
    pub map: extern "C" fn(self_c: *const RUBase, p: *const RUBase) -> RUPoint,
    pub map_2: extern "C" fn(self_c: *const RUBase, p: *const RUBase) -> RUPointF,
    pub map_3: extern "C" fn(self_c: *const RUBase, l: *const RUBase) -> RULine,
    pub map_4: extern "C" fn(self_c: *const RUBase, l: *const RUBase) -> RULineF,
    pub map_5: extern "C" fn(self_c: *const RUBase, a: *const RUBase) -> RUPolygonF,
    pub map_6: extern "C" fn(self_c: *const RUBase, a: *const RUBase) -> RUPolygon,
    pub map_7: extern "C" fn(self_c: *const RUBase, r: *const RUBase) -> RURegion,
    pub map_to_polygon: extern "C" fn(self_c: *const RUBase, r: *const RUBase) -> RUPolygon,
    pub map_rect: extern "C" fn(self_c: *const RUBase, arg0: *const RUBase) -> RURect,
    pub map_rect_2: extern "C" fn(self_c: *const RUBase, arg0: *const RUBase) -> RURectF,
    pub to_affine: extern "C" fn(self_c: *const RUBase) -> RUMatrix,
    pub from_translate: extern "C" fn(self_c: *const RUBase, dx: f32, dy: f32) -> RUTransform,
    pub from_scale: extern "C" fn(self_c: *const RUBase, dx: f32, dy: f32) -> RUTransform,

}

Fields

destroy: extern "C" fn(self_c: *const RUBase)is_affine: extern "C" fn(self_c: *const RUBase) -> boolis_identity: extern "C" fn(self_c: *const RUBase) -> boolis_invertible: extern "C" fn(self_c: *const RUBase) -> boolis_scaling: extern "C" fn(self_c: *const RUBase) -> boolis_rotating: extern "C" fn(self_c: *const RUBase) -> boolis_translating: extern "C" fn(self_c: *const RUBase) -> boolget_type: extern "C" fn(self_c: *const RUBase) -> i32determinant: extern "C" fn(self_c: *const RUBase) -> f32det: extern "C" fn(self_c: *const RUBase) -> f32m11: extern "C" fn(self_c: *const RUBase) -> f32m12: extern "C" fn(self_c: *const RUBase) -> f32m13: extern "C" fn(self_c: *const RUBase) -> f32m21: extern "C" fn(self_c: *const RUBase) -> f32m22: extern "C" fn(self_c: *const RUBase) -> f32m23: extern "C" fn(self_c: *const RUBase) -> f32m31: extern "C" fn(self_c: *const RUBase) -> f32m32: extern "C" fn(self_c: *const RUBase) -> f32m33: extern "C" fn(self_c: *const RUBase) -> f32dx: extern "C" fn(self_c: *const RUBase) -> f32dy: extern "C" fn(self_c: *const RUBase) -> f32adjoint: extern "C" fn(self_c: *const RUBase) -> RUTransformscale: extern "C" fn(self_c: *const RUBase, sx: f32, sy: f32) -> RUTransformshear: extern "C" fn(self_c: *const RUBase, sh: f32, sv: f32) -> RUTransformrotate: extern "C" fn(self_c: *const RUBase, a: f32, axis: i32) -> RUTransformrotate_radians: extern "C" fn(self_c: *const RUBase, a: f32, axis: i32) -> RUTransformsquare_to_quad: extern "C" fn(self_c: *const RUBase, square: *const RUBase, result: *const RUBase) -> boolquad_to_square: extern "C" fn(self_c: *const RUBase, quad: *const RUBase, result: *const RUBase) -> boolquad_to_quad: extern "C" fn(self_c: *const RUBase, one: *const RUBase, two: *const RUBase, result: *const RUBase) -> boolreset: extern "C" fn(self_c: *const RUBase)map: extern "C" fn(self_c: *const RUBase, p: *const RUBase) -> RUPointmap_2: extern "C" fn(self_c: *const RUBase, p: *const RUBase) -> RUPointFmap_3: extern "C" fn(self_c: *const RUBase, l: *const RUBase) -> RULinemap_4: extern "C" fn(self_c: *const RUBase, l: *const RUBase) -> RULineFmap_5: extern "C" fn(self_c: *const RUBase, a: *const RUBase) -> RUPolygonFmap_6: extern "C" fn(self_c: *const RUBase, a: *const RUBase) -> RUPolygonmap_7: extern "C" fn(self_c: *const RUBase, r: *const RUBase) -> RURegionmap_to_polygon: extern "C" fn(self_c: *const RUBase, r: *const RUBase) -> RUPolygonmap_rect: extern "C" fn(self_c: *const RUBase, arg0: *const RUBase) -> RURectmap_rect_2: extern "C" fn(self_c: *const RUBase, arg0: *const RUBase) -> RURectFto_affine: extern "C" fn(self_c: *const RUBase) -> RUMatrixfrom_translate: extern "C" fn(self_c: *const RUBase, dx: f32, dy: f32) -> RUTransformfrom_scale: extern "C" fn(self_c: *const RUBase, dx: f32, dy: f32) -> RUTransform

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