void
GuiApp::run()
{
commander().registerAllCommandsForTarget (JUCEApplication::getInstance());
commander().registerAllCommandsForTarget (this);
globals().session().open();
sessionDoc = new SessionDocument (globals().session());
content = new ContentComponent (*this);
content->setSize (800, 600);
mainWindow = new MainWindow (*this);
mainWindow->setContentNonOwned (content.get(), true);
PropertiesFile* pf = globals().settings().getUserSettings();
mainWindow->restoreWindowStateFromString (pf->getValue ("mainWindowState"));
#if JUCE_IOS || JUCE_ANDROID
Desktop& d = Desktop::getInstance();
d.setKioskModeComponent (mainWindow);
#endif
mainWindow->addToDesktop();
mainWindow->setVisible (true);
dispatch->startTimer (250);
openWindow (ELEMENT_PLUGIN_MANAGER);
File sess (pf->getValue ("lastSession"));
if (sess.existsAsFile()) {
sessionDoc->loadFrom (sess, true);
mainWindow->setName (sessionDoc->getDocumentTitle());
}
}
StatisticsCollection load(const std::string& filename, std::vector<AntennaInfo>& antennae)
{
bool remote = aoRemote::ClusteredObservation::IsClusteredFilename(filename);
StatisticsCollection statisticsCollection;
HistogramCollection histogramCollection;
if(remote)
{
std::unique_ptr<aoRemote::ClusteredObservation> observation =
aoRemote::ClusteredObservation::Load(filename);
aoRemote::ProcessCommander commander(*observation);
commander.PushReadAntennaTablesTask();
commander.PushReadQualityTablesTask(&statisticsCollection, &histogramCollection);
commander.Run();
antennae = commander.Antennas();
}
else {
MeasurementSet ms(filename);
const unsigned polarizationCount = ms.PolarizationCount();
statisticsCollection.SetPolarizationCount(polarizationCount);
QualityTablesFormatter qualityData(filename);
statisticsCollection.Load(qualityData);
unsigned antennaCount = ms.AntennaCount();
for(unsigned a=0;a<antennaCount;++a)
antennae.push_back(ms.GetAntennaInfo(a));
}
return statisticsCollection;
}
void utils_send_cmd(const char *command, PASSWORD_ID enc_id)
{
if (enc_id == PASSWORD_NONE) {
utils_decrypt_report(commander(command));
} else {
int encrypt_len;
char *enc = aes_cbc_b64_encrypt((const unsigned char *)command, strlens(command),
&encrypt_len,
enc_id);
char cmd[COMMANDER_REPORT_SIZE] = {0};
assert(encrypt_len < COMMANDER_REPORT_SIZE);
memcpy(cmd, enc, encrypt_len);
free(enc);
utils_decrypt_report(commander(cmd));
}
}
void openGalaxy::exit()
{
syslog().info("Quit signal received");
// Unlock m_quit so everybody knows it is time to exit
m_mutex.lock();
m_quit = true;
m_mutex.unlock();
// Notify the worker threads and wait until they exit
try {
poll().notify();
poll().join();
}
catch(...) {
m_Poll_exptr = std::current_exception();
}
try {
receiver().notify();
receiver().join();
}
catch(...) {
m_Receiver_exptr = std::current_exception();
}
try {
commander().notify();
commander().join();
}
catch(...) {
m_Commander_exptr = std::current_exception();
}
try {
output().notify();
output().join();
}
catch(...) {
m_Output_exptr = std::current_exception();
}
// notify our wait() method
m_lock_cv.notify_one();
}
void actionSummarize(const std::string &filename)
{
bool remote = aoRemote::ClusteredObservation::IsClusteredFilename(filename);
StatisticsCollection statisticsCollection;
HistogramCollection histogramCollection;
if(remote)
{
aoRemote::ClusteredObservation *observation = aoRemote::ClusteredObservation::Load(filename);
aoRemote::ProcessCommander commander(*observation);
commander.PushReadQualityTablesTask(&statisticsCollection, &histogramCollection);
commander.Run();
delete observation;
}
else {
MeasurementSet *ms = new MeasurementSet(filename);
const unsigned polarizationCount = ms->PolarizationCount();
delete ms;
statisticsCollection.SetPolarizationCount(polarizationCount);
QualityTablesFormatter qualityData(filename);
statisticsCollection.Load(qualityData);
}
DefaultStatistics statistics(statisticsCollection.PolarizationCount());
statisticsCollection.GetGlobalTimeStatistics(statistics);
std::cout << "Time statistics: \n";
printStatistics(statistics);
statisticsCollection.GetGlobalFrequencyStatistics(statistics);
std::cout << "\nFrequency statistics: \n";
printStatistics(statistics);
statisticsCollection.GetGlobalCrossBaselineStatistics(statistics);
std::cout << "\nCross-correlated baseline statistics: \n";
printStatistics(statistics);
DefaultStatistics singlePolStat = statistics.ToSinglePolarization();
std::cout << "RFIPercentange: " << StatisticsDerivator::GetStatisticAmplitude(QualityTablesFormatter::RFIPercentageStatistic, singlePolStat, 0) << '\n';
statisticsCollection.GetGlobalAutoBaselineStatistics(statistics);
std::cout << "\nAuto-correlated baseline: \n";
printStatistics(statistics);
}
static void main_menu_select(void *cookie, int key) {
if (key > 0)
commander(key);
}
void g1_human_class::think()
{
i4_bool process_input = i4_T;
if (playback_think())
{
process_input=i4_F;
}
g1_player_piece_class * stank = commander();
if ((g1_current_controller->view.get_view_mode()!=G1_ACTION_MODE &&
g1_current_controller->view.get_view_mode()!=G1_FOLLOW_MODE))
{
process_input=i4_F;
}
if (!process_input) //are we controlling the stank?
{
g1_input.deque_time(g1_input_class::LEFT);
g1_input.deque_time(g1_input_class::RIGHT);
g1_input.deque_time(g1_input_class::UP);
g1_input.deque_time(g1_input_class::DOWN);
g1_input.deque_time(g1_input_class::STRAFE_LEFT);
g1_input.deque_time(g1_input_class::STRAFE_RIGHT);
g1_input.deque_time(g1_input_class::STRAFE_UP);
g1_input.deque_time(g1_input_class::STRAFE_DOWN);
g1_input.deque_time(g1_input_class::ZOOM_IN);
g1_input.deque_time(g1_input_class::ZOOM_OUT);
g1_input.deque_time(g1_input_class::ZOOM_LEFT);
g1_input.deque_time(g1_input_class::ZOOM_RIGHT);
g1_input.deque_time(g1_input_class::ZOOM_UP);
g1_input.deque_time(g1_input_class::ZOOM_DOWN);
// if (g1_current_controller->view.get_view_mode()==G1_STRATEGY_MODE)
// {
// g1_resources.startegy_camera_dist+=(strategy_up-strategy_down)*G1_HZ/1000.0f;
// if (g1_resources.startegy_camera_dist<=0.1f) g1_resources.startegy_camera_dist=0.1f;
// g1_resources.startegy_camera_angle+=(strategy_out-strategy_in)*G1_HZ/1000.0f;
// if (g1_resources.startegy_camera_angle<=0.1f) g1_resources.startegy_camera_angle=0.1f;
// }
}
else
{
//keys are buffered in the order pressed, so do a reversed comparison
if (memcmp(g1_input.grab_cheat_keys(),"DOG",3)==0)
{
g1_input.clear_cheat_keys();
if (stank)
{
stank->toggle_stank_flag(g1_player_piece_class::ST_GODMODE);
}
}
//This would actually belong the receive_event() function of
//the border frame class, but it needs to be executed regardless
//of wheter an event is outstanding.
if (g1_border.get())
{
i4_float heh;
i4_float cx=g1_border->last_mouse_x();
i4_float lx=g1_border->prev_mouse_x();
i4_float cy=g1_border->last_mouse_y();
i4_float ly=g1_border->prev_mouse_y();
if (cy<7)
{
heh=-0.2f;
}
else if (cy>(g1_border->height()-7))
{
heh=0.2f;
}
else
{
heh = ((cy - ly)*0.01f);
}
mouse_look_increment_y += heh;
//if (mev->x<5)
// heh=-1.0f;
//else if (mev->x>(width()-5))
// heh=1.0f;
//else
//if (mev->x>20&&mev->x<(width()-20))
// heh = (((sw32)mev->x - (sw32)mev->lx)*0.01f);
//else
// heh=0;
if (cx<20)
{
heh=-0.1f;
}
else if (cx>(g1_border->width()-20))
{
heh=0.1f;
}
else
{
heh = ((cx - lx)*0.01f);
}
mouse_look_increment_x += heh;
g1_border->clear_mouse_move();
}
g1_map_piece_class * whofor=controlled();
sw32
left_ms=g1_input.deque_time(g1_input_class::LEFT),
right_ms=g1_input.deque_time(g1_input_class::RIGHT),
up_ms=g1_input.deque_time(g1_input_class::UP),
down_ms=g1_input.deque_time(g1_input_class::DOWN),
sleft_ms=g1_input.deque_time(g1_input_class::STRAFE_LEFT),
sright_ms=g1_input.deque_time(g1_input_class::STRAFE_RIGHT);
sw32 sup_ms=g1_input.deque_time(g1_input_class::STRAFE_UP);
sw32 sdown_ms=g1_input.deque_time(g1_input_class::STRAFE_DOWN);
sw32 zoom_in=g1_input.deque_time(g1_input_class::ZOOM_IN),
zoom_out=g1_input.deque_time(g1_input_class::ZOOM_OUT),
zoom_left=g1_input.deque_time(g1_input_class::ZOOM_LEFT),
zoom_right=g1_input.deque_time(g1_input_class::ZOOM_RIGHT),
zoom_up=g1_input.deque_time(g1_input_class::ZOOM_UP),
zoom_down=g1_input.deque_time(g1_input_class::ZOOM_DOWN);
look(mouse_look_increment_x, mouse_look_increment_y,whofor);
mouse_look_increment_y = mouse_look_increment_x = 0;
turn( g1_resources.player_turn_speed*(left_ms-right_ms)*G1_HZ/1000.0f, whofor );
accelerate( (up_ms-down_ms)*G1_HZ/1000.0f,whofor);
strafe( (sright_ms-sleft_ms)*G1_HZ/1000.0f,
(sup_ms-sdown_ms)*G1_HZ/1000.0f,whofor);
if (g1_current_controller->view.get_view_mode()==G1_FOLLOW_MODE)
{
g1_resources.follow_camera_dist+=(zoom_out-zoom_in)*G1_HZ/1000.0f;
if (g1_resources.follow_camera_dist<=0.5f)
{
g1_resources.follow_camera_dist=0.5f;
}
g1_resources.follow_camera_height+=(zoom_up-zoom_down)*G1_HZ/1000.0f;
g1_resources.follow_camera_rotation+=(zoom_right-zoom_left)*G1_HZ/1000.0f;
}
//if (sright_ms>0)
// sright_ms=sright_ms+1;
if (g1_input.button_1())
{
fire0(whofor);
}
if (g1_input.button_2())
{
fire1(whofor);
}
if (g1_input.button_3())
{
fire2(whofor);
}
}
if (g1_input.key_pressed)
{
continue_game();
}
g1_input.key_pressed=i4_F;
}
//for most cases, this takes world coordinates, but not always!!!
void g1_human_class::player_clicked(g1_object_class * obj, float gx, float gy,w32 command)
{
g1_object_type convoy_type=g1_get_object_type(li_convoy.get());
switch (command)
{
case DEFAULT:
{
if (obj && obj->player_num==team() && obj->get_flag(g1_object_class::SELECTABLE))
{
clear_selected();
if (obj == commander())
{
selected_object = 0;
}
else
{
g1_convoy_class * c=(g1_convoy_class *)g1_object_type_array[convoy_type]->create_object(convoy_type,0);
c->setup(obj);
c->player_num=team();
selected_object=c;
selected_object->mark_as_selected();
}
}
else if (selected_object.valid())
{
send_selected_units(gx,gy);
}
else
{
select_path(gx,gy);
}
} break;
case ATTACK:
{
if (selected_object.valid()&&selected_object->player_num==team())
{
attack_unit(obj,gx,gy);
} //remember: this only works if
//target is in range
break;
}
case GOTO:
if (selected_object.valid()&&selected_object->player_num==team())
{
send_selected_units(gx,gy);
}
break;
case SELECT:
{
//single objects can be selected, even if they don't
//belong to the local user
if (!obj/*||obj->player_num!=team()
||!obj->get_flag(g1_object_class::SELECTABLE) */)
{
break;
}
clear_selected();
g1_convoy_class * c=(g1_convoy_class *)g1_create_object(convoy_type);
c->player_num=obj->player_num;
if (!obj->get_flag(g1_object_class::SELECTABLE))
{
c->player_num=0;
} //a slight hack to prevent the user
//from actually sending commands
//to this unit.
c->setup(obj);
selected_object=c;
selected_object->mark_as_selected();
break;
}
case ADD_TO_LIST:
{
if ((selected_object.valid()&&selected_object->id!=g1_get_object_type(li_convoy.get())) ||
!obj || obj->player_num!=team() ||
!obj->get_flag(g1_object_class::SELECTABLE))
{
break;
}
if (!selected_object.valid())
{
g1_convoy_class * cn=(g1_convoy_class *) g1_create_object(convoy_type);
cn->player_num=team();
cn->setup(obj);
selected_object=cn;
cn->mark_as_selected();
break;
}
((g1_convoy_class *)selected_object.get())->add_object(obj);
} break;
case START_DRAG:
{
dragstartx=gx; //Screen coordinates!!!
dragstarty=gy;
break;
}
case DRAGGING:
{
dragdestx=gx;
dragdesty=gy;
//w16 mod;
//if (i4_current_app->get_window_manager()->shift_pressed())
// mod=ADD_TO_OLD;
//else if (i4_current_app->get_window_manager()->alt_pressed())
// mod=SUB_FROM_OLD;
//else
// mod=CLEAR_OLD;
//select_objects_in_range(dragstartx,dragstarty,dragendx,dragendy,mod);
} break;
case END_DRAG:
{
dragstartx=dragstarty=dragdestx=dragdesty=-1;
} break;
case SELECT_PATH:
{
select_path(gx,gy);
} break;
default:
break;
}
}