tyler
7240cf8ecf
Two extensibility easy-wins, both behavior-preserving: - UiModalOpen() centralizes the "an overlay owns input" check that was copy-pasted as `!showFileBrowser && !showAbout` across 6 input gates. New overlays now update one place. - Colormaps become a COLORMAPS[] table (name + function) indexed by enum. GetColormapColor and the sidebar both read it, so adding a colormap is one enum value + one Cmap* fn + one row — and the sidebar name can no longer drift from the enum (deleted the parallel colormapNames[] array). Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
31 lines
1.1 KiB
C
31 lines
1.1 KiB
C
// render.h - UI scaling, colormaps, spectrogram texture generation, drawing
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#ifndef RENDER_H
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#define RENDER_H
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#include "spectrogram_types.h"
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// --- UI scaling & scaled text ---
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float GetUIScale(void);
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void DrawTextScaled(const char* text, float x, float y, float baseSize, Color color);
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float MeasureTextScaled(const char* text, float baseSize);
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// --- Colormaps ---
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void GenerateColormapTexture(void);
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const char* ColormapName(ColormapType type);
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// --- Spectrogram texture ---
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// GenerateSpectrogramTexture recomputes the synchrosqueezed reassignment (use
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// when the STFT changes). ColorizeSpectrogram only re-maps the cached
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// reassignment to colors (use for dB-floor / colormap changes).
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void GenerateSpectrogramTexture(StftResult* stft, Image* image, Texture2D* texture);
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void ColorizeSpectrogram(Image* image, Texture2D* texture);
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// --- On-screen drawing (operate on the global app state) ---
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void DrawSpectrogramGrid(Rectangle bounds, int numCellsX, int numCellsY, Color color);
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void DrawLabels(Rectangle bounds);
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void DrawSelection(Rectangle bounds);
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void DrawSelectionDrag(Rectangle bounds);
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void DrawPlayhead(Rectangle bounds);
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#endif // RENDER_H
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