// Checks each pixel immediately adjacent to the given pixel in the bitmap. If
// any of them are not the halo color, returns true. This defines the halo of
// pixels that will appear around the text. Note that we have to check each
// pixel against both the halo color and transparent since DrawStringWithHalo
// will modify the bitmap as it goes, and clears pixels shouldn't count as
// changed.
static bool pixelShouldGetHalo(const Bitmap& bitmap,
int x, int y, const Color& halo_color)
{
if(x>0 &&
bitmap.GetPixel(x-1, y).GetValue()!=halo_color.GetValue() &&
bitmap.GetPixel(x-1, y).GetValue()!=0)
{
return true; // Touched pixel to the left.
}
if(x<bitmap.Width()-1 &&
bitmap.GetPixel(x+1, y).GetValue()!=halo_color.GetValue() &&
bitmap.GetPixel(x+1, y).GetValue()!=0)
{
return true; // Touched pixel to the right.
}
if(y>0 &&
bitmap.GetPixel(x, y-1).GetValue()!=halo_color.GetValue() &&
bitmap.GetPixel(x, y-1).GetValue()!=0)
{
return true; // Touched pixel above.
}
if(y<bitmap.Height()-1 &&
bitmap.GetPixel(x, y+1).GetValue()!=halo_color.GetValue() &&
bitmap.GetPixel(x, y+1).GetValue()!=0)
{
return true; // Touched pixel below.
}
return false;
}
void GPCreateFlashFrame( Bitmap& bmpSrc, CRect& rcBegin, CRect& rcEnd, Bitmap& bmpDes, CRect& rcDes, double dPercent )
{
int nWidth = bmpSrc.GetWidth();
int nHeight = bmpSrc.GetHeight();
double dPercent2 = 1.0 - dPercent;
int nWidthDes = bmpDes.GetWidth();
int nHeightDes = bmpDes.GetHeight();
CRect rcBmpSrc(0,0, nWidth, nHeight);
CRect rcBmpDes(0,0, nWidthDes, nHeightDes);
ASSERT(IsInRect(rcBegin, rcBmpSrc));
ASSERT(IsInRect(rcEnd, rcBmpSrc));
ASSERT(IsInRect(rcDes, rcBmpDes));
ASSERT(rcBegin.Size() == rcEnd.Size());
ASSERT(rcEnd.Size() == rcDes.Size());
int nLoopWidth = rcBegin.Width();
int nLoopHeight = rcBegin.Height();
for (int i = 0; i <nLoopWidth; i++)
{
for (int j = 0; j < nLoopHeight; j++)
{
Color clrBegin;
bmpSrc.GetPixel(i+ rcBegin.left, j+ rcBegin.top, &clrBegin);
Color clrEnd;
bmpSrc.GetPixel(i+ rcEnd.left, j+ rcEnd.top, &clrEnd);
Color clrDes = Color::MakeARGB(clrBegin.GetA()*dPercent + clrEnd.GetA()* dPercent2,
clrBegin.GetR()*dPercent + clrEnd.GetR()* dPercent2,
clrBegin.GetG()*dPercent + clrEnd.GetG()* dPercent2,
clrBegin.GetB()*dPercent + clrEnd.GetB()* dPercent2);
bmpDes.SetPixel(rcDes.left + i, rcDes.top+j, clrDes);
}
}
}
void OpenBitmapFromFile(
const WCHAR *pFilename,
void **pBuffer,
uint32_t *width,
uint32_t *height)
{
GdiplusStartupInput gdiplusStartupInput;
ULONG_PTR gdiplusToken;
GdiplusStartup(&gdiplusToken, &gdiplusStartupInput, nullptr);
Bitmap *bitmap = new Bitmap(pFilename);
*width = bitmap->GetWidth();
*height = bitmap->GetHeight();
*pBuffer = new BYTE[*width * *height * 4]; // width * height * |RGBA|
// The folder 'stb_image' contains a PNG open/close module which
// is far less painful than this is, yo.
Gdiplus::Color clr;
for (uint32_t y = 0, idx = 0; y < *height; ++y)
{
for (uint32_t x = 0; x < *width; ++x, idx += 4)
{
bitmap->GetPixel(x, *height - y - 1, &clr);
((BYTE*)*pBuffer)[idx + 0] = clr.GetBlue();
((BYTE*)*pBuffer)[idx + 1] = clr.GetGreen();
((BYTE*)*pBuffer)[idx + 2] = clr.GetRed();
((BYTE*)*pBuffer)[idx + 3] = clr.GetAlpha();
}
}
delete bitmap;
bitmap = 0;
}
//*************************************************************************
// Method: MeasureDisplayString
// Description: Gets the size of a string in pixels
//
// Parameters:
// graphics - the graphics object the string will be measured on
// test - the string to measure
// font - the font to measure the string in
//
// Return Value: the size of the string
//*************************************************************************
SizeF StringTools::MeasureDisplayString(Graphics *graphics, String *text, Font *font)
{
const int width = 32;
Bitmap *bitmap = new Bitmap(width, 1, graphics);
SizeF size = graphics->MeasureString(text, font);
Graphics *g = Graphics::FromImage(bitmap);
int measuredWidth = (int)size.Width;
if (g)
{
g->Clear(Color::White);
g->DrawString(String::Concat(text, "|"), font, Brushes::Black, (float)(width - measuredWidth), (float)(0 - (font->Height / 2)));
for (int i = width - 1; i >= 0; i--)
{
measuredWidth--;
if (bitmap->GetPixel(i, 0).R == 0)
{
break;
}
}
}
return SizeF((float)measuredWidth, size.Height);
}
BOOL CImageBaseImplBitmap::TransformColor(const CImageTransformParam* pParam, LONG color, LONG& transformColor)
{
transformColor = color;
if (color == -1)
return TRUE;
if (pParam->enTransformType != TRANSFORM_TYPE_COLORIZE)
return FALSE;
BOOL bSuc = FALSE;
#ifdef GDIPVER
#if GDIPVER >= 0x0110
static Bitmap bitmap(1, 1, PixelFormat24bppRGB);
Color clr(GetRValue(color), GetGValue(color), GetBValue(color));
bitmap.SetPixel(0, 0, clr);
HueSaturationLightness hsl;
HueSaturationLightnessParams hslParam;
int temp = pParam->hue;
hslParam.hueLevel = (temp - 128) * 360 / 256;
temp = pParam->sat;
hslParam.saturationLevel = (temp - 128) * 200 / 256;
hslParam.lightnessLevel = (INT)((pParam->blend - 0.5) * 200);
hsl.SetParameters(&hslParam);
bSuc = (bitmap.ApplyEffect(&hsl, NULL) == Ok);
if (bSuc) {
bitmap.GetPixel(0, 0, &clr);
transformColor = RGB(clr.GetR(), clr.GetG(), clr.GetB());
}
#endif
#endif
return bSuc;
}
static Color Sample(const Bitmap& bitmap, float u, float v)
{
int width = bitmap.GetWidth();
int height = bitmap.GetHeight();
float fx = XAddresserType::CalcAddress(u, width);
int x = XAddresserType::FixAddress(Mathf::RoundToInt(fx), width);
float fy = YAddresserType::CalcAddress(v, height);
int y = YAddresserType::FixAddress(Mathf::RoundToInt(fy), height);
return bitmap.GetPixel(x, y);
}
static Color Sample(const Bitmap& bitmap, float u, float v)
{
int width = bitmap.GetWidth();
int height = bitmap.GetHeight();
float fx = XAddresserType::CalcAddress(u, width);
int x0 = Mathf::FloorToInt(fx);
float fy = YAddresserType::CalcAddress(v, height);
int y0 = Mathf::FloorToInt(fy);
float xFrac = fx - x0;
float yFrac = fy - y0;
x0 = XAddresserType::FixAddress(x0, width);
y0 = YAddresserType::FixAddress(y0, height);
int x1 = XAddresserType::FixAddress(x0 + 1, width);
int y1 = YAddresserType::FixAddress(y0 + 1, height);
Color c0 = bitmap.GetPixel(x0, y0);
Color c1 = bitmap.GetPixel(x1, y0);
Color c2 = bitmap.GetPixel(x0, y1);
Color c3 = bitmap.GetPixel(x1, y1);
return Color::Lerp(c0, c1, c2, c3, xFrac, yFrac);
}
//************************************
// Method: getComplexImage
// FullName: CFFTMachine::getComplexImage
// Access: protected
// Returns: LPCOMPLEX
// Qualifier:
// Parameter: CImgSource * in_pSrcImg
//************************************
procStatus CFFTMachine::getComplexImage( CImgSource* in_pSrc, LPCOMPLEX* out_ppComplex )
{
procStatus eRetCode = eNormal;
Bitmap* pBmp = in_pSrc->GetSourceRef();
ASSERT(pBmp != NULL);
ASSERT(out_ppComplex);
INT nWidth = pBmp->GetWidth();
INT nHeight= pBmp->GetHeight();
SourceType eType = in_pSrc->GetType();
Status sts = Ok;
BYTE nVal = 0;
for (INT y=0;y<nHeight;y++) //for all rows
{
for (INT x=0;x<nWidth; x++) //for all col
{
nVal = 0;
Color clr(0,0,0);
sts = pBmp->GetPixel(x,y, &clr);
if(sts == Ok)
{
nVal = CUtility::GetMonoPixelValue(clr, eType);
out_ppComplex[y][x].real = nVal;
}
else
{
break;
}
}
if(sts != Ok) break;
}
if (sts != Ok)
{
eRetCode = eSystemErr;
}
return eRetCode;
}
int FontSheet::GetCharMaxX(Bitmap& charBitmap)
{
int width = charBitmap.GetWidth();
int height = charBitmap.GetHeight();
for(int x = width-1; x >= 0; --x)
{
for(int y = 0; y < height; ++y)
{
Color color;
charBitmap.GetPixel(x, y, &color);
if(color.GetAlpha() > 0)
{
return x;
}
}
}
return width-1;
}
void ShinonomeFont::Render(Bitmap& bmp, int const x, int const y, Bitmap const& sys, int color, unsigned code) {
if(color != ColorShadow) {
Render(bmp, x + 1, y + 1, sys, ColorShadow, code);
}
ShinonomeGlyph const* const glyph = func_(code);
assert(glyph);
size_t const width = glyph->is_full? FULL_WIDTH : HALF_WIDTH;
unsigned const
src_x = color == ColorShadow? 16 : color % 10 * 16 + (16 - width) / 2,
src_y = color == ColorShadow? 32 : color / 10 * 16 + 48 + (16 - HEIGHT) / 2;
for(size_t y_ = 0; y_ < HEIGHT; ++y_) {
for(size_t x_ = 0; x_ < width; ++x_) {
if(glyph->data[y_] & (0x1 << x_)) {
bmp.SetPixel(x + x_, y + y_, sys.GetPixel(src_x + x_, src_y + y_));
}
}
}
}
int DrawingSurface_GetPixel(ScriptDrawingSurface *sds, int x, int y) {
sds->MultiplyCoordinates(&x, &y);
Bitmap *ds = sds->StartDrawing();
unsigned int rawPixel = ds->GetPixel(x, y);
unsigned int maskColor = ds->GetMaskColor();
int colDepth = ds->GetColorDepth();
if (rawPixel == maskColor)
{
rawPixel = SCR_COLOR_TRANSPARENT;
}
else if (colDepth > 8)
{
int r = getr_depth(colDepth, rawPixel);
int ds = getg_depth(colDepth, rawPixel);
int b = getb_depth(colDepth, rawPixel);
rawPixel = Game_GetColorFromRGB(r, ds, b);
}
sds->FinishedDrawingReadOnly();
return rawPixel;
}
Status CImgCutter::GenerateMask( UCHAR* pMask, int width, int height )
{
Status sts = Ok;
ASSERT(pMask != NULL);
//FillMemory(pMask, width * height, 0);
// Change to image coordinate
Point pPoint[256];
// Compute the point coordinate according to the view area
for (int i=0; i < m_oCurve.GetNumOfPoint(); i++)
{
pPoint[i].X = m_oCurve.GetPointAt(i).X - m_CutFrame.left;
pPoint[i].Y = m_oCurve.GetPointAt(i).Y - m_CutFrame.top;
}
DOUBLE dVerticalScale = (DOUBLE)height / (DOUBLE) m_CutFrame.Height();
DOUBLE dHorizontalScale = (DOUBLE)width / (DOUBLE) m_CutFrame.Width();
for (int i=0; i< m_oCurve.GetNumOfPoint(); i++)
{
pPoint[i].X = pPoint[i].X*dHorizontalScale;
pPoint[i].Y = pPoint[i].Y*dVerticalScale;
}
Bitmap* pMemBitmap = new Bitmap(width, height, PixelFormat24bppRGB);
Graphics* pMemGraphics = Graphics::FromImage(pMemBitmap);
SolidBrush solidBrush(Color(255, 255, 255));
Rect cutRect;
switch (m_nCutMode)
{
case SV_CUT_RECTANGLE:
//sts = pMemGraphics->FillRectangle(&solidBrush, , 0, width, height);
cutRect.X = min(pPoint[0].X, pPoint[1].X);
cutRect.Y = min(pPoint[0].Y, pPoint[1].Y);;
cutRect.Height = abs(pPoint[1].Y - pPoint[0].Y);
cutRect.Width = abs(pPoint[1].X - pPoint[0].X);
sts = pMemGraphics->FillRectangle(&solidBrush, cutRect);
break;
case SV_CUT_CURVES:
sts = pMemGraphics->FillClosedCurve(&solidBrush, pPoint, m_oCurve.GetNumOfPoint());
break;
case SV_CUT_LINESEGMENTS:
sts = pMemGraphics->FillClosedCurve(&solidBrush, pPoint, m_oCurve.GetNumOfPoint(),FillModeAlternate, 0.0f);
break;
default:
break;
}
Color pixcolor;
for (int y = 0; y < height; y ++)
for (int x = 0; x < width; x ++)
{
pMemBitmap->GetPixel(x,y, &pixcolor);
pMask[y*width + x] = (UCHAR)pixcolor.GetRed();
}
/*
#ifdef _DEBUG
CLSID pngClsid;
CUtility::GetEncoderClsid(L"image/bmp", &pngClsid);
sts = pMemBitmap->Save(L"D:\\Temp\\Test.bmp", &pngClsid, NULL);
#endif // _DEBUG
*/
delete pMemGraphics;
delete pMemBitmap;
return sts;
}
void MainWindow::saveToFile() {
std::ofstream outFile(mOutFile, std::ios::binary);
std::stringstream out;
uint32 signature = 'FNTI';
out.write((const char*)&signature, sizeof(uint32));
struct FNTIHeader
{
uint32 numPages;
uint32 ofsPages;
} header;
header.numPages = mActiveBlocks.size();
header.ofsPages = sizeof(FNTIHeader) + sizeof(uint32);
out.write((const char*)&header, sizeof(FNTIHeader));
struct FNTIBlockDesc
{
uint32 id;
uint32 numChars;
uint32 ofsChars;
uint32 bmpWidth;
uint32 bmpHeight;
uint32 ofsBmp;
wchar_t minChar;
wchar_t maxChar;
wchar_t pageName[64];
};
std::vector<FNTIBlockDesc> descriptions(mActiveBlocks.size());
uint32 counter = 0;
for(auto& block : mActiveBlocks) {
FNTIBlockDesc desc;
memset(&desc, 0, sizeof(desc));
desc.id = block.id;
desc.bmpWidth = 256;
desc.bmpHeight = 256;
desc.minChar = (wchar_t)block.minChar;
desc.maxChar = (wchar_t)block.maxChar;
wcsncpy_s(desc.pageName, block.name->c_str(), 64);
desc.pageName[63] = L'\0';
out.write((const char*)&desc, sizeof(desc));
descriptions[counter++] = desc;
}
std::vector<Bitmap*> bitmaps(mActiveBlocks.size());
Bitmap* tmp = new Bitmap(mFontSize * 2, mFontSize);
Graphics* gchar = Graphics::FromImage(tmp);
gchar->SetTextRenderingHint(TextRenderingHintAntiAlias);
for(uint32 i = 0; i < mActiveBlocks.size(); ++i) {
auto& desc = descriptions[i];
desc.ofsChars = (uint32)out.tellp();
Bitmap* bmp = new Bitmap(256, 256);
bitmaps[i] = bmp;
Graphics* g = Graphics::FromImage(bmp);
g->Clear(Color::Transparent);
g->SetTextRenderingHint(TextRenderingHintAntiAlias);
uint32 curW = 0, curH = 0;
for(uint32 j = mActiveBlocks[i].minChar; j < mActiveBlocks[i].maxChar; ++j) {
char c = (char)j;
wchar_t wc = (wchar_t)j;
RectF rcChar;
g->MeasureString(&wc, 1, mDefFont, PointF(0, 0), &rcChar);
float width = rcChar.Width;
if(curW + width > bmp->GetWidth()) {
curW = 0;
curH += mFontSize + 3;
}
g->DrawString(&wc, 1, mDefFont, PointF((float)curW, (float)curH), mWhiteBrush);
gchar->Clear(Color::Black);
gchar->DrawString(&wc, 1, mDefFont, PointF(0, 0), mWhiteBrush);
Color pxl, pxr;
uint32 ofsl = 0, ofsr = 0;
bool lfound = false, rfound = false;
for(uint32 l = 0; l < mFontSize * 2; ++l) {
for(uint32 h = 0; h < mFontSize; ++h) {
uint32 r = (2 * mFontSize - 1) - l;
if(lfound == false) {
tmp->GetPixel(l, h, &pxl);
if(pxl.GetRed() > 5) {
lfound = true;
ofsl = l;
}
}
if(rfound == false) {
tmp->GetPixel(r, h, &pxr);
if(pxr.GetRed() > 5) {
rfound = true;
ofsr = r;
}
}
if(lfound && rfound) {
break;
}
}
if(lfound && rfound) {
break;
}
}
if(lfound == false || rfound == false || (ofsl >= ofsr)) {
continue;
}
uint16 chrWidth = ofsr - ofsl + 1;
float txs = (curW + ofsl) / (float)bmp->GetWidth();
float txe = (curW + width - ofsr) / (float)bmp->GetWidth();
float tys = curH / (float)bmp->GetHeight();
float tye = (curH + mFontSize) / (float)bmp->GetHeight();
curW += (uint32)ceil(width) + 2;
++desc.numChars;
out.write((const char*)&wc, sizeof(wchar_t));
out.write((const char*)&chrWidth, sizeof(uint16));
out.write((const char*)&txs, sizeof(float));
out.write((const char*)&txe, sizeof(float));
out.write((const char*)&tys, sizeof(float));
out.write((const char*)&tye, sizeof(float));
}
delete g;
}
delete gchar;
delete tmp;
for(uint32 i = 0; i < mActiveBlocks.size(); ++i) {
auto& desc = descriptions[i];
desc.ofsBmp = (uint32)out.tellp();
Bitmap* bmp = bitmaps[i];
BitmapData data;
bmp->LockBits(&Rect(0, 0, bmp->GetWidth(), bmp->GetHeight()), 0, PixelFormat32bppARGB, &data);
out.write((const char*)data.Scan0, bmp->GetWidth() * bmp->GetHeight());
bmp->UnlockBits(&data);
delete bmp;
}
out.seekp(header.ofsPages, std::ios::beg);
out.write((const char*)descriptions.data(), descriptions.size() * sizeof(FNTIBlockDesc));
out.seekp(0, std::ios::end);
uint32 end = (uint32)out.tellp();
out.seekg(0, std::ios::beg);
std::vector<char> content(end);
out.read(content.data(), end);
std::vector<char> compressed(end);
Utils::ZDeflater defl;
defl.begin();
uint32 outPos = 0;
defl.update(content, compressed, outPos);
compressed.resize(outPos);
defl.end();
outFile.write((const char*)&end, sizeof(uint32));
outFile.write(compressed.data(), compressed.size());
outFile.close();
}
BOOL SavePngFile(HICON hIcon, LPCSTR strPngFile,int iOutWith = -1,int iOutHeight = -1)
{
if (hIcon == NULL)
return FALSE;
ICONINFO icInfo = { 0 };
if (!::GetIconInfo(hIcon, &icInfo))
return FALSE;
BITMAP bitmap;
GetObject(icInfo.hbmColor, sizeof(BITMAP), &bitmap);
Bitmap* pBitmap = NULL;
Bitmap* pWrapBitmap = NULL;
if (bitmap.bmBitsPixel != 32)
{
pBitmap = Bitmap::FromHICON(hIcon);
}
else
{
pWrapBitmap = Bitmap::FromHBITMAP(icInfo.hbmColor, NULL);
BitmapData bitmapData;
Rect rcImage(0,0, pWrapBitmap->GetWidth(), pWrapBitmap->GetHeight());
pWrapBitmap->LockBits(&rcImage, ImageLockModeRead, pWrapBitmap->GetPixelFormat(), &bitmapData);
pBitmap = new Bitmap(bitmapData.Width, bitmapData.Height, bitmapData.Stride,
PixelFormat32bppARGB, (BYTE*)bitmapData.Scan0);
pWrapBitmap->UnlockBits(&bitmapData);
Gdiplus::Color Bmpcolor;
BOOL BmpcolorTag=TRUE;
for (UINT bmpx=0;bmpx<pBitmap->GetWidth();bmpx++)
{
for (UINT bmpy=0;bmpy<pBitmap->GetHeight();bmpy++)
{
pBitmap->GetPixel(bmpx,bmpy,&Bmpcolor);
if(Bmpcolor.GetA()!=0)
{
BmpcolorTag=FALSE;
break;
}
}
if (BmpcolorTag==FALSE)
break;
}
if (BmpcolorTag==TRUE)
{
delete pWrapBitmap;
pWrapBitmap = NULL;
delete pBitmap;
pBitmap = NULL;
pBitmap = Gdiplus::Bitmap::FromHICON(hIcon);
}
}
DeleteObject(icInfo.hbmColor);
DeleteObject(icInfo.hbmMask);
static bool GetPngCode = false;
static CLSID pngid;
if (!GetPngCode)
{
GetPngCode = true;
GetEncoderClsid(L"image/png", &pngid);
}
if (iOutWith !=-1 && iOutHeight!=-1)
{
Bitmap *pStretched = StretchBitmap(pBitmap,128,128);
if (pStretched)
{
delete pBitmap;
pBitmap = pStretched;
}
}
_bstr_t bstr(strPngFile);
wstring wstrPng = (WCHAR*)bstr;
Gdiplus::Status s = pBitmap->Save(wstrPng.c_str(),&pngid,NULL);
delete pBitmap;
if (pWrapBitmap)
delete pWrapBitmap;
DeleteObject(icInfo.hbmColor);
DeleteObject(icInfo.hbmMask);
if (s==Gdiplus::Ok)
return TRUE;
return FALSE;
}
int is_route_possible(int fromx, int fromy, int tox, int toy, Bitmap *wss)
{
wallscreen = wss;
suggestx = -1;
// ensure it's a memory bitmap, so we can use direct access to line[] array
if ((wss == NULL) || (!wss->IsMemoryBitmap()) || (wss->GetColorDepth() != 8))
quit("is_route_possible: invalid walkable areas bitmap supplied");
if (wallscreen->GetPixel(fromx, fromy) < 1)
return 0;
Bitmap *tempw = BitmapHelper::CreateBitmapCopy(wallscreen, 8);
if (tempw == NULL)
quit("no memory for route calculation");
if (!tempw->IsMemoryBitmap())
quit("tempw is not memory bitmap");
int dd, ff;
// initialize array for finding widths of walkable areas
int thisar, inarow = 0, lastarea = 0;
int walk_area_times[MAX_WALK_AREAS + 1];
for (dd = 0; dd <= MAX_WALK_AREAS; dd++) {
walk_area_times[dd] = 0;
walk_area_granularity[dd] = 0;
}
for (ff = 0; ff < tempw->GetHeight(); ff++) {
const uint8_t *tempw_scanline = tempw->GetScanLine(ff);
for (dd = 0; dd < tempw->GetWidth(); dd++) {
thisar = tempw_scanline[dd];
// count how high the area is at this point
if ((thisar == lastarea) && (thisar > 0))
inarow++;
else if (lastarea > MAX_WALK_AREAS)
quit("!Calculate_Route: invalid colours in walkable area mask");
else if (lastarea != 0) {
walk_area_granularity[lastarea] += inarow;
walk_area_times[lastarea]++;
inarow = 0;
}
lastarea = thisar;
}
}
for (dd = 0; dd < tempw->GetWidth(); dd++) {
for (ff = 0; ff < tempw->GetHeight(); ff++) {
uint8_t *tempw_scanline = tempw->GetScanLineForWriting(ff);
thisar = tempw_scanline[dd];
if (thisar > 0)
tempw_scanline[dd] = 1;
// count how high the area is at this point
if ((thisar == lastarea) && (thisar > 0))
inarow++;
else if (lastarea != 0) {
walk_area_granularity[lastarea] += inarow;
walk_area_times[lastarea]++;
inarow = 0;
}
lastarea = thisar;
}
}
// find the average "width" of a path in this walkable area
for (dd = 1; dd <= MAX_WALK_AREAS; dd++) {
if (walk_area_times[dd] == 0) {
walk_area_granularity[dd] = MAX_GRANULARITY;
continue;
}
walk_area_granularity[dd] /= walk_area_times[dd];
if (walk_area_granularity[dd] <= 4)
walk_area_granularity[dd] = 2;
else if (walk_area_granularity[dd] <= 15)
walk_area_granularity[dd] = 3;
else
walk_area_granularity[dd] = MAX_GRANULARITY;
/*char toprnt[200];
sprintf(toprnt,"area %d: Gran %d", dd, walk_area_granularity[dd]);
winalert(toprnt); */
}
walk_area_granularity[0] = MAX_GRANULARITY;
tempw->FloodFill(fromx, fromy, 232);
if (tempw->GetPixel(tox, toy) != 232)
{
// Destination pixel is not walkable
// Try the 100x100 square around the target first at 3-pixel granularity
int tryFirstX = tox - 50, tryToX = tox + 50;
int tryFirstY = toy - 50, tryToY = toy + 50;
if (!find_nearest_walkable_area(tempw, tryFirstX, tryFirstY, tryToX, tryToY, tox, toy, 3))
{
// Nothing found, sweep the whole room at 5 pixel granularity
find_nearest_walkable_area(tempw, 0, 0, tempw->GetWidth(), tempw->GetHeight(), tox, toy, 5);
}
delete tempw;
return 0;
}
delete tempw;
return 1;
}