void GetBorder(IplImage *img, int cid, vector<CvPoint> &border) {
IplImage *bdmask = cvCreateImage(cvGetSize(img), 8, 1);
cvZero(bdmask);
int fr;// fc;
for (fr = 0; fr < img->height; fr++) {
for (int fc = 0; fc < img->width; fc++) {
if (IsBorder(img, fr, fc, cid))
CV_IMAGE_ELEM(bdmask, BYTE, fr, fc) = 255;
}
}
for (int i = 0; i < bdmask->width; i++)
if (CV_IMAGE_ELEM(bdmask, BYTE, 0, i) == 255)
AddOneMask(bdmask, 0, i, border);
for (int i = 0; i < bdmask->width; i++)
if (CV_IMAGE_ELEM(bdmask, BYTE, bdmask->height - 1, i) == 255)
AddOneMask(bdmask, bdmask->height - 1, i, border);
for (int i = 0; i < bdmask->height; i++)
if (CV_IMAGE_ELEM(bdmask, BYTE, i, 0) == 255)
AddOneMask(bdmask, i, 0, border);
for (int i = 0; i < bdmask->height; i++)
if (CV_IMAGE_ELEM(bdmask, BYTE, i, bdmask->width - 1) == 255)
AddOneMask(bdmask, i, bdmask->width - 1, border);
for (fr = 0; fr < img->height; fr++) {
for (int fc = 0; fc < img->width; fc++) {
if (CV_IMAGE_ELEM(bdmask, BYTE, fr, fc) == 255)
AddOneMask(bdmask, fr, fc, border);
}
}
cvReleaseImage(&bdmask);
}
int AIInterface::GetResourceRating(const MapPoint pt, AIJH::Resource res) const
{
//surface resource?
if(res == AIJH::PLANTSPACE || res == AIJH::BORDERLAND || res == AIJH::WOOD || res == AIJH::STONES)
{
AIJH::Resource surfaceRes = GetSurfaceResource(pt);
TerrainType t1 = gwb.GetNode(pt).t1, t2 = gwb.GetNode(pt).t2;
if (surfaceRes == res ||
(res == AIJH::PLANTSPACE && surfaceRes == AIJH::NOTHING && TerrainData::IsVital(t1)) ||
(res == AIJH::BORDERLAND && (IsBorder(pt) || !IsOwnTerritory(pt)) && (TerrainData::IsUseable(t1) || TerrainData::IsUseable(t2))))
{
return AIJH::RES_RADIUS[res];
}
//another building using our "resource"? reduce rating!
if(res == AIJH::WOOD && IsBuildingOnNode(pt, BLD_WOODCUTTER))
return -40;
if(res == AIJH::PLANTSPACE && IsBuildingOnNode(pt, BLD_FORESTER))
return -40;
}
//so it's a subsurface resource or something we dont calculate (multiple,blocked,nothing)
else
{
if (GetSubsurfaceResource(pt) == res)
return AIJH::RES_RADIUS[res];
}
return 0;
}
/************************************************************************
*
* QueryGeometry
* return width X height based on the children preferred sizes
*
************************************************************************/
static XtGeometryResult
QueryGeometry(
Widget widget,
XtWidgetGeometry *intended,
XtWidgetGeometry *desired )
{
Dimension work_width = 0, work_height = 0, work_bw = 0 ;
Dimension title_width = 0, title_height = 0, title_bw = 0 ;
XtWidgetGeometry child_pref ;
XmFrameWidget fw = (XmFrameWidget) widget ;
/* first determine what is the desired size, using the
preferred sizes of the title and the work_area, or the
current setting if no preference are given */
if (fw->frame.work_area) {
XtQueryGeometry (fw->frame.work_area, NULL, &child_pref);
if (IsWidth(&child_pref)) work_width = child_pref.width ;
else work_width = XtWidth(fw->frame.work_area);
if (IsHeight(&child_pref)) work_height = child_pref.height ;
else work_height = XtHeight(fw->frame.work_area);
if (IsBorder(&child_pref)) work_bw = child_pref.border_width ;
else work_bw = XtBorderWidth(fw->frame.work_area);
}
if (fw->frame.title_area) {
XtQueryGeometry (fw->frame.title_area, NULL, &child_pref);
if (IsWidth(&child_pref)) title_width = child_pref.width ;
else title_width = XtWidth(fw->frame.title_area);
if (IsHeight(&child_pref)) title_height = child_pref.height ;
else title_height = XtHeight(fw->frame.title_area);
if (IsBorder(&child_pref)) title_bw = child_pref.border_width ;
else title_bw = XtBorderWidth(fw->frame.title_area);
}
CalcFrameSize (fw,
title_width, title_height, title_bw,
work_width, work_height, work_bw,
&desired->width, &desired->height);
/* deal with user initial size setting */
if (!XtIsRealized(widget)) {
if (XtWidth(widget) != 0) desired->width = XtWidth(widget) ;
if (XtHeight(widget) != 0) desired->height = XtHeight(widget) ;
}
return XmeReplyToQueryGeometry(widget, intended, desired) ;
}
void GoBoard::reset()
{
komi = 0.5;
State.koPoint = NO_KO_POINT;
for(int i = 0; i<(Size()*Size()); i++)
{
State.stones[i] = NONE;
State.numNeighbours[S_WHITE][i] = 0;
State.numNeighbours[S_BLACK][i] = 0;
if(IsBorder(i))
{
State.numNeighboursEmpty[i] = 3;
}
if(IsCorner(i))
{
State.numNeighboursEmpty[i]= 2;
}
else if(!IsCorner(i) && !IsBorder(i)) //Mid board
{
State.numNeighboursEmpty[i] = 4;
}
}
State.bw_prisoners[S_BLACK] = 0;
State.bw_prisoners[S_WHITE] = 0;
for(int i = 0; i<=blockPointer; ++i)
{
blocks[i]->reset();
}
for(int i = 0; i<=movePointer; ++i)
{
moves[i]->Color= -1;
moves[i]->Point.x=-1;
moves[i]->Point.y=-1;
moves[i]->Point.color=-1;
}
blockPointer = 0;
movePointer = 0;
}
/****************
* Handle geometry requests from children.
****************/
XtGeometryResult
_XmGMHandleGeometryManager(Widget parent, Widget w,
XtWidgetGeometry * request,
XtWidgetGeometry * reply,
#if NeedWidePrototypes
int margin_width,
int margin_height,
#else
Dimension margin_width,
Dimension margin_height,
#endif /* NeedWidePrototypes */
int resize_policy,
int allow_overlap)
{
/* Policy: Yes
if margin is non null requests inside the margin or negative
are a priori almosted (or denied if the resizepolicy does not
authorize it).
That's the only case where almost is returned, no management
of a limit position or size is done
*/
XtWidgetGeometry localReply ;
Dimension width, height, borderWidth ;
Position x, y ;
XtGeometryResult returnCode = XtGeometryNo ;
Boolean geoFlag = False, queryonly = False ;
XmManagerWidget manager = (XmManagerWidget) parent ;
localReply = *request ;
localReply.request_mode = CWX|CWY|CWWidth|CWHeight|CWBorderWidth ;
if(!IsX(request)) localReply.x = XtX(w) ;
if(!IsY(request)) localReply.y = XtY(w) ;
if(!IsWidth(request)) localReply.width = XtWidth(w) ;
if(!IsHeight(request)) localReply.height = XtHeight(w) ;
if(!IsBorder(request)) localReply.border_width = XtBorderWidth(w) ;
/* check for x less than margin width
*/
if(IsX(request) && (margin_width != 0)
&& (request->x < (int)margin_width)) {
localReply.x = (Position) margin_width ;
returnCode = XtGeometryAlmost ;
}
/* check for y less than margin height */
if(IsY(request) && (margin_height != 0)
&& (request->y < (int)margin_height)) {
localReply.y = (Position) margin_height ;
returnCode = XtGeometryAlmost ;
}
/* Save current size and set to new size
*/
x = XtX(w) ;
y = XtY(w) ;
width = XtWidth(w) ;
height = XtHeight(w) ;
borderWidth = XtBorderWidth(w) ;
XtX(w) = localReply.x ;
XtY(w) = localReply.y ;
XtWidth(w) = localReply.width ;
XtHeight(w) = localReply.height ;
XtBorderWidth(w) = localReply.border_width ;
if(!allow_overlap && _XmGMOverlap (manager, w)) {
returnCode = XtGeometryNo ;
} else {
/* if we already know that we are not gonna change anything */
if ((returnCode == XtGeometryAlmost) || IsQueryOnly(request))
queryonly = True ;
/* see if the new layout is OK */
geoFlag = _XmGMDoLayout(manager,
margin_width, margin_height,
resize_policy, queryonly) ;
/* if we cannot adapt the new size but the child is still inside
go for it */
if(!geoFlag && ((localReply.x + localReply.width +
(localReply.border_width << 1))
<= (XtWidth(manager) - margin_width))
&& ((localReply.y + localReply.height +
(localReply.border_width << 1))
<= (XtHeight(manager) - margin_height)))
geoFlag = True ;
if (geoFlag) {
if (returnCode != XtGeometryAlmost)
returnCode = XtGeometryYes ;
} else
returnCode = XtGeometryNo ;
if (returnCode == XtGeometryAlmost){
if (reply) *reply = localReply ;
else returnCode = XtGeometryNo ;
}
}
if ((returnCode != XtGeometryYes) || queryonly) {
/* Can't oblige, so restore previous values. */
XtX(w) = x ;
XtY(w) = y ;
XtWidth(w) = width ;
XtHeight(w) = height ;
XtBorderWidth(w) = borderWidth ;
}
return returnCode ;
}
// protected:
BOOL COXSplashWnd::BuildRegion(POINT ptStart)
// --- In : ptStart, the starting point to search for region boundary
// --- Out :
// --- Returns : TRUE if successful; FALSE otherwise
// --- Effect : calculate the region to be visible in a bitmap
{
CArray<CPoint, CPoint&> vertexs;
CPoint ptMax(0,0);
CPoint pt0(0,0);
CPoint pt1(0,0);
CPoint pt(0,0);
CPoint ptPrev(0,0);
CSize sizeInc(0,0);
int i = 0;
int iFirst = 0;
int iLast = 0;
int iPrev = 0;
// move directions: index (xInc, yInc) alternate_index
// 0 (-1,-1) 8 1 ( 0,-1) 9 2 ( 1,-1) 10
// 7 (-1, 0) 15 3 ( 1, 0) 11
// 6 (-1, 1) 14 5 ( 0, 1) 13 4 ( 1, 1) 12
const int xd[] = {-1,0,1,1,1,0,-1,-1,-1,0,1,1,1,0,-1,-1};
const int yd[] = {-1,-1,-1,0,1,1,1,0,-1,-1,-1,0,1,1,1,0};
const int nextdir[] = {6,0,0,2,2,4,4,6,6,0,0,2,2,4,4,6};
BITMAP bm;
m_dib.GetBitmapInfo(bm);
ptMax = CPoint(bm.bmWidth - 1, bm.bmHeight - 1);
// find a start point that's outside the region
UNREFERENCED_PARAMETER(ptStart);
pt0 = CPoint(0,0);
if (!IsBorder(pt0))
pt0 = CPoint(-1,-1);
// search diagonally for first point that's within the region
sizeInc.cx = (pt0.x > (ptMax.x / 2)) ? -1 : 1;
sizeInc.cy = (pt0.y > (ptMax.y / 2)) ? -1 : 1;
for (pt1 = pt0 + sizeInc; IsBorder(pt1, FALSE); pt1 += sizeInc)
;
pt0 = pt1 - sizeInc;
// if not found after hitting the boundary, search by scan lines
if (m_dib.GetPixel(pt1) == CLR_INVALID)
{
for (pt1.y = 0; pt1.y <= ptMax.y; pt1.y++)
{
for (pt1.x = 0; pt1.x <= ptMax.x && IsBorder(pt1); pt1.x++)
;
if (pt1.x <= ptMax.x)
break;
}
if (ptMax.y < pt1.y)
return FALSE;
pt0 = pt1 - CSize(0, 1);
}
// now pt1 should be the starting point that's within the region
// and pt0 should be a neigboring point that's outside the region
ASSERT(IsBorder(pt0) && !IsBorder(pt1));
// clockwise find border/region boundary
for (i = 0; i <= 7; i++)
{
pt = pt1 + CSize(xd[i], yd[i]);
if (!IsBorder(pt))
break;
}
if (i == 8)
return FALSE;
// important: assign second point as the start point to prevent
// diagonal circumvent
pt1 = pt;
vertexs.Add(pt);
// cycle until the most beginning point is found back again
do
{
iPrev = i;
ptPrev = pt;
iFirst = nextdir[i];
iLast = iFirst + 6;
for (i = iFirst; i <= iLast; i++)
{
pt = ptPrev + CSize(xd[i], yd[i]);
if (!IsBorder(pt))
break;
}
if (i == iPrev)
{
// moving forward on the same direction
// replace the last point with this new one, so that region
// definition could be simpler
vertexs[vertexs.GetSize()-1] = pt;
}
else
{
// direction changed, has to add a new vertex
vertexs.Add(pt);
}
if(vertexs.GetSize()%3000==0)
TRACE(_T("Add point: %d,%d, number %d\n"),pt.x,pt.y,vertexs.GetSize());
} while (pt != pt1);
m_rgn.DeleteObject();
if (!m_rgn.CreatePolygonRgn(vertexs.GetData(), PtrToInt(vertexs.GetSize()), ALTERNATE))
{
ASSERT((HRGN)m_rgn == NULL);
return FALSE;
}
return TRUE;
}
int AIInterface::CalcResourceValue(MapCoord x,MapCoord y,AIJH::Resource res,char direction,int lastval) const
{
int returnval=0;
if(direction==-1) //calculate complete value from scratch (3n^2+3n+1)
{
for(MapCoord tx=gwb->GetXA(x,y,0), r=1;r<=AIJH::RES_RADIUS[res];tx=gwb->GetXA(tx,y,0),++r)
{
MapCoord tx2 = tx, ty2 = y;
for(unsigned i = 2;i<8;++i)
{
for(MapCoord r2=0;r2<r;gwb->GetPointA(tx2,ty2,i%6),++r2)
{
//surface resource?
if(res==AIJH::PLANTSPACE||res==AIJH::BORDERLAND||res==AIJH::WOOD||res==AIJH::STONES)
{
AIJH::Resource tres=GetSurfaceResource(tx2,ty2);
unsigned char t1=gwb->GetNode(tx2,ty2).t1,t2=gwb->GetNode(tx2,ty2).t2;
if (tres==res||(res==AIJH::PLANTSPACE&&tres==AIJH::NOTHING&&t1!=TT_DESERT&&t1!=TT_MOUNTAINMEADOW&&t1!=TT_MOUNTAIN1&&t1!=TT_MOUNTAIN2&&t1!=TT_MOUNTAIN3&&t1!=TT_MOUNTAIN4)||(res==AIJH::BORDERLAND&&(IsBorder(tx2,ty2)||!IsOwnTerritory(tx2,ty2))&&((t1!=TT_SNOW&&t1!=TT_LAVA&&t1!=TT_SWAMPLAND&&t1!=TT_WATER)||(t2!=TT_SNOW&&t2!=TT_LAVA&&t2!=TT_SWAMPLAND&&t2!=TT_WATER))))
{
returnval+=(AIJH::RES_RADIUS[res]);
}
//another building using our "resource"? reduce rating!
if(res==AIJH::WOOD||res==AIJH::PLANTSPACE)
{
if((res==AIJH::WOOD&&IsBuildingOnNode(tx2,ty2,BLD_WOODCUTTER))||(res==AIJH::PLANTSPACE&&IsBuildingOnNode(tx2,ty2,BLD_FORESTER)))
returnval-=(40);
}
}
//so it's a subsurface resource or something we dont calculate (multiple,blocked,nothing)
else
{
if (GetSubsurfaceResource(tx2,ty2)==res)
{
returnval+=(AIJH::RES_RADIUS[res]);
}
}
}
}
}
//add the center point value
//surface resource?
if(res==AIJH::PLANTSPACE||res==AIJH::BORDERLAND||res==AIJH::WOOD||res==AIJH::STONES)
{
AIJH::Resource tres=GetSurfaceResource(x,y);
unsigned char t1=gwb->GetNode(x,y).t1,t2=gwb->GetNode(x,y).t2;
if (tres==res||(res==AIJH::PLANTSPACE&&tres==AIJH::NOTHING&&t1!=TT_DESERT&&t1!=TT_MOUNTAINMEADOW&&t1!=TT_MOUNTAIN1&&t1!=TT_MOUNTAIN2&&t1!=TT_MOUNTAIN3&&t1!=TT_MOUNTAIN4)||(res==AIJH::BORDERLAND&&(IsBorder(x,y)||!IsOwnTerritory(x,y))&&((t1!=TT_SNOW&&t1!=TT_LAVA&&t1!=TT_SWAMPLAND&&t1!=TT_WATER)||(t2!=TT_SNOW&&t2!=TT_LAVA&&t2!=TT_SWAMPLAND&&t2!=TT_WATER))))
{
returnval+=(AIJH::RES_RADIUS[res]);
}
//another building using our "resource"? reduce rating!
if(res==AIJH::WOOD||res==AIJH::PLANTSPACE)
{
if((res==AIJH::WOOD&&IsBuildingOnNode(x,y,BLD_WOODCUTTER))||(res==AIJH::PLANTSPACE&&IsBuildingOnNode(x,y,BLD_FORESTER)))
returnval-=(40);
}
}
//so it's a subsurface resource or something we dont calculate (multiple,blocked,nothing)
else
{
if (GetSubsurfaceResource(x,y)==res)
{
returnval+=(AIJH::RES_RADIUS[res]);
}
}
}
else//calculate different nodes only (4n+2 ?anyways much faster)
{
returnval+=lastval;
//add new points
//first: go radius steps towards direction-1
MapCoord tx=x,ty=y;
for(unsigned i=0;i<AIJH::RES_RADIUS[res];i++)
gwb->GetPointA(tx,ty,(direction+5)%6);
//then clockwise around at radius distance to get all new points
for(int i = direction+1;i<(direction+3);++i)
{
//add 1 extra step on the second side we check to complete the side
for(MapCoord r2=0;r2<AIJH::RES_RADIUS[res]||(r2<AIJH::RES_RADIUS[res]+1&&i==direction+2);++r2)
{
//surface resource?
if(res==AIJH::PLANTSPACE||res==AIJH::BORDERLAND||res==AIJH::WOOD||res==AIJH::STONES)
{
AIJH::Resource tres=GetSurfaceResource(tx,ty);
unsigned char t1=gwb->GetNode(tx,ty).t1,t2=gwb->GetNode(tx,ty).t2;
if (tres==res||(res==AIJH::PLANTSPACE&&tres==AIJH::NOTHING&&t1!=TT_DESERT&&t1!=TT_MOUNTAINMEADOW&&t1!=TT_MOUNTAIN1&&t1!=TT_MOUNTAIN2&&t1!=TT_MOUNTAIN3&&t1!=TT_MOUNTAIN4)||(res==AIJH::BORDERLAND&&(IsBorder(tx,ty)||!IsOwnTerritory(tx,ty))&&((t1!=TT_SNOW&&t1!=TT_LAVA&&t1!=TT_SWAMPLAND&&t1!=TT_WATER)||(t2!=TT_SNOW&&t2!=TT_LAVA&&t2!=TT_SWAMPLAND&&t2!=TT_WATER))))
{
returnval+=(AIJH::RES_RADIUS[res]);
}
//another building using our "resource"? reduce rating!
if(res==AIJH::WOOD||res==AIJH::PLANTSPACE)
{
if((res==AIJH::WOOD&&IsBuildingOnNode(tx,ty,BLD_WOODCUTTER))||(res==AIJH::PLANTSPACE&&IsBuildingOnNode(tx,ty,BLD_FORESTER)))
returnval-=(40);
}
}
//so it's a subsurface resource or something we dont calculate (multiple,blocked,nothing)
else
{
if (GetSubsurfaceResource(tx,ty)==res)
{
returnval+=(AIJH::RES_RADIUS[res]);
}
}
gwb->GetPointA(tx,ty,i%6);
}
}
//now substract old points not in range of new point
//go to old center point:
tx=x;
ty=y;
gwb->GetPointA(tx,ty,(direction+3)%6);
//next: go to the first old point we have to substract
for(unsigned i=0;i<AIJH::RES_RADIUS[res];i++)
gwb->GetPointA(tx,ty,(direction+2)%6);
//now clockwise around at radius distance to remove all old points
for(int i = direction+4;i<(direction+6);++i)
{
for(MapCoord r2=0;r2<AIJH::RES_RADIUS[res]||(r2<AIJH::RES_RADIUS[res]+1&&i==direction+5);++r2)
{
//surface resource?
if(res==AIJH::PLANTSPACE||res==AIJH::BORDERLAND||res==AIJH::WOOD||res==AIJH::STONES)
{
AIJH::Resource tres=GetSurfaceResource(tx,ty);
unsigned char t1=gwb->GetNode(tx,ty).t1,t2=gwb->GetNode(tx,ty).t2;
if (tres==res||(res==AIJH::PLANTSPACE&&tres==AIJH::NOTHING&&t1!=TT_DESERT&&t1!=TT_MOUNTAINMEADOW&&t1!=TT_MOUNTAIN1&&t1!=TT_MOUNTAIN2&&t1!=TT_MOUNTAIN3&&t1!=TT_MOUNTAIN4)||(res==AIJH::BORDERLAND&&(IsBorder(tx,ty)||!IsOwnTerritory(tx,ty))&&((t1!=TT_SNOW&&t1!=TT_LAVA&&t1!=TT_SWAMPLAND&&t1!=TT_WATER)||(t2!=TT_SNOW&&t2!=TT_LAVA&&t2!=TT_SWAMPLAND&&t2!=TT_WATER))))
{
returnval-=(AIJH::RES_RADIUS[res]);
}
//another building using our "resource"? reduce rating!
if(res==AIJH::WOOD||res==AIJH::PLANTSPACE)
{
if((res==AIJH::WOOD&&IsBuildingOnNode(tx,ty,BLD_WOODCUTTER))||(res==AIJH::PLANTSPACE&&IsBuildingOnNode(tx,ty,BLD_FORESTER)))
returnval+=(40);
}
}
//so it's a subsurface resource or something we dont calculate (multiple,blocked,nothing)
else
{
if (GetSubsurfaceResource(tx,ty)==res)
{
returnval-=(AIJH::RES_RADIUS[res]);
}
}
gwb->GetPointA(tx,ty,i%6);
}
}
}
//if(returnval<0&&lastval>=0&&res==AIJH::BORDERLAND)
//LOG.lprintf("AIInterface::CalcResourceValue - warning: negative returnvalue direction %i oldval %i\n", direction, lastval);
return returnval;
}
//window message process function
LRESULT
SLEditCtrlProc(
HWND hWnd,
int iMsg,
WPARAM wParam,
LPARAM lParam
)
{
PWindowsTree pWin;
char* buffer;
POINT point;
PSLEditData pEditData;
HPEN hPen;
HBRUSH hBrush;
COLORREF crColor;
PWNDCLASSEX pWndClass;
LRESULT res;
char* passwdchar;
int dispLen,len,iBorder;
char* dispBuffer;
HDC hDC;
RECT rect;
PAINTSTRUCT ps;
pWin = (PWindowsTree)hWnd;
switch(iMsg){
case LMSG_CREATE:
pWin = (PWindowsTree)hWnd;
pEditData = (void*)malloc(sizeof(SLEditData));
if(!pEditData)
return false;
if (!CreateCaret (hWnd, NULL, 1, GetSysCharHeight())){
printerror ("EDIT: Create Caret error!\n");
free (pEditData);
return -1;
}
memset(pEditData,0,sizeof(SLEditData));
pEditData->iBufferLen = LEN_EDITBOX_BUFFER;
pEditData->passwdChar = '*';
pEditData->iLeftMargin = MARGIN_EDIT_LEFT;
pEditData->iTopMargin = MARGIN_EDIT_TOP;
pEditData->iRightMargin = MARGIN_EDIT_RIGHT;
pEditData->iBottomMargin = MARGIN_EDIT_BOTTOM;
// memcpy (pEditData->buffer, pWin->lpszCaption,min (pEditData->iBufferLen, strlen(pWin->lpszCaption)+1);
strncpy (pEditData->buffer, pWin->lpszCaption,pEditData->iBufferLen-1);//modify
pWin->rect.bottom = pWin->rect.top + GetSysCharHeight()
+ MARGIN_EDIT_TOP + MARGIN_EDIT_BOTTOM + 2 * wndGetBorder(hWnd);
pWin->dwData = (DWORD)pEditData;
SetTimer(hWnd,1,50);
break;
case LMSG_TIMER:
BlinkCaret(hWnd);
break;
case LMSG_DESTROY:
free((void*)(pWin->dwData));
DestroyCaret(hWnd);
KillTimer(hWnd,1);
break;
case LMSG_ERASEBKGND:
pWndClass=GetRegClass(pWin->lpszClassName);
if(!pWndClass)
return (LRESULT)NULL;
//is Enable ?
hBrush=pWndClass->hbrBackground;
crColor=((BRUSH*)hBrush)->crBrushColor;
if(!IsEnable(hWnd))
((BRUSH*)hBrush)->crBrushColor=RGB_SYSTEMLTGRAY;
else
((BRUSH*)hBrush)->crBrushColor=RGB_SYSTEMWHITE;
res=DefWindowProc(hWnd, iMsg, wParam, lParam);
((BRUSH*)hBrush)->crBrushColor=crColor;
return res;
case LMSG_KILLFOCUS:
pEditData = (PSLEditData) (pWin->dwData);
pEditData->dwStatus &= ~EST_FOCUSED;
HideCaret (hWnd);
NotifyParent (hWnd, EN_KILLFOCUS);
break;
case LMSG_SETFOCUS:
pEditData = (PSLEditData) (pWin->dwData);
if (pEditData->dwStatus & EST_FOCUSED)
return 0;
pEditData->dwStatus |= EST_FOCUSED;
SetCaretPos (hWnd,
pEditData->iCaretPos * GetSysCharWidth () + pEditData->iLeftMargin,
pEditData->iTopMargin);
ShowCaret (hWnd);
NotifyParent (hWnd, EN_SETFOCUS);
break;
case LMSG_GETTEXTLENGTH:
pEditData = (PSLEditData) (pWin->dwData);
return pEditData->iDataLen;
case LMSG_GETTEXT:
buffer = (char*)lParam;
pEditData = (PSLEditData) (pWin->dwData);
len = min ((int)wParam, pEditData->iDataLen);
memcpy (buffer, pEditData->buffer, len);
buffer [len] = '\0';
return len;
case LMSG_SETTEXT:
pEditData = (PSLEditData)(pWin->dwData);
if(pWin->dwStyle & ES_READONLY)
return 0;
pEditData = (PSLEditData) (pWin->dwData);
len = min (strlen ((char*)lParam), pEditData->iBufferLen);
pEditData->iDataLen = len;
memcpy (pEditData->buffer, (char*)lParam, len);
pEditData->iEditPos = 0;
pEditData->iCaretPos = 0;
pEditData->iStartPos = 0;
if (pEditData->dwStatus & EST_FOCUSED)
SetCaretPos (hWnd, pEditData->iLeftMargin, pEditData->iTopMargin);
InvalidateRect (hWnd, NULL, TRUE);
break;
case EM_SETREADONLY:
if (wParam)
pWin->dwStyle |= ES_READONLY;
else
pWin->dwStyle &= ~ES_READONLY;
break;
case EM_SETPASSWORDCHAR:
pEditData = (PSLEditData) (pWin->dwData);
if (pEditData->passwdChar != (char)wParam) {
if (pEditData->dwStatus & ES_PASSWORD) {
pEditData->passwdChar = (char)wParam;
InvalidateRect (hWnd, NULL, TRUE);
}
}
break;
case EM_GETPASSWORDCHAR:
pEditData = (PSLEditData) (pWin->dwData);
passwdchar = (char*) lParam;
*passwdchar = pEditData->passwdChar;
break;
case LMSG_PENDOWN:
{
int x,y;
int iRet;
CaptureMouse(hWnd,BYCLIENT);
pEditData = (PSLEditData) (pWin->dwData);
x = (int)wParam;
y = (int)lParam;
ScreenToClient(hWnd, &x,&y);
iRet = edtGetCaretPos (pEditData, x);
//printf("%d\n",x);
if (iRet != pEditData->iCaretPos) {
pEditData->iEditPos += iRet - pEditData->iCaretPos;
pEditData->iCaretPos = iRet;
SetCaretPos (hWnd,
pEditData->iCaretPos * GetSysCharWidth ()
+ pEditData->iLeftMargin,
pEditData->iTopMargin);
}
NotifyParent(hWnd,EN_CLICKED);
break;
}
case LMSG_PENUP:
DisCaptureMouse();
break;
case LMSG_ENABLE:
if((BOOL)wParam)///Enable
pWin->dwStyle &=~WS_DISABLE;
else//Disable
pWin->dwStyle |=WS_DISABLE;
break;
case LMSG_NCPAINT:
GetWindowRect(hWnd,&rect);
SetRect(&rect,0,0,rect.right-rect.left,rect.bottom-rect.top);
if(IsBorder(hWnd)){
hDC = (HDC)wParam;
if(!hDC)
return false;
hPen=CreatePen(PS_SOLID,1,RGB(88,87,81));
SelectObject(hDC,hPen);
DeleteObject(hPen);
winMoveToEx(hDC,rect.left,rect.top,&point);
winLineTo(hDC,rect.right,rect.top);
winMoveToEx(hDC,rect.left,rect.top,&point);
winLineTo(hDC,rect.left,rect.bottom);
hPen=GetStockObject(LTGRAY_PEN);
SelectObject(hDC,hPen);
DeleteObject(hPen);
winMoveToEx(hDC,rect.right,rect.top+1,&point);
winLineTo(hDC,rect.right,rect.bottom);
winMoveToEx(hDC,rect.right,rect.bottom,&point);
winLineTo(hDC,rect.left,rect.bottom);
}
break;
case LMSG_PAINT:
ps.bPaintDirect=false;
hDC=BeginPaint(hWnd, &ps);
if(!hDC){
return true;
}
if(IsFocus(hWnd)){
HideCaret(hWnd);
}
GetWindowRect(hWnd,&rect);
SetRect(&rect,0,0,rect.right-rect.left,rect.bottom-rect.top);
pEditData = (PSLEditData) (pWin->dwData);
iBorder = wndGetBorder(hWnd);
InflateRect(&rect,(-1)*iBorder,(-1)*iBorder);
dispLen = GetEditBoxDispLen (hWnd);
if (dispLen == 0) {
EndPaint(hWnd, &ps);
break;
}
dispBuffer = malloc (dispLen + 1);
if (pWin->dwStyle & ES_PASSWORD)
memset (dispBuffer, '*', dispLen);
else
memcpy (dispBuffer,
pEditData->buffer + pEditData->iStartPos,
dispLen);
dispBuffer [dispLen] = '\0';
rect.left += pEditData->iLeftMargin;
rect.top += pEditData->iTopMargin;
rect.right -= pEditData->iRightMargin;
rect.bottom -= pEditData->iBottomMargin;
DrawText(hDC,dispBuffer,strlen(dispBuffer),&rect,DT_LEFT);
free(dispBuffer);//modify,this is added
EndPaint(hWnd, &ps);
if(IsFocus(hWnd)){
ShowCaret(hWnd);
SetTimer(hWnd,1,50);
}
break;
//keydown process
case LMSG_KEYDOWN:
edtProcessKeyDown(hWnd,wParam,lParam);
break;
case LMSG_CHAR:
edtProcessChar(hWnd,wParam,lParam);
break;
default:
return DefWindowProc(hWnd, iMsg, wParam, lParam);
}
return 0;
}
void Init(){
map = GetMap();
current_time = map -> time;
register int i,j;
register int AE_number;
int AEflag;//记录有无AE可以走
int flag;//记录ae是否离devour太近
register int ChosenAE;
Position ChosenDevour[10];
register double MinAEdistance;
Position AE[50];//记录AE的位置
register int devour_number;
int coming_devour=0;
Position Devour[50];//记录Devour的位置
int Boss_Parameter=20;
int Devour_Danger=0;
register double border_r;
register double F;
register double dis;
Vector a2;//从目标到自己的向量
border_r=0.5*me.radius;
me = GetStatus() -> objects[0];
opponent_number = devour_number = see_boss = AE_number = coming_devour=0;
speed.x = speed.y = speed.z = (double)0;
MinAEdistance=10000;
for (i = 0; i < map -> objects_number; ++i)
{
F= (double)0, dis = dist(map -> objects[i].pos, me.pos);
switch (map -> objects[i].type){
case PLAYER:
/*if (map -> objects[i].team_id == GetStatus() -> team_id) break;
opponent[opponent_number++] = map -> objects[i];
if (me.radius < map -> objects[i].radius)
F = RUN_VALUE * me.radius * map -> objects[i].radius / POW(dis, 3);
if (me.radius > map -> objects[i].radius && me.skill_level[SHORT_ATTACK]
|| me.skill_level[SHORT_ATTACK]>=5)
F = CHASING_VALUE * me.radius * map -> objects[i].radius / POW(dis, 3);*/
break;
case ENERGY:
F = ENERGY_VALUE * POW(me.radius, 2) / POW(dis, 3);
if (IsBorder(border_r,map -> objects[i].pos))//如果到边界的距离小于r，力为0
F=0;
break;
case ADVANCED_ENERGY:
AE[AE_number++]=map -> objects[i].pos;
break;
case DEVOUR:
Devour[devour_number++]=map -> objects[i].pos;
break;
case BOSS:
boss = map -> objects[i];
see_boss = 1;
boss_r = boss.radius;
boss_warning = (int)(dis < 1.2 * boss_r && me.radius<boss_r);
break;
default:
break;
}
//printf("F=%f\n",F);//F=0.000061~0.001110
a2=Minus(map -> objects[i].pos,me.pos);
speed=Add(speed,Multiple(F,a2));
}
if (AE_number)//处理AE
{
AEflag=0;
for(i=0;i<AE_number;i++)
{
dis=dist(AE[i], me.pos);
//printf("AE %d dis=%f\n",i,dis);
if (IsBorder(border_r,AE[i]))
continue;
for(j=0,flag=0;j<devour_number;j++)
if (dist(AE[i],Devour[j])<me.radius && dist(AE[i],me.pos)>0.6*dist(Devour[j],me.pos))
flag=1;
if (flag)
continue;
dis=dist(AE[i], me.pos);
if (MinAEdistance>dis)
{
MinAEdistance=dis;
ChosenAE=i;
AEflag=1;
}
}
if (AEflag)
{
/*if (me.skill_level[SHORT_ATTACK]>=5 && me.skill_level[HEALTH_UP]>=4)
AE_Parameter=0;
else
AE_Parameter=100;*/
a2=Minus(AE[ChosenAE],me.pos);
F = AE_Parameter * POW(me.radius, 2) / POW(MinAEdistance, 3);
speed=Add(speed,Multiple(F,a2));
//printf("chosen ae= %d dis=%f\n",ChosenAE,MinAEdistance);
}
}
/*if (me.radius>1.2*boss_r && see_boss)//如果比boss大，去吃
{
a2=Minus(boss.pos,me.pos);
//printf("eating boss!\n");
F=CHASING_BOSS_VALUE * POW(me.radius, 2) / POW(length(a2), 3);
speed=Add(speed,Multiple(F,a2));
}*/
FBorder(1.1*me.radius);//如果碰到边界，速度置0
Devour_Danger=!(me.shield_time>20 && me.skill_level[SHIELD]==5);
if (Devour_Danger)
{
for (i=0;i<devour_number;i++)//处理吞噬者
if (IsDevour(1.1*me.radius,Devour[i]))//如果会碰到devour，速度正交化
ChosenDevour[coming_devour++]=Devour[i];
if (coming_devour==1)
{
a2=Minus(ChosenDevour[0],me.pos);
//printf("devour!\n");
speed=Schmidt(speed,a2);
}
else if (coming_devour>=2)
{
a2=Minus(ChosenDevour[0],me.pos);
//printf("devour!\n");
speed=Schmidt(speed,a2);
}
}
if (boss_warning && IsBoss(boss_r+me.radius,boss.pos))//如果碰到boss，正交化
{
a2=Minus(boss.pos,me.pos);
//printf("boss!\n");
speed=Schmidt(speed,a2);
}
speed.x *= 100 + rand() % 5;
speed.y *= 100 + rand() % 5;
speed.z *= 100 + rand() % 5;
}
