NO-OP: clang-format
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@ -19,134 +19,135 @@
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#ifndef __ardour_export_analysis_h__
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#define __ardour_export_analysis_h__
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#include <cstring>
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#include <map>
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#include <set>
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#include <vector>
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#include <cstring>
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#include <boost/shared_ptr.hpp>
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#include "ardour/types.h"
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namespace ARDOUR {
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struct ExportAnalysis {
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public:
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ExportAnalysis (size_t w = 800, size_t b = 200)
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: width (w)
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, peak (0)
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, truepeak (0)
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, loudness_range (0)
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, integrated_loudness (0)
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, max_loudness_short (0)
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, max_loudness_momentary (0)
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, loudness_hist_max (0)
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, have_loudness (false)
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, have_lufs_graph (false)
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, have_dbtp (false)
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, norm_gain_factor (1.0)
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, normalized (false)
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, n_channels (1)
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, n_samples (0)
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{
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b = std::max<size_t> (100, b);
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width = std::max<size_t> (800, width);
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namespace ARDOUR
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{
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struct ExportAnalysis {
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public:
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ExportAnalysis (size_t w = 800, size_t b = 200)
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: width (w)
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, peak (0)
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, truepeak (0)
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, loudness_range (0)
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, integrated_loudness (0)
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, max_loudness_short (0)
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, max_loudness_momentary (0)
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, loudness_hist_max (0)
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, have_loudness (false)
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, have_lufs_graph (false)
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, have_dbtp (false)
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, norm_gain_factor (1.0)
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, normalized (false)
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, n_channels (1)
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, n_samples (0)
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{
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b = std::max<size_t> (100, b);
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width = std::max<size_t> (800, width);
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peaks[0].resize (w);
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peaks[1].resize (width);
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spectrum.resize (width);
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peaks[0].resize (w);
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peaks[1].resize (width);
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spectrum.resize (width);
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for (size_t i = 0; i < width; ++i) {
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spectrum[i].resize (b);
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}
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lgraph_i = new float [width]();
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lgraph_s = new float [width]();
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lgraph_m = new float [width]();
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limiter_pk = new float [width]();
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for (size_t i = 0; i < width; ++i) {
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/* d compare to ebu_r128_proc.cc */
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lgraph_i [i] = -200;
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lgraph_s [i] = -200;
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lgraph_m [i] = -200;
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}
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for (size_t i = 0; i < width; ++i) {
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spectrum[i].resize (b);
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}
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ExportAnalysis (const ExportAnalysis& other)
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: width (other.width)
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, peak (other.peak)
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, truepeak (other.truepeak)
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, loudness_range (other.loudness_range)
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, integrated_loudness (other.integrated_loudness)
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, max_loudness_short (other.max_loudness_short)
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, max_loudness_momentary (other.max_loudness_momentary)
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, loudness_hist_max (other.loudness_hist_max)
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, have_loudness (other.have_loudness)
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, have_lufs_graph (other.have_lufs_graph)
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, have_dbtp (other.have_dbtp)
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, norm_gain_factor (other.norm_gain_factor)
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, normalized (other.normalized)
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, n_channels (other.n_channels)
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, n_samples (other.n_samples)
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, peaks (other.peaks)
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, spectrum (other.spectrum)
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{
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lgraph_i = new float [width];
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lgraph_s = new float [width];
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lgraph_m = new float [width];
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limiter_pk = new float [width]();
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lgraph_i = new float[width]();
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lgraph_s = new float[width]();
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lgraph_m = new float[width]();
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limiter_pk = new float[width]();
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truepeakpos[0] = other.truepeakpos[0];
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truepeakpos[1] = other.truepeakpos[1];
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memcpy (loudness_hist, other.loudness_hist, sizeof(float) * width);
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memcpy (lgraph_i, other.lgraph_i, sizeof(float) * width);
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memcpy (lgraph_s, other.lgraph_s, sizeof(float) * width);
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memcpy (lgraph_m, other.lgraph_m, sizeof(float) * width);
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memcpy (limiter_pk, other.limiter_pk, sizeof(float) * width);
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memcpy (freq, other.freq, sizeof(freq));
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for (size_t i = 0; i < width; ++i) {
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/* d compare to ebu_r128_proc.cc */
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lgraph_i[i] = -200;
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lgraph_s[i] = -200;
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lgraph_m[i] = -200;
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}
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}
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~ExportAnalysis ()
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{
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delete [] lgraph_i;
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delete [] lgraph_s;
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delete [] lgraph_m;
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delete [] limiter_pk;
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}
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ExportAnalysis (const ExportAnalysis& other)
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: width (other.width)
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, peak (other.peak)
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, truepeak (other.truepeak)
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, loudness_range (other.loudness_range)
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, integrated_loudness (other.integrated_loudness)
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, max_loudness_short (other.max_loudness_short)
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, max_loudness_momentary (other.max_loudness_momentary)
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, loudness_hist_max (other.loudness_hist_max)
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, have_loudness (other.have_loudness)
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, have_lufs_graph (other.have_lufs_graph)
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, have_dbtp (other.have_dbtp)
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, norm_gain_factor (other.norm_gain_factor)
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, normalized (other.normalized)
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, n_channels (other.n_channels)
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, n_samples (other.n_samples)
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, peaks (other.peaks)
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, spectrum (other.spectrum)
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{
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lgraph_i = new float[width];
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lgraph_s = new float[width];
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lgraph_m = new float[width];
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limiter_pk = new float[width]();
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size_t width;
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float peak;
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float truepeak;
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float loudness_range;
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float integrated_loudness;
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float max_loudness_short;
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float max_loudness_momentary;
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int loudness_hist[540];
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int loudness_hist_max;
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bool have_loudness;
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bool have_lufs_graph;
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bool have_dbtp;
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float norm_gain_factor;
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bool normalized;
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truepeakpos[0] = other.truepeakpos[0];
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truepeakpos[1] = other.truepeakpos[1];
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uint32_t n_channels;
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uint32_t n_samples;
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uint32_t freq[6]; // y-pos, 50, 100, 500, 1k, 5k, 10k [Hz]
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memcpy (loudness_hist, other.loudness_hist, sizeof (float) * width);
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memcpy (lgraph_i, other.lgraph_i, sizeof (float) * width);
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memcpy (lgraph_s, other.lgraph_s, sizeof (float) * width);
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memcpy (lgraph_m, other.lgraph_m, sizeof (float) * width);
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memcpy (limiter_pk, other.limiter_pk, sizeof (float) * width);
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memcpy (freq, other.freq, sizeof (freq));
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}
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std::vector<PeakData> peaks[2];
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std::vector<std::vector<float> > spectrum;
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~ExportAnalysis ()
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{
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delete[] lgraph_i;
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delete[] lgraph_s;
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delete[] lgraph_m;
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delete[] limiter_pk;
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}
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float* lgraph_i; //[800];
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float* lgraph_s; //[800];
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float* lgraph_m; //[800];
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float* limiter_pk; //[800];
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size_t width;
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float peak;
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float truepeak;
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float loudness_range;
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float integrated_loudness;
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float max_loudness_short;
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float max_loudness_momentary;
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int loudness_hist[540];
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int loudness_hist_max;
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bool have_loudness;
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bool have_lufs_graph;
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bool have_dbtp;
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float norm_gain_factor;
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bool normalized;
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std::set<samplecnt_t> truepeakpos[2]; // bins with >= -1dBTB
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};
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uint32_t n_channels;
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uint32_t n_samples;
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uint32_t freq[6]; // y-pos, 50, 100, 500, 1k, 5k, 10k [Hz]
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typedef boost::shared_ptr<ExportAnalysis> ExportAnalysisPtr;
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typedef std::map<std::string, ExportAnalysisPtr> AnalysisResults;
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std::vector<PeakData> peaks[2];
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std::vector<std::vector<float>> spectrum;
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float* lgraph_i;
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float* lgraph_s;
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float* lgraph_m;
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float* limiter_pk;
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std::set<samplecnt_t> truepeakpos[2]; // bins with >= -1dBTB
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};
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typedef boost::shared_ptr<ExportAnalysis> ExportAnalysisPtr;
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typedef std::map<std::string, ExportAnalysisPtr> AnalysisResults;
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} // namespace ARDOUR
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#endif
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