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#include <algorithm>
#include <ap_int.h>
#include <cmath>
// The Faust compiler will insert the C code here
<<includeIntrinsic>>
<<includeclass>>
#ifndef SAMPLE_RATE
#define SAMPLE_RATE 48000
#endif
#if FAUST_INPUTS > 2
#warning More than 2 inputs defined. Only the first 2 will be used!
#endif
#if FAUST_OUTPUTS < 1
#error At least one output is required!
#endif
#if FAUST_OUTPUTS > 2
#warning More than 2 outputs defined. Only the first 2 will be used!
#endif
static char initialized = 0;
// DSP struct
static mydsp DSP;
// Control arrays
static int icontrol[FAUST_INT_CONTROLS];
static FAUSTFLOAT fcontrol[FAUST_REAL_CONTROLS];
// DSP arrays
static int izone[FAUST_INT_ZONE];
static FAUSTFLOAT fzone[FAUST_FLOAT_ZONE];
void faust_v4(ap_int<24> in_left, ap_int<24> in_right, ap_int<24> *out_left,
ap_int<24> *out_right,
bool bypass_dsp, bool bypass_faust)
{
if (initialized == 0) {
initmydsp(&DSP, SAMPLE_RATE, izone, fzone);
initialized = 1;
}
// Update control
controlmydsp(&DSP, icontrol, fcontrol, izone, fzone);
// Allocate 'inputs' and 'outputs' for 'compute' method
FAUSTFLOAT inputs[FAUST_INPUTS], outputs[FAUST_OUTPUTS];
const float scaleFactor = 8388608.0f;
// Prepare inputs for 'compute' method
#if FAUST_INPUTS > 0
inputs[0] = in_left.to_float() / scaleFactor;
#endif
#if FAUST_INPUTS > 1
inputs[1] = in_right.to_float() / scaleFactor;
#endif
computemydsp(&DSP, inputs, outputs, icontrol, fcontrol, izone, fzone);
// Copy produced outputs
*out_left = ap_int<24>(outputs[0] * scaleFactor);
#if FAUST_OUTPUTS > 1
*out_right = ap_int<24>(outputs[1] * scaleFactor);
#else
*out_right = ap_int<24>(outputs[0] * scaleFactor);
#endif
}
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