Quaternion searchline(Quaternion front,Quaternion back) {
Quaternion t=front-back;
if (t.mod()<smallest)
return back;
Quaternion mid=(front+back)/2.0;
// if (mid.c>forget)
// return Quaternion(0,0,forget,0);
if (julquat(mid)==0)
return searchline(front,mid);
else
return searchline(mid,back);
}
V3d searchline(V3d front,V3d back,bool wanted) {
V3d t,mid;
t=(front-back);
if (t.mod()<smallest)
return back;
mid=((front+back)/2.0);
// if (mid.c>forget)
// return Quaternion(0,0,forget,0);
if ((getpotentialfor(mid)<lessthan)==wanted)
return searchline(front,mid,wanted);
else
return searchline(mid,back,wanted);
}
void CscopeTab::DoItemActivated(const wxDataViewItem& item )
{
CscopeTabClientData *data = dynamic_cast<CscopeTabClientData*>(m_dataviewModel->GetClientObject(item));
if (data) {
wxString wsp_path = clCxxWorkspaceST::Get()->GetPrivateFolder();
//a single entry was activated, open the file
//convert the file path to absolut path. We do it here, to improve performance
wxFileName fn(data->GetEntry().GetFile());
if ( !fn.MakeAbsolute(wsp_path) ) {
wxLogMessage(wxT("failed to convert file to absolute path"));
}
if(m_mgr->OpenFile(fn.GetFullPath(), wxEmptyString, data->GetEntry().GetLine()-1)) {
IEditor *editor = m_mgr->GetActiveEditor();
if( editor && editor->GetFileName().GetFullPath() == fn.GetFullPath() && !GetFindWhat().IsEmpty()) {
// We can't use data->GetEntry().GetPattern() as the line to search for as any appended comments have been truncated
// For some reason LEditor::DoFindAndSelect checks it against the whole current line
// and won't believe a match unless their lengths are the same
int line = data->GetEntry().GetLine() - 1;
int start = editor->PosFromLine(line); // PosFromLine() returns the line start position
int end = editor->LineEnd(line);
wxString searchline(editor->GetTextRange(start, end));
// Find and select the entry in the file
editor->FindAndSelectV(searchline, GetFindWhat(), start); // The async version of FindAndSelect()
editor->DelayedSetActive(); // We need to SetActive() editor. At least in wxGTK, this won't work synchronously
}
}
} else {
// Parent item, expand it
m_dataview->Expand( item );
}
}
float getdepth(int i,int j) {
// printf("gd\n");
if (!rend->inmap(i,j))
return back;
if (rend->pos[i][j]==crazy) {
// Shoot ray into image
V3d near=V3d((i-scrhei/2)*2.0/scrhei,(j-scrhei/2)*2.0/scrhei,-2);
V3d far=V3d(near.x*2.0,near.y*2.0,2.0);
rend->pos[i][j]=back;
V3d next,last=near;
bool lastin=(getpotentialfor(near)<lessthan);
for (int k=1;k<steps;k++) {
float dk=(float)k/(float)steps;
next=near*(1.0-dk)+far*dk;
if ((getpotentialfor(next)<lessthan)!=lastin) {
rend->pos[i][j]=searchline(last,next,!lastin).z;
break;
}
last=next;
}
}
return rend->pos[i][j];
}
void main() {
int scrwid=320;
int scrhei=200;
int indent=(scrwid-scrhei)/2;
float cenx=0;
float ceny=0;
float wid=1.0;
float hei=1.0;
float left=cenx-wid;
float right=cenx+wid;
float top=ceny-hei;
float bottom=ceny+hei;
float front=-1.0;
float back=1.0;
float scale=2.0/(2.0*front);
float crazy=0.1234567;
int steps=1000;
int jump=1;
JBmp *b=new JBmp(scrwid,scrhei);
allegrosetup(scrwid,scrhei);
makepalette(&greypalette);
_farsetsel(screen->seg);
randomise();
Map2d<float> *map=new Map2d<float>(scrhei,scrhei);
current=*new Quaternion(floatrnd(-.5,.5),floatrnd(-.5,.5),floatrnd(-.5,.5),floatrnd(-.5,.5));
do {
current=current*Quaternion(0.99,0,0,0)+Quaternion(floatrnd(-.05,.05),floatrnd(-.05,.05),floatrnd(-.05,.05),floatrnd(-.05,.05));
float dslice=floatrnd(-.3,.3);
current=*new Quaternion(floatrnd(-.5,.5),floatrnd(-.5,.5),floatrnd(-.5,.5),floatrnd(-.5,.5));
current=*new Quaternion(-0.488193901,0.572800587,0,0);
for (int i=0;i<scrhei;i+=jump) {
for (int j=0;j<scrhei;j+=jump) {
// b->setpixelud(indent+i,j,255);
// b->writetoscreen();
int col=0;
V3d tmpnear=V3d(left+2.0*wid*i/(float)scrhei,top+2.0*hei*j/(float)scrhei,front);
V3d tmpfar=V3d(tmpnear.x*2.0,tmpnear.y*2.0,back);
tmpnear=V3d::rotate(tmpnear,V3d(0,1,0),rotation);
tmpfar=V3d::rotate(tmpfar,V3d(0,1,0),rotation);
tmpnear=V3d::rotate(tmpnear,V3d(1,0,0),elevation);
tmpfar=V3d::rotate(tmpfar,V3d(1,0,0),elevation);
Quaternion near=Quaternion(tmpnear.x,tmpnear.y,tmpnear.z,dslice);
Quaternion far=Quaternion(tmpfar.x,tmpfar.y,tmpfar.z,dslice);
map->pos[i][j]=crazy;
Quaternion last=near-(far-near);
for (int k=0;k<steps;k++) {
float dk=(float)k/(float)steps;
Quaternion next=near*(1.0-dk)+far*dk;
if (julquat(next)==0) {
Quaternion res=searchline(last,next);
// col=255.0*(1.0-(res.c-front)/(forget-front));
map->pos[i][j]=res.c;
break;
}
last=next;
}
if (i>=jump && j>=jump) {
if (map->pos[i-jump][j-jump]==crazy || map->pos[i-jump][j]==crazy || map->pos[i][j-jump]==crazy)
col=0;
else {
float diff=2.0*map->pos[i-jump][j-jump]-map->pos[i-jump][j]-map->pos[i][j-jump];
col=chop(128.0+diff*1600.0,0,255);
}
for (int x=0;x<jump;x++) {
for (int y=0;y<jump;y++) {
b->setpixel(indent+i+x,j+y,col);
}
}
}
if (key[KEY_SPACE])
exit(0);
}
b->writetoscreen();
}
PALETTE pal;
get_palette(pal);
save_bitmap(getnextfilename("bmp"),screen,pal);
} while (!key[KEY_SPACE]);
allegro_exit();
}
int searchfwd( unsigned int *p_xCursorPos, unsigned int *y_CursorPos ) {
struct line_node *savepage, *templine;
boolean enlargeflag;
unsigned int linecount;
unsigned int savecol;
unsigned int startpos;
size_t i;
font_attr font = NORMALATTR;
char *foundpoint;
char *addr;
savecol = firstcol;
savepage = curpage;
storeline( curline );
templine = curpage;
linecount = wind.width - 1;
while ( templine != curline ) {
linecount--;
templine = templine->next;
}
startpos = linearcolumn( curline->text, *p_xCursorPos + firstcol, &font );
foundpoint = NULL;
while ( ( foundpoint == NULL ) && ( curline != sentinel ) ) {
foundpoint = searchline( curline->text, startpos );
if ( foundpoint != NULL ) { /* found */
while ( ( *y_CursorPos = findrow( ) ) >= wind.width ) {
curpage = curpage->next;
}
*p_xCursorPos = 0;
firstcol = 0;
addr = curline->text;
enlargeflag = NO;
while ( addr != foundpoint ) {
if ( ( whatlevel( *addr ) == MIDDLE ) && ( *addr >= 32 ) ) {
if ( enlargeflag ) {
( *p_xCursorPos )++;
}
( *p_xCursorPos )++;
} else {
if ( *addr == ENLARGECODE ) {
enlargeflag = enlargeflag ^ 1;
}
}
addr++;
}
for ( i = 0; source[i] != '\0'; i++ ) {
if ( whatlevel( source[i] ) == MIDDLE ) {
if ( enlargeflag ) {
( *p_xCursorPos )++;
}
( *p_xCursorPos )++;
}
}
while ( *p_xCursorPos >= wind.length ) {
firstcol = firstcol + wind.length;
*p_xCursorPos = *p_xCursorPos - wind.length;
}
} else {
if ( linecount > 0 ) {
linecount--;
curline = curline->next;
lineno++;
} else {
curline = curline->next;
lineno++;
curpage = curline;
linecount = wind.width - 1;
}
startpos = 0;
}
}
if ( foundpoint == NULL ) {
curline = sentinel->previous;
curpage = curline;
loadtoline( curline->text );
endline( p_xCursorPos );
}
loadtoline( curline->text );
if ( savepage != curpage ) {
showpageall( );
} else {
if ( firstcol != savecol ) {
showpageall( );
}
}
if ( foundpoint != NULL ) {
return( YES );
} else {
return( NO );
}
}
void main() {
allegrosetup(scrwid,scrhei);
makepalette(&greypalette);
_farsetsel(screen->seg);
PALETTE pal;
get_palette(pal);
randomise(0.456);
for (int i=0;i<20;i++) {
float amp=0;
S s=S(V3d::randomvolume(1),radfromamp(amp),0);
S v=S(V3d(0,0,0),0,0);
xs+s;
xvs+v;
}
for (int rndloop=0;rndloop<100;rndloop++) {
for (int i=0;i<20;i++) {
S *v=xvs.p2num(i);
S *x=xs.p2num(i);
domovement(v,x);
}
}
do {
for (int i=scrhei/3;i<scrhei;i+=jump) {
for (int j=0;j<scrhei;j+=jump) {
// Shoot ray into image
// V3d displace=Quaternion(cenx,ceny,0,0);
V3d near=V3d((i-scrwid/2)*2.0/scrhei,(j-scrhei/2)*2.0/scrhei,-2);
V3d far=V3d(near.x*2.0,near.y*2.0,2.0);
rend->pos[i][j]=back;
V3d next,last=near;
bool lastin=(getpotentialfor(near)<lessthan);
for (int k=1;k<steps;k++) {
float dk=(float)k/(float)steps;
next=near*(1.0-dk)+far*dk;
if ((getpotentialfor(next)<lessthan)!=lastin) {
rend->pos[i][j]=searchline(last,next,!lastin).z;
break;
}
last=next;
}
render(i,j);
if (key[KEY_SPACE])
exit(0);
}
b->writetoscreen();
}
for (int i=1;i<=xs.len;i++) {
S *v=xvs.p2num(i);
S *x=xs.p2num(i);
domovement(v,x);
}
b->writefile(getnextfilename("bmp"));
} while (!key[KEY_ESC]);
}
