void CGameApp::StartFadeIn( const CPalette& aPalette )
{
iEffectData->iStarted=TimerCounter;
iEffectData->iDuration=KTimerFreq/2;
iEffectData->iPalette=&aPalette;
iEffectData->iStateTransition=false;
iEffectData->iFadeIn = true;
iEffectData->iEnabled = true;
iEffectData->iFaderMethod = &CGraphicsFader::FadeIn;
saveTimer();
}
void CGameApp::StartFadeOut(CState aNextState)
{
iEffectData->iFaderMethod = &CGraphicsFader::FadeOut;
iEffectData->iStarted=TimerCounter;
iEffectData->iDuration=KTimerFreq/2;
iGGI->GD()->GetPalette(iEffectData->iSparePalette);
iEffectData->iPalette=&iEffectData->iSparePalette;
iEffectData->iNextState=aNextState;
iEffectData->iStateTransition=true;
iEffectData->iFadeIn = false;
iEffectData->iEnabled = true;
saveTimer();
}
void timer::runTimer()
{
pthread_mutex_lock( &mutex );
std::multimap<time_t, struct timer_entry>::iterator it = timer_list.begin();
struct timer_entry act_timer = (*it).second;
if (act_timer.starttime > time(0))
{
pthread_mutex_unlock( &mutex );
return;
}
timer_list.erase(it);
pthread_mutex_unlock( &mutex );
saveTimer();
if (act_timer.type == 0)
(*hardware_obj).shutdown();
else if (act_timer.type == 1)
(*hardware_obj).reboot();
else if (act_timer.type == 2)
{
//int last_channel = (*channels_obj).getCurrentChannelNumber();
(*channels_obj).setCurrentChannel(act_timer.channel);
(*channels_obj).zapCurrentChannel();
/*if (act_timer.duration != 0)
addTimer(time(0) + act_timer.duration, 2, 0, last_channel);*/
(*channels_obj).setCurrentOSDProgramInfo();
(*hardware_obj).fnc(0);
(*hardware_obj).fnc(2);
(*channels_obj).receiveCurrentEIT();
(*channels_obj).setCurrentOSDProgramEIT();
(*channels_obj).updateCurrentOSDProgramAPIDDescr();
vars->addEvent("VCR_START");
//std::cout << "Starttime: " << act_timer.starttime << std::endl << "Duration: " << act_timer.duration << std::endl;
////std::cout << (act_timer.starttime + (act_timer.duration / 60)) << std::endl;
addTimer((act_timer.starttime + act_timer.duration ) - 1, 3, "stop-vcr");
}
else if (act_timer.type == 3)
{
vars->addEvent("VCR_STOP");
}
}
void CGameSubStateOngoing::CheckUserInput()
{
char text[100];
float temp;
int a;
int key;
CEventHandler* eh = iStateController->EventHandler();
if (!iDynData->MessageWritingMode()&&eh->Kbhit())
{
key=eh->Getch().sym;
if (key==SDLK_RETURN && iDynData->NetworkMode()!=ENetworkModeNone)
{
eh->State(SDLK_RETURN)=0;
iDynData->SetMessageWritingMode(true);
iDynData->NetMsgReset();
}
else
if (key==SDLK_ESCAPE)
{
eh->State(SDLK_ESCAPE)=0;
eh->GrabInputs(false);
iStateController->GUIStateController()->State()->SetStateAndSave(CState(CState::EMainStateGame,EGameStateQuit));
saveTimer();
eh->ResetStack();
}
}
if (iDynData->MessageWritingMode())
{
WriteNetworkMessage( eh );
}
if (eh->State(SDLK_PAGEUP))
{
if (iStateController->GUIStateController()->Options()->Data().iMouseSensitivity<KMouseSensitivityMax)
iStateController->GUIStateController()->Options()->Data().iMouseSensitivity+=KMouseSensitivityStep;
ASSERT(EF_SNPRINTF(text,100,"Mouse sensitivity %.2f",iStateController->GUIStateController()->Options()->Data().iMouseSensitivity*100)>0);
iStateController->GUIStateController()->MessageBoard()->AddMessage(text);
eh->State(SDLK_PAGEUP)=0;
}
if (eh->State(SDLK_PAGEDOWN))
{
if (iStateController->GUIStateController()->Options()->Data().iMouseSensitivity>KMouseSensitivityMin)
iStateController->GUIStateController()->Options()->Data().iMouseSensitivity-=KMouseSensitivityStep;
ASSERT(EF_SNPRINTF(text,100,"Mouse sensitivity %.2f",iStateController->GUIStateController()->Options()->Data().iMouseSensitivity*100)>0);
iStateController->GUIStateController()->MessageBoard()->AddMessage(text);
eh->State(SDLK_PAGEDOWN)=0;
}
if (eh->State(SDLK_F4))
{
++iStateController->GUIStateController()->Options()->Data().iMouseMode%=iDynData->LocalPlayers().size()+1;
iDynData->UpdateMouseOwner();
ASSERT(EF_SNPRINTF(text,100,"Mouse mode: %s",iStateController->GUIStateController()->Options()->MouseModeText())>0);
iStateController->GUIStateController()->MessageBoard()->AddMessage(text);
eh->State(SDLK_F4)=0;
}
// Hide/Show Map
if (eh->State(SDLK_F5))
{
iDynData->iShowMap=!iDynData->iShowMap;
eh->State(SDLK_F5)=0;
}
// Hide/Show framerate
if (eh->State(SDLK_F6))
{
iDynData->iDrawFrames=!iDynData->iDrawFrames;
eh->State(SDLK_F6)=0;
}
// Player key handling
for(a=0; a<iDynData->LocalPlayers().size(); a++)
if (!iDynData->LocalPlayers()[a]->iDead)
iDynData->LocalPlayers()[a]->CheckKeys(a,eh,
iDynData->PlayerDrawRect(a));
/* Handle mouse input */
if (iDynData->MouseOwner()&&
!iDynData->MouseOwner()->iDead)
{
temp=eh->GetMouse().XRel()*((float)iStateController->GUIStateController()->Options()->Data().iMouseSensitivity);
if (temp<-KMaxMouseRotationPerFrame) temp=-KMaxMouseRotationPerFrame;
if (temp>KMaxMouseRotationPerFrame) temp=KMaxMouseRotationPerFrame;
iDynData->MouseOwner()->Rotate(temp);
eh->GetMouse().SetXRel(0);
eh->GetMouse().SetYRel(0);
// Check mouse wheel down
if (eh->GetMouse().Button(CMouse::EButtonWheelDown))
{
iDynData->MouseOwner()->ChangeWeapon(false);
eh->GetMouse().DecButton(CMouse::EButtonWheelDown);
}
// Check mouse wheel up
if (eh->GetMouse().Button(CMouse::EButtonWheelUp))
{
iDynData->MouseOwner()->ChangeWeapon(true);
eh->GetMouse().DecButton(CMouse::EButtonWheelUp);
}
}
}
