/* Copyright 2016 Libaudioverse Developers. See the COPYRIGHT
file at the top-level directory of this distribution.

Licensed under the mozilla Public License, version 2.0 <LICENSE.MPL2 or
https://www.mozilla.org/en-US/MPL/2.0/> or the Gbnu General Public License, V3 or later
<LICENSE.GPL3 or http://www.gnu.org/licenses/>, at your option. All files in the project
carrying such notice may not be copied, modified, or distributed except according to those terms. */
#pragma once
#include "libaudioverse.h"
#ifdef __cplusplus
extern "C" {
#endif

/**This file contains the property enums for Libaudioverse.

It is worth keeping separate because it will grow rapidly and contain documentation comments and etc.

The standard for naming is:
Lav_NODETYPE_PROPNAME

Furthermore, all libaudioverse properties are negative.

Values below -100 are reserved for standard events and properties on all objects.
*/

enum lav_STANDARD_PROPERTIES {
	Lav_NODE_STATE = -100,
	Lav_NODE_MUL = -101,
	Lav_NODE_ADD = -102,
	Lav_NODE_CHANNEL_INTERPRETATION = -104,
};

enum Lav_CHANNEL_INTERPRETATIONS {
	Lav_CHANNEL_INTERPRETATION_DISCRETE = 0,
	Lav_CHANNEL_INTERPRETATION_SPEAKERS = 1,
};

enum Lav_OSCILLATOR_PROPERTIES {
	Lav_OSCILLATOR_FREQUENCY = -200,
	Lav_OSCILLATOR_PHASE = -201,
	Lav_OSCILLATOR_FREQUENCY_MULTIPLIER = -202,
};

enum lav_SQUARE_PROPERTIES {
	Lav_SQUARE_HARMONICS = -1,
	Lav_SQUARE_DUTY_CYCLE = -2,
};

enum lav_TRIANGLE_PROPERTIES {
	Lav_TRIANGLE_HARMONICS = -3,
};

enum lav_SAW_PROPERTIES {
	Lav_SAW_HARMONICS = -3,
};

enum Lav_NOISE_PROPERTIES {
	Lav_NOISE_NOISE_TYPE = -1,
	Lav_NOISE_SHOULD_NORMALIZE = -2,
};

enum Lav_NOISE_TYPES {
	Lav_NOISE_TYPE_WHITE = 0,
	Lav_NOISE_TYPE_PINK = 1,
	Lav_NOISE_TYPE_BROWN = 2,
};

enum Lav_PANNER_PROPERTIES {
	Lav_PANNER_AZIMUTH = -1,
	Lav_PANNER_ELEVATION = -2,
	Lav_PANNER_CHANNEL_MAP = -3,
	Lav_PANNER_SHOULD_CROSSFADE = -4,
	Lav_PANNER_STRATEGY = -5,
};

enum Lav_PANNER_BANK_PROPERTIES {
	Lav_PANNER_BANK_SPREAD = -20,
	Lav_PANNER_BANK_COUNT = -21,
	Lav_PANNER_BANK_IS_CENTERED =-22,
};

enum Lav_PANNING_STRATEGIES {
	Lav_PANNING_STRATEGY_HRTF,
	Lav_PANNING_STRATEGY_STEREO,
	Lav_PANNING_STRATEGY_SURROUND40,
	Lav_PANNING_STRATEGY_SURROUND51,
	Lav_PANNING_STRATEGY_SURROUND71,
};


enum Lav_MIXER_PROPERTIES {
	Lav_MIXER_MAX_PARENTS = -1,
	Lav_MIXER_INPUTS_PER_PARENT = -2,
};

enum Lav_DELAY_PROPERTIES {
	Lav_DELAY_DELAY = -1,
	Lav_DELAY_DELAY_MAX = -2,
	Lav_DELAY_FEEDBACK = -3,
	Lav_DELAY_INTERPOLATION_TIME = -4,
};

enum Lav_PUSH_NODE_PROPERTIES {
	Lav_PUSH_THRESHOLD = -1,
};

//biquad objects.

enum Lav_BIQUAD_PROPERTIES {
	Lav_BIQUAD_FILTER_TYPE = -1,
	Lav_BIQUAD_Q = -2,
	Lav_BIQUAD_FREQUENCY = -3,
	Lav_BIQUAD_DBGAIN = -4,
};

enum Lav_BIQUAD_TYPES {
	Lav_BIQUAD_TYPE_LOWPASS = 0,
	Lav_BIQUAD_TYPE_HIGHPASS = 1,
	Lav_BIQUAD_TYPE_BANDPASS = 2,
	Lav_BIQUAD_TYPE_NOTCH = 3,
	Lav_BIQUAD_TYPE_ALLPASS = 4,
	Lav_BIQUAD_TYPE_PEAKING = 5,
	Lav_BIQUAD_TYPE_LOWSHELF = 6,
	Lav_BIQUAD_TYPE_HIGHSHELF = 7,
	Lav_BIQUAD_TYPE_IDENTITY = 8,
};

//this is for feedback delay networks. We shorten because otherwise it would be insane to actually use these.
enum Lav_FEEDBACK_DELAY_NETWORK_PROPERTIES {
	Lav_FDN_MAX_DELAY = -1,
	Lav_FDN_OUTPUT_GAINS = -2,
	Lav_FDN_DELAYS = -3,
	Lav_FDN_MATRIX = -4,
	Lav_FDN_FILTER_TYPES = -5,
	Lav_FDN_FILTER_FREQUENCIES = -6,
};

enum Lav_FDN_FILTER_TYPES {
	Lav_FDN_FILTER_TYPE_DISABLED = 0,
	Lav_FDN_FILTER_TYPE_LOWPASS = 1,
	Lav_FDN_FILTER_TYPE_HIGHPASS = 2,
};

enum Lav_BUFFER_PROPERTIES {
	Lav_BUFFER_BUFFER = -1,
	Lav_BUFFER_POSITION = -2,
	Lav_BUFFER_RATE = -3,
	Lav_BUFFER_LOOPING = -4,
	Lav_BUFFER_ENDED_COUNT = -5,
};

enum Lav_CONVOLVER_PROPERTIES {
	Lav_CONVOLVER_IMPULSE_RESPONSE = -1,
};

enum Lav_THREE_BAND_EQ_PROPERTIES {
	Lav_THREE_BAND_EQ_HIGHBAND_DBGAIN = -1,
	Lav_THREE_BAND_EQ_HIGHBAND_FREQUENCY = -2,
	Lav_THREE_BAND_EQ_MIDBAND_DBGAIN = -3,
	Lav_THREE_BAND_EQ_LOWBAND_DBGAIN = -4,
	Lav_THREE_BAND_EQ_LOWBAND_FREQUENCY= -5,
};

enum Lav_FILTERED_DELAY_PROPERTIES {
	Lav_FILTERED_DELAY_DELAY = -1,
	Lav_FILTERED_DELAY_FEEDBACK = -2,
	Lav_FILTERED_DELAY_INTERPOLATION_TIME = -3,
	Lav_FILTERED_DELAY_DELAY_MAX = -4,
	Lav_FILTERED_DELAY_FILTER_TYPE = -5,
	Lav_FILTERED_DELAY_Q = -6,
	Lav_FILTERED_DELAY_FREQUENCY = -7,
	Lav_FILTERED_DELAY_DBGAIN = -8,
};

enum Lav_CROSSFADER_PROPERTIES {
	Lav_CROSSFADER_CURRENT_INPUT = -1,
	Lav_CROSSFADER_TARGET_INPUT = -2,
	Lav_CROSSFADER_IS_CROSSFADING = -3,
};

enum Lav_ONE_POLE_FILTER_PROPERTIES {
	Lav_ONE_POLE_FILTER_FREQUENCY = -1,
	Lav_ONE_POLE_FILTER_IS_HIGHPASS = -2,
};

enum Lav_FIRST_ORDER_FILTER_PROPERTIES {
	Lav_FIRST_ORDER_FILTER_POLE = -1,
	Lav_FIRST_ORDER_FILTER_ZERO = -2,
};

enum Lav_ALLPASS_OPROPERTIES {
	Lav_ALLPASS_DELAY_SAMPLES = -1,
	Lav_ALLPASS_DELAY_SAMPLES_MAX = -2,
	Lav_ALLPASS_INTERPOLATION_TIME = -3,
	Lav_ALLPASS_COEFFICIENT = -4,
};

enum Lav_FDN_REVERB_PROPERTIES {
	Lav_FDN_REVERB_T60 = -1,
	Lav_FDN_REVERB_CUTOFF_FREQUENCY = -2,
	Lav_FDN_REVERB_DENSITY = -3,
	Lav_FDN_REVERB_DELAY_MODULATION_DEPTH = -4,
	Lav_FDN_REVERB_DELAY_MODULATION_FREQUENCY = -5,
};

enum Lav_BLIT_PROPERTIES {
	Lav_BLIT_HARMONICS = -1,
	Lav_BLIT_SHOULD_NORMALIZE = -4,
};

enum Lav_LEAKY_INTEGRATOR_PROPERTIES {
	Lav_LEAKY_INTEGRATOR_LEAKYNESS = -1,
};

enum Lav_FILE_STREAMER_PROPERTIES {
	Lav_FILE_STREAMER_POSITION = -1,
	Lav_FILE_STREAMER_LOOPING = -2,
	Lav_FILE_STREAMER_ENDED= -3,
};

#ifdef __cplusplus
}
#endif