mirror of https://github.com/bsnes-emu/bsnes.git
107 lines
2.9 KiB
C++
107 lines
2.9 KiB
C++
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void APU::serialize(serializer &s) {
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Thread::serialize(s);
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s.integer(regs.bias.level);
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s.integer(regs.bias.amplitude);
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s.integer(regs.clock);
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s.integer(square1.sweep.shift);
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s.integer(square1.sweep.direction);
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s.integer(square1.sweep.frequency);
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s.integer(square1.sweep.enable);
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s.integer(square1.sweep.negate);
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s.integer(square1.sweep.period);
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s.integer(square1.envelope.frequency);
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s.integer(square1.envelope.direction);
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s.integer(square1.envelope.volume);
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s.integer(square1.envelope.period);
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s.integer(square1.enable);
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s.integer(square1.length);
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s.integer(square1.duty);
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s.integer(square1.frequency);
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s.integer(square1.counter);
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s.integer(square1.initialize);
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s.integer(square1.shadowfrequency);
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s.integer(square1.signal);
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s.integer(square1.output);
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s.integer(square1.period);
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s.integer(square1.phase);
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s.integer(square1.volume);
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s.integer(square2.envelope.frequency);
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s.integer(square2.envelope.direction);
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s.integer(square2.envelope.volume);
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s.integer(square2.envelope.period);
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s.integer(square2.enable);
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s.integer(square2.length);
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s.integer(square2.duty);
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s.integer(square2.frequency);
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s.integer(square2.counter);
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s.integer(square2.initialize);
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s.integer(square2.shadowfrequency);
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s.integer(square2.signal);
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s.integer(square2.output);
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s.integer(square2.period);
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s.integer(square2.phase);
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s.integer(square2.volume);
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s.integer(wave.mode);
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s.integer(wave.bank);
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s.integer(wave.dacenable);
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s.integer(wave.length);
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s.integer(wave.volume);
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s.integer(wave.frequency);
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s.integer(wave.counter);
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s.integer(wave.initialize);
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for(auto &value : wave.pattern) s.integer(value);
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s.integer(wave.enable);
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s.integer(wave.output);
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s.integer(wave.patternaddr);
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s.integer(wave.patternbank);
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s.integer(wave.patternsample);
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s.integer(wave.period);
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s.integer(noise.envelope.frequency);
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s.integer(noise.envelope.direction);
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s.integer(noise.envelope.volume);
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s.integer(noise.envelope.period);
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s.integer(noise.length);
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s.integer(noise.divisor);
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s.integer(noise.narrowlfsr);
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s.integer(noise.frequency);
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s.integer(noise.counter);
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s.integer(noise.initialize);
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s.integer(noise.enable);
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s.integer(noise.lfsr);
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s.integer(noise.output);
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s.integer(noise.period);
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s.integer(noise.volume);
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s.integer(sequencer.volume);
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s.integer(sequencer.lvolume);
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s.integer(sequencer.rvolume);
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for(auto &flag : sequencer.lenable) s.integer(flag);
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for(auto &flag : sequencer.renable) s.integer(flag);
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for(auto &flag : sequencer.enable) s.integer(flag);
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s.integer(sequencer.masterenable);
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s.integer(sequencer.base);
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s.integer(sequencer.step);
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s.integer(sequencer.lsample);
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s.integer(sequencer.rsample);
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for(auto &f : fifo) {
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for(auto &value : f.sample) s.integer(value);
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s.integer(f.output);
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s.integer(f.rdoffset);
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s.integer(f.wroffset);
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s.integer(f.size);
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s.integer(f.volume);
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s.integer(f.lenable);
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s.integer(f.renable);
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s.integer(f.timer);
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}
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}
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