Module rootvg_core::math

Structs

• Physical
  Units in physical pixels.
• ScaleFactor
  A scaling factor in points per pixel.

Functions

• point
  Shorthand for Point::new(x, y).
• radians
  Shorthand for Angle { radians: value }.
• screen_to_clip_scale
  Returns a scaling vector that can be used to convert screen coordinates to clip coordinates in shaders.
• size
  Shorthand for Size::new(x, y).
• to_logical_point
  Convert a point from logical points to physical pixels.
• to_logical_point_from_recip
  Convert a point from logical points to physical pixels using the reciprocal of the scale factor.
• to_logical_point_from_recip_i32
  Convert a point from logical points to physical pixels using the reciprocal of the scale factor.
• to_logical_point_from_recip_u32
  Convert a point from logical points to physical pixels using the reciprocal of the scale factor.
• to_logical_point_i32
  Convert a point from logical points to physical pixels.
• to_logical_point_u32
  Convert a point from logical points to physical pixels.
• to_logical_rect
  Convert a rectangle from logical points to physical pixels.
• to_logical_rect_from_recip
  Convert a rectangle from logical points to physical pixels using the reciprocal of the scale factor.
• to_logical_rect_from_recip_i32
  Convert a rectangle from logical points to physical pixels using the reciprocal of the scale factor.
• to_logical_rect_from_recip_u32
  Convert a rectangle from logical points to physical pixels using the reciprocal of the scale factor.
• to_logical_rect_i32
  Convert a rectangle from logical points to physical pixels.
• to_logical_rect_u32
  Convert a rectangle from logical points to physical pixels.
• to_logical_size
  Convert a size from logical points to physical pixels.
• to_logical_size_from_recip
  Convert a size from logical points to physical pixels using the reciprocal of the scale factor.
• to_logical_size_from_recip_i32
  Convert a size from logical points to physical pixels using the reciprocal of the scale factor.
• to_logical_size_from_recip_u32
  Convert a size from logical points to physical pixels using the reciprocal of the scale factor.
• to_logical_size_i32
  Convert a size from logical points to physical pixels.
• to_logical_size_u32
  Convert a size from logical points to physical pixels.
• to_physical_point
  Convert a point from logical points to physical pixels.
• to_physical_rect
  Convert a rectangle from logical points to physical pixels.
• to_physical_size
  Convert a size from logical points to physical pixels.
• vector
  Shorthand for Vector::new(x, y).

Type Aliases

• Angle
  An angle in radians (f32).
• Box2D
  Alias for euclid::default::Box2D<f32>
• PhysicalPoint
  A point in units of physical pixels.
• PhysicalPointI32
  A point in units of physical pixels.
• PhysicalPointU32
  A point in units of physical pixels.
• PhysicalRect
  A rectagngle in units of physical pixels.
• PhysicalRectI32
  A rectagngle in units of physical pixels.
• PhysicalRectU32
  A rectagngle in units of physical pixels.
• PhysicalSize
  A size in units of physical pixels.
• PhysicalSizeI32
  A size in units of physical pixels.
• PhysicalSizeU32
  A size in units of physical pixels.
• Point
  A point in units of logical points.
• PointI32
  A point in units of logical points.
• Rect
  A rectangle in units of logical points.
• RectI32
  A rectangle in units of logical points.
• Rotation
  Alias for euclid::default::Rotation2D<f32>
• Scale
  Alias for euclid::default::Scale<f32>
• Size
  A size in units of logical points.
• SizeI32
  A size in units of logical points.
• Transform
  Alias for euclid::default::Transform2D<f32>
• Translation
  Alias for euclid::default::Translation2D<f32>
• Vector
  A vector in units of logical points.