void DebugActor::doUpdate(const UpdateState& us)
{
static int fps = 0;
++_frames;
if (_frames > 50)
{
timeMS this_time = getTimeMS();
if (this_time != _startTime)
{
fps = int(((float)_frames / (this_time - _startTime)) * 1000);
}
_startTime = this_time;
_frames = 0;
}
std::stringstream s;
s << "fps=" << fps << std::endl;
#ifdef __S3E__
int mem_used = -1;
int mem_free = -1;
mem_used = s3eMemoryGetInt(S3E_MEMORY_USED);
mem_free = s3eMemoryGetInt(S3E_MEMORY_FREE);
s << "mfree=" << mem_free << " mem=" << mem_used << std::endl;
#endif
#ifdef OXYGINE_DEBUG_TRACE_LEAKS
s << "objects=" << (int)ObjectBase::__getCreatedObjects().size() << std::endl;
#endif
#ifdef OXYGINE_TRACE_VIDEO_STATS
s << "batches=" << _videoStats.batches << " triangles=" << _videoStats.triangles << std::endl;
#endif
s << "update=" << getStage()->_statUpdate << "ms ";
s << "render=" << getStage()->_statRender << "ms ";
s << "textures=" << NativeTexture::created << " ";
s << "\nlisteners=" << getStage()->getListenersCount() << "";
if (!_debugText.empty())
{
s << "\n";
s << _debugText;
}
_debugText = "";
_text->setText(s.str());
setHeight(_text->getTextRect().size.y + _text->getY() + 3);
_bg->setSize(getSize());
Vector2 ds = core::getDisplaySize();
Vector2 pos(0, 0);
switch (_corner)
{
case 1:
pos.x = ds.x;
break;
case 2:
pos = ds;
break;
case 3:
pos.y = ds.y;
break;
}
pos = getStage()->global2local(pos);
Vector2 realSize = getScaledSize();
switch (_corner)
{
case 1:
pos.x -= realSize.x;
break;
case 2:
pos -= realSize;
break;
case 3:
pos.y -= realSize.y;
break;
}
setPosition(pos);
setScale(1.0f / getStage()->getScaleX());
}
int decodeResizeImage(char const *filename, int maxPixels, Bitmap* bitmap) {
LOGI("decodeResizeImage. START");
int returnCode;
int maxWidth;
int maxHeight;
// Decode Image
returnCode = decodeImage(filename, bitmap);
if (returnCode != MEMORY_OK) {
LOGE("Failed to decode image");
freeUnsignedCharArray(&(*bitmap).red);
freeUnsignedCharArray(&(*bitmap).green);
freeUnsignedCharArray(&(*bitmap).blue);
return returnCode;
}
LOGI("decodeResizeImage. IMAGE DECODED");
doTransforms(bitmap, 1, 0, 0);
// Resize red channel
getScaledSize((*bitmap).redWidth, (*bitmap).redHeight, maxPixels, &maxWidth, &maxHeight); //We only need to do this once as r, g, b should be the same sizes
returnCode = resizeChannel(&(*bitmap).red, (*bitmap).redWidth, (*bitmap).redHeight, maxWidth, maxHeight);
if (returnCode != MEMORY_OK) {
freeUnsignedCharArray(&(*bitmap).red);
return returnCode;
}
// Set red channel dimensions
if ((*bitmap).redWidth >= maxWidth && (*bitmap).redHeight >= maxHeight) {
(*bitmap).redWidth = maxWidth;
(*bitmap).redHeight = maxHeight;
}
LOGI("decodeResizeImage. RED COMPLETE");
/**
* GREEN CHANNEL
*/
doTransforms(bitmap, 0, 1, 0);
// Resize green channel
returnCode = resizeChannel(&(*bitmap).green, (*bitmap).greenWidth, (*bitmap).greenHeight, maxWidth, maxHeight);
if (returnCode != MEMORY_OK) {
freeUnsignedCharArray(&(*bitmap).red);
freeUnsignedCharArray(&(*bitmap).green);
return returnCode;
}
// Set green channel dimensions
if ((*bitmap).greenWidth >= maxWidth && (*bitmap).greenHeight >= maxHeight) {
(*bitmap).greenWidth = maxWidth;
(*bitmap).greenHeight = maxHeight;
}
LOGI("decodeResizeImage. GREEN COMPLETE");
/**
* BLUE CHANNEL
*/
doTransforms(bitmap, 0, 0, 1);
// Resize blue channel
returnCode = resizeChannel(&(*bitmap).blue, (*bitmap).blueWidth, (*bitmap).blueHeight, maxWidth, maxHeight);
if (returnCode != MEMORY_OK) {
freeUnsignedCharArray(&(*bitmap).red);
freeUnsignedCharArray(&(*bitmap).green);
freeUnsignedCharArray(&(*bitmap).blue);
return returnCode;
}
// Set blue channel dimensions
if ((*bitmap).blueWidth >= maxWidth && (*bitmap).blueHeight >= maxHeight) {
(*bitmap).blueWidth = maxWidth;
(*bitmap).blueHeight = maxHeight;
}
LOGI("decodeResizeImage. BLUE COMPLETE");
// Set the final bitmap dimensions
if ((*bitmap).redWidth == (*bitmap).greenWidth && (*bitmap).redWidth == (*bitmap).blueWidth
&& (*bitmap).redHeight == (*bitmap).greenHeight && (*bitmap).redHeight == (*bitmap).blueHeight) {
(*bitmap).width = (*bitmap).redWidth;
(*bitmap).height = (*bitmap).redHeight;
} else {
freeUnsignedCharArray(&(*bitmap).red);
freeUnsignedCharArray(&(*bitmap).green);
freeUnsignedCharArray(&(*bitmap).blue);
return INCONSISTENT_BITMAP_ERROR;
}
LOGI("decodeResizeImage. FINISHED");
return MEMORY_OK;
}
int decodeJpegData(char* jpegData, int jpegSize, int maxPixels, Bitmap* bitmap) {
int returnCode;
int maxWidth;
int maxHeight;
// Decode red channel
returnCode = decodeJpegChannel(jpegData, jpegSize, 0, &(*bitmap).red, &(*bitmap).redWidth, &(*bitmap).redHeight);
if (returnCode != MEMORY_OK) {
LOGE("Failed to decode red channel");
njDone();
freeUnsignedCharArray(&(*bitmap).red);
return returnCode;
}
doTransforms(bitmap, 1, 0, 0);
// Resize red channel
getScaledSize((*bitmap).redWidth, (*bitmap).redHeight, maxPixels, &maxWidth, &maxHeight); //We only need to do this once as r, g, b should be the same sizes
returnCode = resizeChannel(&(*bitmap).red, (*bitmap).redWidth, (*bitmap).redHeight, maxWidth, maxHeight);
if (returnCode != MEMORY_OK) {
njDone();
freeUnsignedCharArray(&(*bitmap).red);
return returnCode;
}
// Set red channel dimensions
if ((*bitmap).redWidth >= maxWidth && (*bitmap).redHeight >= maxHeight) {
(*bitmap).redWidth = maxWidth;
(*bitmap).redHeight = maxHeight;
}
// Decode green channel
returnCode = decodeJpegChannel(jpegData, jpegSize, 1, &(*bitmap).green, &(*bitmap).greenWidth, &(*bitmap).greenHeight);
if (returnCode != MEMORY_OK) {
LOGE("Failed to decode green channel");
njDone();
freeUnsignedCharArray(&(*bitmap).red);
freeUnsignedCharArray(&(*bitmap).green);
return returnCode;
}
doTransforms(bitmap, 0, 1, 0);
// Resize green channel
returnCode = resizeChannel(&(*bitmap).green, (*bitmap).greenWidth, (*bitmap).greenHeight, maxWidth, maxHeight);
if (returnCode != MEMORY_OK) {
njDone();
freeUnsignedCharArray(&(*bitmap).red);
freeUnsignedCharArray(&(*bitmap).green);
return returnCode;
}
// Set green channel dimensions
if ((*bitmap).greenWidth >= maxWidth && (*bitmap).greenHeight >= maxHeight) {
(*bitmap).greenWidth = maxWidth;
(*bitmap).greenHeight = maxHeight;
}
// Decode blue channel
returnCode = decodeJpegChannel(jpegData, jpegSize, 2, &(*bitmap).blue, &(*bitmap).blueWidth, &(*bitmap).blueHeight);
if (returnCode != MEMORY_OK) {
LOGE("Failed to decode blue channel");
njDone();
freeUnsignedCharArray(&(*bitmap).red);
freeUnsignedCharArray(&(*bitmap).green);
freeUnsignedCharArray(&(*bitmap).blue);
return returnCode;
}
doTransforms(bitmap, 0, 0, 1);
// Resize blue channel
returnCode = resizeChannel(&(*bitmap).blue, (*bitmap).blueWidth, (*bitmap).blueHeight, maxWidth, maxHeight);
if (returnCode != MEMORY_OK) {
njDone();
freeUnsignedCharArray(&(*bitmap).red);
freeUnsignedCharArray(&(*bitmap).green);
freeUnsignedCharArray(&(*bitmap).blue);
return returnCode;
}
// Set blue channel dimensions
if ((*bitmap).blueWidth >= maxWidth && (*bitmap).blueHeight >= maxHeight) {
(*bitmap).blueWidth = maxWidth;
(*bitmap).blueHeight = maxHeight;
}
// Set the final bitmap dimensions
if ((*bitmap).redWidth == (*bitmap).greenWidth && (*bitmap).redWidth == (*bitmap).blueWidth
&& (*bitmap).redHeight == (*bitmap).greenHeight && (*bitmap).redHeight == (*bitmap).blueHeight) {
(*bitmap).width = (*bitmap).redWidth;
(*bitmap).height = (*bitmap).redHeight;
} else {
njDone();
freeUnsignedCharArray(&(*bitmap).red);
freeUnsignedCharArray(&(*bitmap).green);
freeUnsignedCharArray(&(*bitmap).blue);
return INCONSISTENT_BITMAP_ERROR;
}
njDoneLeaveRGBData();
return MEMORY_OK;
}
void DebugActor::render(RenderState const& parentRS)
{
timeMS tm = getTimeMS();
static int fps = 0;
++_frames;
if (_frames > 50)
{
if (tm != _startTime)
{
fps = int(((float)_frames / (tm - _startTime)) * 1000);
}
_startTime = tm;
_frames = 0;
}
std::stringstream s;
s << "fps=" << fps << std::endl;
#ifdef __S3E__
int mem_used = -1;
int mem_free = -1;
mem_used = s3eMemoryGetInt(S3E_MEMORY_USED);
mem_free = s3eMemoryGetInt(S3E_MEMORY_FREE);
s << "mfree=" << mem_free << " mem=" << mem_used << std::endl;
#endif
const IVideoDriver::Stats& vstats = IVideoDriver::_stats;
#ifdef OXYGINE_DEBUG_TRACE_LEAKS
s << "objects=" << (int)ObjectBase::__getCreatedObjects().size() << std::endl;
#endif
#if OXYGINE_TRACE_VIDEO_STATS
int primitives = 0;
primitives += vstats.elements[IVideoDriver::PT_TRIANGLES] / 3;
if (vstats.elements[IVideoDriver::PT_TRIANGLE_STRIP])
primitives += vstats.elements[IVideoDriver::PT_TRIANGLE_STRIP] - 2;
s << "batches=" << aligned(vstats.batches, 3) << " primitives=" << aligned(primitives, 3) << std::endl;
#endif
s << "update=" << aligned(getStage()->_statUpdate, 2) << "ms ";
s << "render=" << aligned(vstats.duration, 2) << "ms ";
s << "textures=" << aligned(NativeTexture::created, 2) << " ";
#ifdef __APPLE__
size_t mem;
iosGetMemoryUsage(mem);
s << "memory=" << mem / 1024 << "kb ";
#endif
#ifdef _WIN32
PROCESS_MEMORY_COUNTERS_EX pmc;
GetProcessMemoryInfo(GetCurrentProcess(), (PROCESS_MEMORY_COUNTERS*) &pmc, sizeof(pmc));
s << "memory=" << pmc.PrivateUsage / 1024 << "kb ";
#endif
if (!_debugText.empty())
{
s << "\n";
s << _debugText;
}
_debugText = "";
_text->setText(s.str());
setHeight(_text->getTextRect().size.y + _text->getY() + 3);
_bg->setSize(getSize());
Vector2 ds = core::getDisplaySize();
Vector2 pos(0, 0);
switch (_corner)
{
case 1:
pos.x = ds.x;
break;
case 2:
pos = ds;
break;
case 3:
pos.y = ds.y;
break;
}
pos = getStage()->parent2local(pos);
Vector2 realSize = getScaledSize();
switch (_corner)
{
case 1:
pos.x -= realSize.x;
break;
case 2:
pos -= realSize;
break;
case 3:
pos.y -= realSize.y;
break;
}
//setPosition(pos);
setScale(1.0f / getStage()->getScaleX());
RenderState rs = parentRS;
parentRS.material->finish();
STDRenderer renderer;
STDMaterial mat(&renderer);
mat.apply(0);
IVideoDriver* driver = renderer.getDriver();
Rect vp(Point(0, 0), core::getDisplaySize());
driver->setViewport(vp);
renderer.initCoordinateSystem(vp.getWidth(), vp.getHeight());
renderer.resetSettings();
rs.material = &mat;
Actor::render(rs);
renderer.drawBatch();
mat.finish();
Material::setCurrent(0);
timeMS dur = getTimeMS() - tm;
IVideoDriver::_stats.start += dur;
}
