wxString AmeCtrlJobList::OnGetItemText(long item, long column) const{
if(column==0) return wxString::Format(_T("%d"), item);
if(item>=(long)wxGetApp().m_jl->count()) return _T("ERR");//TODO lock?
AmeJob* j = wxGetApp().m_jl->get(item);
AdbFile *f = j->getAdbFile();
switch(column){
//case 0: return wxString::Format(_T("%d"), j->getID());
case 1: return j->getAbsolutePath();
case 2: return j->getStatusText();
case 3: if(f) return f->m_anime->ann; break;
case 4: if(f) return f->m_episode->epn; break;
case 5: if(f && f->m_group) return f->m_group->grp; break;
case 6: if(f) return SPD(f->m_lid); break;
case 7: if(f) return f->toMds(); break;
}
return wxT("N/A");
}
/**
* Refresh the view
*/
void TViewBoard::Refresh()
{
int x, y, i, pos;
char s[256];
char tmp[200];
Int2D v[4];
double fBestLapSpeed = 0.0;
int iBestLapCar = 0,
iFirstCarShown, // first car shown on the board
iLastCarShown; // last car shown on the board
// leader board
x = 1; y = BOARD_Y;
// set iFirstCarShown to see the follow car and min. (iShowCarsBehind) cars behind the car on ViewBoard
iFirstCarShown = race_data.m_aPosOfCar[m_iFollowCar]-(iMaxCarsShown-m_iShowCarsBehind-1);
// iFirstCarShown stays same if viewing last (iShowCarsBehind+1) cars, to avoid empty lines when enough cars available
if(iFirstCarShown > args.m_iNumCar-iMaxCarsShown)
iFirstCarShown = args.m_iNumCar-iMaxCarsShown;
// iFirstCarShown should not be less then 0
if(iFirstCarShown < 0)
iFirstCarShown = 0;
iLastCarShown = min(iFirstCarShown+iMaxCarsShown-1,args.m_iNumCar-1);
for( i=iFirstCarShown ; i<=iLastCarShown; i++ )
{
pos = race_data.m_aCarInPos[i];
int color;
if( race_data.cars[pos]->out == 1 )
color = oMAGENTA;
else if( race_data.cars[pos]->out == 2 )
color = oGREEN;
else if( race_data.cars[pos]->offroad )
color = oWHITE;
else if( pos == m_iFollowCar )
color = oYELLOW;
else if (race_data.cars[pos]->collision_draw)
color = oRED;
else
color = oBLACK;
if( pos==m_iFollowCar )
strcpy(s, ">");
else
strcpy(s, " ");
sprintf(tmp, " %-9s", drivers[pos]->getName() );
strcat( s, tmp );
// Time
if (race_data.cars[pos]->out == 1) {
sprintf( tmp, " out ");
} else if (race_data.cars[pos]->out == 2) {
sprintf( tmp, " pit ");
} else if (i == 0) {
format_time(race_data.cars[pos]->last_crossing, tmp);
} else if (race_data.cars[pos]->laps < (race_data.cars[race_data.m_aCarInPos[0]]->laps - 1)) {
sprintf(tmp, "%2ld lap(s) ", race_data.cars[race_data.m_aCarInPos[0]]->laps - 1 - race_data.cars[pos]->laps);
} else if (race_data.cars[pos]->laps == race_data.cars[race_data.m_aCarInPos[0]]->laps) {
format_time(race_data.cars[pos]->last_crossing - race_data.cars[race_data.m_aCarInPos[0]]->last_crossing, tmp);
} else {
format_time(race_data.cars[pos]->last_crossing -
race_data.cars[race_data.m_aCarInPos[0]]->last_crossing +
race_data.cars[race_data.m_aCarInPos[0]]->lap_time, tmp);
}
strcat(s, tmp);
if(m_bShowMoreInfos)
{
sprintf( tmp, "%4d%7.2f%7.2f%4ld+%03ld%4ld%7.2f%7.2f%7.2f%7.2f%3d%4ld%7.2f%6lu%7.2f%5.2f%4ld%7.2f"
, i+1
, race_data.cars[pos]->Behind_next
, race_data.cars[pos]->Ahead_next
, race_data.cars[pos]->Laps
, args.m_iNumLap-race_data.cars[pos]->Laps
, race_data.cars[pos]->Laps_lead
, SPD(race_data.cars[pos]->xdot, race_data.cars[pos]->ydot) * MPH_FPS
, race_data.cars[pos]->speed_avg * MPH_FPS
, race_data.cars[pos]->bestlap_speed * MPH_FPS
, race_data.cars[pos]->lastlap_speed * MPH_FPS
, race_data.cars[pos]->Pit_stops
, race_data.cars[pos]->Last_pit_visit
, race_data.cars[pos]->Total_pit_time
, race_data.cars[pos]->damage
, race_data.cars[pos]->fuel
, race_data.cars[pos]->fuel_mileage
, race_data.cars[pos]->projected_laps
, race_data.cars[pos]->RobotTime / race_data.m_fElapsedTime
);
}
else
{
sprintf( tmp, "%4d%7.2f%7.2f%4ld+%03ld%7.2f%7.2f%7.2f%3d%8lu%8.2f%7.2f"
, i+1
, race_data.cars[pos]->Behind_next
, race_data.cars[pos]->Ahead_next
, race_data.cars[pos]->Laps
, args.m_iNumLap-race_data.cars[pos]->Laps
, SPD(race_data.cars[pos]->xdot, race_data.cars[pos]->ydot) * MPH_FPS
, race_data.cars[pos]->bestlap_speed * MPH_FPS
, race_data.cars[pos]->lastlap_speed * MPH_FPS
, race_data.cars[pos]->Pit_stops
, race_data.cars[pos]->damage
, race_data.cars[pos]->fuel
, race_data.cars[pos]->RobotTime / race_data.m_fElapsedTime
);
}
strcat(s, tmp);
DrawStringOpaque(s, x, y, color );
v[0].x = x+20; v[0].y = y+2;
v[1].x = x+20; v[1].y = y+6;
v[2].x = x+10; v[2].y = y+6;
v[3].x = x+10; v[3].y = y+2;
DrawPolyTexture( v, 4, -2.0, 0.0, &(g_ViewManager->m_aBitmapCar[pos]) );
y += 8;
if( fBestLapSpeed<=race_data.cars[pos]->bestlap_speed)
{
iBestLapCar = pos;
fBestLapSpeed = race_data.cars[pos]->bestlap_speed;
}
}
// fastest lap + BestView mode
x=1; y=m_SizeY-8;
char *mode[] = { "manual Update","any Overtaking", "for Position", "Nobody" };
sprintf( s, "%10s %6.2f mi/h %-18s", drivers[iBestLapCar]->getName(), race_data.cars[iBestLapCar]->bestlap_speed * MPH_FPS, mode[g_ViewManager->m_iFollowMode] );
DrawStringOpaque(s, x+190, y );
// fps
sprintf( s, "%7.2f fps", g_ViewManager->m_fFps );
DrawStringOpaque( s, m_SizeX-88, y );
}
