void editorLoad(const char* fn, SDL_Surface* screen)
{
//Set filename
editorFileName(fn);
//Init cursor
initCursor(&cur);
//Read info's for level.
pf.levelInfo = mkLevelInfo( fn );
//Load field
loadField(&pf, fileName);
initDraw(pf.levelInfo, screen);
SDL_FreeSurface(stealGfxPtr()->boardImg);
stealGfxPtr()->boardImg = loadImg( DATADIR"data/editbg.png" );
selBrickBG = loadImg( DATADIR"data/editselbrick.png" );
saveBtnBG = loadImg( DATADIR"data/edit-save.png" );
saveBtnSprite = cutSprite( saveBtnBG, 0,0, saveBtnBG->w, saveBtnBG->h );
changed=0;
selBrick=BRICKSBEGIN;
teleState=0;
fieldRect.x = HSCREENW - 74;
fieldRect.y = HSCREENH - 114;
fieldRect.w = HSCREENW + 154;
fieldRect.h = HSCREENH + 114;
}
void Processor::read(const char *filename,double centre[],double *size, bool constantRadius, bool incrementRadius)
{
double min[3], max[3];
fr->ReadVertices(filename,vertexList,centre,&scale, min, max, constantRadius, incrementRadius);
elecField = loadField("/home/tbmasood/Downloads/1GRM.dx");
std::cout << elecField->dim[0] << " " << elecField->dim[1] << " " << elecField->dim[2] << std::endl;
int indices[] = {0,0,0};
std::cout << elecField->data[0] << " " << elecField->getValue(indices) << std::endl;
*size = scale;
//alcx = new AlphaComplex(vertexList,centre,&scale);
alcx = new AlphaComplex(this, vertexList);
alcx->BuildSpectrum();
powerDiagram = new PowerDiagram(this, alcx->delcx, vertexList, min, max);
proteinRenderer = new ProteinRenderer(vertexList);
// powerDiagram->printGraph();
pocket = new Pocket(vertexList,centre,scale,alcx->delcx->DeluanayTrigs.size (),alcx->delcx->DeluanayEdges.size ());
volume = new Volume(vertexList,vertexList.size(),alcx->delcx->DeluanayTrigs.size(),alcx->delcx->DeluanayEdges.size());
isRenderable = true;
}
void ObjectBrowserWidget::loadChild(ObjectBrowserItem* parent,
const CCopasiContainer* copaParent,
bool nField)
{
unsigned int i;
ObjectBrowserItem* last = NULL;
CCopasiObject* current = NULL;
ObjectList* childStack = new ObjectList();
const CCopasiContainer::objectMap * pObjectList = & copaParent->getObjects();
CCopasiContainer::objectMap::const_iterator it = pObjectList->begin();
CCopasiContainer::objectMap::const_iterator end = pObjectList->end();
if ((copaParent->isVector()) && (nField))
{
if ((static_cast< const CCopasiVector < CCopasiObject > * >(copaParent)->size() >= 1) &&
((*static_cast< const CCopasiVector < CCopasiObject > * >(copaParent))[0]->isContainer()))
{//add attribute list
ObjectBrowserItem* fieldChild = new ObjectBrowserItem(parent, NULL, NULL, objectItemList);
fieldChild->setObjectType(FIELDATTR);
fieldChild->setText(0, "Select by attribute");
fieldChild->setSelectable(false);
loadField(fieldChild, const_cast<CCopasiVector < CCopasiObject > *>(static_cast< const CCopasiVector < CCopasiObject > * >(copaParent)));
fieldChild->attachKey();
last = fieldChild;
}
}
if (copaParent->isVector())
{
for (i = 0; i < static_cast< const CCopasiVector < CCopasiObject > * >(copaParent)->size(); i++)
{
current = (*static_cast< const CCopasiVector < CCopasiObject > * >(copaParent))[i];
ObjectBrowserItem* currentItem = new ObjectBrowserItem(parent, last, current, objectItemList);
last = currentItem;
currentItem->setText(0, FROM_UTF8(current->getObjectName()));
if (current->isContainer())
{
currentItem->setObjectType(CONTAINERATTR);
currentItem->attachKey();
if (current->isVector())
currentItem->setText(0, currentItem->text(0) + "[]");
loadChild(currentItem, static_cast< CCopasiContainer * >(current), nField);
}
else
{
currentItem->setObjectType(OBJECTATTR);
childStack->insert(currentItem); //attach the key later
}
}
}
else
{
while (it != end)
{
current = it->second;
// Skip all strings
if (dynamic_cast<CCopasiStaticString *>(current))
{
it++;
continue;
}
ObjectBrowserItem* currentItem = new ObjectBrowserItem(parent, last, current, objectItemList);
last = currentItem;
currentItem->setText(0, FROM_UTF8(current->getObjectName()));
if (current->isContainer())
{
currentItem->setObjectType(CONTAINERATTR);
currentItem->attachKey();
if (current->isVector())
currentItem->setText(0, currentItem->text(0) + "[]");
loadChild(currentItem, static_cast< CCopasiContainer * >(current), nField);
}
else
{
currentItem->setObjectType(OBJECTATTR);
childStack->insert(currentItem); //attach the key later
}
it++;
}
}
ObjectBrowserItem* pCurrent;
while (childStack->len() > 0)
{
pCurrent = childStack->pop();
pCurrent->attachKey();
}
pdelete(childStack);
}
int initGame(SDL_Surface* screen)
{
if(player()->gameStarted)
{
printf("ERROR: Called init when a game was running\n");
return(0);
}
//Only load the back-image once.
if( !ptrRestart )
{
ptrRestart = loadImg( DATADIR"data/ptr-restart.png" );
ptrRestartRect.x=HSCREENW-160;
ptrRestartRect.w=ptrRestartRect.x+ptrRestart->w;
ptrRestartRect.y=HSCREENH+120-ptrRestart->h;
ptrRestartRect.h=ptrRestartRect.y+ptrRestart->h;
}
debugNumInit++;
initCursor(&cur);
restartConfirm=0;
//Read info's for level. (this is done instead of using the one in packInfo so it don't need resetting)
pf.levelInfo = mkLevelInfo( player()->levelFile );
if(!loadField(&pf, player()->levelFile ))
{
printf("Error: Couldn't init playfield.\n");
return(0);
}
if(!initDraw(pf.levelInfo,screen))
{
printf("Error: Couldn't init graphics.\n");
return(0);
}
char* buf = malloc(sizeof(char)*128);
sprintf(buf, "themes/%s",pf.levelInfo->soundDir);
loadSamples( buf, levelInfo( player()->level)->musicFile ); //Load samples from sounddir, note we use the levelInfo from packInfo for the music since the playlist is hacked onto that.
free(buf);
txtLoadGameCharSet( pf.levelInfo->fontName );
pf.levelInfo->time *= 1000; //Convert seconds to ms
countdown=500;
countdownSeconds=3;
gameState=GAMESTATECOUNTDOWN;
player()->gameStarted=1;
//Clear player stats
memset( &player()->hsEntry, 0, sizeof( hsEntry_t ) );
//Set the levelNum
player()->hsEntry.levelNum = player()->level;
startStopImg=0;
if(pf.levelInfo->startImg)
{
gameState=GAMESTATESTARTIMAGE;
}
//We also simulate the first switch tick here so all looks right at the countdown.
switchUpdateAll( &pf );
justWon=0;
return(1);
}
Streaklines::gatherTimeStep(coOutputPort *port)
#endif
{
std::vector<float> x_coord;
std::vector<float> y_coord;
std::vector<float> z_coord;
std::vector<float> mag;
std::vector<int> vertices;
std::vector<int> lineList;
// number_per_tstep_
int release;
int line_label;
int no_of_releases = no_ptasks_ / number_per_tstep_;
// count number of lines, and vertices
int numLines = 0;
int numVertices = 0;
vector<const coDistributedObject *> sfield;
loadField(sfield);
for (line_label = 0; line_label < number_per_tstep_; ++line_label)
{
char startLineFlag = 'y';
for (release = 0; release < no_of_releases; ++release)
{
// get the last point of pathline with task order ==
// release * number_per_tstep_ + line_label
int task = release * number_per_tstep_ + line_label;
PPathline *p_pathline = (PPathline *)(ptasks_[task]);
// check if this PTask is still alive or not
if (p_pathline->getKeepStatus() != PTask::NOT_SERVICED)
{
// terminated
startLineFlag = 'y';
}
else
{
// still alive
vertices.push_back(numVertices);
float *x_c = p_pathline->x_c();
float *y_c = p_pathline->y_c();
float *z_c = p_pathline->z_c();
float *m_c = p_pathline->m_c();
if (sfield.size() > 0)
{
m_c = p_pathline->m_c_interpolate(sfield, sfield);
}
int no_points = p_pathline->num_points();
x_coord.push_back(x_c[no_points - 1]);
y_coord.push_back(y_c[no_points - 1]);
z_coord.push_back(z_c[no_points - 1]);
mag.push_back(m_c[no_points - 1]);
if (startLineFlag == 'y')
{
startLineFlag = 'n';
lineList.push_back(numVertices);
++numLines;
}
++numVertices;
}
}
}
if (lines_.size() <= covise_time_)
lines_.resize(covise_time_ + 1);
#ifndef YAC
std::string name = name_line_;
char buf[64];
sprintf(buf, "_%d", covise_time_);
name += buf;
lines_[covise_time_] = new coDoLines(name, numVertices,
&x_coord[0],
&y_coord[0],
&z_coord[0],
numVertices, &vertices[0],
numLines, &lineList[0]);
#else
//fixme timestep?
coObjInfo lInfo = port->getNewObjectInfo();
lines_[covise_time_] = new coDoLines(lInfo, numVertices,
&x_coord[0],
&y_coord[0],
&z_coord[0],
numVertices, &vertices[0],
numLines, &lineList[0]);
#endif
float *x_line, *y_line, *z_line;
int *corner_list, *line_list;
((coDoLines *)(lines_[covise_time_]))->getAddresses(&x_line, &y_line, &z_line, &corner_list, &line_list);
if (verschiebung[0] != 0.0
|| verschiebung[1] != 0.0
|| verschiebung[2] != 0.0)
{
Verschieben(verschiebung, numVertices,
x_line, y_line, z_line);
}
if (magnitude_.size() <= covise_time_)
magnitude_.resize(covise_time_ + 1);
#ifndef YAC
// magnitude
name = name_magnitude_;
sprintf(buf, "_%d", covise_time_);
name += buf;
magnitude_[covise_time_] = new coDoFloat(name, numVertices, &mag[0]);
#else
// fixme timestep?
coObjInfo fInfo = port->getNewObjectInfo();
magnitude_[covise_time_] = new coDoFloat(fInfo, numVertices, &mag[0]);
#endif
if (speciesAttr.length() > 0)
magnitude_[covise_time_]->addAttribute("SPECIES", speciesAttr.c_str());
}
