int do_logical_FunctionBoxChannel(int fx,int fy, int flarg, int fhaut, int space)
{
for (int df=0;df<5;df++)
{
if (mouse_x>=fx && mouse_x<=fx+flarg && mouse_y>=(fy + (df*fhaut)+ (space*df)) && mouse_y<=(fy+fhaut + (df*fhaut)+ (space*df)) && mouse_released==0 )
{
switch (df)
{
case 0: //select all
if( Midi_Faders_Affectation_Type!=0)//config midi
{
switch(miditable[0][682])
{
case 0: sprintf(thetypinfo,"Note");break;
case 1: sprintf(thetypinfo,"Key On");break;
case 2: sprintf(thetypinfo,"Key Off");break;
case 4: sprintf(thetypinfo,"Ctrl Change");break;
}
sprintf(string_last_midi_id,"NumPad ALL is Ch: %d Pitch: %d Typ: %s" ,miditable[1][682],miditable[2][682],thetypinfo);
attribute_midi_solo_affectation(682,Midi_Faders_Affectation_Mode);
}
else
{
simulate_keypress(KEY_Y<<8);
}
break;
case 1://inverse sel
if( Midi_Faders_Affectation_Type!=0)//config midi
{
switch(miditable[0][683])
{
case 0: sprintf(thetypinfo,"Note");break;
case 1: sprintf(thetypinfo,"Key On");break;
case 2: sprintf(thetypinfo,"Key Off");break;
case 4: sprintf(thetypinfo,"Ctrl Change");break;
}
sprintf(string_last_midi_id,"NumPad INV is Ch: %d Pitch: %d Typ: %s" ,miditable[1][683],miditable[2][683],thetypinfo);
attribute_midi_solo_affectation(683,Midi_Faders_Affectation_Mode);
}
else
{
simulate_keypress(KEY_U<<8);
}
break;
case 2: //to channel funct
if(Midi_Faders_Affectation_Type!=0)//config midi
{
switch(miditable[0][684])
{
case 0: sprintf(thetypinfo,"Note");break;
case 1: sprintf(thetypinfo,"Key On");break;
case 2: sprintf(thetypinfo,"Key Off");break;
case 4: sprintf(thetypinfo,"Ctrl Change");break;
}
sprintf(string_last_midi_id,"NumPad Thru is Ch: %d Pitch: %d Typ: %s" ,miditable[1][684],miditable[2][684],thetypinfo);
attribute_midi_solo_affectation(684,Midi_Faders_Affectation_Mode);
}
else
{
simulate_keypress(KEY_TAB<<8);
}
break;
case 3:
channel_copy();
break;
case 4:
channel_paste();
break;
}
mouse_released=1;
}
}
return(0);
}
int DoMouseLevel()
{
if (mouse_z>last_scroll_mouse_for_chan )
{
simulate_keypress(KEY_UP << 8); last_scroll_mouse_for_chan= mouse_z;
}
else if (mouse_z<last_scroll_mouse_for_chan )
{
simulate_keypress(KEY_DOWN << 8); last_scroll_mouse_for_chan= mouse_z;
}
if (window_focus_id==W_BANGER && mouse_x>=X_banger && mouse_x<=X_banger+480 && mouse_y>=Y_banger && mouse_y<=Y_banger+300 )//banger
{
switch(over_family)
{
case 0:
if(editing_banger_family ==1 && over_banger_event>0)
{
if(mouse_z>mouse_level_for_event)
{
bangers_type[index_banger_selected][ over_banger_event-1]++;
reset_banger_event(index_banger_selected, over_banger_event-1);
constrain_banger_type( over_banger_event-1);
position_mouse_z(0); //reset
mouse_level_for_event=mouse_z;
mouse_level_for_banger=mouse_z;
editing_banger_family=0;editing_banger_action=0;
}
if(mouse_z<mouse_level_for_event)
{
bangers_type[index_banger_selected][ over_banger_event-1]--;
if(bangers_type[index_banger_selected][ over_banger_event-1]<0){bangers_type[index_banger_selected][ over_banger_event-1]=0;};
reset_banger_event(index_banger_selected, over_banger_event-1);
position_mouse_z(0); //reset
mouse_level_for_event=mouse_z;
mouse_level_for_banger=mouse_z;
editing_banger_family=0;editing_banger_action=0;
}
}
break;
case 1:
if(editing_banger_action==1 && over_banger_action>0)
{
if(mouse_z>mouse_level_for_banger)
{
position_mouse_z(0);//reset
mouse_level_for_banger=mouse_z;
mouse_level_for_event=mouse_z;
editing_banger_family=0;editing_banger_action=0;
bangers_action[index_banger_selected][over_banger_action-1]++;
reset_banger_params(index_banger_selected,over_banger_action-1);
constrain_banger_param(over_banger_action-1);
}
if(mouse_z<mouse_level_for_banger)
{
position_mouse_z(0);//reset
mouse_level_for_banger=mouse_z;
mouse_level_for_event=mouse_z;
bangers_action[index_banger_selected][over_banger_action-1]--;
if(bangers_action[index_banger_selected][over_banger_action]<0){bangers_action[index_banger_selected][over_banger_action-1]=0;}
reset_banger_params(index_banger_selected,over_banger_action-1);
}
}
break;
default:
break;
}
}
else
{
mouse_level_for_event=mouse_z;
mouse_level_for_banger=mouse_z;
editing_banger_family=0;editing_banger_action=0;
}
return(0);
}
/*
* Update the GUI.
* Passes all input to the relevant widgets.
* Must be called frequently after a GUI is created.
* Returns 0 normally, or if a widget requests,
* it returns that widget. It's up to the caller to
* query the widget as to why it wanted to return.
*/
TGUIWidget* tguiUpdate()
{
long currTime = tguiCurrentTimeMillis();
long elapsed = currTime - tguiLastUpdate;
tguiLastUpdate = currTime;
tguiClearDirtyRectangle();
if (tguiActiveWidget) {
int key;
while (keypressed()) {
key = readkey();
keyBuffer.push_back(key);
}
for (unsigned int i = 0; i < keyBuffer.size(); i++) {
key = keyBuffer[i];
if (!tguiActiveWidget->handleKey(key)) {
simulate_keypress(key);
}
}
keyBuffer.clear();
}
for (unsigned int i = 0; i < activeGUI->widgets.size(); i++) {
TGUIWidget* widget = activeGUI->widgets[i];
unsigned int retVal = widget->update(elapsed);
switch (retVal) {
case TGUI_CONTINUE:
break;
case TGUI_RETURN:
return widget;
}
std::vector<int>* hotkeys = widget->getHotkeys();
if (hotkeys) {
for (unsigned int j = 0; j < hotkeys->size(); j++) {
int hotkey = (*hotkeys)[j];
if (tguiHotkeyPressed(hotkey))
widget->handleHotkey(hotkey);
}
}
}
if (tguiMouseReleased) {
int saved_mouse_b = mouse_b;
int saved_mouse_x = mouse_x;
int saved_mouse_y = mouse_y;
if (saved_mouse_b) {
TGUIWidget* widget =
tguiFindPixelOwner(saved_mouse_x, saved_mouse_y);
if (widget) {
tguiSetFocus(widget);
tguiActiveWidgetClickedPoint.x =
saved_mouse_x - widget->getX();
tguiActiveWidgetClickedPoint.y =
saved_mouse_y - widget->getY();
tguiMouseButton = saved_mouse_b;
if (!widget->getParent())
tguiRaiseWidget(widget);
widget->mouseDown();
tguiClickedWidget = widget;
}
tguiMouseReleased = false;
}
}
else {
int saved_mouse_b = mouse_b;
int saved_mouse_x = mouse_x;
int saved_mouse_y = mouse_y;
if (!saved_mouse_b) {
if (tguiClickedWidget) {
tguiMouseReleasePoint.x = saved_mouse_x;
tguiMouseReleasePoint.y = saved_mouse_y;
int relativeX;
int relativeY;
if (tguiPointOnWidget(tguiActiveWidget, saved_mouse_x,
saved_mouse_y)) {
relativeX = saved_mouse_x - tguiActiveWidget->getX();
relativeY = saved_mouse_y - tguiActiveWidget->getY();
}
else {
relativeX = -1;
relativeY = -1;
}
tguiActiveWidget->mouseUp(relativeX, relativeY);
tguiClickedWidget = 0;
int x1 = tguiActiveWidget->getX();
int y1 = tguiActiveWidget->getY();
int x2 = tguiActiveWidget->getX()+tguiActiveWidget->getWidth();
int y2 = tguiActiveWidget->getY()+tguiActiveWidget->getHeight();
tguiUpdateDirtyRectangle(x1, y1, x2, y2);
}
tguiMouseReleased = true;
}
}
TGUIWidget* hoverWidget = tguiFindPixelOwner(mouse_x, mouse_y);
if (hoverWidget) {
if (tguiHoverWidget && hoverWidget != tguiHoverWidget) {
tguiHoverWidget->draw();
tguiMakeDirty(tguiHoverWidget);
}
if (hoverWidget->acceptsHover()) {
hoverWidget->draw();
tguiMakeDirty(hoverWidget);
}
tguiHoverWidget = hoverWidget;
}
return 0;
}
