zynadd_dynparam_forest_map.c

   1 /* -*- Mode: C ; c-basic-offset: 2 -*- */
   2 /*****************************************************************************
   3  *
   4  *   Copyright (C) 2006,2007,2008,2009 Nedko Arnaudov <nedko@arnaudov.name>
   5  *
   6  *   This program is free software; you can redistribute it and/or modify
   7  *   it under the terms of the GNU General Public License as published by
   8  *   the Free Software Foundation; version 2 of the License
   9  *
  10  *   This program is distributed in the hope that it will be useful,
  11  *   but WITHOUT ANY WARRANTY; without even the implied warranty of
  12  *   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
  13  *   GNU General Public License for more details.
  14  *
  15  *   You should have received a copy of the GNU General Public License
  16  *   along with this program; if not, write to the Free Software
  17  *   Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
  18  *
  19  *****************************************************************************/
  20
  21 #include <stdbool.h>
  22 #include <stdarg.h>
  23 #include <assert.h>
  24 #include <lv2.h>
  25
  26 #include "common.h"
  27 #include "list.h"
  28 #include "addsynth.h"
  29 #include "lv2dynparam/lv2dynparam.h"
  30 #include "lv2dynparam/plugin.h"
  31 #include "zynadd_internal.h"
  32
  33 #define LOG_LEVEL LOG_LEVEL_ERROR
  34 #include "log.h"
  35
  36 const char * g_shape_names[ZYN_LFO_SHAPES_COUNT];
  37 const char * g_analog_filter_type_names[ZYN_FILTER_ANALOG_TYPES_COUNT];
  38 const char * g_sv_filter_type_names[ZYN_FILTER_SV_TYPES_COUNT];
  39 const char * g_filter_type_names[ZYN_FILTER_TYPES_COUNT];
  40 const char * g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTIONS_COUNT];
  41 const char * g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPES_COUNT];
  42 const char * g_oscillator_spectrum_adjust_type_names[ZYN_OSCILLATOR_SPECTRUM_ADJUST_TYPES_COUNT];
  43
  44 void
  45 lv2dynparam_group_init(
  46   struct zyn_forest_map * map_ptr,
  47   unsigned int parent,
  48   unsigned int group,
  49   const char * name,
  50   ...)
  51 {
  52   va_list ap;
  53   const char * hint_name;
  54   const char * hint_value;
  55
  56   LOG_DEBUG("group \"%s\"", name);
  57
  58   map_ptr->groups[group].parent = parent;
  59   map_ptr->groups[group].name = name;
  60
  61   map_ptr->groups[group].hints.count = 0;
  62   map_ptr->groups[group].hints.names = (char **)map_ptr->groups[group].hint_names;
  63   map_ptr->groups[group].hints.values = (char **)map_ptr->groups[group].hint_values;
  64
  65   va_start(ap, name);
  66   while ((hint_name = va_arg(ap, const char *)) != NULL)
  67   {
  68     assert(map_ptr->groups[group].hints.count < ZYN_MAX_HINTS);
  69     map_ptr->groups[group].hint_names[map_ptr->groups[group].hints.count] = hint_name;
  70
  71     hint_value = va_arg(ap, const char *);
  72     if (hint_value == NULL)
  73     {
  74       LOG_DEBUG("hint \"%s\"", hint_name);
  75     }
  76     else
  77     {
  78       LOG_DEBUG("hint \"%s\":\"%s\"", hint_name, hint_value);
  79       map_ptr->groups[group].hint_values[map_ptr->groups[group].hints.count] = hint_value;
  80     }
  81
  82     map_ptr->groups[group].hints.count++;
  83   }
  84   va_end(ap);
  85 }
  86
  87 void zynadd_init_forest_map_globals() __attribute__((constructor));
  88 void zynadd_init_forest_map_globals()
  89 {
  90   g_shape_names[ZYN_LFO_SHAPE_TYPE_SINE] = "Sine";
  91   g_shape_names[ZYN_LFO_SHAPE_TYPE_TRIANGLE] = "Triangle";
  92   g_shape_names[ZYN_LFO_SHAPE_TYPE_SQUARE] = "Square";
  93   g_shape_names[ZYN_LFO_SHAPE_TYPE_RAMP_UP] = "Ramp Up";
  94   g_shape_names[ZYN_LFO_SHAPE_TYPE_RAMP_DOWN] = "Ramp Down";
  95   g_shape_names[ZYN_LFO_SHAPE_TYPE_EXP_DOWN_1] = "E1Down";
  96   g_shape_names[ZYN_LFO_SHAPE_TYPE_EXP_DOWN_2] = "E2Down";
  97
  98   g_filter_type_names[ZYN_FILTER_TYPE_ANALOG] = "Analog";
  99   g_filter_type_names[ZYN_FILTER_TYPE_FORMANT] = "Formant";
 100   g_filter_type_names[ZYN_FILTER_TYPE_STATE_VARIABLE] = "State variable";
 101
 102   g_analog_filter_type_names[ZYN_FILTER_ANALOG_TYPE_LPF1] = "Low-pass - 1 pole";
 103   g_analog_filter_type_names[ZYN_FILTER_ANALOG_TYPE_HPF1] = "High-pass - 1 pole";
 104   g_analog_filter_type_names[ZYN_FILTER_ANALOG_TYPE_LPF2] = "Low-pass - 2 poles";
 105   g_analog_filter_type_names[ZYN_FILTER_ANALOG_TYPE_HPF2] = "High-pass - 2 poles";
 106   g_analog_filter_type_names[ZYN_FILTER_ANALOG_TYPE_BPF2] = "Band-pass - 2 poles";
 107   g_analog_filter_type_names[ZYN_FILTER_ANALOG_TYPE_NF2] = "Notch - 2 poles";
 108   g_analog_filter_type_names[ZYN_FILTER_ANALOG_TYPE_PKF2] = "Peak - 2 poles";
 109   g_analog_filter_type_names[ZYN_FILTER_ANALOG_TYPE_LSH2] = "Low Shelf - 2 poles";
 110   g_analog_filter_type_names[ZYN_FILTER_ANALOG_TYPE_HSH2] = "High Shelf - 2 poles";
 111
 112   g_sv_filter_type_names[ZYN_FILTER_SV_TYPE_LOWPASS] = "Low-pass";
 113   g_sv_filter_type_names[ZYN_FILTER_SV_TYPE_HIGHPASS] = "High-pass";
 114   g_sv_filter_type_names[ZYN_FILTER_SV_TYPE_BANDPASS] = "Band-pass";
 115   g_sv_filter_type_names[ZYN_FILTER_SV_TYPE_NOTCH] = "Notch";
 116
 117   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_SINE] = "Sine";
 118   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_TRIANGLE] = "Triangle";
 119   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_PULSE] = "Pulse";
 120   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_SAW] = "Saw";
 121   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_POWER] = "Power";
 122   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_GAUSS] = "Gauss";
 123   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_DIODE] = "Diode";
 124   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_ABS_SINE] = "Abs sine";
 125   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_PULSE_SINE] = "Pulse sine";
 126   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_STRETCH_SINE] = "Stretch sine";
 127   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_CHIRP] = "Chirp";
 128   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_ABS_STRETCH_SINE] = "Abs stretch sine";
 129   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_CHEBYSHEV] = "Chebyshev";
 130   g_oscillator_base_function_names[ZYN_OSCILLATOR_BASE_FUNCTION_SQRT] = "Sqr";
 131
 132   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_NONE] = "None";
 133   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_ATAN] = "Atan";
 134   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_ASYM1] = "Asym1";
 135   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_POW] = "Pow";
 136   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_SINE] = "Sine";
 137   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_QUANTISIZE] = "Quantisize";
 138   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_ZIGZAG] = "Zig-Zag";
 139   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_LIMITER] = "Limiter";
 140   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_UPPER_LIMITER] = "Upper limiter";
 141   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_LOWER_LIMITER] = "Lower limiter";
 142   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_INVERSE_LIMITER] = "Inverse limiter";
 143   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_CLIP] = "Clip";
 144   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_ASYM2] = "Asym2";
 145   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_POW2] = "Pow2";
 146   g_oscillator_waveshape_type_names[ZYN_OSCILLATOR_WAVESHAPE_TYPE_SIGMOID] = "Sigmoid";
 147
 148   g_oscillator_spectrum_adjust_type_names[ZYN_OSCILLATOR_SPECTRUM_ADJUST_TYPE_NONE] = "None";
 149   g_oscillator_spectrum_adjust_type_names[ZYN_OSCILLATOR_SPECTRUM_ADJUST_TYPE_POW] = "Pow";
 150   g_oscillator_spectrum_adjust_type_names[ZYN_OSCILLATOR_SPECTRUM_ADJUST_TYPE_THERSHOLD_DOWN] = "Thershold down";
 151   g_oscillator_spectrum_adjust_type_names[ZYN_OSCILLATOR_SPECTRUM_ADJUST_TYPE_THERSHOLD_UP] = "Thershold up";
 152 }