93 lines
2.2 KiB
C++
93 lines
2.2 KiB
C++
#pragma once
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#include <halp/audio.hpp>
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#include <halp/midi.hpp>
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#include <halp/controls.hpp>
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#include <halp/meta.hpp>
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#include "FrequencyAnalyzer.hpp"
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namespace Amuencha
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{
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class Model
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{
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public:
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halp_meta(name, "Amuencha")
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halp_meta(category, "Audio")
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halp_meta(c_name, "amuencha")
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halp_meta(uuid, "b37351b4-7b8d-4150-9e1c-708eec9182b2")
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// This one will be memcpy'd as it is a trivial type
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struct processor_to_ui
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{
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int min;
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int max;
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std::vector<float> reassigned_frequencies;
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std::vector<float> power_spectrum;
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};
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std::function<void(processor_to_ui&&)> send_message;
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// Define inputs and outputs ports.
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// See the docs at https://github.com/celtera/avendish
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struct ins
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{
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halp::fixed_audio_bus<"Input", float, 1> audio;
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struct : halp::hslider_i32<"Min", halp::range{.min = 0, .max = 127, .init = 24}>
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{
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void update(Model& self)
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{
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self.send_message({.min = this->value, .max = self.inputs.max});
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}
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} min;
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struct : halp::hslider_i32<"Min", halp::range{.min = 0, .max = 127, .init = 72}>
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{
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void update(Model& self)
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{
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self.send_message({.min = self.inputs.min, .max = this->value});
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}
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} max;
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halp::spinbox_i32<"Periods",
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halp::range{.min = 0, .max = 99, .init = 30}> periods;
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} inputs;
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void process_message(const std::vector<float>& frequencies)
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{
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analyzer.setup(sampling_rate,
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frequencies,
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[&] (const std::vector<float>& r_f,
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const std::vector<float>& p_s)
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{
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send_message({.min = inputs.min,
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.max = inputs.max,
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.reassigned_frequencies = r_f,
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.power_spectrum = p_s});
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},
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inputs.periods);
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analyzer.start(QThread::NormalPriority);
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}
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struct outs
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{
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halp::midi_bus<"Output"> midi;
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} outputs;
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using setup = halp::setup;
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void prepare(halp::setup info);
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// Do our processing for N samples
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using tick = halp::tick;
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// Defined in the .cpp
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void operator()(halp::tick t);
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// UI is defined in another file to keep things clear.
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struct ui;
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private:
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float sampling_rate;
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FrequencyAnalyzer analyzer;
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};
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}
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