mirror of
https://github.com/PixelGuys/Cubyz.git
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Line wrapping support.
This commit is contained in:
IntegratedQuantum
parent
9554a180de
commit
d46bbcb323
166
src/graphics.zig
166
src/graphics.zig
@ -315,18 +315,26 @@ pub const TextBuffer = struct {
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};
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const Line = struct {
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start: i32,
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end: i32,
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start: f32,
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end: f32,
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color: u24,
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isUnderline: bool,
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};
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const GlyphData = struct {
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x_advance: f32,
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y_advance: f32,
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x_offset: f32,
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y_offset: f32,
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codepoint: u32,
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cluster: u32,
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fontEffect: FontEffect,
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};
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buffer: harfbuzz.Buffer,
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glyphInfos: []harfbuzz.GlyphInfo,
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glyphPositions: []harfbuzz.Position,
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textIndexGuess: []u32,
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fontEffects: std.ArrayList(FontEffect),
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glyphs: []GlyphData,
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lines: std.ArrayList(Line),
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lineBreakIndices: std.ArrayList(u32),
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fn addLine(self: *TextBuffer, line: Line) !void {
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if(line.start != line.end) {
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@ -337,8 +345,8 @@ pub const TextBuffer = struct {
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fn initLines(self: *TextBuffer, comptime isUnderline: bool) !void {
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var line: Line = Line {.start = 0, .end = 0, .color = 0, .isUnderline = isUnderline};
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var lastFontEffect: FontEffect = .{};
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for(self.glyphPositions) |position, i| {
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const fontEffect = self.fontEffects.items[self.textIndexGuess[i]];
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for(self.glyphs) |glyph| {
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const fontEffect = glyph.fontEffect;
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if(lastFontEffect.hasLine(isUnderline)) {
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if(fontEffect.color != lastFontEffect.color) {
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try self.addLine(line);
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@ -352,7 +360,7 @@ pub const TextBuffer = struct {
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line.color = fontEffect.color;
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}
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lastFontEffect = fontEffect;
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line.end += position.x_advance;
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line.end += glyph.x_advance;
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}
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if(lastFontEffect.hasLine(isUnderline)) {
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try self.addLine(line);
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@ -363,19 +371,19 @@ pub const TextBuffer = struct {
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unicodeIterator: std.unicode.Utf8Iterator,
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currentFontEffect: FontEffect,
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parsedText: std.ArrayList(u32),
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buffer: *TextBuffer,
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fontEffects: std.ArrayList(FontEffect),
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showControlCharacters: bool,
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fn appendControlGetNext(self: *Parser, char: u32) !?u21 {
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if(self.showControlCharacters) {
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try self.buffer.fontEffects.append(.{.color = 0x808080});
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try self.fontEffects.append(.{.color = 0x808080});
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try self.parsedText.append(char);
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}
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return self.unicodeIterator.nextCodepoint();
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}
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fn appendGetNext(self: *Parser, char: u32) !?u21 {
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try self.buffer.fontEffects.append(self.currentFontEffect);
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try self.fontEffects.append(self.currentFontEffect);
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try self.parsedText.append(char);
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return self.unicodeIterator.nextCodepoint();
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}
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@ -433,33 +441,36 @@ pub const TextBuffer = struct {
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.unicodeIterator = std.unicode.Utf8Iterator{.bytes = text, .i = 0},
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.currentFontEffect = initialFontEffect,
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.parsedText = std.ArrayList(u32).init(main.threadAllocator),
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.buffer = &self,
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.fontEffects = std.ArrayList(FontEffect).init(allocator),
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.showControlCharacters = showControlCharacters
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};
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self.fontEffects = std.ArrayList(FontEffect).init(allocator);
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self.lines = std.ArrayList(Line).init(allocator);
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try parser.parse();
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defer parser.fontEffects.deinit();
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defer parser.parsedText.deinit();
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self.lines = std.ArrayList(Line).init(allocator);
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self.lineBreakIndices = std.ArrayList(u32).init(allocator);
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try parser.parse();
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// Let harfbuzz do its thing:
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self.buffer = harfbuzz.Buffer.init() orelse return error.CouldNotInitHarfbuzzBuffer;
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self.buffer.addUTF32(parser.parsedText.items, 0, null);
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self.buffer.setDirection(.ltr);
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self.buffer.setScript(.common);
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self.buffer.setLanguage(harfbuzz.Language.getDefault());
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harfbuzz.hb_shape(TextRendering.harfbuzzFont.handle, self.buffer.handle, null, 0);
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self.glyphInfos = self.buffer.getGlyphInfos();
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self.glyphPositions = self.buffer.getGlyphPositions() orelse return error.CouldNotGetGlyphPositions;
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var buffer = harfbuzz.Buffer.init() orelse return error.CouldNotInitHarfbuzzBuffer;
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defer buffer.deinit();
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buffer.addUTF32(parser.parsedText.items, 0, null);
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buffer.setDirection(.ltr);
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buffer.setScript(.common);
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buffer.setLanguage(harfbuzz.Language.getDefault());
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harfbuzz.hb_shape(TextRendering.harfbuzzFont.handle, buffer.handle, null, 0);
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const glyphInfos = buffer.getGlyphInfos();
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const glyphPositions = buffer.getGlyphPositions() orelse return error.CouldNotGetGlyphPositions;
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// Guess the text index from the given cluster indices. Only works if the number of glyphs and the number of characters in a cluster is the same.
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self.textIndexGuess = try allocator.alloc(u32, self.glyphInfos.len);
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for(self.textIndexGuess) |*index, i| {
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if(i == 0 or self.glyphInfos[i-1].cluster != self.glyphInfos[i].cluster) {
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index.* = self.glyphInfos[i].cluster;
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var textIndexGuess = try main.threadAllocator.alloc(u32, glyphInfos.len);
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defer main.threadAllocator.free(textIndexGuess);
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for(textIndexGuess) |*index, i| {
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if(i == 0 or glyphInfos[i-1].cluster != glyphInfos[i].cluster) {
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index.* = glyphInfos[i].cluster;
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} else {
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index.* = @min(self.textIndexGuess[i-1] + 1, @intCast(u32, parser.parsedText.items.len-1));
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for(self.glyphInfos[i..]) |glyphInfo| {
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if(glyphInfo.cluster != self.glyphInfos[i].cluster) {
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index.* = @min(textIndexGuess[i-1] + 1, @intCast(u32, parser.parsedText.items.len-1));
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for(glyphInfos[i..]) |glyphInfo| {
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if(glyphInfo.cluster != glyphInfos[i].cluster) {
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index.* = @min(index.*, glyphInfo.cluster - 1);
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break;
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}
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@ -467,17 +478,58 @@ pub const TextBuffer = struct {
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}
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}
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// Merge it all together:
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self.glyphs = try allocator.alloc(GlyphData, glyphInfos.len);
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for(self.glyphs) |*glyph, i| {
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glyph.x_advance = @intToFloat(f32, glyphPositions[i].x_advance)/4.0;
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glyph.y_advance = @intToFloat(f32, glyphPositions[i].y_advance)/4.0;
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glyph.x_offset = @intToFloat(f32, glyphPositions[i].x_offset)/4.0;
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glyph.y_offset = @intToFloat(f32, glyphPositions[i].y_offset)/4.0;
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glyph.codepoint = glyphInfos[i].codepoint;
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glyph.cluster = glyphInfos[i].cluster;
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glyph.fontEffect = parser.fontEffects.items[textIndexGuess[i]];
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}
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// Find the lines:
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try self.initLines(true);
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try self.initLines(false);
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try self.lineBreakIndices.append(0);
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try self.lineBreakIndices.append(@intCast(u32, self.glyphs.len));
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return self;
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}
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pub fn deinit(self: TextBuffer) void {
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self.fontEffects.allocator.free(self.textIndexGuess);
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self.fontEffects.deinit();
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self.lines.allocator.free(self.glyphs);
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self.lines.deinit();
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self.buffer.deinit();
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self.lineBreakIndices.deinit();
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}
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/// Returns the calculated dimensions of the text block.
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pub fn calculateLineBreaks(self: *TextBuffer, fontSize: f32, maxLineWidth: f32) !Vec2f {
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self.lineBreakIndices.clearRetainingCapacity();
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try self.lineBreakIndices.append(0);
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var scaledMaxWidth = maxLineWidth/fontSize*16.0;
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var totalWidth: f32 = 0;
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var lineWidth: f32 = 0;
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var lastSpaceWidth: f32 = 0;
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var lastSpaceIndex: u32 = 0;
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for(self.glyphs) |glyph, i| {
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lineWidth += glyph.x_advance;
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if(lineWidth > scaledMaxWidth and lastSpaceIndex != 0) {
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lineWidth -= lastSpaceWidth;
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totalWidth = @max(totalWidth, lastSpaceWidth);
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try self.lineBreakIndices.append(lastSpaceIndex);
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lastSpaceIndex = 0;
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lastSpaceWidth = 0;
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}
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if(glyph.codepoint == TextRendering.spaceIndex) {
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lastSpaceWidth = lineWidth;
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lastSpaceIndex = @intCast(u32, i+1);
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}
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}
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totalWidth = @max(totalWidth, lineWidth);
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try self.lineBreakIndices.append(@intCast(u32, self.glyphs.len));
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return Vec2f{totalWidth*fontSize/16.0, @intToFloat(f32, self.lineBreakIndices.items.len - 1)*fontSize};
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}
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pub fn render(self: TextBuffer, _x: f32, _y: f32, fontSize: f32) !void {
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@ -490,26 +542,40 @@ pub const TextBuffer = struct {
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c.glActiveTexture(c.GL_TEXTURE0);
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c.glBindTexture(c.GL_TEXTURE_2D, TextRendering.glyphTexture[0]);
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c.glBindVertexArray(Draw.rectVAO);
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for(self.glyphInfos) |glyphInfo, i| {
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const position = self.glyphPositions[i];
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const codepoint = glyphInfo.codepoint;
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const lineWraps: []f32 = try main.threadAllocator.alloc(f32, self.lineBreakIndices.items.len - 1);
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defer main.threadAllocator.free(lineWraps);
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var i: usize = 0;
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while(i < self.lineBreakIndices.items.len - 1) : (i += 1) {
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for(self.glyphs[self.lineBreakIndices.items[i]..self.lineBreakIndices.items[i+1]]) |glyph| {
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const ftGlyph = try TextRendering.getGlyph(glyph.codepoint);
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TextRendering.drawGlyph(ftGlyph, x + glyph.x_offset, y - glyph.y_offset, @bitCast(u28, glyph.fontEffect));
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const glyph = try TextRendering.getGlyph(codepoint);
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TextRendering.drawGlyph(glyph, x + @intToFloat(f32, position.x_offset)/4, y - @intToFloat(f32, position.y_offset)/4, @bitCast(u28, self.fontEffects.items[self.textIndexGuess[i]]));
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x += @intToFloat(f32, position.x_advance)/4;
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y -= @intToFloat(f32, position.y_advance)/4;
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x += glyph.x_advance;
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y -= glyph.y_advance;
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}
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lineWraps[i] = x - _x/fontScaling;
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x = _x/fontScaling;
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y += 16;
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}
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for(self.lines.items) |_line| {
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const line: Line = _line;
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var line: Line = _line;
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y = _y/fontScaling;
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if(line.isUnderline) y += 15
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else y += 8;
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Draw.setColor(line.color | @as(u32, 0xff000000));
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var start = Vec2f{(@intToFloat(f32, line.start))*fontScaling/4 + _x, _y};
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if(line.isUnderline) start[1] += 15*fontScaling
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else start[1] += 8*fontScaling;
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const dim = Vec2f{@intToFloat(f32, line.end - line.start)*fontScaling/4, fontScaling};
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std.log.info("{} {} {} {}", .{line.start, line.end, line.color, line.isUnderline});
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Draw.rect(start, dim);
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for(lineWraps) |lineWrap| {
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const lineStart = @max(0, line.start);
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const lineEnd = @min(lineWrap, line.end);
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if(lineStart < lineEnd) {
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var start = Vec2f{lineStart*fontScaling + _x, y*fontScaling};
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const dim = Vec2f{(lineEnd - lineStart)*fontScaling, fontScaling};
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Draw.rect(start, dim);
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}
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line.start -= lineWrap;
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line.end -= lineWrap;
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y += 16;
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}
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}
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}
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};
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@ -543,6 +609,7 @@ const TextRendering = struct {
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var textureWidth: i32 = 1024;
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const textureHeight: i32 = 16;
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var textureOffset: i32 = 0;
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var spaceIndex: u32 = undefined;
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fn init() !void {
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shader = try Shader.create("assets/cubyz/shaders/graphics/Text.vs", "assets/cubyz/shaders/graphics/Text.fs");
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uniforms = shader.bulkGetUniformLocation(@TypeOf(uniforms));
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@ -566,6 +633,7 @@ const TextRendering = struct {
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c.glTexParameteri(c.GL_TEXTURE_2D, c.GL_TEXTURE_MAG_FILTER, c.GL_NEAREST);
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c.glTexParameteri(c.GL_TEXTURE_2D, c.GL_TEXTURE_WRAP_S, c.GL_REPEAT);
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c.glTexParameteri(c.GL_TEXTURE_2D, c.GL_TEXTURE_WRAP_T, c.GL_REPEAT);
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spaceIndex = freetypeFace.getCharIndex(' ').?;
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}
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fn deinit() void {
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13
src/main.zig
13
src/main.zig
@ -294,6 +294,10 @@ pub fn main() !void {
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c.glBlendFunc(c.GL_SRC_ALPHA, c.GL_ONE_MINUS_SRC_ALPHA);
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Window.GLFWCallbacks.framebufferSize(null, Window.width, Window.height);
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var lastTime = std.time.milliTimestamp();
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var buffer = try graphics.TextBuffer.init(threadAllocator, "Time to wrap some lines! a⃗ a⃗⃗ _a#ff0000⃗#ffff00⃗#00ff00⃗#00ffff⃗_#0000ff⃗#ff00ff⃗#000000 ⌬ __*italic*__ _**bold**_ ___***everything***___ #ff0000red#00ff00green#0000ffblue", .{}, true);
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defer buffer.deinit();
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var buffer2 = try graphics.TextBuffer.init(threadAllocator, "Time to wrap some lines! a⃗ a⃗⃗ _a#ff0000⃗#ffff00⃗#00ff00⃗#00ffff⃗_#0000ff⃗#ff00ff⃗#000000 ⌬ __*italic*__ _**bold**_ ___***everything***___ #ff0000red#00ff00green#0000ffblue", .{}, false);
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defer buffer2.deinit();
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while(c.glfwWindowShouldClose(Window.window) == 0) {
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{ // Check opengl errors:
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@ -318,12 +322,11 @@ pub fn main() !void {
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c.glDisable(c.GL_CULL_FACE);
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c.glDisable(c.GL_DEPTH_TEST);
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const buffer = try graphics.TextBuffer.init(threadAllocator, "Ử̵̢̧̧̨̢̡̧̧̢̡̡̡̧̧̡̡̢̡̢̛̛̛̲͔̲̰̮̱͉̪͎̱̳̖̩̠̙͔̺̼̘̻̝̣̠͔̺̤͕̼͍̠̩͔̘̱͕̻͔͈̳͇̩͓̲̙͍̟̟͍̪̦̜͔̪͈̤̲̖̫̞̠͇̫̣̮̩̖̘̫̘̲̻̞̜̲͉͚͇̣͎̖͕̲̣̭̖̲̬̠̻̫̜͔̙̦̫̯͕̞̩̺̙̫̪̘͖͎̞͓͚̭̲̝̣̫̬̜̣̮̥̟̣̖̜̮̘̩͎̱͕̳͓̞̼̟̝̭̠͕̦̩͉̜̜̪̗͖̝͉̺̥͉̫͔̭̯̮̜̼̩̺̙̝̖͖̠͉̥̻̰͈̳̩̱͓̼̮̗̞̝͖̟̟͎̠͈̞̜̲͚̺̮̺͎̠̜͉̗͎̥̣̦̱̰͇̞͍͍̻͍̦̖̮̜̤̪̹̭͔̙͕̼̱̩̲͚̮̫̞̼̙̪̞̦̦̰̖̯̙͕̣͇͕̩̦̤̭͇̑̈́̋̾̃̀̌̒͋͗͗̏̌́̇̐̋̑̅̑͐͐̀͛̽͗̒̀̓̃̄͆͑̉̆͋̆͐̍͌̅̂̑̿͂͑̈́̂͛͐̑̇͂͌̓͌͑̽̔͌̎͗́̈́̓̀̏̿̐̈́̀̀̎̑̉̆͒͘͘̚̕̚͘̚͘͜͜͜͜͜͜͜͜͠͝͝͝͠͝͝ͅͅͅͅͅͅṈ̴̨̧̧̧̧̛̛̛̛͔̩̫͖̞͉̠̝͓͈͚̻̙̩̠̪̭̤̪̞̲͍̻̟͍̦͇̦͈̙̼̜͎̥͍̖̗͍̘̙̬̥̺̭̝̞̺̬̭͔̝̠̯͈̠̦̖̩̱͎̘̲̱̦͖̠̩͈̦̦̤̤̂̔͊̄̊́̓̾́̊̀̍̓͛̂͒͂̒̋̅̂̎̀͌̒̃̊͛͒̽̓͌̐̔͛̔̋̈́̌̈́͋̆͐̽̄̋̽̌́̆͒̈́̀̍͗̈́͒͗́̔̎́̑̄̀͂̆͊͆͊̄̍̔̌̂̈́̓̒̓͆͌͒͗̍̽̏͊͒̅̿̉͗̆̊͌̔̇̃̿́͒͛̽͂̃̑̅͋͛͛̅̒͋̍̉̋̔̔̈̃̍̅̉̄̈̏̓́̏̄͋̅͊͂͊̒͐͗̋̽̔͑͌̇̐͛̋̇̐͌̃͆̈́̓͛͌̔̄͐̂̃̂͗͆̈̾͂͌̋̏̇̽͐̽̈̎̒͛̄̆̊̓͐͂̐͛̾͒̿̓̿͊͒̀̎͒̀̉̈͐̀̾́͘͘͘̚̚͘̚̚͘̚̕̕̚̕͘͘͜͝͠͝͝͠͝͠͝͝͝͠͝͝͠I̵̧̧̢̧̡̡̨̡̢̢̡̛̛̛̛̤̟̘͙͙̜̻͍̳̳̘̜̮̹͇̹͙̬͎͎̜͎̙͙̝̳̙͍͍̱̟̳̫̲͕̗̜̫̤͔̲̥̗̼̣̹͔̞̺̳͍̯̳̳̯̟̟͍͓̖̳̯̥̘̻̯̟̭͖͍̥̔͗͐̈̍̆̄̄́́̒́͐͋͛͒̀͛͐͐̍͐̍̆̈̆̋̆͆̔̏͛̊͑͂̐̈̿̄̿̄̇̈́͌̋̈́̈́͊̀͐̈́͆̅̐̔̄̆͂́͊͛̆͋̂̅̇̊̔͗͂̍̒͛̆̊̑̒̿̎̅͒͒͒͗̿̽̔̒͑̀̃͑́͗́͊͊̑̽̑̿̈́̅̏̈́͂̓̏͗̈́̊̈́̏̏̽̐̉̂̎͊̈́͋́̂͛̏́̆̓̊͗̊̇̓̈́͗͐̇͐͒̐̓́͊͐̓́̌͂̅̓̍̅̉̐͋̀̂̅͆̕̕̚̕̕̕͘͘̚̚̚͜͜͜͜͜͝͝͝͝͝͠͠͝͝ͅͅC̶̢̡̡̧̧̧̧̧̡̧̡̧̡̨̛̛̛̛͉͖̯͇͙͉̳͎̤̘͔̜̜̳̤̤̰̲̱͙̗̩̦̪̰̲̜̣͉̯̥̤̩͔̯̪̘̯̭̹̼͇͙̩̮̫̜͙̥͍̰͙̖̯͉̱̬͚͇̖͉͓͎̥̹̗̖͚̥̩̱͇̜͇̜̻͔̘͙̲̬̫̹͚̖̭̲͚͇͚͈͍̭̼̗͙̘̠̠͇̮̱̑̋̈́̂̂̿͌̀̎̓̊͑̊͐̈́̀̓́̈́̊̎̇̆̈͒̏͌͌͒̓̔̃͑̓̿̐̈́̄̅̈́̾̋̄̀̽̾̔͂͒͐̄̒͛̄͌͆͌̄̔̆͑͒̑̍̆̅̌̇̇̉͛̃̊̎̽̑́̈́͋͋͊͒͋̿̇̓̀͑̿̓̇͌̀̐̄͑̉̿̍̊̽̈́̈́́͑̍͛́̆͂͒̈́̈́̃͛͑̍̀͗̿̋̇̐̃̒́̊̍̇̈̽̀̌̈́̉̃̈́̏̈́̂̄͌͛͌̿̽͂̋̕̚͘̚̚̚̚͘̚͘̚͘͜͜͝͠͝͝͝͝͝͝ͅͅͅÒ̷̡̡̧̡̨̡̡̧̨̨̧̢̧̧̨̨̢̨̨̢̨̡̨̢̦̲̝̟̫͍̜͉̥͙͖͔̼̹͚͕̱̫̬̥͔͕̘͉͚͕̝̺͓͓͚̖͓̭̻̗̩̯̗̫̖̗͚͔̰̳͚̰̫̺̻͔̳̙̖͉̣̮͕̻̣̱͉̲̻͖̙̫̘̪͍͚͖̝̲̲̻̫̩̲͎̬̱̝̹͙̱͚͕̱̯̦̩̞̖̟͉̥͎̳̟̠̪̞̳̯̬̲͕̦̺̩̝̠̥̩͎̖̲̦̦͖̜̟̱̥͔̙̯͇̥͖̳̺̞̬̜̼̙̥͕͈̠̼̥̖̼̺̼̜̬̲͕͚̪̳̙̤̬̗̺̫̦̥̘͎͇̯͔̘̝͔͙͙̹̟̰̲̞͙̣͍̫̘͈̖̙̰̗͔̘̜̤̬̝͇̩̗̩̳͚̻̭̖̯̫͎̲̘͙̺̩̗̝̟̰̪͙͇̝̦̱̺̺̠͍̱̺̻̗͖̖̳̩̩̣͎̪͕͈͍͕̬̗̣̺̬̫̋͋̄̌͂͑͛̍̈̀̾̀͗̅̕͜͜͜͝͝ͅͅͅD̴̨̡̢̨̧̧̢̧̧̡̡͚̟͇̝̝̤̘͙͕͖̙̗̱̦͇̞͕̥̱̘͖͉̻͖̥̺̮͎͎͔̻͉̖̖͍͍̠͖͇̦̝͙̱͉̱̦̩̰̤̟̼̻̲̣̞̬͓̖̪̞̼̲̖̫̗̼̯͔̻̖͍̬̯͓͓̱͕͙͈͓͚̣̰̩̺̱͓̩̘̟̖͇̹̼̠͇̝̟̭͎͙̺͈̈̍͜͜͜ͅͅͅĚ̴̢̢̡̢̨̢̨̧̢̢̨̧̧̨̨̡̛̛̥̳̼̣̩̗̲̪͚̤̟͉̼̹͔̙̥̫͇̗̻̝͖̼̟̙̞̹̼͈͔̯̮̖̫̼̮͕͈̟̝̤͖̬͇͍̙̠͎̖̺̲̪̬͕̫̬̠͚͍̗͍̩̭̜̪͖̯͖̱̮̭̠̲̥͍̼̱̻̘̻̪̠̲̤̪͚̼̘͚̲̝͈̹̜͓̲̫̝̝̦̭̘̱̜̺͚̩͕̼̻̺͇͖̗̮̳̫̙̖̖͓̜̝̜̭̖͚͔͔̰̗̱͉̱̭̗͎̦͇̭̩͕̝͙̰̝͕̗̲͚̮̦͓̰͙̺̬̦̪̤͇̤̩̹̗̲͍̭̩̭̲̰͖̳̭͍̞̙̣͎͖͍͉̱͖̙̙̳͎̯͇̲̥̭͖͎̩͓̰̼͚̥̟̖̘͍̺̠͔̙̞͚̩͙͔̺̬̬̤̟̟̙̘̓̈́͊͌̀̍̎̈̾͊͊̎̐͐̍̓͒͒́͐͆̆̏͂̄͋̉͂̎͗͆̊̑̀̈́̔̔͐̃͊̆͊̏̉̓͂̉̔͐̽̅̿͆̈́̉͂͂̌̾̂̈̂̆̇̿̎̏͌̈́̐̍̊̊̌͗̏͒̉̆̔̊̂͛̔̍͒͐͐̎̃̓̊͒̾̈́̂̈́̌̀̐̔͂̒̅͘̚͘͘̚͘̕͘̕͜͜͜͜͝͝͝͝͝͝͝͝ͅͅͅͅͅͅͅͅ a⃗ a⃗⃗ _a#ff0000⃗#ffff00⃗#00ff00⃗#00ffff⃗_#0000ff⃗#ff00ff⃗#000000 ⌬ __*italic*__ _**bold**_ ___***everything***___ #ff0000red#00ff00green#0000ffblue", .{}, true);
|
||||
defer buffer.deinit();
|
||||
const buffer2 = try graphics.TextBuffer.init(threadAllocator, "Ử̵̢̧̧̨̢̡̧̧̢̡̡̡̧̧̡̡̢̡̢̛̛̛̲͔̲̰̮̱͉̪͎̱̳̖̩̠̙͔̺̼̘̻̝̣̠͔̺̤͕̼͍̠̩͔̘̱͕̻͔͈̳͇̩͓̲̙͍̟̟͍̪̦̜͔̪͈̤̲̖̫̞̠͇̫̣̮̩̖̘̫̘̲̻̞̜̲͉͚͇̣͎̖͕̲̣̭̖̲̬̠̻̫̜͔̙̦̫̯͕̞̩̺̙̫̪̘͖͎̞͓͚̭̲̝̣̫̬̜̣̮̥̟̣̖̜̮̘̩͎̱͕̳͓̞̼̟̝̭̠͕̦̩͉̜̜̪̗͖̝͉̺̥͉̫͔̭̯̮̜̼̩̺̙̝̖͖̠͉̥̻̰͈̳̩̱͓̼̮̗̞̝͖̟̟͎̠͈̞̜̲͚̺̮̺͎̠̜͉̗͎̥̣̦̱̰͇̞͍͍̻͍̦̖̮̜̤̪̹̭͔̙͕̼̱̩̲͚̮̫̞̼̙̪̞̦̦̰̖̯̙͕̣͇͕̩̦̤̭͇̑̈́̋̾̃̀̌̒͋͗͗̏̌́̇̐̋̑̅̑͐͐̀͛̽͗̒̀̓̃̄͆͑̉̆͋̆͐̍͌̅̂̑̿͂͑̈́̂͛͐̑̇͂͌̓͌͑̽̔͌̎͗́̈́̓̀̏̿̐̈́̀̀̎̑̉̆͒͘͘̚̕̚͘̚͘͜͜͜͜͜͜͜͜͠͝͝͝͠͝͝ͅͅͅͅͅͅṈ̴̨̧̧̧̧̛̛̛̛͔̩̫͖̞͉̠̝͓͈͚̻̙̩̠̪̭̤̪̞̲͍̻̟͍̦͇̦͈̙̼̜͎̥͍̖̗͍̘̙̬̥̺̭̝̞̺̬̭͔̝̠̯͈̠̦̖̩̱͎̘̲̱̦͖̠̩͈̦̦̤̤̂̔͊̄̊́̓̾́̊̀̍̓͛̂͒͂̒̋̅̂̎̀͌̒̃̊͛͒̽̓͌̐̔͛̔̋̈́̌̈́͋̆͐̽̄̋̽̌́̆͒̈́̀̍͗̈́͒͗́̔̎́̑̄̀͂̆͊͆͊̄̍̔̌̂̈́̓̒̓͆͌͒͗̍̽̏͊͒̅̿̉͗̆̊͌̔̇̃̿́͒͛̽͂̃̑̅͋͛͛̅̒͋̍̉̋̔̔̈̃̍̅̉̄̈̏̓́̏̄͋̅͊͂͊̒͐͗̋̽̔͑͌̇̐͛̋̇̐͌̃͆̈́̓͛͌̔̄͐̂̃̂͗͆̈̾͂͌̋̏̇̽͐̽̈̎̒͛̄̆̊̓͐͂̐͛̾͒̿̓̿͊͒̀̎͒̀̉̈͐̀̾́͘͘͘̚̚͘̚̚͘̚̕̕̚̕͘͘͜͝͠͝͝͠͝͠͝͝͝͠͝͝͠I̵̧̧̢̧̡̡̨̡̢̢̡̛̛̛̛̤̟̘͙͙̜̻͍̳̳̘̜̮̹͇̹͙̬͎͎̜͎̙͙̝̳̙͍͍̱̟̳̫̲͕̗̜̫̤͔̲̥̗̼̣̹͔̞̺̳͍̯̳̳̯̟̟͍͓̖̳̯̥̘̻̯̟̭͖͍̥̔͗͐̈̍̆̄̄́́̒́͐͋͛͒̀͛͐͐̍͐̍̆̈̆̋̆͆̔̏͛̊͑͂̐̈̿̄̿̄̇̈́͌̋̈́̈́͊̀͐̈́͆̅̐̔̄̆͂́͊͛̆͋̂̅̇̊̔͗͂̍̒͛̆̊̑̒̿̎̅͒͒͒͗̿̽̔̒͑̀̃͑́͗́͊͊̑̽̑̿̈́̅̏̈́͂̓̏͗̈́̊̈́̏̏̽̐̉̂̎͊̈́͋́̂͛̏́̆̓̊͗̊̇̓̈́͗͐̇͐͒̐̓́͊͐̓́̌͂̅̓̍̅̉̐͋̀̂̅͆̕̕̚̕̕̕͘͘̚̚̚͜͜͜͜͜͝͝͝͝͝͠͠͝͝ͅͅC̶̢̡̡̧̧̧̧̧̡̧̡̧̡̨̛̛̛̛͉͖̯͇͙͉̳͎̤̘͔̜̜̳̤̤̰̲̱͙̗̩̦̪̰̲̜̣͉̯̥̤̩͔̯̪̘̯̭̹̼͇͙̩̮̫̜͙̥͍̰͙̖̯͉̱̬͚͇̖͉͓͎̥̹̗̖͚̥̩̱͇̜͇̜̻͔̘͙̲̬̫̹͚̖̭̲͚͇͚͈͍̭̼̗͙̘̠̠͇̮̱̑̋̈́̂̂̿͌̀̎̓̊͑̊͐̈́̀̓́̈́̊̎̇̆̈͒̏͌͌͒̓̔̃͑̓̿̐̈́̄̅̈́̾̋̄̀̽̾̔͂͒͐̄̒͛̄͌͆͌̄̔̆͑͒̑̍̆̅̌̇̇̉͛̃̊̎̽̑́̈́͋͋͊͒͋̿̇̓̀͑̿̓̇͌̀̐̄͑̉̿̍̊̽̈́̈́́͑̍͛́̆͂͒̈́̈́̃͛͑̍̀͗̿̋̇̐̃̒́̊̍̇̈̽̀̌̈́̉̃̈́̏̈́̂̄͌͛͌̿̽͂̋̕̚͘̚̚̚̚͘̚͘̚͘͜͜͝͠͝͝͝͝͝͝ͅͅͅÒ̷̡̡̧̡̨̡̡̧̨̨̧̢̧̧̨̨̢̨̨̢̨̡̨̢̦̲̝̟̫͍̜͉̥͙͖͔̼̹͚͕̱̫̬̥͔͕̘͉͚͕̝̺͓͓͚̖͓̭̻̗̩̯̗̫̖̗͚͔̰̳͚̰̫̺̻͔̳̙̖͉̣̮͕̻̣̱͉̲̻͖̙̫̘̪͍͚͖̝̲̲̻̫̩̲͎̬̱̝̹͙̱͚͕̱̯̦̩̞̖̟͉̥͎̳̟̠̪̞̳̯̬̲͕̦̺̩̝̠̥̩͎̖̲̦̦͖̜̟̱̥͔̙̯͇̥͖̳̺̞̬̜̼̙̥͕͈̠̼̥̖̼̺̼̜̬̲͕͚̪̳̙̤̬̗̺̫̦̥̘͎͇̯͔̘̝͔͙͙̹̟̰̲̞͙̣͍̫̘͈̖̙̰̗͔̘̜̤̬̝͇̩̗̩̳͚̻̭̖̯̫͎̲̘͙̺̩̗̝̟̰̪͙͇̝̦̱̺̺̠͍̱̺̻̗͖̖̳̩̩̣͎̪͕͈͍͕̬̗̣̺̬̫̋͋̄̌͂͑͛̍̈̀̾̀͗̅̕͜͜͜͝͝ͅͅͅD̴̨̡̢̨̧̧̢̧̧̡̡͚̟͇̝̝̤̘͙͕͖̙̗̱̦͇̞͕̥̱̘͖͉̻͖̥̺̮͎͎͔̻͉̖̖͍͍̠͖͇̦̝͙̱͉̱̦̩̰̤̟̼̻̲̣̞̬͓̖̪̞̼̲̖̫̗̼̯͔̻̖͍̬̯͓͓̱͕͙͈͓͚̣̰̩̺̱͓̩̘̟̖͇̹̼̠͇̝̟̭͎͙̺͈̈̍͜͜͜ͅͅͅĚ̴̢̢̡̢̨̢̨̧̢̢̨̧̧̨̨̡̛̛̥̳̼̣̩̗̲̪͚̤̟͉̼̹͔̙̥̫͇̗̻̝͖̼̟̙̞̹̼͈͔̯̮̖̫̼̮͕͈̟̝̤͖̬͇͍̙̠͎̖̺̲̪̬͕̫̬̠͚͍̗͍̩̭̜̪͖̯͖̱̮̭̠̲̥͍̼̱̻̘̻̪̠̲̤̪͚̼̘͚̲̝͈̹̜͓̲̫̝̝̦̭̘̱̜̺͚̩͕̼̻̺͇͖̗̮̳̫̙̖̖͓̜̝̜̭̖͚͔͔̰̗̱͉̱̭̗͎̦͇̭̩͕̝͙̰̝͕̗̲͚̮̦͓̰͙̺̬̦̪̤͇̤̩̹̗̲͍̭̩̭̲̰͖̳̭͍̞̙̣͎͖͍͉̱͖̙̙̳͎̯͇̲̥̭͖͎̩͓̰̼͚̥̟̖̘͍̺̠͔̙̞͚̩͙͔̺̬̬̤̟̟̙̘̓̈́͊͌̀̍̎̈̾͊͊̎̐͐̍̓͒͒́͐͆̆̏͂̄͋̉͂̎͗͆̊̑̀̈́̔̔͐̃͊̆͊̏̉̓͂̉̔͐̽̅̿͆̈́̉͂͂̌̾̂̈̂̆̇̿̎̏͌̈́̐̍̊̊̌͗̏͒̉̆̔̊̂͛̔̍͒͐͐̎̃̓̊͒̾̈́̂̈́̌̀̐̔͂̒̅͘̚͘͘̚͘̕͘̕͜͜͜͜͝͝͝͝͝͝͝͝ͅͅͅͅͅͅͅͅ a⃗ a⃗⃗ _a#ff0000⃗#ffff00⃗#00ff00⃗#00ffff⃗_#0000ff⃗#ff00ff⃗#000000 ⌬ __*italic*__ _**bold**_ ___***everything***___ #ff0000red#00ff00green#0000ffblue", .{}, false);
|
||||
defer buffer2.deinit();
|
||||
const dim = try buffer2.calculateLineBreaks(32, 200);
|
||||
try buffer.render(100, 200, 32);
|
||||
try buffer2.render(100, 1200, 32);
|
||||
graphics.Draw.setColor(0xff008000);
|
||||
graphics.Draw.rect(.{100, 400}, .{200, dim[1]});
|
||||
try buffer2.render(100, 400, 32);
|
||||
|
||||
//graphics.Draw.setColor(0xff0000ff);
|
||||
//graphics.Draw.rect(Vec2f{.x = 100, .y = 100}, Vec2f{.x = 200, .y = 100});
|
||||
|
||||
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Reference in New Issue
Block a user