crosstyan
1005e50be0
Move scheme and PID training runtime behavior into the pure track_core layer and expose render sinks for injected strip application. Add ESP compatibility adapters, Python bindings/test scaffolding, and in-memory render support so app_track_bt can consume core render and runtime logic without duplicating it. Cover circular/linear rendering boundaries, all scheme runtime types, scheme render_to parity, PID sample de-duplication, speed suppression, and live tuning in track-core tests.
41 lines
966 B
C++
41 lines
966 B
C++
#ifndef D2AF35D4_5EEF_406F_A3F6_F7E6F2AA24C4
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#define D2AF35D4_5EEF_406F_A3F6_F7E6F2AA24C4
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#include "app_strip_if.hpp"
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#include "app_track_model.hpp"
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#include "track_core/render.hpp"
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#include <array>
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#include <cstdint>
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namespace app::track {
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struct TrackRenderSpan {
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uint16_t start_led{};
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uint16_t led_count{};
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Color color;
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};
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struct TrackRenderPlan {
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static constexpr size_t MAX_SPANS = 4;
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void add_fill(uint16_t start_led, uint16_t led_count, Color color);
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[[nodiscard]]
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bool empty() const {
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return span_count == 0;
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}
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std::array<TrackRenderSpan, MAX_SPANS> spans{};
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size_t span_count{};
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};
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[[nodiscard]]
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TrackRenderPlan make_track_render_plan(const TrackConfig &config, const TrackInfo &info, const report &rep);
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void apply_render_plan(app::strip::StripView strip, const TrackRenderPlan &plan);
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[[nodiscard]]
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track_core::TrackRenderSink make_track_render_sink(app::strip::StripView &strip);
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}
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#endif /* D2AF35D4_5EEF_406F_A3F6_F7E6F2AA24C4 */
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