exile/v1/src/ugen_filter.h

   1 /*----------------------------------------------------------------------------
   2     ChucK Concurrent, On-the-fly Audio Programming Language
   3       Compiler and Virtual Machine
   4
   5     Copyright (c) 2004 Ge Wang and Perry R. Cook.  All rights reserved.
   6       http://chuck.cs.princeton.edu/
   7       http://soundlab.cs.princeton.edu/
   8
   9     This program is free software; you can redistribute it and/or modify
  10     it under the terms of the GNU General Public License as published by
  11     the Free Software Foundation; either version 2 of the License, or
  12     (at your option) any later version.
  13
  14     This program is distributed in the hope that it will be useful,
  15     but WITHOUT ANY WARRANTY; without even the implied warranty of
  16     MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
  17     GNU General Public License for more details.
  18
  19     You should have received a copy of the GNU General Public License
  20     along with this program; if not, write to the Free Software
  21     Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307
  22     U.S.A.
  23 -----------------------------------------------------------------------------*/
  24
  25 //-----------------------------------------------------------------------------
  26 // file: ugen_filter.h
  27 // desc: ...
  28 //
  29 // author: Ge Wang (gewang@cs.princeton.edu)
  30 //         Perry R. Cook (prc@cs.princeton.edu)
  31 // date: Spring 2004
  32 //-----------------------------------------------------------------------------
  33 #ifndef __UGEN_FILTER_H__
  34 #define __UGEN_FILTER_H__
  35
  36 #include "chuck_dl.h"
  37
  38
  39 // query
  40 DLL_QUERY filter_query( Chuck_DL_Query * query );
  41
  42 // filter
  43 UGEN_CTOR filter_ctor( t_CKTIME now );
  44 UGEN_DTOR filter_dtor( t_CKTIME now, void * data );
  45 UGEN_TICK filter_tick( t_CKTIME now, void * data, SAMPLE in, SAMPLE * out );
  46 UGEN_CTRL filter_ctrl_coefs( t_CKTIME now, void * data, void * value );
  47 UGEN_CGET filter_cget_coefs( t_CKTIME now, void * data, void * out );
  48 UGEN_PMSG filter_pmsg( t_CKTIME now, void * data, const char * msg, void * value );
  49
  50 // biquad
  51 UGEN_CTOR biquad_ctor( t_CKTIME now );
  52 UGEN_DTOR biquad_dtor( t_CKTIME now, void * data );
  53 UGEN_TICK biquad_tick( t_CKTIME now, void * data, SAMPLE in, SAMPLE * out );
  54
  55 UGEN_CTRL biquad_ctrl_pfreq( t_CKTIME now, void * data, void * value );
  56 UGEN_CGET biquad_cget_pfreq( t_CKTIME now, void * data, void * value );
  57 UGEN_CTRL biquad_ctrl_prad( t_CKTIME now, void * data, void * value );
  58 UGEN_CGET biquad_cget_prad( t_CKTIME now, void * data, void * value );
  59 UGEN_CTRL biquad_ctrl_zfreq( t_CKTIME now, void * data, void * value );
  60 UGEN_CGET biquad_cget_zfreq( t_CKTIME now, void * data, void * value );
  61 UGEN_CTRL biquad_ctrl_zrad( t_CKTIME now, void * data, void * value );
  62 UGEN_CGET biquad_cget_zrad( t_CKTIME now, void * data, void * value );
  63 UGEN_CTRL biquad_ctrl_norm( t_CKTIME now, void * data, void * value );
  64 UGEN_CGET biquad_cget_norm( t_CKTIME now, void * data, void * value );
  65 UGEN_CTRL biquad_ctrl_pregain( t_CKTIME now, void * data, void * value );
  66 UGEN_CGET biquad_cget_pregain( t_CKTIME now, void * data, void * value );
  67 UGEN_CTRL biquad_ctrl_eqzs( t_CKTIME now, void * data, void * value );
  68 UGEN_CGET biquad_cget_eqzs( t_CKTIME now, void * data, void * value );
  69 UGEN_CTRL biquad_ctrl_b0( t_CKTIME now, void * data, void * value );
  70 UGEN_CGET biquad_cget_b0( t_CKTIME now, void * data, void * value );
  71 UGEN_CTRL biquad_ctrl_b1( t_CKTIME now, void * data, void * value );
  72 UGEN_CGET biquad_cget_b1( t_CKTIME now, void * data, void * value );
  73 UGEN_CTRL biquad_ctrl_b2( t_CKTIME now, void * data, void * value );
  74 UGEN_CGET biquad_cget_b2( t_CKTIME now, void * data, void * value );
  75 UGEN_CTRL biquad_ctrl_a0( t_CKTIME now, void * data, void * value );
  76 UGEN_CGET biquad_cget_a0( t_CKTIME now, void * data, void * value );
  77 UGEN_CTRL biquad_ctrl_a1( t_CKTIME now, void * data, void * value );
  78 UGEN_CGET biquad_cget_a1( t_CKTIME now, void * data, void * value );
  79 UGEN_CTRL biquad_ctrl_a2( t_CKTIME now, void * data, void * value );
  80 UGEN_CGET biquad_cget_a2( t_CKTIME now, void * data, void * value );
  81
  82 // onepole
  83 UGEN_CTOR onepole_ctor( t_CKTIME now );
  84 UGEN_DTOR onepole_dtor( t_CKTIME now, void * data );
  85 UGEN_TICK onepole_tick( t_CKTIME now, void * data, SAMPLE in, SAMPLE * out );
  86 UGEN_CTRL onepole_ctrl_pole( t_CKTIME now, void * data, void * value );
  87
  88 // onezero
  89 UGEN_CTOR onezero_ctor( t_CKTIME now );
  90 UGEN_DTOR onezero_dtor( t_CKTIME now, void * data );
  91 UGEN_TICK onezero_tick( t_CKTIME now, void * data, SAMPLE in, SAMPLE * out );
  92 UGEN_CTRL onezero_ctrl_zero( t_CKTIME now, void * data, void * value );
  93
  94 // twopole
  95 UGEN_CTOR twopole_ctor( t_CKTIME now );
  96 UGEN_DTOR twopole_dtor( t_CKTIME now, void * data );
  97 UGEN_TICK twopole_tick( t_CKTIME now, void * data, SAMPLE in, SAMPLE * out );
  98 UGEN_CTRL twopole_ctrl_freq( t_CKTIME now, void * data, void * value );
  99 UGEN_CTRL twopole_ctrl_rad( t_CKTIME now, void * data, void * value );
 100 UGEN_CTRL twopole_ctrl_norm( t_CKTIME now, void * data, void * value );
 101
 102 // twozero
 103 UGEN_CTOR twozero_ctor( t_CKTIME now );
 104 UGEN_DTOR twozero_dtor( t_CKTIME now, void * data );
 105 UGEN_TICK twozero_tick( t_CKTIME now, void * data, SAMPLE in, SAMPLE * out );
 106 UGEN_CTRL twozero_ctrl_freq( t_CKTIME now, void * data, void * value );
 107 UGEN_CTRL twozero_ctrl_rad( t_CKTIME now, void * data, void * value );
 108
 109 // gQ
 110 UGEN_CTOR gQ_ctor( t_CKTIME now );
 111 UGEN_DTOR gQ_dtor( t_CKTIME now, void * data );
 112 UGEN_TICK gQ_tick( t_CKTIME now, void * data, SAMPLE in, SAMPLE * out );
 113 UGEN_CTRL gQ_ctrl_freq( t_CKTIME now, void * data, void * value );
 114 UGEN_CTRL gQ_ctrl_rad( t_CKTIME now, void * data, void * value );
 115
 116 // allpass
 117 UGEN_CTOR allpass_ctor( t_CKTIME now );
 118 UGEN_DTOR allpass_dtor( t_CKTIME now, void * data );
 119 UGEN_TICK allpass_tick( t_CKTIME now, void * data, SAMPLE in, SAMPLE * out );
 120 UGEN_PMSG allpass_pmsg( t_CKTIME now, void * data, const char * msg, void * value );
 121
 122 // delay
 123 UGEN_CTOR delay_ctor( t_CKTIME now );
 124 UGEN_DTOR delay_dtor( t_CKTIME now, void * data );
 125 UGEN_TICK delay_tick( t_CKTIME now, void * data, SAMPLE in, SAMPLE * out );
 126 UGEN_CTRL delay_ctrl_delay( t_CKTIME now, void * data, void * value );
 127 UGEN_CTRL delay_ctrl_max( t_CKTIME now, void * data, void * value );
 128 UGEN_CTRL delay_ctrl_tap( t_CKTIME now, void * data, void * value );
 129 UGEN_CTRL delay_ctrl_energy( t_CKTIME now, void * data, void * value );
 130
 131 // delayA
 132 UGEN_CTOR delayA_ctor( t_CKTIME now );
 133 UGEN_DTOR delayA_dtor( t_CKTIME now, void * data );
 134 UGEN_TICK delayA_tick( t_CKTIME now, void * data, SAMPLE in, SAMPLE * out );
 135 UGEN_CTRL delayA_ctrl_delay( t_CKTIME now, void * data, void * value );
 136 UGEN_CTRL delayA_ctrl_max( t_CKTIME now, void * data, void * value );
 137
 138 // delayL
 139 UGEN_CTOR delayL_ctor( t_CKTIME now );
 140 UGEN_DTOR delayL_dtor( t_CKTIME now, void * data );
 141 UGEN_TICK delayL_tick( t_CKTIME now, void * data, SAMPLE in, SAMPLE * out );
 142 UGEN_CTRL delayL_ctrl_delay( t_CKTIME now, void * data, void * value );
 143 UGEN_CTRL delayL_ctrl_max( t_CKTIME now, void * data, void * value );
 144
 145
 146
 147
 148 #endif