README
- ::newAtlasQuad2D::new
- ::applyColorM::apply
- ::apply_clampedColorM::apply_clamped
- ::apply_colorColorM::apply_color
- ::change_hsvColorM::change_hsv
- ::concatColorM::concat
- ::identityColorM::identity
- ::invertColorM::invert
- ::is_identityColorM::is_identity
- ::monochromeColorM::monochrome
- ::outputColorM::output
- ::rotate_hueColorM::rotate_hue
- ::scaleColorM::scale
- ::to_reprColorM::to_repr
- ::to_stringColorM::to_string
- ::translateColorM::translate
- ::newDotText2D::new
- ::outputFrameProfile::output
- ::to_reprFrameProfile::to_repr
- ::to_stringFrameProfile::to_string
- ::newLine2D::new
- ::newNumber2D::new
- ::newRectFill2D::new
- ::newRectOutline2D::new
- ::dst_regionRenderFrame2D::dst_region
- ::newRenderFrame2D::new
- ::outputSVGRenderResult::output
- ::to_reprSVGRenderResult::to_repr
- ::to_stringSVGRenderResult::to_string
- ::outputTrianglePayload::output
- ::to_reprTrianglePayload::to_repr
- ::to_stringTrianglePayload::to_string
V
append_atlas_quad
V
append_dot_text
V
append_line
V
append_number
V
append_primitive_batch
V
append_rect_fill
V
append_rect_fill_geometry
V
append_rect_outline
V
atlas_quad_indices
V
atlas_quad_vertex_data
V
build_input_debug_overlay
V
build_profiler_hud
V
clamp_unit
V
color_black
V
color_blue
V
color_from_hex
V
color_from_hex_alpha
V
color_green
V
color_red
V
color_to_uniform_dwords
V
color_transparent
V
color_white
V
color_yellow
V
decode_triangle_payload
V
default_frame_profile
V
default_triangle_payload
V
dot_text_size
V
draw_dot_text
V
draw_number
V
glyph_pattern
V
line_vertices
V
ndc_rect_fill_vertices
V
new_atlas_quad_batch_draw_command
V
new_atlas_quad_draw_command
V
new_line_command
V
new_ndc_rect_fill_command
V
new_rect_fill_command
V
new_simple_draw_command
V
rect_fill_vertices
V
rect_outline_vertices
V
render_atlas_quads
V
render_commands
V
render_svg
V
render_svg_to_rgba
V
svg_path_to_fill_vertices
V
svg_path_to_stroke_vertices
V
svg_path_to_vector_path

renderer2d

Comprehensive 2D rendering toolkit: batched-quad RenderFrame, atlas quad geometry, color helpers, debug overlay/profiler, color-matrix transforms.

Download zip

Author

mizchi

Version

0.6.0

License

Apache-2.0

Repository

github.com/mizchi/kagura

Last updated

15 days ago

Downloads

Dependencies

mizchi/renderer2d does not have a README file

AtlasQuad2D

source

pub(all) struct AtlasQuad2D {
  source : @mizchi/atlas.AtlasDrawSource
AtlasDrawSource
  left : Double
  top : Double
  right : Double
  bottom : Double
  uniform_dwords : Array[Int]
}

AtlasQuad2D::new

source

fn AtlasQuad2D::new(source~ : @mizchi/atlas.AtlasDrawSource
AtlasDrawSource, left~ : Double, top~ : Double, right~ : Double, bottom~ : Double, uniform_dwords? : Array[Int]) -> AtlasQuad2D

ColorM

source

pub struct ColorM {
  elements : FixedArray[Double]
} derive(@moonbitlang/core/debug.Debug
Debug)

impl Show for ColorM

ColorM::apply

source

fn ColorM::apply(self : ColorM, r : Double, g : Double, b : Double, a : Double) -> (Double, Double, Double, Double)

Apply color matrix to an RGBA color (all values 0.0-1.0).

ColorM::apply_clamped

source

fn ColorM::apply_clamped(self : ColorM, r : Double, g : Double, b : Double, a : Double) -> (Double, Double, Double, Double)

Apply color matrix and clamp result to [0, 1].

ColorM::apply_color

source

fn ColorM::apply_color(self : ColorM, color : @mizchi/gfx.Color
Color) -> @mizchi/gfx.Color
Color

Apply color matrix to a gfx.Color.

ColorM::change_hsv

source

fn ColorM::change_hsv(self : ColorM, scale_hue : Double, scale_saturation : Double, scale_value : Double) -> ColorM

Change HSV: scale_hue rotates hue (radians), scale_saturation and scale_value scale saturation and value.

ColorM::concat

source

fn ColorM::concat(self : ColorM, other : ColorM) -> ColorM

Concatenate two color matrices (self * other).

ColorM::identity

source

fn ColorM::identity() -> ColorM

ColorM::invert

source

fn ColorM::invert(self : ColorM) -> ColorM

Invert colors.

ColorM::is_identity

source

fn ColorM::is_identity(self : ColorM) -> Bool

ColorM::monochrome

source

fn ColorM::monochrome(self : ColorM) -> ColorM

Convert to monochrome (grayscale) using NTSC luminance coefficients.

ColorM::output

source

fn ColorM::output(self : ColorM, logger : &Logger) -> Unit

ColorM::rotate_hue

source

fn ColorM::rotate_hue(self : ColorM, theta : Double) -> ColorM

Rotate hue by angle in radians.

ColorM::scale

source

fn ColorM::scale(self : ColorM, r : Double, g : Double, b : Double, a : Double) -> ColorM

Scale RGBA channels.

ColorM::to_repr

source

fn ColorM::to_repr(ColorM) -> @moonbitlang/core/debug.Repr
Repr

ColorM::to_string

source

fn ColorM::to_string(self : ColorM) -> String

ColorM::translate

source

fn ColorM::translate(self : ColorM, r : Double, g : Double, b : Double, a : Double) -> ColorM

Translate (offset) RGBA channels.

DotText2D

source

pub(all) struct DotText2D {
  chars : Array[Int]
  cx : Double
  cy : Double
  color : @mizchi/gfx.Color
Color
  scale : Double
}

DotText2D::new

source

fn DotText2D::new(chars~ : Array[Int], cx~ : Double, cy~ : Double, color~ : @mizchi/gfx.Color
Color, scale? : Double) -> DotText2D

FrameProfile

source

pub(all) struct FrameProfile {
  fps : Double
  frame_time_ms : Double
  update_ms : Double
  draw_ms : Double
  gpu_frame_ms : Double
  draw_calls : Int
  vertex_count : Int
  asset_inflight : Int
} derive(@moonbitlang/core/debug.Debug
Debug)

Frame profiler data. Collect timing in update/draw and pass to build_profiler_hud.

impl Show for FrameProfile

FrameProfile::output

source

fn FrameProfile::output(self : FrameProfile, logger : &Logger) -> Unit

FrameProfile::to_repr

source

fn FrameProfile::to_repr(FrameProfile) -> @moonbitlang/core/debug.Repr
Repr

FrameProfile::to_string

source

fn FrameProfile::to_string(self : FrameProfile) -> String

Line2D

source

pub(all) struct Line2D {
  x0 : Double
  y0 : Double
  x1 : Double
  y1 : Double
  width : Double
  color : @mizchi/gfx.Color
Color
}

Line2D::new

source

fn Line2D::new(x0~ : Double, y0~ : Double, x1~ : Double, y1~ : Double, width? : Double, color~ : @mizchi/gfx.Color
Color) -> Line2D

Number2D

source

pub(all) struct Number2D {
  number : Int
  cx : Double
  cy : Double
  color : @mizchi/gfx.Color
Color
  scale : Double
}

Number2D::new

source

fn Number2D::new(number~ : Int, cx~ : Double, cy~ : Double, color~ : @mizchi/gfx.Color
Color, scale? : Double) -> Number2D

RectFill2D

source

pub(all) struct RectFill2D {
  x : Double
  y : Double
  w : Double
  h : Double
  color : @mizchi/gfx.Color
Color
}

RectFill2D::new

source

fn RectFill2D::new(x~ : Double, y~ : Double, w~ : Double, h~ : Double, color~ : @mizchi/gfx.Color
Color) -> RectFill2D

RectOutline2D

source

pub(all) struct RectOutline2D {
  x : Double
  y : Double
  w : Double
  h : Double
  line_width : Double
  color : @mizchi/gfx.Color
Color
}

RectOutline2D::new

source

fn RectOutline2D::new(x~ : Double, y~ : Double, w~ : Double, h~ : Double, line_width? : Double, color~ : @mizchi/gfx.Color
Color) -> RectOutline2D

RenderFrame2D

source

pub(all) struct RenderFrame2D {
  dst : @mizchi/gfx.ImageHandle
ImageHandle
  shader : @mizchi/gfx.ShaderHandle
ShaderHandle
  screen_w : Int
  screen_h : Int
  pipeline_id : Int
  uniform_hash : Int
  blend : @mizchi/gfx.BlendMode
BlendMode
}

RenderFrame2D::dst_region

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fn RenderFrame2D::dst_region(self : RenderFrame2D) -> @mizchi/gfx.DstRegion
DstRegion

RenderFrame2D::new

source

fn RenderFrame2D::new(dst~ : @mizchi/gfx.ImageHandle
ImageHandle, shader~ : @mizchi/gfx.ShaderHandle
ShaderHandle, screen_w~ : Int, screen_h~ : Int, pipeline_id? : Int, uniform_hash? : Int, blend? : @mizchi/gfx.BlendMode
BlendMode) -> RenderFrame2D

SVGRenderResult

source

pub struct SVGRenderResult {
  width : Int
  height : Int
  pixels : Array[Int]
} derive(@moonbitlang/core/debug.Debug
Debug)

Create an ImageSpec-compatible RGBA8 pixel array from an SVG. Useful for uploading SVG renders as textures.

impl Show for SVGRenderResult

SVGRenderResult::output

source

fn SVGRenderResult::output(self : SVGRenderResult, logger : &Logger) -> Unit

SVGRenderResult::to_repr

source

fn SVGRenderResult::to_repr(SVGRenderResult) -> @moonbitlang/core/debug.Repr
Repr

SVGRenderResult::to_string

source

fn SVGRenderResult::to_string(self : SVGRenderResult) -> String

TrianglePayload

source

pub struct TrianglePayload {
  has_payload : Bool
  ax : Double
  ay : Double
  bx : Double
  by : Double
  cx : Double
  cy : Double
  au : Double
  av : Double
  bu : Double
  bv : Double
  cu : Double
  cv : Double
  uniform_r : Double
  uniform_g : Double
  uniform_b : Double
  uniform_a : Double
  texture_seed : Int
} derive(@moonbitlang/core/debug.Debug
Debug)

impl Show for TrianglePayload

TrianglePayload::output

source

fn TrianglePayload::output(self : TrianglePayload, logger : &Logger) -> Unit

TrianglePayload::to_repr

source

fn TrianglePayload::to_repr(TrianglePayload) -> @moonbitlang/core/debug.Repr
Repr

TrianglePayload::to_string

source

fn TrianglePayload::to_string(self : TrianglePayload) -> String

append_atlas_quad

source

fn append_atlas_quad(commands : Array[@mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand], frame : RenderFrame2D, quad : AtlasQuad2D) -> Unit

append_dot_text

source

fn append_dot_text(commands : Array[@mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand], frame : RenderFrame2D, text : DotText2D) -> Unit

append_line

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fn append_line(commands : Array[@mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand], frame : RenderFrame2D, line : Line2D) -> Unit

append_number

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fn append_number(commands : Array[@mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand], frame : RenderFrame2D, number : Number2D) -> Unit

append_primitive_batch

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fn append_primitive_batch(commands : Array[@mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand], frame : RenderFrame2D, vertex_data : Array[Double], indices : Array[Int], color : @mizchi/gfx.Color
Color) -> Unit

append_rect_fill

source

fn append_rect_fill(commands : Array[@mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand], frame : RenderFrame2D, rect : RectFill2D) -> Unit

append_rect_fill_geometry

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fn append_rect_fill_geometry(vertices : Array[Double], indices : Array[Int], frame : RenderFrame2D, rect : RectFill2D) -> Unit

append_rect_outline

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fn append_rect_outline(commands : Array[@mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand], frame : RenderFrame2D, rect : RectOutline2D) -> Unit

atlas_quad_indices

source

fn atlas_quad_indices() -> Array[Int]

atlas_quad_vertex_data

source

fn atlas_quad_vertex_data(source : @mizchi/atlas.AtlasDrawSource
AtlasDrawSource, left : Double, top : Double, right : Double, bottom : Double) -> Array[Double]

build_input_debug_overlay

source

fn build_input_debug_overlay(dst : @mizchi/gfx.ImageHandle
ImageHandle, shader : @mizchi/gfx.ShaderHandle
ShaderHandle, snapshot : @mizchi/kagura_core.InputSnapshot
InputSnapshot, key_state : @mizchi/kagura_core/inputstate.KeyInputState
KeyInputState, mouse_state : @mizchi/kagura_core/inputstate.MouseButtonInputState
MouseButtonInputState, pipeline_id : Int) -> Array[@mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand]

Build a debug overlay showing current input state. Returns draw commands for:

Cursor crosshair at the current position
Small indicator squares for each pressed key
Indicator for pressed mouse buttons

build_profiler_hud

source

fn build_profiler_hud(cmds : Array[@mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand], dst : @mizchi/gfx.ImageHandle
ImageHandle, shader : @mizchi/gfx.ShaderHandle
ShaderHandle, profile : FrameProfile, screen_w : Double, screen_h : Double) -> Unit

Build a profiler HUD overlay in the top-right corner. Uses dot-matrix glyphs — no font dependency.

clamp_unit

source

fn clamp_unit(value : Double) -> Double

color_black

source

fn color_black() -> @mizchi/gfx.Color
Color

color_blue

source

fn color_blue() -> @mizchi/gfx.Color
Color

color_from_hex

source

fn color_from_hex(hex : Int) -> @mizchi/gfx.Color
Color

color_from_hex_alpha

source

fn color_from_hex_alpha(hex : Int, alpha : Double) -> @mizchi/gfx.Color
Color

color_green

source

fn color_green() -> @mizchi/gfx.Color
Color

color_red

source

fn color_red() -> @mizchi/gfx.Color
Color

color_to_uniform_dwords

source

fn color_to_uniform_dwords(color : @mizchi/gfx.Color
Color) -> Array[Int]

color_transparent

source

fn color_transparent() -> @mizchi/gfx.Color
Color

color_white

source

fn color_white() -> @mizchi/gfx.Color
Color

color_yellow

source

fn color_yellow() -> @mizchi/gfx.Color
Color

decode_triangle_payload

source

fn decode_triangle_payload(vertex_data : Array[Double], indices : Array[Int], uniform_dwords : Array[Int], src_image_ids : Array[Int]) -> TrianglePayload

default_frame_profile

source

fn default_frame_profile() -> FrameProfile

default_triangle_payload

source

fn default_triangle_payload() -> TrianglePayload

dot_text_size

source

fn dot_text_size(char_count : Int, scale? : Double) -> (Double, Double)

Rendered size of a dot-text run of char_count glyphs: (width, height).

Exposed because the UI integrity gate compares a label's measured extent against its node rect to catch text that will spill or be clipped; that comparison is only sound if it uses the same arithmetic append_dot_text lays the glyphs out with, so both read it from here.

draw_dot_text

source

fn draw_dot_text(cmds : Array[@mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand], dst : @mizchi/gfx.ImageHandle
ImageHandle, shader : @mizchi/gfx.ShaderHandle
ShaderHandle, chars : Array[Int], cx : Double, cy : Double, sw : Double, sh : Double, color : @mizchi/gfx.Color
Color, scale : Double) -> Unit

draw_number

source

fn draw_number(cmds : Array[@mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand], dst : @mizchi/gfx.ImageHandle
ImageHandle, shader : @mizchi/gfx.ShaderHandle
ShaderHandle, number : Int, ox : Double, oy : Double, sw : Double, sh : Double, color : @mizchi/gfx.Color
Color, scale : Double) -> Unit

glyph_pattern

source

fn glyph_pattern(ch : Int) -> Array[Int]

line_vertices

source

fn line_vertices(x0 : Double, y0 : Double, x1 : Double, y1 : Double, width : Double) -> (Array[Double], Array[Int])

Build vertex data for a line segment as a thin quad. Returns (vertex_data, indices) for a DrawTrianglesCommand.

ndc_rect_fill_vertices

source

fn ndc_rect_fill_vertices(px : Double, py : Double, pw : Double, ph : Double, screen_w : Double, screen_h : Double) -> (Array[Double], Array[Int])

Build vertex data for a filled rectangle in NDC (pixel coords → clip space).

new_atlas_quad_batch_draw_command

source

fn new_atlas_quad_batch_draw_command(dst : @mizchi/gfx.ImageHandle
ImageHandle, shader : @mizchi/gfx.ShaderHandle
ShaderHandle, dst_region : @mizchi/gfx.DstRegion
DstRegion, pipeline_id : Int, uniform_hash : Int, blend : @mizchi/gfx.BlendMode
BlendMode, source : @mizchi/atlas.AtlasDrawSource
AtlasDrawSource, rects : Array[Double], uniform_dwords : Array[Int]) -> @mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand

Build a single DrawTrianglesCommand covering N quads that share one atlas source, shader, dst region, pipeline, blend, and uniform state. rects is laid out as [l0, t0, r0, b0, l1, t1, r1, b1, ...] so the caller never allocates per-quad arrays. Quad count = rects.length() / 4; trailing partial elements are ignored. dst_region.index_count is overridden to 6*N so the GPU draws all quads in one call.

new_atlas_quad_draw_command

source

fn new_atlas_quad_draw_command(dst : @mizchi/gfx.ImageHandle
ImageHandle, shader : @mizchi/gfx.ShaderHandle
ShaderHandle, dst_region : @mizchi/gfx.DstRegion
DstRegion, index_offset : Int, pipeline_id : Int, uniform_hash : Int, blend : @mizchi/gfx.BlendMode
BlendMode, source : @mizchi/atlas.AtlasDrawSource
AtlasDrawSource, left : Double, top : Double, right : Double, bottom : Double, uniform_dwords : Array[Int]) -> @mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand

new_line_command

source

fn new_line_command(dst : @mizchi/gfx.ImageHandle
ImageHandle, shader : @mizchi/gfx.ShaderHandle
ShaderHandle, x0 : Double, y0 : Double, x1 : Double, y1 : Double, width : Double, color : @mizchi/gfx.Color
Color, pipeline_id : Int) -> @mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand

Build a draw command for a line segment.

new_ndc_rect_fill_command

source

fn new_ndc_rect_fill_command(dst : @mizchi/gfx.ImageHandle
ImageHandle, shader : @mizchi/gfx.ShaderHandle
ShaderHandle, px : Double, py : Double, pw : Double, ph : Double, screen_w : Double, screen_h : Double, color : @mizchi/gfx.Color
Color, pipeline_id : Int) -> @mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand

Build a draw command for a filled rectangle in NDC coordinates.

new_rect_fill_command

source

fn new_rect_fill_command(dst : @mizchi/gfx.ImageHandle
ImageHandle, shader : @mizchi/gfx.ShaderHandle
ShaderHandle, x : Double, y : Double, w : Double, h : Double, color : @mizchi/gfx.Color
Color, pipeline_id : Int) -> @mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand

Build a draw command for a filled rectangle using a solid color shader.

new_simple_draw_command

source

fn new_simple_draw_command(dst : @mizchi/gfx.ImageHandle
ImageHandle, shader : @mizchi/gfx.ShaderHandle
ShaderHandle, vertices : Array[Double], indices : Array[Int], color : @mizchi/gfx.Color
Color) -> @mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand

Build a simple draw command with common defaults.

rect_fill_vertices

source

fn rect_fill_vertices(x : Double, y : Double, w : Double, h : Double) -> (Array[Double], Array[Int])

Build vertex data for a filled axis-aligned rectangle.

rect_outline_vertices

source

fn rect_outline_vertices(x : Double, y : Double, w : Double, h : Double, line_width : Double) -> (Array[Double], Array[Int])

Build vertex data for an axis-aligned rectangle outline as four line quads.

render_atlas_quads

source

fn render_atlas_quads(frame : RenderFrame2D, quads : Array[AtlasQuad2D]) -> Array[@mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand]

render_commands

source

fn[T : @mizchi/gfx.GraphicsDriver
GraphicsDriver] render_commands(graphics : T, cmds : Array[@mizchi/gfx.DrawTrianglesCommand
DrawTrianglesCommand], clear_color? : @mizchi/gfx.Color
Color, clear_enabled? : Bool) -> Unit raise

render_svg

source

fn render_svg(svg_source : String, width : Int, height : Int) -> SVGRenderResult?

render_svg_to_rgba

source

fn render_svg_to_rgba(svg_source : String, width : Int, height : Int) -> (Int, Int, Array[Int])?

Render an SVG string to RGBA pixel data. Returns (width, height, pixels) where pixels is a flat RGBA8 array.

svg_path_to_fill_vertices

source

fn svg_path_to_fill_vertices(path_data : String, tolerance : Double) -> (Array[Double], Array[Int])

Parse an SVG path string and flatten to vertices for fill rendering.

svg_path_to_stroke_vertices

source

fn svg_path_to_stroke_vertices(path_data : String, width : Double, tolerance : Double) -> (Array[Double], Array[Int])

Parse an SVG path string and flatten to vertices for stroke rendering.

svg_path_to_vector_path

source

fn svg_path_to_vector_path(path_data : String) -> @mizchi/geom/vector.Path
Path

Parse an SVG path data string (e.g. "M 0 0 L 10 10") into a vector Path.

Source Files

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renderer2d

#AtlasQuad2D

#AtlasQuad2D::new

#ColorM

#ColorM::apply

#ColorM::apply_clamped

#ColorM::apply_color

#ColorM::change_hsv

#ColorM::concat

#ColorM::identity

#ColorM::invert

#ColorM::is_identity

#ColorM::monochrome

#ColorM::output

#ColorM::rotate_hue

#ColorM::scale

#ColorM::to_repr

#ColorM::to_string

#ColorM::translate

#DotText2D

#DotText2D::new

#FrameProfile

#FrameProfile::output

#FrameProfile::to_repr

#FrameProfile::to_string

#Line2D

#Line2D::new

#Number2D

#Number2D::new

#RectFill2D

#RectFill2D::new

#RectOutline2D

#RectOutline2D::new

#RenderFrame2D

#RenderFrame2D::dst_region

#RenderFrame2D::new

#SVGRenderResult

#SVGRenderResult::output

#SVGRenderResult::to_repr

#SVGRenderResult::to_string

#TrianglePayload

#TrianglePayload::output

#TrianglePayload::to_repr

#TrianglePayload::to_string

#append_atlas_quad

#append_dot_text

#append_line

#append_number

#append_primitive_batch

#append_rect_fill

#append_rect_fill_geometry

#append_rect_outline

#atlas_quad_indices

#atlas_quad_vertex_data

#build_input_debug_overlay

#build_profiler_hud

#clamp_unit

#color_black

#color_blue

#color_from_hex

#color_from_hex_alpha

#color_green

#color_red

#color_to_uniform_dwords

#color_transparent

#color_white

#color_yellow

#decode_triangle_payload

#default_frame_profile

#default_triangle_payload

#dot_text_size

#draw_dot_text

#draw_number

#glyph_pattern

#line_vertices

#ndc_rect_fill_vertices

#new_atlas_quad_batch_draw_command

#new_atlas_quad_draw_command

#new_line_command

#new_ndc_rect_fill_command

AtlasQuad2D

AtlasQuad2D::new

ColorM

ColorM::apply

ColorM::apply_clamped

ColorM::apply_color

ColorM::change_hsv

ColorM::concat

ColorM::identity

ColorM::invert

ColorM::is_identity

ColorM::monochrome

ColorM::output

ColorM::rotate_hue

ColorM::scale

ColorM::to_repr

ColorM::to_string

ColorM::translate

DotText2D

DotText2D::new

FrameProfile

FrameProfile::output

FrameProfile::to_repr

FrameProfile::to_string

Line2D

Line2D::new

Number2D

Number2D::new

RectFill2D

RectFill2D::new

RectOutline2D

RectOutline2D::new

RenderFrame2D

RenderFrame2D::dst_region

RenderFrame2D::new

SVGRenderResult

SVGRenderResult::output

SVGRenderResult::to_repr

SVGRenderResult::to_string

TrianglePayload

TrianglePayload::output

TrianglePayload::to_repr

TrianglePayload::to_string

append_atlas_quad

append_dot_text

append_line

append_number

append_primitive_batch

append_rect_fill

append_rect_fill_geometry

append_rect_outline

atlas_quad_indices

atlas_quad_vertex_data

build_input_debug_overlay

build_profiler_hud

clamp_unit

color_black

color_blue

color_from_hex

color_from_hex_alpha

color_green

color_red

color_to_uniform_dwords

color_transparent

color_white

color_yellow

decode_triangle_payload

default_frame_profile

default_triangle_payload

dot_text_size

draw_dot_text

draw_number

glyph_pattern

line_vertices

ndc_rect_fill_vertices

new_atlas_quad_batch_draw_command

new_atlas_quad_draw_command

new_line_command

new_ndc_rect_fill_command

new_rect_fill_command