void sub_80DCF60(struct Sprite *sprite)
{
StartSpriteAnim(sprite, gBattleAnimArgs[5]);
AnimateSprite(sprite);
if (GetBattlerSide(gBattleAnimAttacker) != B_SIDE_PLAYER)
sprite->pos1.x -= gBattleAnimArgs[0];
else
sprite->pos1.x += gBattleAnimArgs[0];
sprite->pos1.y += gBattleAnimArgs[1];
sprite->data[0] = gBattleAnimArgs[4];
sprite->data[1] = sprite->pos1.x;
sprite->data[2] = sprite->pos1.x + gBattleAnimArgs[2];
sprite->data[3] = sprite->pos1.y;
sprite->data[4] = sprite->pos1.y + gBattleAnimArgs[3];
InitSpriteDataForLinearTranslation(sprite);
sprite->data[3] = 0;
sprite->data[4] = 0;
sprite->callback = sub_8078394;
StoreSpriteCallbackInData(sprite, move_anim_8074EE0);
}
void PSBTM(Object* self)
{
switch(self->routine)
{
case Routine_Init:
self->routine = Routine_PrsStart;
self->x = PSB_ScreenX;
self->screenY = PSB_ScreenY;
self->map = Map_PSB;
self->gfx = GFX_PSB;
if(self->frame >= Frame_SpriteLineLimiter)
{
self->routine = Routine_Exit;
if(self->frame == Frame_TM)
{
self->gfx = GFX_TM;
self->x = TM_ScreenX;
self->screenY = TM_ScreenY;
}
break;
}
// fall through
case Routine_PrsStart:
AnimateSprite(self, Ani_PSBTM);
break;
case Routine_Exit:
break;
}
DisplaySprite(self);
}
void TitleSonic(Object* self)
{
switch(self->routine)
{
case Routine_Init:
self->routine = Routine_Delay;
self->x = TitleSonic_ScreenX;
self->screenY = TitleSonic_ScreenY;
self->map = Map_TitleSonic;
self->gfx = GFX_TitleSonic;
self->priority = 1;
self->delayAni = 29;
AnimateSprite(self, Ani_TitleSonic);
// fall through
case Routine_Delay:
if(TimerNeg(self->delayAni))
{
self->routine = Routine_Move;
DisplaySprite(self);
}
break;
case Routine_Move:
self->obScreenY -= 8;
if(self->screenY == (128 + 22))
self->routine = Routine_Animate;
DisplaySprite(self);
break;
case Routine_Animate:
AnimateSprite(self, Ani_TitleSonic);
DisplaySprite(self);
break;
}
}
void sub_80DCE9C(struct Sprite *sprite)
{
if (gBattleAnimArgs[3] != 0)
SetAverageBattlerPositions(gBattleAnimTarget, 0, &sprite->pos1.x, &sprite->pos1.y);
sprite->pos1.x += gBattleAnimArgs[0];
sprite->pos1.y += 14;
StartSpriteAnim(sprite, gBattleAnimArgs[1]);
AnimateSprite(sprite);
sprite->data[0] = 0;
sprite->data[1] = 0;
sprite->data[2] = 4;
sprite->data[3] = 16;
sprite->data[4] = -70;
sprite->data[5] = gBattleAnimArgs[2];
StoreSpriteCallbackInData(sprite, sub_80DCF1C);
sprite->callback = sub_8078278;
sprite->callback(sprite);
}
void Splash(Object* self)
{
switch(self->routine)
{
case Routine_Init:
self->routine = Routine_Main;
self->map = Map_Splash;
Obj_SetSomething(self);
self->priority = 1;
self->obActWid = 16;
self->gfx = GFX_Splash;
self->x = v_player->x;
// fall through
case Routine_Main:
self->y = v_waterpos1;
AnimateSprite(self, Ani_Splash)
DisplaySprite(self);
break;
case Routine_Delete:
DeleteObject(self);
break;
}
}
void DrownCount(Object* self)
{
switch(self->routine)
{
case Routine_Init:
self->routine = Routine_BubbleExpanding;
self->map = Map_Bub;
self->gfx = GFX_Bubble;
Obj_SetVisible(self);
Obj_SetBehind(self);
self->actWid = 16;
self->priority = 1;
if(BTST(self->subtype, Subtype_Master))
{
self->routine = Routine_Master;
self->map = Map_Drown;
self->gfx = GFX_Master;
VAR_B(self, alwaysOneB) = self->subtype & ~Subtype_Master;
goto _masterRoutine;
}
// Bubble
self->anim = self->subtype;
VAR_W(self, origXW) = self->x;
self->velY = -Bubble_Velocity;
// fall through
case Routine_BubbleExpanding:
AnimateSprite(self, Ani_Drown);
// fall through
case Routine_BubbleRising:
// Still underwater?
if(self->y >= vWaterpos1)
{
// Move bubbles with tunnel current
if(fWtunnelmode)
VAR_W(self, origXW) += 4;
// Wobble
self->x = VAR_W(self, origXW) + Bubble_Wobble[self->angle & 0x7F];
self->angle++;
// Update appearance
CheckNumberBubbleConversion(self);
SpeedToPos(self);
if(Object_IsVisible(self))
DisplaySprite(self);
else
DeleteObject(self);
break;
}
else
{
// Reached surface? For small bubbles, this sets their anim to blank and will go routine 6 > 8 and die
// Big bubbles actually glitch out when they reach the surface cause there aren't enough enim mappings!
self->routine = Routine_BubbleDying;
self->anim += 7;
}
// fall through
case Routine_BubbleDying:
case Routine_NumberUpdate:
_display:
// Update appearance
CheckNumberBubbleConversion(self);
AnimateSprite(self, Ani_Drown);
DisplaySprite(self);
break;
case Routine_BubbleDead:
case Routine_NumberDead:
DeleteObject(self);
break;
// Once a number-bubble gets plastered to the screen, it enters this state which handles switching to the
// "flashing number" animation.
case Routine_NumberTransition:
if(v_air > Drown_Air)
{
DeleteObject(self);
break;
}
if(TimerZero(VAR_W(self, frameTimerW)))
{
self->routine = Routine_NumberUpdate;
self->anim += 7;
goto _display;
}
AnimateSprite(self, Ani_Drown);
if(Object_IsVisible(self))
DisplaySprite(self);
else
DeleteObject(self);
break;
// The "master" object, spawned when Sonic goes underwater for the first time, goes into this routine forever.
// It manages counting down the air meter, spawning bubbles/numbers, and drowning/killing Sonic.
case Routine_Master:
_masterRoutine:
// If we're not currently drowning...
if(VAR_W(self, drowningTimeW) == 0)
{
// Manage counting down the timer and stuff
if(Player_IsDead() || !Player_IsUnderwater())
return;
// Count down frames until the next second
if(TimerNeg(VAR_W(self, frameTimerW), 59))
{
VAR_W(self, bubbleFlagsW) = BubbleFlags_Enable;
VAR_B(self, spawnTimerB) = RandomNumber(2);
if(ShouldDing())
PlaySound_Special(SFX_Warning); // ding-ding
else if(v_air <= Drown_Air)
{
if(v_air == Drown_Air)
PlaySound(BGM_Drowning); // uh oh
if(TimerNeg(VAR_B(self, sillyTimerB), VAR_B(self, alwaysOneB)))
BSET(VAR_W(self, bubbleFlagsW), BubbleFlags_SpawnNumber);
}
if(TimerNeg(v_air))
{
// Drowning time.
ResumeMusic();
f_lockmulti = 0x81;
PlaySound_Special(SFX_Drown);
VAR_B(self, spawnTimerB) = 10;
VAR_W(self, bubbleFlagsW) = BubbleFlags_Enable;
VAR_W(self, drowningTimeW) = Drown_Length;
Player_ResetOnFloor(v_player);
Player_SetAnimDrowning();
Player_SetInAir();
v_player->gfx |= 0x80;
v_player->velY = 0;
v_player->velX = 0;
v_player->inertia = 0;
f_nobgscroll = true;
return;
}
goto _makeBubble;
}
}
else
{
// Manage the drowning animation (Sonic falling offscreen)
if(TimerZero(VAR_W(self, drowningTimeW)))
{
Player_SetDead();
return;
}
SpeedToPos(v_player);
v_player->velY += Drown_Velocity;
}
// Bubble spawning enabled?
if(VAR_W(self, bubbleFlagsW))
{
if(TimerNeg(VAR_W(self, bubbleTimerW)))
{
_makeBubble:
VAR_W(self, bubbleTimerW) = RandomNumber(16);
if(auto bubble = FindFreeObj())
{
auto bubble = &v_objspace[slot];
bubble->id = ID_DrownCount;
bubble->x v_player->x + (Player_IsFlipped() ? -Bubble_OffsX : Bubble_OffsX);
bubble->y = v_player->y;
bubble->angle = Player_IsFlipped() ? Bubble_AngleFlipped : 0;
bubble->subtype = Subtype_SmallBubble;
// If we're doing drowning-bubbles..
if(VAR_W(self, drowningTimeW) != 0)
{
VAR_W(self, bubbleTimerW) &= 7;
bubble->y = v_player->y - Bubble_DrownOffsY;
bubble->angle = RandomNumber(256);
// 1/4 bubbles are made bigger
if((v_framecount & 3) == 0)
bubble->subtype = Subtype_MediumBubble;
}
else if(ShouldSpawnNumberBubble(self))
{
BSET(VAR_W(self, bubbleFlagsW), BubbleFlags_NumberSpawned);
bubble->subtype = GetCountdownDigit();
VAR_W(bubble, frameTimerW) = NumberBubble_Timer1;
}
if(TimerNeg(VAR_B(self, spawnTimerB)))
VAR_W(self, bubbleFlagsW) = 0;
}
}
}
break;
}
}
int WINAPI WinMain (HINSTANCE hInstance, HINSTANCE hPrevInstance,
PSTR szCmdLine, int iCmdShow) // Anyway, so here is our "main()" for windows. Must Have this for a windows app.
{
// Create the handle to the window.
HWND hwnd;
// Create the variable to hold the window messages
MSG msg;
// Create the structure that holds the attributes of the window.
// I just crammed them in like this to save space because we know what they do.
WNDCLASSEX wndclass = {sizeof (wndclass), CS_HREDRAW | CS_VREDRAW, WndProc, 0, 0, hInstance,
LoadIcon (NULL, IDI_WINLOGO), LoadCursor (NULL, IDC_ARROW), (HBRUSH) GetStockObject (WHITE_BRUSH),
NULL, "Window Class", LoadIcon (NULL, IDI_WINLOGO)};
// Register the window class with the operating system
RegisterClassEx (&wndclass);
// Now, we actually create the window
hwnd = CreateWindow ("Window Class", // window class name
"Animation", // window's Title
WS_OVERLAPPEDWINDOW, // window style
CW_USEDEFAULT, // initial x position
CW_USEDEFAULT, // initial y position
WIDTH, // Here we pass in our desired width (800)
HEIGHT, // Here we pass in our desired height (600)
NULL, // This is the parent window handle.
NULL, // This is the window menu handle
hInstance, // This is the programs instance handle.
NULL); // We don't want to pass any extra data in, so NULL
// This shows our window.
ShowWindow (hwnd, iCmdShow);
// This pretty much paints our window to the screen.
UpdateWindow (hwnd);
// Here is our main loop.
while (1)
{
// *We use PeekMessage() instead of GetMessage() to see if there is a message
// from windows, if not, then we want to animate when nothing is going on.*
// Check if there is a window message and remove it from the queue
if(PeekMessage(&msg, NULL, 0, 0, PM_REMOVE))
{
// If the message was to quit, break out of the while loop
if(msg.message == WM_QUIT) break;
// This Translates messages so windows understands them.
TranslateMessage (&msg);
// This sends the messages to the WndProc().
DispatchMessage (&msg);
}
else
{
// *Now we do the computationally expensive stuff in this else*
// Check if we want to animate the next frame of animation
if(AnimateNextFrame(FRAME_RATE))
{
// Animate the first water sprite
AnimateSprite(&gBuffer, &gSprite);
// Animate the second water sprite
AnimateSprite(&gBuffer, &gSprite2);
// Now swap the backbuffer to display it to the front and clear the screen
SwapBackBuffer(&gBuffer, TRUE);
}
}
}
// Unregister the window class with the operating system
UnregisterClass("Window Class",hInstance);
// Quit the program
return msg.wParam ;
}