void CParmCopyBorderDlg::OnBnClickedAround()
{
UpdateMyData();
UpdateBorders();
UpdateMyData(FALSE);
EnableBorders();
}
VOID CDrawingObject::Scale(const FLOAT dFactor)
{
m_fFactor = dFactor;
FLOAT scaledW = (dFactor-1) * m_fWidth;
FLOAT scaledH = (dFactor-1) * m_fHeight;
FLOAT scaledX = scaledW/2.0f;
FLOAT scaledY = scaledH/2.0f;
m_fXI -= scaledX;
m_fYI -= scaledY;
m_fWidth += scaledW;
m_fHeight += scaledH;
// Only limit scaling in the case that the factor is not 1.0
if(dFactor != 1.0f)
{
m_fXI = max(0, m_fXI);
m_fYI = max(0, m_fYI);
m_fWidth = min(min(m_iCWidth, m_iCHeight), m_fWidth);
m_fHeight = min(min(m_iCWidth, m_iCHeight), m_fHeight);
}
// Readjust borders for the objects new size
UpdateBorders();
}
void CParmCopyBorderDlg::OnChangeBorder()
{
if (!m_bInit) return;
if (!m_bDst) return;
UpdateMyData();
UpdateBorders();
UpdateMyData(FALSE);
}
BOOL CParmCopyBorderDlg::OnInitDialog()
{
IppiSize srcSize = {0, 0}, dstSize = {0, 0};
srcSize = m_pDocSrc->GetImage()->GetActualSize();
m_bDst = m_pDocDst ? TRUE : FALSE;
if (m_bDst)
dstSize = m_pDocDst->GetImage()->GetActualSize();
m_dhw[0] = dstSize.height;
m_dhw[1] = dstSize.width;
m_shw[0] = srcSize.height;
m_shw[1] = srcSize.width;
CImage* aroundImage = NULL;
if (m_bDst)
aroundImage = m_pDocDst->GetImage();
else if (m_Func.Inplace())
aroundImage = m_pDocSrc->GetImage();
if (aroundImage)
{
const IppiRect* roi = aroundImage->GetRoi();
if (roi)
{
m_ayx[0] = roi->y;
m_ayx[1] = roi->x;
m_a_y_x[0] = aroundImage->Height() - roi->height - roi->y;
m_a_y_x[1] = aroundImage->Width () - roi->width - roi->x;
}
else
aroundImage = NULL;
}
if (!aroundImage)
m_aroundRoi = FALSE;
UpdateBorders();
CParamDlg::OnInitDialog();
if (!aroundImage)
m_aroundButton.EnableWindow(FALSE);
SetSpin();
EnableBorders();
UpdateMyData(FALSE);
return TRUE;
}
void CParmCopyBorderDlg::OnOK()
{
CParamDlg::OnOK();
UpdateMyData();
UpdateBorders();
}
// Sets the default position, dimensions and color for the drawing object
VOID CDrawingObject::ResetState(const FLOAT startX, const FLOAT startY,
const int ixClient, const int iyClient,
const int iScaledWidth, const int iScaledHeight,
const DrawingColor colorChoice)
{
// Set width and height of the client area
// must adjust for dpi aware
m_iCWidth = iScaledWidth;
m_iCHeight = iScaledHeight;
// Initialize width height of object
m_fWidth = INITIAL_OBJ_WIDTH;
m_fHeight = INITIAL_OBJ_HEIGHT;
// Set outer elastic border
UpdateBorders();
// Set the top, left starting position
// Set cooredinates given by processor
m_fXI = startX;
m_fYI = startY;
// Set coordinates used for rendering
m_fXR = startX;
m_fYR = startY;
// Set touch origin to 0
m_fOX = 0.0f;
m_fOY = 0.0f;
// Initialize scaling factor
m_fFactor = 1.0f;
// Initialize angle
m_fAngleCumulative = 0.0f;
if(m_spRT)
{
HRESULT hr;
D2D1_SIZE_U size;
size.width = ixClient;
size.height = iyClient;
hr= m_spRT->Resize(size);
if (FAILED(hr))
{
m_d2dDriver->DiscardDeviceResources();
InvalidateRect(m_hWnd, NULL, FALSE);
}
}
// Determines what brush to use for drawing this object and
// gets the brush from the D2DDriver class
switch (colorChoice){
case Blue:
m_currBrush = m_d2dDriver->get_GradBrush(CD2DDriver::GRB_Blue);
break;
case Orange:
m_currBrush = m_d2dDriver->get_GradBrush(CD2DDriver::GRB_Orange);
break;
case Green:
m_currBrush = m_d2dDriver->get_GradBrush(CD2DDriver::GRB_Green);
break;
case Red:
m_currBrush = m_d2dDriver->get_GradBrush(CD2DDriver::GRB_Red);
break;
default:
m_currBrush = m_d2dDriver->get_GradBrush(CD2DDriver::GRB_Blue);
}
}
