int KComplexPath::GetEndVelocity()
{
BOOL bRetCode = false;
int nVelocityX = 0;
int nVelocityY = 0;
int nVelocityZ = 0;
int nTotalFrame = 0;
int nEndVelocity = 1000; // default if no pre path
IPath* pPath = NULL;
bRetCode = m_cSubPaths.empty();
KG_PROCESS_SUCCESS(bRetCode);
pPath = m_cSubPaths.back();
KGLOG_PROCESS_ERROR(pPath);
nTotalFrame = pPath->GetTotalFrame();
pPath->GetVelocityByDeltaFrame(nTotalFrame, nVelocityX, nVelocityY, nVelocityZ);
nEndVelocity = (int)sqrt((double)(nVelocityX * nVelocityX + nVelocityY * nVelocityY + nVelocityZ * nVelocityZ));
Exit1:
Exit0:
return nEndVelocity;
}
void CopyPoints(const IPath& p) {
AllocPoints(p.NumPoints());
for (unsigned int n = 0; n < p.NumPoints(); n++) {
points[n] = p.GetPoint(n);
}
}
IPath* KComplexPath::GetPathByDeltaFrame(int nDeltaFrame, int* pRetDeltaFrameInPath) const
{
IPath* pResultPath = NULL;
KCOMPLEX_SUB_PATHS::const_iterator itPaths;
int nCurrentFrame = 0;
KGLOG_PROCESS_ERROR(nDeltaFrame >= 0);
KGLOG_PROCESS_ERROR(nDeltaFrame <= m_nTotalFrame);
for (itPaths = m_cSubPaths.begin(); itPaths != m_cSubPaths.end(); ++itPaths)
{
IPath* pPath = *itPaths;
int nTotalFrame = pPath->GetTotalFrame();
if (nDeltaFrame <= nCurrentFrame + nTotalFrame)
{
pResultPath = pPath;
if (pRetDeltaFrameInPath)
*pRetDeltaFrameInPath = nDeltaFrame - nCurrentFrame;
break;
}
nCurrentFrame += nTotalFrame;
}
Exit0:
return pResultPath;
}
void IPath::copy( const IPath& src, const Matrix33& transform ) {
// TODO: transform!!!
// BUGBUG
setNumCoords( src.getNumCoords() );
setNumSegments( src.getNumSegments() );
_segments = src._segments;
*_fcoords = *src._fcoords;
}
QTPFS::IPath* QTPFS::PathCache::GetPath(unsigned int pathID, unsigned int pathType) {
IPath* path = const_cast<IPath*>(GetConstPath(pathID, pathType));
if (path->GetID() != 0) {
numCacheHits[pathType] += 1;
} else {
numCacheMisses[pathType] += 1;
}
return path;
}
std::map<std::string, Status*> Status::GetAllStatusses()
{
if (s_allStatusses.size() == 0)
{
IImageManager* imageManager = PlatformSpecific::GetImageManager();
//otherwise open status XML file
typedef vector<XMLNode*>::const_iterator SI;
vector<XMLNode*> statusNodes = BmeClient::GetPreferences()->GetIconPrefs()->GetStatusNodes();
for (SI s = statusNodes.begin(); s != statusNodes.end(); ++s)
{
XMLNode* statusNode = *s;
if (statusNode->Name() == "status")
{
vector<XMLNode*> children = statusNode->Children();
Status* status = new Status();
for (SI c = children.begin(); c != children.end(); ++c)
{
XMLNode* statusChild = *c;
if (statusChild->Name() == "icon")
{
std::string iconPath = statusChild->StringValue();
IPath* iconFullPath = PlatformSpecific::GetPathManager()->GetIconPrefsPath()->Append(iconPath);
Image* statusIcon = imageManager->GetImageFromFile(iconFullPath->ToString());
status->AddIcon(statusIcon);
delete iconFullPath;
}
else if (statusChild->Name() == "message")
{
status->SetStatusName(statusChild->StringValue());
}
else if (statusChild->Name() == "protocol")
{
status->SetAbbreviation(statusChild->StringValue());
}
else if (statusChild->Name() == "visible")
{
bool userChoice = atoi(statusChild->StringValue().c_str());
status->SetUserChoice(userChoice);
}
else if (statusChild->Name() == "color")
{
}
}
s_allStatusses[status->GetAbbreviation()] = (status);
}
}
delete imageManager;
}
return s_allStatusses;
}
void KComplexPath::Start(int nStartFrame)
{
KCOMPLEX_SUB_PATHS::iterator itPaths;
m_nStartFrame = nStartFrame;
for (itPaths = m_cSubPaths.begin(); itPaths != m_cSubPaths.end(); ++itPaths)
{
IPath* pSubPath = (*itPaths);
pSubPath->Start(nStartFrame);
nStartFrame += pSubPath->GetTotalFrame();
}
}
KPOSITION KComplexPath::GetPosAtFrame(int nFrame) const
{
KPOSITION Pos;
IPath* pPath = NULL;
KGLOG_PROCESS_ERROR(nFrame >= m_nStartFrame);
KGLOG_PROCESS_ERROR(nFrame <= m_nStartFrame + m_nTotalFrame);
pPath = GetPathByDeltaFrame(nFrame - m_nStartFrame, NULL);
KGLOG_PROCESS_ERROR(pPath);
Pos = pPath->GetPosAtFrame(nFrame);
Exit0:
return Pos;
}
void KComplexPath::GetVelocityByDeltaFrame(int nDeltaFrame, int& nVelocityX, int& nVelocityY, int& nVelocityZ)
{
IPath* pPath = NULL;
int nDeltaFrameInPath = 0;
nVelocityX = 0;
nVelocityY = 0;
nVelocityZ = 0;
KGLOG_PROCESS_ERROR(nDeltaFrame >= 0);
KGLOG_PROCESS_ERROR(nDeltaFrame <= m_nTotalFrame);
KG_PROCESS_SUCCESS(m_nTotalFrame == 0);
pPath = GetPathByDeltaFrame(nDeltaFrame, &nDeltaFrameInPath);
KGLOG_PROCESS_ERROR(pPath);
pPath->GetVelocityByDeltaFrame(nDeltaFrameInPath, nVelocityX, nVelocityY, nVelocityZ);
Exit1:
Exit0:
return;
}
bool QTPFS::PathCache::MarkDeadPaths(const SRectangle& r) {
#ifdef QTPFS_IGNORE_DEAD_PATHS
return false;
#endif
if (livePaths.empty())
return false;
// NOTE: not static, we run in multiple threads
CollisionVolume rv;
float3 rm;
GetRectangleCollisionVolume(r, rv, rm);
// "mark" any live path crossing the area of a terrain
// deformation, for which some or all of its waypoints
// might now be invalid and need to be recomputed
//
std::list<PathMapIt> livePathIts;
for (PathMapIt it = livePaths.begin(); it != livePaths.end(); ++it) {
IPath* path = it->second;
const float3& pathMins = path->GetBoundingBoxMins();
const float3& pathMaxs = path->GetBoundingBoxMaxs();
// if rectangle does not overlap bounding-box, skip this path
if (WS(r.x2) < pathMins.x) { continue; }
if (WS(r.z2) < pathMins.z) { continue; }
if (WS(r.x1) > pathMaxs.x) { continue; }
if (WS(r.z1) > pathMaxs.z) { continue; }
// figure out if <path> has at least one edge crossing <r>
// we only care about the segments we have not yet visited
for (unsigned int i = path->GetPointID(); i < (path->NumPoints() - 1); i++) {
const float3& p0 = path->GetPoint(i );
const float3& p1 = path->GetPoint(i + 1);
const bool pointInRect0 =
((p0.x >= WS(r.x1) && p0.x < WS(r.x2)) &&
(p0.z >= WS(r.z1) && p0.z < WS(r.z2)));
const bool pointInRect1 =
((p1.x >= WS(r.x1) && p1.x < WS(r.x2)) &&
(p1.z >= WS(r.z1) && p1.z < WS(r.z2)));
const bool havePointInRect = (pointInRect0 || pointInRect1);
// NOTE:
// box-volume tests in its own space, but points are
// in world-space so we must inv-transform them first
// (p0 --> p0 - rm, p1 --> p1 - rm)
const bool edgeCrossesRect =
((p0.x < WS(r.x1) && p1.x >= WS(r.x2)) && (p0.z >= WS(r.z1) && p1.z < WS(r.z2))) || // H
((p0.z < WS(r.z1) && p1.z >= WS(r.z2)) && (p0.x >= WS(r.x1) && p1.x < WS(r.x2))) || // V
CCollisionHandler::IntersectBox(&rv, p0 - rm, p1 - rm, NULL);
// remember the ID of each path affected by the deformation
if (havePointInRect || edgeCrossesRect) {
assert(tempPaths.find(path->GetID()) == tempPaths.end());
deadPaths.insert(std::make_pair<unsigned int, IPath*>(path->GetID(), path));
livePathIts.push_back(it);
break;
}
}
}
for (std::list<PathMapIt>::const_iterator it = livePathIts.begin(); it != livePathIts.end(); ++it) {
livePaths.erase(*it);
}
return true;
}
HRESULT InitGeometry()
{
//////////////////////////////////////////////////////////////////////////
// Create layer
//////////////////////////////////////////////////////////////////////////
CLayer* _layer;
scom_new<CLayer>(&_layer);
_layer->FinalConstruct(pRenderer);
g_layer1 = _layer;
scom_new<CLayer>(&_layer);
_layer->FinalConstruct(pRenderer);
g_layer2 = _layer;
size_t ncommands;
PathCommand *commands;
size_t npoints;
VML::Vector2 *points;
//////////////////////////////////////////////////////////////////////////
// Border
//////////////////////////////////////////////////////////////////////////
PathCommand cmds0[] =
{
PC_MOVE,
PC_BEZIER_2, PC_LINE,
PC_BEZIER_2, PC_LINE,
PC_BEZIER_2, PC_LINE,
PC_BEZIER_2, PC_CLOSE,
};
ncommands = 9;
commands = cmds0;
float w = 120.0f;
float h = 70.0f;
float r = 10.0f;
VML::Vector2 points0[] =
{
VML::Vector2(w - r, h),
VML::Vector2(w, h), VML::Vector2(w, h - r),
VML::Vector2(w, -h + r),
VML::Vector2(w, -h), VML::Vector2(w - r, -h),
VML::Vector2(-w + r,-h),
VML::Vector2(-w, -h), VML::Vector2(-w, -h + r),
VML::Vector2(-w, h - r),
VML::Vector2(-w, h), VML::Vector2(-w + r, h),
};
npoints = 12;
points = points0;
IPath* path = g_layer1->AddNewComponent();
IPathBuffer* buff = path->getPathBuffer();
buff->setPoints(points, npoints);
buff->setCommands(commands, ncommands);
path->setProperty(PP_FILL_STYLE, FS_GRAD_Y);
path->setProperty(PP_FILL_COLOR1, 0xff000000);
path->setProperty(PP_FILL_COLOR2, 0xff000000);
path->setProperty(PP_STROKE_STYLE, SS_NONE);
path->setProperty(PP_STROKE_COLOR1, 0xff000000);
path->setProperty(PP_STROKE_COLOR2, 0xff000000);
path->setStrokeWidth(2.0f);
//////////////////////////////////////////////////////////////////////////
// Text
//////////////////////////////////////////////////////////////////////////
PathCommand cmds2[] =
{
PC_MOVE, PC_LINE, PC_LINE, PC_LINE, PC_CLOSE,
PC_MOVE, PC_LINE, PC_LINE, PC_LINE, PC_CLOSE,
PC_MOVE, PC_LINE, PC_LINE, PC_LINE, PC_CLOSE,
};
ncommands = 15;
commands = cmds2;
w = 30.0f;
h = 20.0f;
r = 5.0f;
VML::Vector2 points2[] =
{
VML::Vector2(-w, h), VML::Vector2(w, h), VML::Vector2(w, -h), VML::Vector2(-w, -h),
VML::Vector2(-w + r, h - r), VML::Vector2(w - r, h - r), VML::Vector2(w - r, -h + r), VML::Vector2(-w + r, -h + r),
VML::Vector2(-w + r*3, h - r*3), VML::Vector2(w - r*3, h - r*3), VML::Vector2(w - r*3, -h + r*3), VML::Vector2(-w + r*3, -h + r*3),
};
npoints = 12;
points = points2;
path = g_layer2->AddNewComponent();
buff = path->getPathBuffer();
buff->setPoints(points, npoints);
buff->setCommands(commands, ncommands);
path->setProperty(PP_FILL_STYLE, FS_SOLID);
path->setProperty(PP_FILL_COLOR1, 0xa06060ff);
path->setProperty(PP_FILL_COLOR2, 0xa06060ff);
path->setProperty(PP_STROKE_STYLE, SS_LINE_SOLID);
path->setProperty(PP_STROKE_COLOR1, 0xf060c0ff);
path->setProperty(PP_STROKE_COLOR2, 0xffff0000);
path->setStrokeWidth(2.0f);
//////////////////////////////////////////////////////////////////////////
// Border
//////////////////////////////////////////////////////////////////////////
PathCommand cmds1[] =
{
PC_MOVE,
PC_BEZIER_2, PC_LINE,
PC_BEZIER_2, PC_LINE,
PC_BEZIER_2, PC_LINE,
PC_BEZIER_2, PC_CLOSE,
PC_MOVE,
PC_LINE, PC_LINE, PC_LINE, PC_CLOSE,
};
ncommands = 14;
commands = cmds1;
w = 100.0f;
h = 50.0f;
r = 10.0f;
VML::Vector2 points1[] =
{
VML::Vector2(w - r, h),
VML::Vector2(w, h), VML::Vector2(w, h - r),
VML::Vector2(w, -h + r),
VML::Vector2(w, -h), VML::Vector2(w - r, -h),
VML::Vector2(-w + r, -h),
VML::Vector2(-w, -h), VML::Vector2(-w, -h + r),
VML::Vector2(-w, h - r),
VML::Vector2(-w, h), VML::Vector2(-w + r, h),
VML::Vector2(-30.0f, 20.0f), VML::Vector2(30.0f, 20.0f), VML::Vector2(30.0f, -20.0f), VML::Vector2(-30.0f, -20.0f),
};
npoints = 16;
points = points1;
path = g_layer2->AddNewComponent();
buff = path->getPathBuffer();
buff->setPoints(points, npoints);
buff->setCommands(commands, ncommands);
path->setProperty(PP_FILL_STYLE, FS_GRAD_Y);
path->setProperty(PP_FILL_COLOR1, 0x50c8c8c8);
path->setProperty(PP_FILL_COLOR2, 0xfffafafa);
path->setProperty(PP_STROKE_STYLE, SS_LINE_SOLID);
path->setProperty(PP_STROKE_COLOR1, 0xff707070);
path->setProperty(PP_STROKE_COLOR2, 0xffff0000);
path->setStrokeWidth(2.0f);
g_layer1->AddUser();
g_layer2->AddUser();
return S_OK;
}