Add radial display mode.
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colorchord2/DisplayRadialPoles.c
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153
colorchord2/DisplayRadialPoles.c
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//Copyright 2015 <>< Charles Lohr under the ColorChord License.
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#include "outdrivers.h"
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#include "notefinder.h"
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#include <stdio.h>
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#include "parameters.h"
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#include <stdlib.h>
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#include <math.h>
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#include <string.h>
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#include "color.h"
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#include "CNFG.h"
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//Uses: note_amplitudes2[note] for how many lights to use.
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//Uses: note_amplitudes_out[note] for how bright it should be.
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extern short screenx, screeny;
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struct DPRDriver
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{
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float centeroffset;
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float radialscale;
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float polewidth;
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int radialmode;
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};
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static void DPRUpdate(void * id, struct NoteFinder*nf)
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{
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struct DPRDriver * d = (struct DPRDriver*)id;
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if( d->radialmode == 0 )
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{
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int pole = 0;
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int freqbins = nf->freqbins;
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for( pole = 0; pole < freqbins; pole++ )
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{
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float angle = pole / (float)freqbins * 3.14159 * 2;
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float cx = screenx/2;
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float cy = screeny/2;
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cx += cos( angle ) * d->centeroffset;
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cy += sin( angle ) * d->centeroffset;
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float extentx = cx + cos(angle) * d->radialscale * nf->folded_bins[pole];
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float extenty = cy + sin(angle) * d->radialscale * nf->folded_bins[pole];
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float orthox = sin(angle) * d->polewidth;
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float orthoy = -cos(angle) * d->polewidth;
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float p1x = cx + orthox;
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float p1y = cy + orthoy;
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float p2x = cx - orthox;
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float p2y = cy - orthoy;
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float p3x = extentx + orthox;
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float p3y = extenty + orthoy;
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float p4x = extentx - orthox;
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float p4y = extenty - orthoy;
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CNFGColor( CCtoHEX( pole / (float)freqbins, 1.0, 1.0 ) );
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RDPoint pts[6] = {
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{ p1x, p1y },
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{ p2x, p2y },
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{ p3x, p3y },
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{ p4x, p4y },
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{ p3x, p3y },
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{ p2x, p2y },
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};
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CNFGTackPoly( pts, 3 );
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CNFGTackPoly( pts+3, 3 );
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CNFGColor( 0x00000000 );
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CNFGTackSegment( p1x, p1y, p2x, p2y);
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CNFGTackSegment( p2x, p2y, p4x, p4y);
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CNFGTackSegment( p3x, p3y, p1x, p1y);
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CNFGTackSegment( p4x, p4y, p3x, p3y);
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}
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}
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else if( d->radialmode == 1 )
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{
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int pole = 0;
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int polen = 0;
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int freqbins = nf->freqbins;
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for( pole = 0; pole < freqbins; pole++ )
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{
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polen = (pole+1)%freqbins;
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float angleT = pole / (float)freqbins * 3.14159 * 2;
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float angleN = polen / (float)freqbins * 3.14159 * 2;
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float cx = screenx/2;
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float cy = screeny/2;
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float p1x = cx + cos( angleT ) * d->centeroffset;
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float p1y = cy + sin( angleT ) * d->centeroffset;
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float p2x = cx + cos( angleN ) * d->centeroffset;
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float p2y = cy + sin( angleN ) * d->centeroffset;
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float binval = nf->folded_bins[pole];
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float binvalN = nf->folded_bins[polen];
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float p3x = cx + cos( angleT ) * (d->radialscale * binval + d->centeroffset);
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float p3y = cy + sin( angleT ) * (d->radialscale * binval + d->centeroffset);
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float p4x = cx + cos( angleN ) * (d->radialscale * binvalN + d->centeroffset);
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float p4y = cy + sin( angleN ) * (d->radialscale * binvalN + d->centeroffset);
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CNFGColor( CCtoHEX( pole / (float)freqbins, 1.0, 1.0 ) );
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RDPoint pts[6] = {
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{ p1x, p1y },
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{ p2x, p2y },
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{ p3x, p3y },
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{ p4x, p4y },
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{ p3x, p3y },
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{ p2x, p2y },
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};
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CNFGTackPoly( pts, 3 );
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CNFGTackPoly( pts+3, 3 );
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CNFGColor( 0x00000000 );
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CNFGTackSegment( p1x, p1y, p2x, p2y);
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CNFGTackSegment( p2x, p2y, p4x, p4y);
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CNFGTackSegment( p3x, p3y, p1x, p1y);
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CNFGTackSegment( p4x, p4y, p3x, p3y);
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}
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}
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CNFGColor( 0xffffff );
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}
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static void DPRParams(void * id )
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{
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struct DPRDriver * d = (struct DPRDriver*)id;
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d->centeroffset = 160; RegisterValue( "centeroffset", PAFLOAT, &d->centeroffset, sizeof( d->centeroffset ) );
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d->radialscale = 1000; RegisterValue( "radialscale", PAFLOAT, &d->radialscale, sizeof( d->radialscale ) );
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d->polewidth = 20; RegisterValue( "polewidth", PAFLOAT, &d->polewidth, sizeof( d->polewidth ) );
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d->radialmode = 0; RegisterValue( "radialmode", PAINT, &d->radialmode, sizeof( d->radialmode ) );
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}
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static struct DriverInstances * DisplayRadialPoles(const char * parameters)
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{
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struct DriverInstances * ret = malloc( sizeof( struct DriverInstances ) );
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struct DPRDriver * d = ret->id = malloc( sizeof( struct DPRDriver ) );
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memset( d, 0, sizeof( struct DPRDriver ) );
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ret->Func = DPRUpdate;
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ret->Params = DPRParams;
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DPRParams( d );
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return ret;
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}
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REGISTER_OUT_DRIVER(DisplayRadialPoles);
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@ -1,6 +1,6 @@
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all : colorchord
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OUTS := OutputVoronoi.o DisplayArray.o OutputLinear.o DisplayPie.o DisplayNetwork.o DisplayUSB2812.o DisplayDMX.o OutputProminent.o RecorderPlugin.o DisplayHIDAPI.o hidapi.o OutputCells.o DisplaySHM.o DisplayFileWrite.o
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OUTS := OutputVoronoi.o DisplayArray.o OutputLinear.o DisplayPie.o DisplayNetwork.o DisplayUSB2812.o DisplayDMX.o OutputProminent.o RecorderPlugin.o DisplayHIDAPI.o hidapi.o OutputCells.o DisplaySHM.o DisplayFileWrite.o DisplayRadialPoles.o
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WINGCC:= i686-w64-mingw32-gcc
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37
colorchord2/radial.conf
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37
colorchord2/radial.conf
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# This is the configuration file for colorchord.
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# Most values are already defaulted in the software.
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# This file is constantly checked for new versions.
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# \r, and ; are used as terminators, so you can put
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# multiple entries on the same line.
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#Whether to limit the control loop to ~60ish FPS.
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cpu_autolimit = 1
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#General GUI properties.
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title = PA Test
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set_screenx = 1280
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set_screeny = 720
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#Sound properties.
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buffer = 384
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play = 0
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rec = 1
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channels = 2
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samplerate = 44100
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wininput = -1
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#Compiled version will default to PULSE (or ALSA) on Linux, WASAPI (winmm) [or WIN for winmm] on Windows and ANDROID on Android
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# sound_source = ALSA
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# sound_source = WASAPI
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#-1 indicates left and right, 0 left, 1 right.
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sample_channel = -1
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# Sets the playback device for CNFA (what speakers to go to)
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devplay = default
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# Sets the device to get audio from, for WASAPI, "default" searches for a mic, and "defaultRender" searches for your loopback.
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devrecord = alsa_output.pci-0000_00_1f.3.analog-stereo.monitor
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outdrivers = DisplayRadialPoles
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radialscale = 3000
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radialmode = 1
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