void FIF(g2_filled_para_5)(F_REAL *dev, F_REAL *N_pt, F_REAL *points)
{
double *d;
d=g2_floatp2doublep(points, dtoi(*N_pt)*2);
g2_filled_para_5(dtoi(*dev), dtoi(*N_pt), d);
g2_free(d);
}
void FIF(g2_polygon)(F_REAL *dev, F_REAL *N_pt, F_REAL *points)
{
double *d;
d=g2_floatp2doublep(points, dtoi(*N_pt)*2);
g2_polygon(dtoi(*dev), dtoi(*N_pt), d);
g2_free(d);
}
//////////////////////////////////////////////////////////////////////
// Transform a single point
void CAGMatrix::Transform(const POINT& Pt, long& x, long& y) const
{
double fx = Pt.x;
double fy = Pt.y;
x = dtoi(fx * m_ax + fy * m_bx + m_cx);
y = dtoi(fx * m_ay + fy * m_by + m_cy);
}
void FIF(g2_filled_b_spline)(F_REAL *dev, F_REAL *N_pt, F_REAL *points, F_REAL *o)
{
double *d;
d=g2_floatp2doublep(points, dtoi(*N_pt)*2);
g2_filled_b_spline(dtoi(*dev), dtoi(*N_pt), d, dtoi(*o));
g2_free(d);
}
//////////////////////////////////////////////////////////////////////
// Transform a single point
void CAGMatrix::Transform(POINT& Pt) const
{
double fx = Pt.x;
double fy = Pt.y;
Pt.x = dtoi(fx * m_ax + fy * m_bx + m_cx);
Pt.y = dtoi(fx * m_ay + fy * m_by + m_cy);
}
void FIF(g2_set_dash)(F_REAL *dev, F_REAL *N, F_REAL *dashes)
{
double *d;
d=g2_floatp2doublep(dashes, dtoi(*N));
g2_set_dash(dtoi(*dev), dtoi(*N), d);
g2_free(d);
}
void FIF(g2_filled_raspln)(F_REAL *dev, F_REAL *N_pt, F_REAL *points, F_REAL *tn)
{
double *d;
d=g2_floatp2doublep(points, dtoi(*N_pt)*2);
g2_filled_raspln(dtoi(*dev), dtoi(*N_pt), d, *tn);
g2_free(d);
}
/*
*
* Transform user size in phyisical device size (int)
*
*/
void g2_us2pds_int(g2_physical_device *pd, double x, double y,
int *ix, int *iy)
{
if(ix!=NULL)
*ix=dtoi(x*fabs(pd->x_mul*pd->a11));
if(iy!=NULL)
*iy=dtoi(y*fabs(pd->y_mul*pd->a22));
}
/*
*
* Transform user coord. in phyisical device coord (int)
*
*/
void g2_uc2pdc_int(g2_physical_device *pd, double x, double y,
int *ix, int *iy)
{
double vx, vy;
vx=pd->x_mul*x+pd->x_origin;
vy=pd->y_mul*y+pd->y_origin;
*ix = dtoi(pd->a11*vx + pd->b1);
*iy = dtoi(pd->a22*vy + pd->b2);
}
//--------------------------------------------------------------------------//
// Transform the specified points. //
//--------------------------------------------------------------------------//
void CAGMatrix::Transform(POINT* pPts, int nCount, bool bTranslate) const
{
double dx = (bTranslate ? m_31 : 0.0);
double dy = (bTranslate ? m_32 : 0.0);
while (nCount--)
{
int x = dtoi((double)pPts->x * m_11 + (double)pPts->y * m_21 + dx);
pPts->y = dtoi((double)pPts->x * m_12 + (double)pPts->y * m_22 + dy);
pPts->x = x;
pPts++;
}
}
//////////////////////////////////////////////////////////////////////
// Transform an array of points
void CAGMatrix::Transform(POINT* pPts, int nCount, bool bTranslate) const
{
double dx = (bTranslate ? m_cx : 0.0);
double dy = (bTranslate ? m_cy : 0.0);
while (nCount--)
{
double fx = pPts->x;
double fy = pPts->y;
pPts->x = dtoi(fx * m_ax + fy * m_bx + dx);
pPts->y = dtoi(fx * m_ay + fy * m_by + dy);
pPts++;
}
}
/* thanks to Yuri Sbitnev for contributing the g2_image code for FORTRAN */
void FIF(g2_image)(F_REAL *dev, F_REAL *x, F_REAL *y, F_REAL *x_size, F_REAL *y_size,
F_REAL *pens)
{
int i, j, xs, ys;
int *mypens;
xs=dtoi(*x_size);
ys=dtoi(*y_size);
mypens=(int *) g2_malloc(xs*ys*sizeof(int));
for(j=0;j<ys;j++)
for(i=0;i<xs;i++)
mypens[j*xs+i]=dtoi(pens[j*xs+i]); /* pens[dtoi(*y_size)][dtoi(*x_size)] */
g2_image(dtoi(*dev), *x, *y, xs, ys, mypens);
g2_free(mypens);
}
F_REAL FIF(g2_open_ps)(F_CHAR *text, F_REAL *paper, F_REAL *orientation,
F_CHAR_LENGTH length)
{
char *str;
int rv;
str=g2_malloc((length+1)*sizeof(char));
strncpy(str, text, length);
str[length]='\0';
rv=g2_open_PS(str, dtoi(*paper), dtoi(*orientation));
g2_free(str);
return (F_REAL)rv;
}
void mmi_tuner_set(int argc, char *argv[])
{
u16 intMask;
int i;
int res;
u32 freq = 0;
switch (argc)
{
case 2:
freq = dtoi(argv[1]);
print_log("Tuner is set channel freq = %d\n", freq);
mtv_set_channel(hDevice, freq);
res = mtv_lock_check(hDevice);
if(res)
{
print_log("Lock Fail\n");
//continue;
}
else
print_log("Lock OK \n");
break;
default:
print_log("Usage : %s [u1|ytn|kdmb|mbc|kbs|sbs]\n", argv[0]);
break;
}
}
void CColorCombo::InitDialog(HWND hWndCtrl, bool bDefaultColors, bool bAllowOffOption)
{
if (!hWndCtrl)
return;
SubclassWindow(hWndCtrl);
AddComboToList();
long lWidth = GetDroppedWidth();
long lRet = SetDroppedWidth(dtoi(2.75 * lWidth));
// Stuff the combobox with colors
// Add a place holder for the Custom option (the color picker)
int nItem = AddString("");
SetItemData(nItem, CLR_NONE);
if (bAllowOffOption)
{
nItem = AddString("");
SetItemData(nItem, CLR_DEFAULT);
}
if (bDefaultColors)
{
for (int i = 0; i < NDEFAULTCOLORS; i++)
{
nItem = AddString("");
SetItemData(nItem, CColorCombo::m_DefaultColors[i].Color);
}
}
}
long CDocCommands::GetAngle()
{
CImageObject* pObject = m_DocWindow.GetSelectedObject();
if (!pObject)
return 0;
return dtoi(pObject->GetAngle());
}
void FIF(g2_set_coordinate_system)(F_REAL *dev,
F_REAL *x_origin, F_REAL *y_origin,
F_REAL *x_mul, F_REAL *y_mul)
{
g2_set_coordinate_system(dtoi(*dev),
*x_origin, *y_origin,
*x_mul, *y_mul);
}
void FIF(g2_string)(F_REAL *dev, F_REAL *x, F_REAL *y, F_CHAR *text,
F_CHAR_LENGTH length)
{
char *str;
str=g2_malloc((length+1)*sizeof(char));
strncpy(str, text, length);
str[length]='\0';
g2_string(dtoi(*dev), *x, *y, str);
g2_free(str);
}
LRESULT CToolsCtlPanelText::OnInitDialog(UINT uMsg, WPARAM wParam, LPARAM lParam, BOOL& bHandled)
{
InitToolCtrls();
InitToolTips();
SetFonts();
m_ComboFonts.SetCurSel(-1);
long lWidth = m_ComboFonts.GetDroppedWidth();
long lRet = m_ComboFonts.SetDroppedWidth(dtoi(2.0 * lWidth));
bHandled = true;
return S_OK;
}
void CCalSupport::DrawRectangle(const RECT& Rect, const CAGMatrix& Matrix, COLORREF LineColor, int LineWidth, COLORREF FillColor, const CString& strText, const CAGSpec& Spec, int VertJust, int nLineWidth, int nLineHeight)
{
//j #define RND (int)(255 * ((double)rand() / RAND_MAX))
//j LineColor = RGB(RND, RND, RND);
POINT pPoints[4];
Matrix.TransformRectToPolygon(Rect, pPoints);
HRGN hClipRegion = m_dc.SaveClipRegion();
m_dc.SetClipRectangle(pPoints);
// Draw the interior
if (FillColor != CLR_NONE)
m_dc.FillRectangle(pPoints, FillColor);
// Draw the text
if (!strText.IsEmpty())
{
CRect RectDeflated = Rect;
RectDeflated.DeflateRect(nLineWidth, nLineHeight);
Spec.DrawTextAligned(&m_dc, strText, NULL, RectDeflated, (eVertJust)VertJust);
}
// Draw the outline (non-hairline)
if (LineWidth >= LT_Normal)
{
int iLineWidth = dtoi(m_dc.GetViewToDeviceMatrix().TransformDistance(2*LineWidth+1));
m_dc.DrawRectangle(pPoints, LineColor, iLineWidth, CLR_NONE);
}
m_dc.RestoreClipRegion(hClipRegion);
// Draw the outline (hairline)
if (LineWidth == LT_Hairline)
m_dc.DrawRectangle(pPoints, LineColor, LT_Hairline, CLR_NONE);
}
void FIF(g2_plot_qp)(F_REAL *dev, F_REAL *x, F_REAL *y)
{
g2_plot_QP(dtoi(*dev), *x, *y);
}
void FIF(g2_reset_palette)(F_REAL *dev)
{
g2_reset_palette(dtoi(*dev));
}
void FIF(g2_filled_rectangle)(F_REAL *dev,
F_REAL *x1, F_REAL *y1,
F_REAL *x2, F_REAL *y2)
{
g2_filled_rectangle(dtoi(*dev), *x1, *y1, *x2, *y2);
}
void FIF(g2_set_font_size)(F_REAL *dev, F_REAL *size)
{
g2_set_font_size(dtoi(*dev), *size);
}
void FIF(g2_set_background)(F_REAL *dev, F_REAL *color)
{
g2_set_background(dtoi(*dev), dtoi(*color));
}
void FIF(g2_set_line_width)(F_REAL *dev, F_REAL *w)
{
g2_set_line_width(dtoi(*dev), *w);
}
void FIF(g2_triangle)(F_REAL *dev, F_REAL *x1, F_REAL *y1,
F_REAL *x2, F_REAL *y2,
F_REAL *x3, F_REAL *y3)
{
g2_triangle(dtoi(*dev), *x1, *y1, *x2, *y2, *x3, *y3);
}
void CDocWindow::SetupPageView(bool bSetScrollbars)
{
#define OUTSIDE_PADDING_X 10
#define OUTSIDE_PADDING_Y 10
if (!m_hWnd)
return;
if (!m_pClientDC)
return;
if (m_PageRect.IsRectEmpty())
return;
// Suspend any selection tracking
m_Select.SuspendTracking();
// Clear the old page from the offscreen DC
m_pClientDC->Clear();
// Invalidate the old page rect (m_PageViewRect) before we change it
InvalidatePage();
// Now figure out how much window area we have for the document display
CRect WndRect;
GetClientRect(&WndRect);
// Subtract the outside padding
WndRect.bottom -= m_ShadowSize.cx;
WndRect.right -= m_ShadowSize.cy;
WndRect.InflateRect(-OUTSIDE_PADDING_X, -OUTSIDE_PADDING_Y);
// Convert to Document coordinates
m_pClientDC->GetDeviceMatrix().Inverse().Transform(WndRect);
int xVisible = WndRect.Width();
int yVisible = WndRect.Height();
// Fit the extended page into the available window space
int dxPage = m_PageRect.Width();
int dyPage = m_PageRect.Height();
if (!dxPage) dxPage = 1;
if (!dyPage) dyPage = 1;
double fxPageScale = (double)xVisible / dxPage;
double fyPageScale = (double)yVisible / dyPage;
double fFitInWindowScale = min(fxPageScale, fyPageScale);
if (!fFitInWindowScale) fFitInWindowScale = 1.0;
// Default the scroll position to the center of the current page
int xPos = -1;
int yPos = -1;
// Special setting to indicate a zoom into the center of the SELECTED OBJECT
if (m_fZoomScale == -1.0 && m_Select.GetSelected())
{
CRect DestRect = m_Select.GetSelected()->GetDestRectTransformed();
int dxObject = DestRect.Width();
int dyObject = DestRect.Height();
if (!dxObject) dxObject = 1;
if (!dyObject) dyObject = 1;
double fxObjectScale = (double)xVisible / dxObject;
double fyObjectScale = (double)yVisible / dyObject;
double fFitScaleObject = min(fxObjectScale, fyObjectScale);
m_fZoomScale = fFitScaleObject / fFitInWindowScale;
m_iZoom = dtoi(m_fZoomScale - 1.0);
// Set the (x,y) position to be the center of the object
xPos = (DestRect.left + DestRect.right) / 2;
yPos = (DestRect.top + DestRect.bottom) / 2;
}
// Special setting to indicate a zoom into the width of the FULL PAGE
if (m_fZoomScale <= 0)
{
m_fZoomScale = fxPageScale / fFitInWindowScale;
m_iZoom = dtoi(m_fZoomScale - 1.0);
}
// Compute the scale and adjust the visible area
double fScale = fFitInWindowScale * m_fZoomScale;
xVisible = dtoi((double)xVisible / fScale);
yVisible = dtoi((double)yVisible / fScale);
// If the (x,y) position was set to the object center, adjust it by 1/2 the visible area
if (xPos >= 0 || yPos >= 0)
{
xPos -= xVisible / 2;
yPos -= yVisible / 2;
}
// Setup the scrollbars
if (bSetScrollbars)
SetupScrollbars(xPos, yPos, dxPage, dyPage, xVisible, yVisible, true/*bRedraw*/);
// Get the updated position
xPos = GetScrollPos(SB_HORZ);
yPos = GetScrollPos(SB_VERT);
// Calculate a view matrix
int xExcess = xVisible - dxPage; if (xExcess < 0) xExcess = 0;
int yExcess = yVisible - dyPage; if (yExcess < 0) yExcess = 0;
CAGMatrix ViewMatrix;
ViewMatrix.Translate(xExcess/2 - xPos, yExcess/2 - yPos);
ViewMatrix.Scale(fScale, fScale);
ViewMatrix.Translate(WndRect.left, WndRect.top);
m_pClientDC->SetViewingMatrix(ViewMatrix);
// Compute the new page view rectangle (screen coordinates)
CSize PageSize(m_PageRect.Width(), m_PageRect.Height());
m_pClientDC->SetClipToView(PageSize, &m_PageViewRect, true/*bIncludeRawDC*/);
// Invalidate the new page rect (m_PageViewRect) now that we've changed it
InvalidatePage();
// Resume any selection tracking
m_Select.ResumeTracking();
}
LRESULT CCtlPanelText::OnInitDialog(UINT uMsg, WPARAM wParam, LPARAM lParam, BOOL& bHandled)
{
bool bTextPanel = (m_nResID == IDD_PANEL_TEXT);
if (bTextPanel)
{
CCtlPanel::InitLabels();
CCtlPanel::InitLineCombos(true);
m_ColorComboFill.InitDialog(GetDlgItem(IDC_FILL_COLOR));
m_ColorComboFill2.InitDialog(GetDlgItem(IDC_FILL_COLOR2));
m_ComboFillType.InitDialog(GetDlgItem(IDC_FILL_TYPE));
LPCSTR szFillTypes[] = { "None", "Solid", "Sweep Right", "Sweep Down" };
for (int i = 0; i < sizeof(szFillTypes)/sizeof(LPCSTR); i++)
m_ComboFillType.AddString(szFillTypes[i]);
m_ComboFillType.SetCurSel(0);
m_ComboTextSize.InitDialog(GetDlgItem(IDC_TEXT_SIZE));
m_ComboFonts.InitDialog(GetDlgItem(IDC_FONT));
CString strText;
int iIncrement = 1;
for (int i = 1; i <= 72; i += iIncrement)
{
int iTextSize = i;
strText.Format("%d", iTextSize);
int nItem = m_ComboTextSize.AddString(strText);
m_ComboTextSize.SetItemData(nItem, POINTUNITS(iTextSize));
if (i == 12) iIncrement++;
}
m_ComboTextSize.SetCurSel(-1);
m_ButtonBold.InitDialog(GetDlgItem(IDC_BOLD), IDB_BOLD);
m_ButtonItalic.InitDialog(GetDlgItem(IDC_ITALIC), IDB_ITALIC);
m_ButtonUnderline.InitDialog(GetDlgItem(IDC_UNDERLINE), IDB_UNDERLINE);
m_ButtonLeft.InitDialog(GetDlgItem(IDC_LEFT), IDB_LEFT);
m_ButtonCenter.InitDialog(GetDlgItem(IDC_CENTER), IDB_CENTER);
m_ButtonRight.InitDialog(GetDlgItem(IDC_RIGHT), IDB_RIGHT);
m_ButtonTop.InitDialog(GetDlgItem(IDC_TOP), IDB_TOP);
m_ButtonMiddle.InitDialog(GetDlgItem(IDC_MIDDLE), IDB_MIDDLE);
m_ButtonBottom.InitDialog(GetDlgItem(IDC_BOTTOM), IDB_BOTTOM);
m_ButtonPrev.InitDialog(GetDlgItem(IDC_BACK), IDB_BACK);
#ifdef NOTUSED
{
m_ButtonPrev.SubclassWindow(GetDlgItem(IDC_BACK));
CImage Image(_AtlBaseModule.GetResourceInstance(), IDB_BACK, "GIF");
HBITMAP hBitmap = Image.GetBitmapHandle();
BITMAP bm;
::GetObject(hBitmap, sizeof(bm), &bm);
int dx = bm.bmWidth/3;
int dy = bm.bmHeight;
m_ImageList.Create(dx, dy, ILC_COLOR24, 1, 1);
m_ImageList.Add(hBitmap);
m_ButtonPrev.SetImageList(m_ImageList.m_hImageList);
m_ButtonPrev.SetImages(0, 1, 0, 0);
m_ButtonPrev.SizeToImage();
m_ButtonPrev.SetBitmapButtonExtendedStyle(BMPBTN_AUTO3D_DOUBLE);
}
#endif NOTUSED
SetFonts();
m_ComboFonts.SetCurSel(-1);
long lWidth = m_ComboFonts.GetDroppedWidth();
long lRet = m_ComboFonts.SetDroppedWidth(dtoi(2.0 * lWidth));
::ShowWindow(GetDlgItem(IDC_BACK), SW_HIDE);
}
bHandled = true;
return S_OK;
}
void FIF(g2_set_qp)(F_REAL *dev, F_REAL *d, F_REAL *shape)
{
g2_set_QP(dtoi(*dev), *d, dtoi(*shape));
}
