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Introduces but disables a couple of bits of logging that might be helpful again in the future.

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This commit is contained in:
Thomas Harte 2019-02-24 14:30:39 -05:00
parent 2f9e825728
commit c775a6c0f8
1 changed files with 27 additions and 0 deletions
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27
Outputs/OpenGL/ScanTarget.cpp
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@ -16,6 +16,11 @@
using namespace Outputs::Display::OpenGL;
#ifndef NDEBUG
//#define LOG_LINES
//#define LOG_SCANS
#endif
namespace {
/// The texture unit from which to source input data.
@ -151,6 +156,17 @@ void ScanTarget::end_scan() {
vended_scan_->line = write_pointers_.line;
vended_scan_->scan.end_points[0].data_offset += TextureAddressGetX(vended_write_area_pointer_);
vended_scan_->scan.end_points[1].data_offset += TextureAddressGetX(vended_write_area_pointer_);
#ifdef LOG_SCANS
if(vended_scan_->scan.composite_amplitude) {
std::cout << "S: ";
std::cout << vended_scan_->scan.end_points[0].composite_angle << "/" << vended_scan_->scan.end_points[0].data_offset << "/" << vended_scan_->scan.end_points[0].cycles_since_end_of_horizontal_retrace << " -> ";
std::cout << vended_scan_->scan.end_points[1].composite_angle << "/" << vended_scan_->scan.end_points[1].data_offset << "/" << vended_scan_->scan.end_points[1].cycles_since_end_of_horizontal_retrace << " => ";
std::cout << double(vended_scan_->scan.end_points[1].composite_angle - vended_scan_->scan.end_points[0].composite_angle) / (double(vended_scan_->scan.end_points[1].data_offset - vended_scan_->scan.end_points[0].data_offset) * 64.0f) << "/";
std::cout << double(vended_scan_->scan.end_points[1].composite_angle - vended_scan_->scan.end_points[0].composite_angle) / (double(vended_scan_->scan.end_points[1].cycles_since_end_of_horizontal_retrace - vended_scan_->scan.end_points[0].cycles_since_end_of_horizontal_retrace) * 64.0f);
std::cout << std::endl;
}
#endif
}
vended_scan_ = nullptr;
}
@ -302,6 +318,17 @@ void ScanTarget::announce(Event event, bool is_visible, const Outputs::Display::
active_line_->end_points[1].y = location.y;
active_line_->end_points[1].cycles_since_end_of_horizontal_retrace = location.cycles_since_end_of_horizontal_retrace;
active_line_->end_points[1].composite_angle = location.composite_angle;
#ifdef LOG_LINES
if(active_line_->composite_amplitude) {
std::cout << "L: ";
std::cout << active_line_->end_points[0].composite_angle << "/" << active_line_->end_points[0].cycles_since_end_of_horizontal_retrace << " -> ";
std::cout << active_line_->end_points[1].composite_angle << "/" << active_line_->end_points[1].cycles_since_end_of_horizontal_retrace << " => ";
std::cout << (active_line_->end_points[1].composite_angle - active_line_->end_points[0].composite_angle) << "/" << (active_line_->end_points[1].cycles_since_end_of_horizontal_retrace - active_line_->end_points[0].cycles_since_end_of_horizontal_retrace) << " => ";
std::cout << double(active_line_->end_points[1].composite_angle - active_line_->end_points[0].composite_angle) / (double(active_line_->end_points[1].cycles_since_end_of_horizontal_retrace - active_line_->end_points[0].cycles_since_end_of_horizontal_retrace) * 64.0f);
std::cout << std::endl;
}
#endif
}
}
output_is_visible_ = is_visible;