Finished note-compiler, seems to work. TODO: CLI

The note-compiler now also generates code for set_param, and
a function has been added which returns a pointer to a newly
created object (important for loading from a shared object).
There's also a destroyer function.

TODO:
 - write a CLI for the note-compiler
 - let the note-compiler issue the build-commands on his own
 - make the synth load instruments from shared objects

1 files changed, 0 insertions, 72 deletions

diff --git a/note_compiler/note.cpp.todo b/note_compiler/note.cpp.todo
deleted file mode 100644
index a256525..0000000
--- a/note_compiler/note.cpp.todo
+++ /dev/null
@@ -1,72 +0,0 @@
-void Note::set_param(const parameter_t &p, fixed_t v) //ACHTUNG:
-{ 
-	//wenn das verändert wird, muss auch program_t::set_param verändert werden!
-	switch(p.par)
-	{
-		case ATTACK: envelope[p.osc]->set_attack(v*samp_rate >>SCALE); break;
-		case DECAY: envelope[p.osc]->set_decay(v*samp_rate >>SCALE); break;
-		case SUSTAIN: envelope[p.osc]->set_sustain(v); break;
-		case RELEASE: envelope[p.osc]->set_release(v*samp_rate >>SCALE); break;
-		case HOLD: envelope[p.osc]->set_hold(v!=0); break;
-
-		case KSR: oscillator[p.osc].ksr=float(v)/ONE; break;
-		case KSL: oscillator[p.osc].ksl=float(v)/ONE; break;
-
-		case FACTOR: oscillator[p.osc].factor=v; break;
-		case MODULATION: oscillator[p.osc].fm_strength[p.index]=v*pfactor.fm[p.osc][p.index] >>SCALE; break;
-		case OUTPUT: oscillator[p.osc].output=v*pfactor.out[p.osc] >>SCALE; break;
-		case TREMOLO: oscillator[p.osc].tremolo_depth=v; break;
-		case TREM_LFO: oscillator[p.osc].tremolo_lfo=v; break;
-		case VIBRATO: oscillator[p.osc].vibrato_depth=v; break;
-		case VIB_LFO: oscillator[p.osc].vibrato_lfo=v; break;
-		case WAVEFORM: oscillator[p.osc].waveform=v; break;
-		case SYNC: oscillator[p.osc].sync=(v!=0); break;
-
-		case FILTER_ENABLED: output_note("NOTE: cannot enable filter in playing notes"); break;
-		case FILTER_ENV_AMOUNT: filter_params.env_amount=float(v*pfactor.filter_env)/ONE/ONE; break;
-
-		case FILTER_ATTACK:
-			if (filter_params.enabled)
-				filter_envelope->set_attack(v*samp_rate/filter_update_frames >>SCALE);
-			else
-				output_note("NOTE: cannot set filter-attack when filter is disabled");
-			break;
-
-		case FILTER_DECAY:
-			if (filter_params.enabled)
-				filter_envelope->set_decay(v*samp_rate/filter_update_frames >>SCALE);
-			else
-				output_note("NOTE: cannot set filter-decay when filter is disabled");
-			break;
-
-		case FILTER_SUSTAIN:
-			if (filter_params.enabled)
-				filter_envelope->set_sustain(v);
-			else
-				output_note("NOTE: cannot set filter-sustain when filter is disabled");
-			break;
-
-		case FILTER_RELEASE:
-			if (filter_params.enabled)
-				filter_envelope->set_release(v*samp_rate/filter_update_frames >>SCALE);
-			else
-				output_note("NOTE: cannot set filter-release when filter is disabled");
-			break;
-
-		case FILTER_HOLD:
-			if (filter_params.enabled)
-				filter_envelope->set_hold(v!=0);
-			else
-				output_note("NOTE: cannot set filter-hold when filter is disabled");
-			break;
-
-		case FILTER_OFFSET: filter_params.freqfactor_offset=float(v*pfactor.filter_offset)/ONE/ONE; break;
-		case FILTER_RESONANCE: filter_params.resonance=float(v*pfactor.filter_res)/ONE/ONE; break;
-		case FILTER_TREMOLO: filter_params.trem_strength=v; break;
-		case FILTER_TREM_LFO: filter_params.trem_lfo=v; break;
-		
-		case SYNC_FACTOR: sync_factor=v; break;
-		default: throw string("trying to set an unknown parameter");
-
-	}
-}