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112 lines
3.7 KiB
112 lines
3.7 KiB
#if GARLAND_SUPPORT
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#include "../anim.h"
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#include "../palette.h"
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#include "color_wave.h"
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//------------------------------------------------------------------------------
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class AnimWaves : public Anim {
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public:
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enum Type {
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LongWaves,
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ShortWaves,
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Comets,
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CrossWaves,
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};
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AnimWaves(Type _type) : Anim("Waves"), type(_type) {
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}
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void SetupImpl() override {
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switch (type) {
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case LongWaves:
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wave1 = generateLongWave();
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break;
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case ShortWaves:
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wave1 = generateShortWave();
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break;
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case Comets:
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wave1 = generateCometWave();
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break;
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case CrossWaves:
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WaveType wave1Type = secureRandom(100) > 70 ? WaveType::Comet : WaveType::Wave;
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wave1 = generateCrossingWave(1, wave1Type, ledstmp);
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WaveType wave2Type = secureRandom(100) > 60 ? WaveType::Comet : WaveType::Wave;
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// if first wave is comet - inverse second wave probability to be comer to 60%
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if (wave1Type == WaveType::Comet) {
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wave2Type = wave2Type == WaveType::Comet ? WaveType::Wave : WaveType::Comet;
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}
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// we have only one pixel array for cache
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wave2 = generateCrossingWave(-1, wave2Type, nullptr);
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break;
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}
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glowSetUp();
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}
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void Run() override {
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for (auto i = 0; i < numLeds; ++i) {
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leds[i] = wave1.getLedColor(i);
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if (type == LongWaves) {
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glowForEachLed(i);
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}
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}
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wave1.move();
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if (type == LongWaves) {
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glowRun();
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} else if (type == CrossWaves) {
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for (auto i = 0; i < numLeds; ++i) {
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leds[i] = leds[i].interpolate(wave2.getLedColor(i), 0.5);
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}
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wave2.move();
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}
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}
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private:
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ColorWave generateLongWave() {
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uint16_t waveLen = secureRandom(50, 100);
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bool cleanColors = secureRandom(10) > 7;
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float speed = secureRandom(5, 15) / 10.0;
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int dir = randDir();
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return ColorWave(ColorWave::Params{numLeds, palette, waveLen, cleanColors, 0, ledstmp, WaveType::Wave, speed, dir, false});
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}
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ColorWave generateShortWave() {
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uint16_t waveLen = secureRandom(10, 30);
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bool cleanColors = secureRandom(10) > 7;
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byte fade = palette->bright() ? secureRandom(180, 220) : 0;
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float speed = secureRandom(5, 15) / 10.0;
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int dir = randDir();
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return ColorWave(ColorWave::Params{numLeds, palette, waveLen, cleanColors, fade, ledstmp, WaveType::Wave, speed, dir, false});
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}
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ColorWave generateCometWave() {
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uint16_t waveLen = secureRandom(10, 40);
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bool cleanColors = secureRandom(10) > 5;
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float speed = secureRandom(5, 15) / 10.0;
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int dir = randDir();
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return ColorWave(ColorWave::Params{numLeds, palette, waveLen, cleanColors, 0, ledstmp, WaveType::Comet, speed, dir, false});
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}
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ColorWave generateCrossingWave(int dir, WaveType waveType, Color* pixelCache) {
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Palette* wavePal = &pals[secureRandom(palsNum)];
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uint16_t waveLen = secureRandom(10, 50);
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bool cleanColors = fiftyFifty();
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byte fade = fiftyFifty() ? 0 : palette->bright() ? secureRandom(180, 220) : 120;
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float speed = secureRandom(5, 20) / 10.0;
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bool startEmpty = fiftyFifty();
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return ColorWave(ColorWave::Params{numLeds, wavePal, waveLen, cleanColors, fade, pixelCache, waveType, speed, dir, startEmpty});
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}
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Type type;
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ColorWave wave1;
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ColorWave wave2;
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};
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#endif // GARLAND_SUPPORT
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