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#ifndef EFFECT_COMPRESSOR_H
#define EFFECT_COMPRESSOR_H
#include "engine/audio_effect.h"
class AudioEffectCompressor : public AudioEffect {
float rundb, averatio, runratio, runmax, maxover, gr_meter;
int current_channel;
int block_size;
int sampling_rate;
enum ControlPorts {
CONTROL_PORT_PRE_GAIN_DB,
CONTROL_PORT_THRESHOLD_DB,
CONTROL_PORT_RATIO,
CONTROL_PORT_ATTACK_MS,
CONTROL_PORT_RELEASE_MS,
CONTROL_PORT_POST_GAIN_DB,
CONTROL_PORT_MIX,
CONTROL_PORT_MAX
};
bool sidechain;
ControlPortDefault control_ports[CONTROL_PORT_MAX];
void _update_buffers();
public:
//process
virtual bool has_secondary_input() const;
virtual void process(const Event *p_events, int p_event_count, const AudioFrame *p_in, AudioFrame *p_out, bool p_prev_active);
virtual void process_with_secondary(const Event *p_events, int p_event_count, const AudioFrame *p_in, const AudioFrame *p_secondary, AudioFrame *p_out, bool p_prev_active);
virtual void set_process_block_size(int p_size);
virtual void set_sampling_rate(int p_hz);
//info
virtual String get_name() const;
virtual String get_unique_id() const;
virtual String get_provider_id() const;
virtual int get_control_port_count() const;
virtual ControlPort *get_control_port(int p_port);
virtual void reset();
/* Load/Save */
virtual JSON::Node to_json() const;
virtual Error from_json(const JSON::Node &node);
AudioEffectCompressor(bool p_sidechain);
~AudioEffectCompressor();
};
#endif // EFFECT_COMPRESSOR_H
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