// interface
void LoadActions()
{
POPUPACTION actions[] =
{
{ sizeof(POPUPACTION), IcoLib_GetIcon(ICO_ACT_REPLY,0), "General/Quick reply", 0},
{ sizeof(POPUPACTION), IcoLib_GetIcon(ICO_ACT_MESS,0), "General/Send message", 0},
{ sizeof(POPUPACTION), IcoLib_GetIcon(ICO_ACT_INFO,0), "General/User details", 0},
{ sizeof(POPUPACTION), IcoLib_GetIcon(ICO_ACT_MENU,0), "General/Contact menu", 0},
{ sizeof(POPUPACTION), IcoLib_GetIcon(ICO_ACT_ADD,0), "General/Add permanently", 0},
{ sizeof(POPUPACTION), IcoLib_GetIcon(ICO_ACT_PIN,0), "General/Pin popup", 0},
{ sizeof(POPUPACTION), IcoLib_GetIcon(ICO_ACT_CLOSE,0), "General/Dismiss popup", 0},
{ sizeof(POPUPACTION), IcoLib_GetIcon(ICO_ACT_COPY,0), "General/Copy to clipboard", 0},
//remove popup action
#if defined(_DEBUG)
{ sizeof(POPUPACTION), IcoLib_GetIcon(ICO_POPUP_ON,0), "Popup Plus/Test action", PAF_ENABLED},
{ sizeof(POPUPACTION), IcoLib_GetIcon(ICO_ACT_CLOSE,0), "Popup Plus/Second test action", 0},
{ sizeof(POPUPACTION), LoadSkinnedIcon(SKINICON_OTHER_MIRANDA), "Popup Plus/One more action", PAF_ENABLED},
#endif
};
for (int i = 0; i < SIZEOF(actions); ++i)
RegisterAction(&actions[i]);
}
void Entity::Exec(const QString &action, const QString ¶m1, const QString ¶m2)
{
Action *act = RegisterAction(action);
if (!HasReceivers(act))
return;
act->Trigger(param1, param2);
}
void Entity::Exec(const QString &action, const QString ¶m1, const QString ¶m2, const QString ¶m3)
{
Action *act = RegisterAction(action);
int receivers = act->receivers(SIGNAL(Triggered(const QString &, const QString &, const QString &, const QStringVector &)));
if (!HasReceivers(act))
return;
act->Trigger(param1, param2, param3);
}
void Entity::Exec(const QString &action, const QStringVector ¶ms)
{
Action *act = RegisterAction(action);
if (!HasReceivers(act))
return;
if (params.size() == 0)
act->Trigger();
else if (params.size() == 1)
act->Trigger(params[0]);
else if (params.size() == 2)
act->Trigger(params[0], params[1]);
else if (params.size() == 3)
act->Trigger(params[0], params[1], params[2]);
else if (params.size() >= 4)
act->Trigger(params[0], params[1], params[2], params.mid(3));
}
CKeyBindings::CKeyBindings()
{
fakeMetaKey = -1;
userCommand = true;
statefulCommands.insert("drawinmap");
statefulCommands.insert("moveforward");
statefulCommands.insert("moveback");
statefulCommands.insert("moveright");
statefulCommands.insert("moveleft");
statefulCommands.insert("moveup");
statefulCommands.insert("movedown");
statefulCommands.insert("moveslow");
statefulCommands.insert("movefast");
RegisterAction("bind");
RegisterAction("unbind");
RegisterAction("unbindall");
RegisterAction("unbindkeyset");
RegisterAction("unbindaction");
RegisterAction("keydebug");
RegisterAction("fakemeta");
RegisterAction("keyload");
RegisterAction("keyreload");
RegisterAction("keysave");
RegisterAction("keyprint");
RegisterAction("keysyms");
RegisterAction("keycodes");
}
ShortcutManager& ShortcutManager::operator<< (const QPair<QString, QAction*>& pair)
{
RegisterAction (pair.first, pair.second);
return *this;
}
CKeyBindings::CKeyBindings()
: fakeMetaKey(1)
, buildHotkeyMap(true)
, debugEnabled(false)
, keyChainTimeout(750)
{
statefulCommands.insert("drawinmap");
statefulCommands.insert("moveforward");
statefulCommands.insert("moveback");
statefulCommands.insert("moveright");
statefulCommands.insert("moveleft");
statefulCommands.insert("moveup");
statefulCommands.insert("movedown");
statefulCommands.insert("moveslow");
statefulCommands.insert("movefast");
RegisterAction("bind");
RegisterAction("unbind");
RegisterAction("unbindall");
RegisterAction("unbindkeyset");
RegisterAction("unbindaction");
RegisterAction("keydebug");
RegisterAction("fakemeta");
RegisterAction("keyload");
RegisterAction("keyreload");
RegisterAction("keysave");
RegisterAction("keyprint");
RegisterAction("keysyms");
RegisterAction("keycodes");
configHandler->NotifyOnChange(this);
}
CActionSelByRect::CActionSelByRect() : ISelectFeatureTool(actionSelectByRect)
{
RegisterAction(actionSelectByRect,this);
}
CCameraHandler::CCameraHandler()
{
CreateGlobalCams();
camTransState.startFOV = 90.0f;
camTransState.timeStart = 0.0f;
camTransState.timeEnd = 0.0f;
// FPS camera must always be the first one in the list
camControllers.resize(CAMERA_MODE_LAST, nullptr);
camControllers[CAMERA_MODE_FIRSTPERSON] = new CFPSController();
camControllers[CAMERA_MODE_OVERHEAD ] = new COverheadController();
camControllers[CAMERA_MODE_SPRING ] = new CSpringController();
camControllers[CAMERA_MODE_ROTOVERHEAD] = new CRotOverheadController();
camControllers[CAMERA_MODE_FREE ] = new CFreeController();
camControllers[CAMERA_MODE_OVERVIEW ] = new COverviewController();
for (unsigned int i = 0; i < camControllers.size(); i++) {
nameModeMap[camControllers[i]->GetName()] = i;
}
const std::string& modeName = configHandler->GetString("CamModeName");
if (!modeName.empty()) {
currCamCtrlNum = GetModeIndex(modeName);
} else {
currCamCtrlNum = configHandler->GetInt("CamMode");
}
camTransState.timeFactor = configHandler->GetFloat("CamTimeFactor");
camTransState.timeExponent = configHandler->GetFloat("CamTimeExponent");
RegisterAction("viewfps");
RegisterAction("viewta");
RegisterAction("viewspring");
RegisterAction("viewrot");
RegisterAction("viewfree");
RegisterAction("viewov");
RegisterAction("viewtaflip");
RegisterAction("toggleoverview");
RegisterAction("togglecammode");
RegisterAction("viewsave");
RegisterAction("viewload");
SetCameraMode(currCamCtrlNum);
}
CActionZoomActualSize::CActionZoomActualSize() : IAction(actionZoomActualSize)
{
RegisterAction(actionZoomActualSize,this);
}
CCameraHandler::CCameraHandler()
{
cameraTime = 0.0f;
cameraTimeLeft = 0.0f;
// FPS camera must always be the first one in the list
camControllers.resize(CAMERA_MODE_LAST);
camControllers[CAMERA_MODE_FIRSTPERSON] = new CFPSController();
camControllers[CAMERA_MODE_OVERHEAD ] = new COverheadController();
camControllers[CAMERA_MODE_TOTALWAR ] = new CTWController();
camControllers[CAMERA_MODE_ROTOVERHEAD] = new CRotOverheadController();
camControllers[CAMERA_MODE_FREE ] = new CFreeController();
camControllers[CAMERA_MODE_SMOOTH ] = new SmoothController();
camControllers[CAMERA_MODE_ORBIT ] = new COrbitController();
camControllers[CAMERA_MODE_OVERVIEW ] = new COverviewController();
for (unsigned int i = 0; i < camControllers.size(); i++) {
nameMap[camControllers[i]->GetName()] = i;
}
int modeIndex;
const std::string modeName = configHandler->GetString("CamModeName", "");
if (!modeName.empty()) {
modeIndex = GetModeIndex(modeName);
} else {
modeIndex = configHandler->Get("CamMode", 5);
}
const unsigned int mode =
(unsigned int)std::max(0, std::min(modeIndex, (int)camControllers.size() - 1));
currCamCtrlNum = mode;
currCamCtrl = camControllers[currCamCtrlNum];
const double z = 0.0; // casting problems...
cameraTimeFactor = std::max(z, atof(configHandler->GetString("CamTimeFactor", "1.0").c_str()));
cameraTimeExponent = std::max(z, atof(configHandler->GetString("CamTimeExponent", "4.0").c_str()));
RegisterAction("viewfps");
RegisterAction("viewta");
RegisterAction("viewtw");
RegisterAction("viewrot");
RegisterAction("viewfree");
RegisterAction("viewov");
RegisterAction("viewlua");
RegisterAction("vieworbit");
RegisterAction("viewtaflip");
RegisterAction("toggleoverview");
RegisterAction("togglecammode");
RegisterAction("viewsave");
RegisterAction("viewload");
}
void Entity::ConnectAction(const QString &name, const QObject *receiver, const char *member)
{
Action *action = RegisterAction(name);
assert(action);
connect(action, SIGNAL(Triggered(const QString &, const QString &, const QString &, const QStringVector &)), receiver, member);
}
CActionFeatureInfo::CActionFeatureInfo():IAction(actionIdentifyFeature)
{
RegisterAction(actionIdentifyFeature, this);
m_dlg =NULL;
}
CCameraHandler::CCameraHandler()
{
cameraTimeStart = 0.0f;
cameraTimeEnd = 0.0f;
startCam.fov = 90.0f;
// FPS camera must always be the first one in the list
camControllers.resize(CAMERA_MODE_LAST);
camControllers[CAMERA_MODE_FIRSTPERSON] = new CFPSController();
camControllers[CAMERA_MODE_OVERHEAD ] = new COverheadController();
camControllers[CAMERA_MODE_TOTALWAR ] = new CTWController();
camControllers[CAMERA_MODE_ROTOVERHEAD] = new CRotOverheadController();
camControllers[CAMERA_MODE_FREE ] = new CFreeController();
camControllers[CAMERA_MODE_SMOOTH ] = new SmoothController();
camControllers[CAMERA_MODE_ORBIT ] = new COrbitController();
camControllers[CAMERA_MODE_OVERVIEW ] = new COverviewController();
for (unsigned int i = 0; i < camControllers.size(); i++) {
nameMap[camControllers[i]->GetName()] = i;
}
int modeIndex;
const std::string modeName = configHandler->GetString("CamModeName");
if (!modeName.empty()) {
modeIndex = GetModeIndex(modeName);
} else {
modeIndex = configHandler->GetInt("CamMode");
}
currCamCtrlNum = modeIndex;
currCamCtrl = camControllers[currCamCtrlNum];
cameraTimeFactor = configHandler->GetFloat("CamTimeFactor");
cameraTimeExponent = configHandler->GetFloat("CamTimeExponent");
RegisterAction("viewfps");
RegisterAction("viewta");
RegisterAction("viewtw");
RegisterAction("viewrot");
RegisterAction("viewfree");
RegisterAction("viewov");
RegisterAction("viewlua");
RegisterAction("vieworbit");
RegisterAction("viewtaflip");
RegisterAction("toggleoverview");
RegisterAction("togglecammode");
RegisterAction("viewsave");
RegisterAction("viewload");
}
