mirror of
https://github.com/Fluffy-Bean/ColouringApp.git
synced 2025-01-14 17:35:12 +00:00
dfb8285809
This commit fixes the style issues introduced in afd1b0d according to the output
from Gofumpt.
Details: None
88 lines
4 KiB
Go
88 lines
4 KiB
Go
package main
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import (
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"math"
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raylib "github.com/gen2brain/raylib-go/raylib"
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)
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type rectangleTool struct {
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StartPos raylib.Vector2
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EndPos raylib.Vector2
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Rounded bool
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Color raylib.Color
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Size float32
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}
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func (r *rectangleTool) Render() raylib.Texture2D {
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offset := raylib.Vector2Scale(canvas.Offset, -1)
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texture := raylib.LoadRenderTexture(int32(canvas.Size.X), int32(canvas.Size.Y))
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startPosOffset := raylib.Vector2Add(r.StartPos, offset)
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endPosOffset := raylib.Vector2Add(r.EndPos, offset)
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raylib.BeginTextureMode(texture)
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raylib.ClearBackground(raylib.Fade(raylib.Black, 0))
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if r.Rounded {
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// Linesss
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raylib.DrawLineEx(startPosOffset, raylib.NewVector2(endPosOffset.X, startPosOffset.Y), r.Size, r.Color)
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raylib.DrawLineEx(startPosOffset, raylib.NewVector2(startPosOffset.X, endPosOffset.Y), r.Size, r.Color)
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raylib.DrawLineEx(endPosOffset, raylib.NewVector2(endPosOffset.X, startPosOffset.Y), r.Size, r.Color)
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raylib.DrawLineEx(endPosOffset, raylib.NewVector2(startPosOffset.X, endPosOffset.Y), r.Size, r.Color)
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// Roundy
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raylib.DrawCircle(int32(startPosOffset.X), int32(startPosOffset.Y), r.Size/2, r.Color)
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raylib.DrawCircle(int32(endPosOffset.X), int32(startPosOffset.Y), r.Size/2, r.Color)
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raylib.DrawCircle(int32(startPosOffset.X), int32(endPosOffset.Y), r.Size/2, r.Color)
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raylib.DrawCircle(int32(endPosOffset.X), int32(endPosOffset.Y), r.Size/2, r.Color)
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} else {
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startPos := raylib.NewVector2(
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float32(math.Min(float64(startPosOffset.X), float64(endPosOffset.X))),
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float32(math.Min(float64(startPosOffset.Y), float64(endPosOffset.Y))),
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)
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endPos := raylib.NewVector2(
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float32(math.Max(float64(startPosOffset.X), float64(endPosOffset.X))),
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float32(math.Max(float64(startPosOffset.Y), float64(endPosOffset.Y))),
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)
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raylib.DrawLineEx(raylib.NewVector2(startPos.X-(r.Size/2), startPos.Y), raylib.NewVector2(endPos.X+(r.Size/2), startPos.Y), r.Size, r.Color)
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raylib.DrawLineEx(raylib.NewVector2(endPos.X, startPos.Y-(r.Size/2)), raylib.NewVector2(endPos.X, endPos.Y+(r.Size/2)), r.Size, r.Color)
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raylib.DrawLineEx(raylib.NewVector2(startPos.X-(r.Size/2), endPos.Y), raylib.NewVector2(endPos.X+(r.Size/2), endPos.Y), r.Size, r.Color)
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raylib.DrawLineEx(raylib.NewVector2(startPos.X, startPos.Y-(r.Size/2)), raylib.NewVector2(startPos.X, endPos.Y+(r.Size/2)), r.Size, r.Color)
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}
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raylib.EndTextureMode()
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return texture.Texture
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}
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func (r *rectangleTool) Draw() {
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if r.Rounded {
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// Linesss
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raylib.DrawLineEx(r.StartPos, raylib.NewVector2(r.EndPos.X, r.StartPos.Y), r.Size, r.Color)
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raylib.DrawLineEx(r.StartPos, raylib.NewVector2(r.StartPos.X, r.EndPos.Y), r.Size, r.Color)
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raylib.DrawLineEx(r.EndPos, raylib.NewVector2(r.EndPos.X, r.StartPos.Y), r.Size, r.Color)
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raylib.DrawLineEx(r.EndPos, raylib.NewVector2(r.StartPos.X, r.EndPos.Y), r.Size, r.Color)
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// Roundy
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raylib.DrawCircle(int32(r.StartPos.X), int32(r.StartPos.Y), r.Size/2, r.Color)
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raylib.DrawCircle(int32(r.EndPos.X), int32(r.StartPos.Y), r.Size/2, r.Color)
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raylib.DrawCircle(int32(r.StartPos.X), int32(r.EndPos.Y), r.Size/2, r.Color)
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raylib.DrawCircle(int32(r.EndPos.X), int32(r.EndPos.Y), r.Size/2, r.Color)
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} else {
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startPos := raylib.NewVector2(
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float32(math.Min(float64(r.StartPos.X), float64(r.EndPos.X))),
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float32(math.Min(float64(r.StartPos.Y), float64(r.EndPos.Y))),
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)
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endPos := raylib.NewVector2(
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float32(math.Max(float64(r.StartPos.X), float64(r.EndPos.X))),
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float32(math.Max(float64(r.StartPos.Y), float64(r.EndPos.Y))),
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)
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raylib.DrawLineEx(raylib.NewVector2(startPos.X-(r.Size/2), startPos.Y), raylib.NewVector2(endPos.X+(r.Size/2), startPos.Y), r.Size, r.Color)
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raylib.DrawLineEx(raylib.NewVector2(endPos.X, startPos.Y-(r.Size/2)), raylib.NewVector2(endPos.X, endPos.Y+(r.Size/2)), r.Size, r.Color)
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raylib.DrawLineEx(raylib.NewVector2(startPos.X-(r.Size/2), endPos.Y), raylib.NewVector2(endPos.X+(r.Size/2), endPos.Y), r.Size, r.Color)
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raylib.DrawLineEx(raylib.NewVector2(startPos.X, startPos.Y-(r.Size/2)), raylib.NewVector2(startPos.X, endPos.Y+(r.Size/2)), r.Size, r.Color)
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}
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}
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