void CharcoalFilter::filterImage()
{
if (m_orgImage.isNull())
{
qCWarning(DIGIKAM_DIMG_LOG) << "No image data available!";
return;
}
if (d->pencil <= 0.0)
{
m_destImage = m_orgImage;
return;
}
// -- Applying Edge effect -----------------------------------------------
register long i = 0;
int kernelWidth = getOptimalKernelWidth(d->pencil, d->smooth);
if ((int)m_orgImage.width() < kernelWidth)
{
qCWarning(DIGIKAM_DIMG_LOG) << "Image is smaller than radius!";
return;
}
QScopedArrayPointer<double> kernel(new double[kernelWidth * kernelWidth]);
if (kernel.isNull())
{
qCWarning(DIGIKAM_DIMG_LOG) << "Unable to allocate memory!";
return;
}
for (i = 0 ; i < (kernelWidth * kernelWidth) ; ++i)
{
kernel[i] = (-1.0);
}
kernel[i / 2] = kernelWidth * kernelWidth - 1.0;
convolveImage(kernelWidth, kernel.data());
// -- Applying Gaussian blur effect ---------------------------------------
BlurFilter(this, m_destImage, m_destImage, 80, 85, (int)(d->smooth / 10.0));
if (!runningFlag())
{
return;
}
// -- Applying stretch contrast color effect -------------------------------
StretchFilter stretch(&m_destImage, &m_destImage);
stretch.startFilterDirectly();
m_destImage.putImageData(stretch.getTargetImage().bits());
postProgress(90);
if (!runningFlag())
{
return;
}
// -- Inverting image color -----------------------------------------------
InvertFilter invert(&m_destImage);
invert.startFilterDirectly();
m_destImage.putImageData(invert.getTargetImage().bits());
postProgress(95);
if (!runningFlag())
{
return;
}
// -- Convert to neutral black & white ------------------------------------
MixerContainer settings;
settings.bMonochrome = true;
settings.blackRedGain = 0.3;
settings.blackGreenGain = 0.59;
settings.blackBlueGain = 0.11;
MixerFilter mixer(&m_destImage, 0L, settings);
mixer.startFilterDirectly();
m_destImage.putImageData(mixer.getTargetImage().bits());
postProgress(100);
if (!runningFlag())
{
return;
}
}
/*virtual*/ void CWndMenuMask::OnMessage(CWnd *pSender, CodeParam code,
DataParam data) {
if (pSender == NULL && code == WmBroadcast && data == ToWord('d', 'g')) {
if (m_btnCollect.m_pszId != m_strStart) {
CSettings::Calibrator::FastCalc Ch1fast;
Settings.CH1Calib.Prepare(&Settings.CH1, Ch1fast);
for (int i = 0; i < CWndGraph::DivsX * CWndGraph::BlkX; i++) {
ui8 *bLow = NULL;
ui8 *bHigh = NULL;
CCoreOscilloscope::GetMaskAt(i, &bLow, &bHigh);
BIOS::ADC::SSample Sample;
Sample.nValue = BIOS::ADC::GetAt(Settings.Time.Shift + i);
si16 ch1 = Sample.CH1;
ch1 = Settings.CH1Calib.Correct(Ch1fast, ch1);
UTILS.Clamp<si16>(ch1, 0, 255);
*bLow = min(*bLow, (ui8)ch1);
*bHigh = max(*bHigh, (ui8)ch1);
}
}
if (m_Action != ActionNone || m_Display != DisplayNo) {
bool bFailure = false;
CSettings::Calibrator::FastCalc Ch1fast;
Settings.CH1Calib.Prepare(&Settings.CH1, Ch1fast);
for (int i = 0; i < CWndGraph::DivsX * CWndGraph::BlkX; i++) {
ui8 *bLow = NULL;
ui8 *bHigh = NULL;
CCoreOscilloscope::GetMaskAt(i, &bLow, &bHigh);
BIOS::ADC::SSample Sample;
Sample.nValue = BIOS::ADC::GetAt(Settings.Time.Shift + i);
si16 ch1 = Sample.CH1;
ch1 = Settings.CH1Calib.Correct(Ch1fast, ch1);
UTILS.Clamp<si16>(ch1, 0, 255);
if (ch1 < *bLow || ch1 > *bHigh) {
bFailure = true;
break;
}
}
int *nPass = NULL;
int *nFail = NULL;
CCoreOscilloscope::GetMaskStats(&nPass, &nFail);
if (!bFailure)
(*nPass)++;
else {
(*nFail)++;
switch (m_Action) {
case ActionNone:
break;
case ActionBeep:
BIOS::SYS::Beep(100);
break;
case ActionBeepStop:
BIOS::SYS::Beep(100);
Settings.Trig.State = CSettings::Trigger::_Stop;
BIOS::ADC::Enable(false);
MainWnd.m_wndMessage.Show(&MainWnd, "Information",
"Trigger was paused", RGB565(ffff00));
break;
case ActionStop:
Settings.Trig.State = CSettings::Trigger::_Stop;
BIOS::ADC::Enable(false);
MainWnd.m_wndMessage.Show(&MainWnd, "Information",
"Trigger was paused", RGB565(ffff00));
break;
}
}
}
return;
}
// LAYOUT ENABLE/DISABLE FROM TOP MENU BAR
if (code == ToWord('L', 'D')) {
MainWnd.m_wndGraph.ShowWindow(SwHide);
MainWnd.m_wndInfoBar.ShowWindow(SwHide);
}
if (code == ToWord('L', 'E')) {
m_Action = ActionNone;
MainWnd.m_wndGraph.ShowWindow(SwShow);
MainWnd.m_wndInfoBar.ShowWindow(SwShow);
for (int i = 0; i < CWndGraph::DivsX * CWndGraph::BlkX; i++) {
ui8 *bLow = NULL;
ui8 *bHigh = NULL;
CCoreOscilloscope::GetMaskAt(i, &bLow, &bHigh);
*bLow = 32;
*bHigh = 255 - 32;
}
}
if (pSender == &m_btnReset && code == CWnd::WmKey &&
data == BIOS::KEY::KeyEnter) {
CSettings::Calibrator::FastCalc Ch1fast;
Settings.CH1Calib.Prepare(&Settings.CH1, Ch1fast);
for (int i = 0; i < CWndGraph::DivsX * CWndGraph::BlkX; i++) {
ui8 *bLow = NULL;
ui8 *bHigh = NULL;
CCoreOscilloscope::GetMaskAt(i, &bLow, &bHigh);
BIOS::ADC::SSample Sample;
Sample.nValue = BIOS::ADC::GetAt(Settings.Time.Shift + i);
si16 ch1 = Sample.CH1;
ch1 = Settings.CH1Calib.Correct(Ch1fast, ch1);
UTILS.Clamp<si16>(ch1, 0, 255);
*bLow = (ui8)ch1;
*bHigh = (ui8)ch1;
}
}
if (pSender == &m_btnExpand && code == CWnd::WmKey &&
data == BIOS::KEY::KeyRight) {
for (int i = 0; i < CWndGraph::DivsX * CWndGraph::BlkX; i++) {
ui8 *bLow = NULL;
ui8 *bHigh = NULL;
CCoreOscilloscope::GetMaskAt(i, &bLow, &bHigh);
if (*bLow > 0) (*bLow)--;
if (*bHigh < 255) (*bHigh)++;
}
}
if (pSender == &m_btnExpand && code == CWnd::WmKey &&
data == BIOS::KEY::KeyLeft) {
for (int i = 0; i < CWndGraph::DivsX * CWndGraph::BlkX; i++) {
ui8 *bLow = NULL;
ui8 *bHigh = NULL;
CCoreOscilloscope::GetMaskAt(i, &bLow, &bHigh);
if (*bLow < 255 && *bLow < *bHigh) (*bLow)++;
if (*bHigh > 0 && *bHigh > *bLow) (*bHigh)--;
}
}
if (pSender == &m_btnCollect && code == CWnd::WmKey &&
data == BIOS::KEY::KeyEnter) {
if (m_btnCollect.m_pszId == m_strStart) {
// m_dwFlags |= CWnd::WsListener;
m_btnCollect.m_pszId = m_strStop;
m_btnCollect.Invalidate();
} else if (m_btnCollect.m_pszId == m_strStop) {
// m_dwFlags &= ~CWnd::WsListener;
m_btnCollect.m_pszId = m_strStart;
m_btnCollect.Invalidate();
}
}
if (pSender == &m_btnBlur && code == CWnd::WmKey &&
data == BIOS::KEY::KeyRight) {
ui8 arrLow[3] = {0, 0, 0};
ui8 arrHigh[3] = {255, 255, 25};
for (int i = 0; i < CWndGraph::DivsX * CWndGraph::BlkX; i++) {
ui8 *bLow = NULL;
ui8 *bHigh = NULL;
CCoreOscilloscope::GetMaskAt(i, &bLow, &bHigh);
arrLow[0] = arrLow[1];
arrLow[1] = arrLow[2];
arrLow[2] = *bLow;
arrHigh[0] = arrHigh[1];
arrHigh[1] = arrHigh[2];
arrHigh[2] = *bHigh;
if (i >= 2) {
CCoreOscilloscope::GetMaskAt(i - 1, &bLow, &bHigh);
*bLow = BlurFilter(arrLow[0], arrLow[1], arrLow[2]);
*bHigh = BlurFilterInv(arrHigh[0], arrHigh[1], arrHigh[2]);
}
}
}
if (pSender == &m_btnBlur && code == CWnd::WmKey &&
data == BIOS::KEY::KeyLeft) {
ui8 arrLow[3] = {0, 0, 0};
ui8 arrHigh[3] = {255, 255, 25};
for (int i = 0; i < CWndGraph::DivsX * CWndGraph::BlkX; i++) {
ui8 *bLow = NULL;
ui8 *bHigh = NULL;
CCoreOscilloscope::GetMaskAt(i, &bLow, &bHigh);
arrLow[0] = arrLow[1];
arrLow[1] = arrLow[2];
arrLow[2] = *bLow;
arrHigh[0] = arrHigh[1];
arrHigh[1] = arrHigh[2];
arrHigh[2] = *bHigh;
if (i >= 2) {
CCoreOscilloscope::GetMaskAt(i - 1, &bLow, &bHigh);
*bLow = BlurFilterInv(arrLow[0], arrLow[1], arrLow[2]);
*bHigh = BlurFilter(arrHigh[0], arrHigh[1], arrHigh[2]);
}
}
}
if (pSender == &m_itmDisplay && code == ToWord('l', 'e')) {
int *nPass = NULL;
int *nFail = NULL;
CCoreOscilloscope::GetMaskStats(&nPass, &nFail);
*nPass = 0;
*nFail = 0;
}
}
