void GUI::FreeControls()
{
if(GetControls())
{
GetControls()->Clear();
delete GetControls();
SetControls(NULL);
}
}
//
// OnApplyChanges
//
// Changes made should be kept. Change the variable
//
HRESULT CCalibFilterProperties::OnApplyChanges()
{
GetControls(m_hwnd);
SetParameters();
m_bDirty = FALSE;
return NOERROR;
} // OnApplyChanges
void AUInstrumentBase::HandlePolyPressure( int inChannel,
UInt8 inKey,
UInt8 inValue,
long inStartFrame)
{
GetControls(inChannel)->mPolyPressure[inKey] = inValue;
}
std::shared_ptr<TrackPanelCell> Track::GetTrackControl()
{
if (!mpControls)
// create on demand
mpControls = GetControls();
return mpControls;
}
// Organize the members. This will re-organize the
// controls Z-order so that the tab-order goes from
// top-left to right bottom.
void ClsLayoutEngine::OrganizeMembers()
{
// Storage for the members.
ClsLinkedList<ClsCNode> list;
// Are we already organized?
if (( m_dwFlags & LF_ORGANIZED ) != LF_ORGANIZED )
{
// No. Get all member controls.
GetControls( &list );
// Organize the controls.
ClsCNode *pNode;
HWND hPrev = NULL;
for ( pNode = list.GetFirst(); pNode; pNode = list.GetNext( pNode ))
{
// Setup Z order.
::SetWindowPos( pNode->m_hWnd, hPrev ? hPrev : HWND_TOP, 0, 0, 0, 0, SWP_NOMOVE | SWP_NOSIZE | SWP_NOACTIVATE );
// Save predecessor.
hPrev = pNode->m_hWnd;
}
// Free nodes.
while (( pNode = list.RemoveHead()) != NULL )
delete pNode;
// We are organized.
m_dwFlags |= LF_ORGANIZED;
}
}
void AUInstrumentBase::HandlePitchWheel( int inChannel,
UInt8 inPitch1,
UInt8 inPitch2,
long inStartFrame)
{
MidiControls* controls = GetControls(inChannel);
controls->mPitchBend = (inPitch2 << 7) | inPitch1;
controls->mFPitchBend = (float)((SInt16)controls->mPitchBend - 8192) / 8192.;
}
ECode ZoomControlExternal::Show()
{
if (mZoomControlRunnable != NULL) {
mPrivateHandler->RemoveCallbacks(mZoomControlRunnable);
}
GetControls()->Show(TRUE);
Boolean result = FALSE;
mPrivateHandler->PostDelayed(mZoomControlRunnable, ZOOM_CONTROLS_TIMEOUT, &result);
return NOERROR;
}
void CCheckBoxGroup::MarkActiveCheckBox(CControlUI * const control) {
const std::vector<CControlUI *> controls = GetControls();
for (std::vector<CControlUI *>::const_iterator itr = controls.begin();
itr != controls.end(); ++itr) {
if ((*itr)->GetType() == ECT_CHECKBOX) {
if ((*itr) == control) {
(*itr)->SetCurrentState(EGUICS_ONCLICK);
m_active = reinterpret_cast<CCheckBoxUI *>(*itr);
} else
(*itr)->SetCurrentState(EGUICS_DEFAULT);
}
}
CControlUI::NotifyListeners(this);
}
void AUInstrumentBase::HandleControlChange( int inChannel,
UInt8 inController,
UInt8 inValue,
long inStartFrame)
{
GetControls(inChannel)->mControls[inController] = inValue;
switch (inController)
{
case kMidiController_Sustain :
if (inValue >= 64)
SendPedalEvent(inChannel, SynthEvent::kEventType_SustainOn, inStartFrame);
else
SendPedalEvent(inChannel, SynthEvent::kEventType_SustainOff, inStartFrame);
break;
case kMidiController_Sostenuto :
if (inValue >= 64)
SendPedalEvent(inChannel, SynthEvent::kEventType_SostenutoOn, inStartFrame);
else
SendPedalEvent(inChannel, SynthEvent::kEventType_SostenutoOff, inStartFrame);
break;
}
}
void AUInstrumentBase::HandleProgramChange( int inChannel,
UInt8 inValue)
{
GetControls(inChannel)->mMonoPressure = inValue;
}
void AUInstrumentBase::HandleChannelPressure( int inChannel,
UInt8 inValue,
long inStartFrame)
{
GetControls(inChannel)->mMonoPressure = inValue;
}
void PlayerFireWeapon(Guy *me)
{
byte c;
if (player.life == 0)
return; // no shooting when you're dead
switch (player.weapon) {
case WPN_MISSILES:
if (player.ammo)
{
FireBullet(me->x, me->y, me->facing, BLT_MISSILE, 1);
player.ammo--;
}
player.wpnReload = 2;
break;
case WPN_BOMBS:
if (player.ammo)
{
FireBullet(me->x, me->y, me->facing, BLT_BOMB, 1);
player.ammo--;
}
player.wpnReload = 15;
break;
case WPN_AK8087:
if (player.ammo)
{
FireBullet(me->x, me->y, me->facing, BLT_LASER, 1);
player.ammo--;
}
me->z += FIXAMT * MGL_random(4);
me->dx += FIXAMT / 2 - MGL_random(65535);
me->dy += FIXAMT / 2 - MGL_random(65535);
c = GetControls();
if (c & CONTROL_B2) // fire is held
{
player.wpnReload = 1;
me->frmTimer = 0;
}
else
{
player.wpnReload = 5;
}
DoPlayerFacing(c, me);
break;
case WPN_FLAME:
if (player.ammo)
{
FireBullet(me->x, me->y, me->facing, BLT_FLAME, 1);
player.ammo--;
}
c = GetControls();
if (c & CONTROL_B2) // fire is held
{
player.wpnReload = 1;
me->frmTimer = 0;
}
else
player.wpnReload = 5;
DoPlayerFacing(c, me);
break;
case WPN_BIGAXE:
if (player.ammo)
{
FireBullet(me->x, me->y, me->facing, BLT_BIGAXE, 1);
MakeSound(SND_BOMBTHROW, me->x, me->y, SND_CUTOFF, 1200);
player.ammo--;
}
player.wpnReload = 10;
break;
case WPN_LIGHTNING:
if (player.ammo)
{
// fire lightning
FireBullet(me->x, me->y, me->facing, BLT_LIGHTNING, 1);
player.ammo--;
}
c = GetControls();
if (c & CONTROL_B2) // fire is held
{
player.wpnReload = 1;
me->frmTimer = 0;
}
else
{
player.wpnReload = 5;
}
DoPlayerFacing(c, me);
break;
case WPN_SPEAR:
if (player.ammo)
{
MakeSound(SND_BOMBTHROW, me->x, me->y, SND_CUTOFF, 1200);
FireBullet(me->x, me->y, me->facing, BLT_SPEAR, 1);
player.ammo--;
}
player.wpnReload = 5;
break;
case WPN_MACHETE:
if (player.ammo)
{
MakeSound(SND_SLASH, me->x, me->y, SND_CUTOFF, 1200);
FireBullet(me->x + Cosine(me->facing * 32)*32, me->y + Sine(me->facing * 32)*32,
me->facing, BLT_SLASH, 1);
player.ammo--;
}
player.wpnReload = 2;
break;
case WPN_MINES:
if (player.ammo)
{
MakeSound(SND_MINELAY, me->x, me->y, SND_CUTOFF, 1200);
FireBullet(me->x - Cosine(me->facing * 32)*32, me->y - Sine(me->facing * 32)*32,
me->facing, BLT_MINE, 1);
player.ammo--;
}
player.wpnReload = 15;
break;
case WPN_TURRET:
if (player.ammo)
{
Guy *g;
g = AddGuy(me->x + Cosine(me->facing * 32)*32, me->y + Sine(me->facing * 32)*32,
FIXAMT * 10, MONS_GOODTURRET);
if (g == NULL || !g->CanWalk(g->x, g->y, GameCurrentMap(), &curWorld))
{
MakeSound(SND_TURRETBZZT, me->x, me->y, SND_CUTOFF, 1200);
if (g)
g->type = MONS_NONE;
}
else
{
MakeSound(SND_MINELAY, me->x, me->y, SND_CUTOFF, 1200);
player.ammo--;
}
player.wpnReload = 15;
}
break;
case WPN_MINDCONTROL:
if (player.ammo)
{
MakeSound(SND_MINDWIPE, me->x, me->y, SND_CUTOFF, 1200);
FireBullet(me->x + Cosine(me->facing * 32)*32, me->y + Sine(me->facing * 32)*32,
me->facing, BLT_MINDWIPE, 1);
player.ammo--;
player.wpnReload = 15;
}
break;
case WPN_REFLECTOR:
if (player.ammo)
{
MakeSound(SND_LIGHTSON, me->x, me->y, SND_CUTOFF, 1200);
FireBullet(me->x, me->y, me->facing, BLT_REFLECT, 1);
player.ammo--;
c = GetControls();
if (c & CONTROL_B2) // fire is held
{
player.wpnReload = 0;
me->frmTimer = 0;
}
else
{
player.wpnReload = 10;
}
}
break;
case WPN_JETPACK:
if (player.ammo)
{
player.jetting = 5;
player.ammo--;
player.wpnReload = 3;
}
break;
case WPN_SWAPGUN:
if (player.ammo)
{
MakeSound(SND_LIGHTSON, me->x, me->y, SND_CUTOFF, 1200);
FireBullet(me->x, me->y, me->facing, BLT_SWAP, 1);
player.ammo--;
player.wpnReload = 10;
}
break;
}
if (!player.ammo)
player.weapon = 0;
}
void PlayerControlMe(Guy *me, mapTile_t *mapTile, world_t *world)
{
byte c;
int x, y, i;
player.life = me->hp;
if (player.rage)
{
if (player.rage > 5)
player.rage -= 6;
else
player.rage = 0;
}
if (player.rageClock)
DoRage(me);
if (player.invisibility)
player.invisibility--;
if (player.jetting && me->seq != ANIM_DIE && me->seq != ANIM_A3)
{
me->dx += Cosine(me->facing * 32)*6;
me->dy += Sine(me->facing * 32)*6;
Clamp(&me->dx, FIXAMT * 20);
Clamp(&me->dy, FIXAMT * 20);
if (me->z < FIXAMT * 20)
me->z += FIXAMT * 4;
me->dz = 0;
MakeSound(SND_FLAMEGO, me->x, me->y, SND_CUTOFF, 1200);
for (i = 0; i < 3; i++)
{
c = ((me->facing + 4)&7)*32;
x = me->x + Cosine(c)*10 - FIXAMT * 10 + MGL_randoml(FIXAMT * 20);
y = me->y + Sine(c)*10 - FIXAMT * 10 + MGL_randoml(FIXAMT * 20);
FireBullet(x, y, (me->facing + 4)&7, BLT_FLAME, 1);
}
player.jetting--;
}
if (player.weapon == WPN_PWRARMOR)
{
PlayerControlPowerArmor(me, mapTile, world);
return;
}
if (player.reload)
player.reload--;
if (player.wpnReload)
player.wpnReload--;
if (player.garlic)
{
player.garlic--;
StinkySteam(me->x - FIXAMT * 20 + MGL_randoml(FIXAMT * 40), me->y - FIXAMT * 20 + MGL_randoml(FIXAMT * 40),
me->z + FIXAMT * 40, FIXAMT * 2);
}
if (player.shield)
player.shield--;
if (player.pushPower)
player.pushPower--;
if (tportclock)
tportclock--;
// ice is slippery
if (!(world->terrain[mapTile->floor].flags & TF_ICE))
{
if (player.jetting && me->mind1)
{
if (me->mind1 & 1)
{
me->dx = -me->dx;
switch (me->facing) {
case 0:
me->facing = 4;
break;
case 1:
me->facing = 3;
break;
case 2:
case 6:
break;
case 3:
me->facing = 1;
break;
case 4:
me->facing = 0;
break;
case 5:
me->facing = 7;
break;
case 7:
me->facing = 5;
break;
}
}
if (me->mind1 & 2)
{
me->dy = -me->dy;
switch (me->facing) {
case 0:
case 4:
break;
case 1:
me->facing = 7;
break;
case 2:
me->facing = 6;
break;
case 3:
me->facing = 5;
break;
case 5:
me->facing = 3;
break;
case 6:
me->facing = 2;
break;
case 7:
me->facing = 1;
break;
}
}
}
Dampen(&me->dx, PLYR_DECEL);
Dampen(&me->dy, PLYR_DECEL);
}
else
{
if (me->mind1) // bumped a wall while on ice
{
if (me->mind1 & 1)
me->dx = -me->dx / 8;
if (me->mind1 & 2)
me->dy = -me->dy / 8;
}
}
me->mind1 = 0;
if (me->ouch == 4)
{
if (opt.playAs == PLAYAS_BOUAPHA)
{
if (me->hp > 0)
MakeSound(SND_BOUAPHAOUCH, me->x, me->y, SND_CUTOFF | SND_ONE, 2000);
else if (me->seq == ANIM_DIE) // so it doesn't do this if you're drowning
MakeSound(SND_BOUAPHADIE, me->x, me->y, SND_CUTOFF | SND_ONE, 2000);
}
else if (opt.playAs == PLAYAS_LUNATIC)
{
if (me->hp > 0)
MakeSound(SND_DRLOUCH, me->x, me->y, SND_CUTOFF | SND_ONE, 2000);
else if (me->seq == ANIM_DIE) // so it doesn't do this if you're drowning
MakeSound(SND_DRLDIE, me->x, me->y, SND_CUTOFF | SND_ONE, 2000);
}
else
{
if (me->hp > 0)
MakeSound(SND_HAPPYOUCH, me->x, me->y, SND_CUTOFF | SND_ONE, 2000);
else if (me->seq == ANIM_DIE) // so it doesn't do this if you're drowning
MakeSound(SND_HAPPYDIE, me->x, me->y, SND_CUTOFF | SND_ONE, 2000);
}
}
if (me->parent) // being grabbed by a Super Zombie or something
{
if (me->parent->type == MONS_SUPERZOMBIE)
{
me->dz = 0;
if (me->parent->frm < 4)
me->z += FIXAMT * 3;
else if (me->parent->frm > 18)
{
me->z -= FIXAMT * 4;
if (me->parent->frm == 21)
{
me->z = 0;
me->parent = NULL;
me->action = ACTION_IDLE;
if (me->hp == 0)
{
me->seq = ANIM_DIE;
me->frm = 0;
me->frmTimer = 0;
me->frmAdvance = 64;
me->action = ACTION_BUSY;
}
return;
}
}
if (me->seq != ANIM_MOVE)
{
me->seq = ANIM_MOVE;
me->frm = 0;
me->frmTimer = 0;
me->frmAdvance = 512;
}
return;
}
else if (me->parent->type == MONS_MINECART)
{
me->x = me->parent->x;
me->y = me->parent->y + 1;
me->z = FIXAMT * 8;
}
else
{
me->parent = NULL;
}
}
// triggering stuff
if (me->action == ACTION_BUSY)
{
// throw hammer if need be, use item if need be
if (me->seq == ANIM_A1 && me->frm == 2 && player.wpnReload == 0)
{
PlayerFireWeapon(me);
return;
}
if (me->seq == ANIM_A3)
{
if (me->frm < 11)
{
me->z = FIXAMT * 8; // hover while spinning feet in the air before plunging into water
me->dz = FIXAMT;
}
else
{
ExplodeParticles(PART_WATER, me->x, me->y, 0, 16);
}
return;
}
if (me->seq == ANIM_DIE)
{
me->facing = (me->facing + 1)&7;
return;
}
if (me->seq == ANIM_A1)
return;
}
// not busy, let's see if you want to do something
c = GetControls();
if (!player.jetting)
DoPlayerFacing(c, me);
if (me->action == ACTION_IDLE)
{
if ((c & (CONTROL_B1 | CONTROL_B2)) == (CONTROL_B1 | CONTROL_B2) && (player.rage / 256) >= player.life)
{
// RAGE!!!!!!!
player.rage = 0;
player.rageClock = 15;
if (player.shield == 0)
player.shield = 30;
EnterRage();
}
if ((c & CONTROL_B1) && player.reload == 0) // pushed hammer throw button
{
me->action = ACTION_IDLE;
if (!(c & (CONTROL_UP | CONTROL_DN | CONTROL_LF | CONTROL_RT)))
{
me->seq = ANIM_ATTACK; // even if unarmed
me->frm = 0;
me->frmTimer = 0;
me->frmAdvance = 255;
me->frm += 4 - (player.hamSpeed >> 2);
}
player.boredom = 0;
if (player.hammers > 0)
PlayerThrowHammer(me);
player.reload += (10 - (4 - (player.hamSpeed >> 2)));
}
// Window procedure override. Handles layout engine private messages.
LRESULT ClsLayoutEngine::WindowProc( UINT uMsg, WPARAM wParam, LPARAM lParam )
{
// Interpred message.
switch ( uMsg )
{
case WM_CREATE:
{
// Get the default font height used
// by the layout control. This information
// is needed if the control font is not
// set.
ClsGetDC dc( this );
ClsSize sz = dc.GetTextExtent( _T( "W" ), 1 );
m_nFontHeight = sz.CY();
break;
}
case WM_GETFONT:
// Valid font?
return ( LRESULT )( m_Font.IsValid() ? ( HFONT )m_Font : NULL );
case WM_SETFONT:
{
// Detach old font.
m_Font.Detach();
// Valid?
if ( wParam )
{
// Attach the new font.
m_Font.Attach(( HFONT )wParam, FALSE );
// Set the font to the frame
// if it exists.
if ( m_Frame.GetSafeHWND())
m_Frame.SetFont( &m_Font, FALSE );
// Pass this message to all our members
// when they do not have a font set.
ClsMember *pMember;
for ( pMember = m_Members.GetFirst(); pMember; pMember = m_Members.GetNext( pMember ))
{
// Skip spacing members.
if (( pMember->m_dwFlags & ClsMember::MF_SPACING ) != ClsMember::MF_SPACING )
{
// Does it have a font?
if ( pMember->m_pMember->SendMessage( WM_GETFONT ) == NULL )
// No. Set it.
pMember->m_pMember->SendMessage( WM_SETFONT, wParam, MAKELPARAM( FALSE, 0 ));
}
}
// Pickup the font height.
ClsGetDC dc(this);
ClsSelector sel( &dc, ( HFONT )wParam );
ClsSize sz = dc.GetTextExtent( _T( "W" ), 1 );
// Store the height.
m_nFontHeight = sz.CY();
m_dwFlags &= ~LF_DIMENSIONED;
}
break;
}
case WM_ISLAYOUTENGINE:
// Yes, we really are a layout engine...
return TRUE;
case WM_ORGANIZE:
// Organize the members.
m_dwFlags &= ~LF_ORGANIZED;
OrganizeMembers();
return TRUE;
case WM_GETCONTROLS:
// Add members to the passed list.
GetControls(( ClsLinkedList<ClsCNode> * )lParam );
return TRUE;
case WM_ERRORS:
// Return error bool.
return ( LRESULT )(( BOOL )( m_dwFlags & LF_ADDERROR ));
//case WM_SIZE:
// Resize the frame.
// if ( m_bFrameGroup && m_Frame.GetSafeHWND())
// {
// ClsRect rc;
// GetClientRect( rc );
// m_Frame.MoveWindow( rc, FALSE );
// }
// return 0;
case WM_RELAYOUT:
// Group dimensioned? When ever a group contents
// has changed we need to call the OnGetMinSize()
// method before we re-layout. This is to make sure
// the layout engine always works with the latest
// information.
if (( m_dwFlags & LF_DIMENSIONED ) != LF_DIMENSIONED )
{
ClsSize szMinSize( 0, 0 );
// OK?
if ( OnGetMinSize( szMinSize ) == FALSE )
return FALSE;
}
// Is this the master group?
if ( m_dwFlags & LF_MASTER )
{
// Organized?
if (( m_dwFlags & LF_ORGANIZED ) != LF_ORGANIZED )
OrganizeMembers();
// Get the parent it's client rectangle.
ClsRect rc = GetParent()->GetClientRect();
// Re-size the group.
MoveWindow( rc, FALSE );
}
// Scale the group members.
if ( m_bIsHorizontal ) ScaleHGroup();
else ScaleVGroup();
// Master group?
if ((( m_dwFlags & LF_MASTER ) == LF_MASTER ) && GetParent()->IsWindowVisible())
// Force the parent to redraw.
GetParent()->RedrawWindow( NULL, NULL, RDW_INVALIDATE | RDW_ERASE | RDW_ALLCHILDREN );
return TRUE;
case WM_SHOWMEMBERS:
{
// Show/Hide members.
ClsMember *pMember;
for ( pMember = m_Members.GetFirst(); pMember; pMember = m_Members.GetNext( pMember ))
{
// A spacing member?
if (( pMember->m_dwFlags & ClsMember::MF_SPACING ) != ClsMember::MF_SPACING )
{
if ( pMember->m_pMember->SendMessage( WM_ISLAYOUTENGINE )) pMember->m_pMember->SendMessage( WM_SHOWMEMBERS, wParam );
else
{
pMember->m_pMember->ShowWindow( wParam ? SW_SHOW : SW_HIDE );
if ( wParam ) pMember->m_pMember->UpdateWindow();
}
}
}
// Show/Hide the frame.
if ( m_bFrameGroup && m_Frame.GetSafeHWND())
{
m_Frame.ShowWindow( wParam ? SW_SHOW : SW_HIDE );
if ( wParam ) m_Frame.UpdateWindow();
}
return TRUE;
}
case WM_REFRESH:
{
// Do longer dimensioned or organized...
m_dwFlags &= ~( LF_ORGANIZED | LF_DIMENSIONED );
// Refresh layout engine members.
ClsMember *pMember;
for ( pMember = m_Members.GetFirst(); pMember; pMember = m_Members.GetNext( pMember ))
{
// A spacing member?
if (( pMember->m_dwFlags & ClsMember::MF_SPACING ) != ClsMember::MF_SPACING )
{
// Is it a layout engine?
if ( pMember->m_pMember->SendMessage( WM_ISLAYOUTENGINE ))
pMember->m_pMember->SendMessage( WM_REFRESH );
}
}
// Are we the master?
if ( m_dwFlags & LF_MASTER )
// Layout the group.
SendMessage( WM_RELAYOUT );
return TRUE;
}
}
// Call the base class.
return ClsWindow::WindowProc( uMsg, wParam, lParam );
}
