int help_calc(Uint32 steps)
{
if ( spGetInput()->touchscreen.pressed )
{
help_was_pressed = 1;
int mx = spGetInput()->touchscreen.x;
int my = spGetInput()->touchscreen.y;
int i = 3;
while (i --> 0 )
{
if ( help_button[i].x + help_button[i].w >= mx &&
help_button[i].x <= mx &&
help_button[i].y + help_button[i].h >= my &&
help_button[i].y <= my )
{
switch (i)
{
case 0:
spMapSetByID(MAP_JUMP,1);
break;
case 1:
spGetInput()->axis[1] = -1;
break;
case 2:
spGetInput()->axis[1] = +1;
break;
}
break;
}
}
}
else
if (help_was_pressed)
{
help_was_pressed = 0;
spGetInput()->axis[1] = 0;
}
if (spMapGetByID(MAP_JUMP) || spMapGetByID(MAP_CHAT) || spMapGetByID(MAP_MENU))
{
spMapSetByID(MAP_JUMP,0);
spMapSetByID(MAP_CHAT,0);
spMapSetByID(MAP_MENU,0);
spGetInput()->touchscreen.pressed = 0;
spGetInput()->axis[1] = 0;
return 1;
}
if (spGetInput()->axis[1] > 0)
{
help_scroll += steps * 32;
if (help_scroll > SP_ONE)
help_scroll = SP_ONE;
}
if (spGetInput()->axis[1] < 0)
{
help_scroll -= steps * 32;
if (help_scroll < 0)
help_scroll = 0;
}
return 0;
}
void calc_music(int steps)
{
int i;
for (i = 0;i<steps;i++)
{
show_music--;
if (show_music < 0)
show_music = 0;
volume_wait--;
if (volume_wait < 0)
volume_wait = 0;
if (spGetInput()->button[SP_BUTTON_VOLPLUS] && volume_wait<=0)
{
if (volume<100)
volume++;
set_volume(volume);
volume_wait = 25;
show_music = 1000;
}
if (spGetInput()->button[SP_BUTTON_VOLMINUS] && volume_wait<=0)
{
if (volume>0)
volume--;
set_volume(volume);
volume_wait = 25;
show_music = 1000;
}
}
}
void calc_sprites(int steps)
{
if ( spGetInput()->button[SP_BUTTON_A] )
{
spGetInput()->button[SP_BUTTON_A] = 0;
sprites_z = 1-sprites_z;
}
spUpdateSprite( sprite, steps );
}
void calc_primitives()
{
if ( spGetInput()->button[SP_BUTTON_A] )
{
spGetInput()->button[SP_BUTTON_A] = 0;
primitives_z = 1-primitives_z;
}
if ( spGetInput()->button[SP_BUTTON_B] )
{
spGetInput()->button[SP_BUTTON_B] = 0;
primitives_blending = 1-primitives_blending;
}
}
int calc_splash(Uint32 steps)
{
splash_rotation+=steps*32;
splash_counter -= steps;
if (splash_counter <=0)
return 1;
PspInput engineInput = spGetInput();
if ((engineInput->button[SP_BUTTON_START] ||
engineInput->button[SP_BUTTON_A] || engineInput->button[SP_BUTTON_B] ||
engineInput->button[SP_BUTTON_X] || engineInput->button[SP_BUTTON_Y]))
{
engineInput->button[SP_BUTTON_START] = 0;
engineInput->button[SP_BUTTON_A] = 0;
engineInput->button[SP_BUTTON_B] = 0;
engineInput->button[SP_BUTTON_X] = 0;
engineInput->button[SP_BUTTON_Y] = 0;
return 1;
}
//Update Rotation
int i;
for (i = 0; i < MESH_SIZE*2; i ++)
{
Sint32 rotation = -(splash_rotation*3 + i*SP_PI/MESH_SIZE/8);
sparrow_mesh->texPoint[i].x = saved_points[i][0];
sparrow_mesh->texPoint[i].y = spMul(spCos(rotation),saved_points[i][1]) + spMul(spSin(rotation),saved_points[i][2]);
sparrow_mesh->texPoint[i].z = spMul(spSin(rotation),saved_points[i][1]) + spMul(spCos(rotation),saved_points[i][2]);
rotation += SP_PI;
logo_mesh->texPoint[i].x = saved_points[i][0];
logo_mesh->texPoint[i].y = spMul(spCos(rotation),saved_points[i][1]) + spMul(spSin(rotation),saved_points[i][2]);
logo_mesh->texPoint[i].z = spMul(spSin(rotation),saved_points[i][1]) + spMul(spCos(rotation),saved_points[i][2]);
}
return 0;
}
int calc_function( Uint32 steps )
{
rotation += steps * 32;
if ( spGetInput()->button[SP_BUTTON_START] )
return 1;
return 0;
}
int StateScore::update( Uint32 delta )
{
StateBase::update( delta );
if ( caretTimer.stopped() && state == 0 )
{
caret = !caret;
caretTimer.start( SCORE_CARET_BLINK_TIME );
}
if ( spGetInput()->button[SP_BUTTON_START]
#ifdef MOBILE_DEVICE
|| spGetInput()->button[SP_BUTTON_B]
|| spGetInput()->button[SP_BUTTON_Y]
#endif
|| name[strlen(name)-1] == '\n' // Enter key was pressed
)
{
if ( state == 0 && name[0] != 0 )
{
spResetButtonsState();
spStopKeyboardInput();
state = 1;
caret = false;
if (name[strlen(name)-1] == '\n')
name[strlen(name)-1] = '\0';
file.addScore( name, score, run->info.timecode );
if ( run )
{
run->info.name = name;
run->info.score = score;
run->saveToFile( FOLDER_REPLAY "/" + Utility::numToStr( run->info.timecode ) +
EXTENSION_REPLAY );
}
}
else
{
spResetButtonsState();
spStopKeyboardInput();
return stMenu;
}
}
return 0;
}
int calc_function(Uint32 steps)
{
//update rotation counter
rotation+=steps*32;
//if "Start" (or "Menu" for Wiz or "Home" for Caanoo or "Return" at the P) is
//pressed: exit
if (spGetInput()->button[SP_BUTTON_START])
return 1;
return 0;
}
int do_control_stuff()
{
//Controls and some Logic (more in feedback.c)
if (spGetInput()->button[get_next_button()])
{
spGetInput()->button[get_next_button()] = 0;
level->choosenPlayer = level->choosenPlayer->prev;
}
if (spGetInput()->button[get_prev_button()])
{
spGetInput()->button[get_prev_button()] = 0;
level->choosenPlayer = level->choosenPlayer->next;
}
if (spGetInput()->button[get_push_button()])
{
spGetInput()->button[get_push_button()] = 0;
pPhysicsElement element = getFirstMoveableElement();
if (element)
do
{
if (element->type == SWITCH && element->had_collision_with_choosen_player)
{
element->levelObject->state = 1-element->levelObject->state;
if (element->levelObject->state)
spSelectSprite(element->levelObject->animation,"on");
else
spSelectSprite(element->levelObject->animation,"off");
}
element = element->next;
}
while (element != getFirstMoveableElement());
}
if (spGetInput()->axis[1] < 0)
{
spGetInput()->axis[1] = 0;
pPhysicsElement element = getFirstMoveableElement();
if (element)
do
{
if (element->type == DOOR && element->had_collision_with_choosen_player)
{
printf("Sprich Freund und tritt ein!\n");
sprintf(get_saved_level(),"./level/%s",element->levelObject->some_char);
return 1;
}
element = element->next;
}
while (element != getFirstMoveableElement());
}
return 0;
}
int StateMenu::update(Uint32 delta)
{
StateBase::update( delta );
if ( inputLag.isStopped() )
{
if ( spGetInput()->axis[1] > 0 )
choice = std::min( --choice, entries.size()-1 );
else if ( spGetInput()->axis[1] < 0 )
{
++choice;
if ( choice > entries.size()-1 )
choice = 0;
}
inputLag.start( MENU_INPUT_LAG );
}
if ( spGetInput()->axis[1] == 0 )
{
inputLag.stop();
}
if ( spGetInput()->button[SP_BUTTON_B] ||
spGetInput()->button[SP_BUTTON_Y] ||
spGetInput()->button[SP_BUTTON_START] )
{
spResetButtonsState();
if ( entries[choice].targetState == stWave )
message = "waves/test.txt";
return entries[choice].targetState;
}
return 0;
}
int StateHighscores::update(Uint32 delta)
{
StateBase::update( delta );
if ( inputLag.stopped() )
{
if ( spGetInput()->axis[1] > 0 && selOffset > 0 )
{
--selOffset;
--selectionIter;
if ( selOffset - drawOffset < HIGHS_ENTRIES_ON_SCREEN / 2 && drawOffset > 0 )
{
--drawOffset;
--offsetIter;
}
}
else if ( spGetInput()->axis[1] < 0 && selOffset < (int)file.scores.size()-1 )
{
++selOffset;
++selectionIter;
if ( selOffset - drawOffset > HIGHS_ENTRIES_ON_SCREEN / 2 && drawOffset < (int)file.scores.size() - HIGHS_ENTRIES_ON_SCREEN )
{
++drawOffset;
++offsetIter;
}
}
inputLag.start( lagTime );
}
if ( spGetInput()->axis[1] == 0 )
{
inputLagSwitch.stop();
inputLag.stop();
}
else
{
if ( inputLagSwitch.stopped() )
inputLagSwitch.start();
else
lagTime = std::max( HIGHS_MIN_INPUT_LAG, HIGHS_MAX_INPUT_LAG -
inputLagSwitch.getTime() / HIGHS_LAG_TIMER * HIGHS_STEP_INPUT_LAG );
}
if ( spGetInput()->button[ SP_BUTTON_START ] )
{
return stMenu;
}
if ( (spGetInput()->button[ SP_BUTTON_B ] ||
spGetInput()->button[ SP_BUTTON_Y ]) &&
!file.scores.empty() )
{
message = FOLDER_REPLAY "/" + Utility::numToStr( selectionIter->timestamp ) +
EXTENSION_REPLAY;
return stReplay;
}
return 0;
}
int calc_schizo( Uint32 steps )
{
//Finish?
if ( spGetInput()->button[SP_BUTTON_START] )
return 1;
//Ingame controls
if (do_control_stuff()) //result is non zero => level change
levelFade = -FADE_TIME;
if ( levelFade > 0 ) //Fade in
{
levelFade -= steps;
if (levelFade < 0)
levelFade = 0;
else
return 0;
}
if ( levelFade < 0 ) //Fade out
{
levelFade += steps;
if (levelFade > 0)
{
levelFade = FADE_TIME;
clearPhysics();
deleteLevel((*levelPointer));
(*levelPointer) = loadLevel(get_saved_level());
createPhysicsFromLevel((*levelPointer));
}
else
return 0;
}
//Physics
int i;
for (i = 0; i < steps; i++)
doPhysics(*levelPointer);
//Visualization stuff
rotation+=steps*16;
updateLevelObjects();
updateLevelSprites((*levelPointer),steps);
calcCamera((*levelPointer),steps);
return 0;
}
int calc_function( Uint32 steps )
{
//update rotation counter
rotation += steps * 32;
//if "Start" (or "Menu" for Wiz or "Home" for Caanoo or "Return" at the P) is
//pressed: exit
if ( spGetInput()->button[SP_BUTTON_START] )
return 1;
//Update the sprite (next picture)
spUpdateSprite( sprite, steps );
//rotozoom the sprite (without rotozoom it's faster):
sprite->zoomX = spSin( rotation * 8 ) / 2 + ( 3 << SP_ACCURACY - 1 );
sprite->zoomY = spCos( rotation * 6 ) / 2 + ( 3 << SP_ACCURACY - 1 );
sprite->rotation = rotation * 4;
return 0;
}
void yHit( pPhysicsElement element,int pos)
{
if (element->levelObject == level->choosenPlayer)
{
//Other half of the Y-Movement stuff
if (pos == -1)
{
if (spGetInput()->button[get_jump_button()])
{
if ( element->player.in_jump == 0 && element->player.can_jump) // start the jump
element->player.in_jump = 1;
}
else
element->player.in_jump = 0;
}
if (pos == 1 && element->player.can_jump) //collision on top
{
// start turn-around
element->player.in_jump = JUMP_UPWARDS_TIME;
element->player.can_jump = 0;
}
}
}
int calc_account(Uint32 steps)
{
blink+=steps;
if (spNetC4AGetStatus() > 0)
{
right_after_status = 1;
return 0;
}
if (right_after_status)
{
if (spNetC4AGetTaskResult() == 0)
{
mode = nextMode;
askMode = last_task+7;
}
else
{
askMode = 6;
spStopKeyboardInput();
}
}
right_after_status = 0;
if (askMode)
{
switch ( askMode )
{
case 1:
if ( spGetInput()->button[SP_BUTTON_START_NOWASD] )
{
spGetInput()->button[SP_BUTTON_START_NOWASD] = 0;
if (spNetC4ADeleteAccount(&profile,1,TIME_OUT) == 0)
{
right_after_status = 1;
last_task = 2;
}
nextMode = 0;
sprintf(longName,"");
sprintf(shortName,"");
sprintf(password,"");
sprintf(mail,"");
askMode = 0;
switch (line)
{
case 0: spPollKeyboardInput(shortName,3,SP_PRACTICE_OK_NOWASD_MASK); break;
case 1: spPollKeyboardInput(longName,256,SP_PRACTICE_OK_NOWASD_MASK); break;
case 2: spPollKeyboardInput(password,256,SP_PRACTICE_OK_NOWASD_MASK); break;
case 3: spPollKeyboardInput(mail,256,SP_PRACTICE_OK_NOWASD_MASK); break;
}
}
if ( spGetInput()->button[SP_PRACTICE_CANCEL_NOWASD] )
{
spGetInput()->button[SP_PRACTICE_CANCEL_NOWASD] = 0;
askMode = 0;
switch (line)
{
case 0: spPollKeyboardInput(shortName,3,SP_PRACTICE_OK_NOWASD_MASK); break;
case 1: spPollKeyboardInput(longName,256,SP_PRACTICE_OK_NOWASD_MASK); break;
case 2: spPollKeyboardInput(password,256,SP_PRACTICE_OK_NOWASD_MASK); break;
case 3: spPollKeyboardInput(mail,256,SP_PRACTICE_OK_NOWASD_MASK); break;
}
}
break;
default:
if ( spGetInput()->button[SP_PRACTICE_OK_NOWASD] )
{
spGetInput()->button[SP_PRACTICE_OK_NOWASD] = 0;
askMode = 0;
switch (line)
{
case 0: spPollKeyboardInput(shortName,3,SP_PRACTICE_OK_NOWASD_MASK); break;
case 1: spPollKeyboardInput(longName,256,SP_PRACTICE_OK_NOWASD_MASK); break;
case 2: spPollKeyboardInput(password,256,SP_PRACTICE_OK_NOWASD_MASK); break;
case 3: spPollKeyboardInput(mail,256,SP_PRACTICE_OK_NOWASD_MASK); break;
}
}
}
return 0;
}
if ( spGetInput()->button[SP_PRACTICE_CANCEL_NOWASD] )
{
spGetInput()->button[SP_PRACTICE_CANCEL_NOWASD] = 0;
spStopKeyboardInput();
return 1;
}
int i;
for (i = 0; shortName[i] != 0; i++)
{
if ('a' <= shortName[i] && shortName[i] <= 'z')
shortName[i] += 'A'-'a';
}
if ((spGetVirtualKeyboardState() == SP_VIRTUAL_KEYBOARD_ALWAYS && spGetInput()->button[SP_BUTTON_R_NOWASD]) ||
(spGetVirtualKeyboardState() != SP_VIRTUAL_KEYBOARD_ALWAYS && spGetInput()->axis[1] > 0))
{
line = (line + 1) % 4;
spGetInput()->button[SP_BUTTON_R_NOWASD] = 0;
if (spGetVirtualKeyboardState() != SP_VIRTUAL_KEYBOARD_ALWAYS)
spGetInput()->axis[1] = 0;
blink = 0;
switch (line)
{
case 0: spPollKeyboardInput(shortName,3,SP_PRACTICE_OK_NOWASD_MASK); break;
case 1: spPollKeyboardInput(longName,256,SP_PRACTICE_OK_NOWASD_MASK); break;
case 2: spPollKeyboardInput(password,256,SP_PRACTICE_OK_NOWASD_MASK); break;
case 3: spPollKeyboardInput(mail,256,SP_PRACTICE_OK_NOWASD_MASK); break;
}
}
if ((spGetVirtualKeyboardState() == SP_VIRTUAL_KEYBOARD_ALWAYS && spGetInput()->button[SP_BUTTON_L_NOWASD]) ||
(spGetVirtualKeyboardState() != SP_VIRTUAL_KEYBOARD_ALWAYS && spGetInput()->axis[1] < 0))
{
line = (line + 3) % 4;
spGetInput()->button[SP_BUTTON_L_NOWASD] = 0;
if (spGetVirtualKeyboardState() != SP_VIRTUAL_KEYBOARD_ALWAYS)
spGetInput()->axis[1] = 0;
blink = 0;
switch (line)
{
case 0: spPollKeyboardInput(shortName,3,SP_PRACTICE_OK_NOWASD_MASK); break;
case 1: spPollKeyboardInput(longName,256,SP_PRACTICE_OK_NOWASD_MASK); break;
case 2: spPollKeyboardInput(password,256,SP_PRACTICE_OK_NOWASD_MASK); break;
case 3: spPollKeyboardInput(mail,256,SP_PRACTICE_OK_NOWASD_MASK); break;
}
}
if ( spGetInput()->button[SP_BUTTON_START_NOWASD] )
{
spGetInput()->button[SP_BUTTON_START_NOWASD] = 0;
if (check_shortname())
{
askMode = 2;
spStopKeyboardInput();
}
else
if (check_longname())
{
askMode = 3;
spStopKeyboardInput();
}
else
if (check_password())
{
askMode = 4;
spStopKeyboardInput();
}
else
if (check_mail())
{
askMode = 5;
spStopKeyboardInput();
}
else
{
if (mode == 0)
{
if (spNetC4ACreateProfile(&profile,longName,shortName,password,mail,TIME_OUT) == 0)
{
right_after_status = 1;
last_task = 0;
}
nextMode = 1;
}
else
{
if (spNetC4AEditProfile(&profile,longName,shortName,password,mail,TIME_OUT) == 0)
{
right_after_status = 1;
last_task = 1;
}
nextMode = 1;
}
}
}
if ( mode == 1 && spGetInput()->button[SP_BUTTON_SELECT_NOWASD] )
{
spGetInput()->button[SP_BUTTON_SELECT_NOWASD] = 0;
askMode = 1;
spStopKeyboardInput();
}
return 0;
}
void setSpeed( pPhysicsElement element )
{
if (element->levelObject == NULL)
return;
if (element->type == PLATFORM)
{
//is platform enabled?
int was_enabled = element->platform_enabled;
element->platform_enabled = 1;
pLevelObject groupElement = element->levelObject->group->firstObject;
if (groupElement)
do
{
if (groupElement->type == BUTTON || groupElement->type == SWITCH)
{
if (groupElement->kind) //negative
{
if (groupElement->state == ON)
{
element->platform_enabled = 0;
break;
}
}
else
{
if (groupElement->state == OFF)
{
element->platform_enabled = 0;
break;
}
}
}
groupElement = groupElement->next;
}
while (groupElement != element->levelObject->group->firstObject);
if (element->levelObject->kind == 1)
{
if (element->platform_enabled)
{
if (element->had_collision)
element->levelObject->direction = 1 - element->levelObject->direction;
if (element->levelObject->direction == 0)
{
element->speed.x += element->levelObject->speed.v1.x;
element->speed.y += element->levelObject->speed.v1.y;
}
else
{
element->speed.x = element->levelObject->speed.v2.x;
element->speed.y = element->levelObject->speed.v2.y;
}
}
}
else
{
if (element->platform_enabled != was_enabled)
element->paterNoster_is_on = 1;
if (element->paterNoster_is_on)
{
if (element->platform_enabled)
{
element->speed.x += element->levelObject->speed.v1.x;
element->speed.y += element->levelObject->speed.v1.y;
}
else
{
element->speed.x = element->levelObject->speed.v2.x;
element->speed.y = element->levelObject->speed.v2.y;
}
}
}
}
else
if (element->type == PLAYER)
{
if (element->levelObject == level->choosenPlayer)
{
//Half of the Y-Movement stuff
if ( !spGetInput()->button[get_jump_button()] )
{
if ( element->player.in_jump >= JUMP_MIN_TIME && element->player.can_jump ) // start turn-around
{
element->player.in_jump = JUMP_UPWARDS_TIME;
element->player.can_jump = 0;
}
if ( element->player.in_jump == 0 ) // allow another jump only after another press of the button
element->player.can_jump = 1;
}
//Moving the player X
if (spGetInput()->axis[0] < 0)
{
if (element->player.last_run >= 0)
element->player.last_run = 0;
element->player.last_run-=1;
if (element->player.last_run > -(MAX_MOVEMENT_FORCE / MOVEMENT_ACCEL))
element->speed.x = element->player.last_run*MOVEMENT_ACCEL;
else
element->speed.x = -MAX_MOVEMENT_FORCE;
}
else
if (spGetInput()->axis[0] > 0)
{
if (element->player.last_run <= 0)
element->player.last_run = 0;
element->player.last_run+=1;
if (element->player.last_run < (MAX_MOVEMENT_FORCE / MOVEMENT_ACCEL))
element->speed.x = element->player.last_run*MOVEMENT_ACCEL;
else
element->speed.x = MAX_MOVEMENT_FORCE;
}
}
//For every player:
if (element->player.in_jump)
{
if (element->player.in_jump < JUMP_UPWARDS_TIME) // moving upwards
{
element->player.in_jump++;
element->speed.y-=JUMP_FORCE;
element->freeFallCounter = 0;
}
else
if (element->player.in_jump < JUMP_END_TIME) // smooth turn-around (peak of jump)
{
element->player.in_jump++;
element->speed.y-=GRAVITY_MAX*(JUMP_END_TIME-element->player.in_jump)/(JUMP_END_TIME-JUMP_UPWARDS_TIME);
element->freeFallCounter = 0;
element->player.can_jump = 0;
}
else // end jump
{
element->player.in_jump = 0;
element->player.can_jump = 0;
}
}
selectCorrectSprite(element);
}
if (element->type == BUTTON)
{
if (element->had_collision)
{
if (element->levelObject->state == OFF)
spSelectSprite(element->levelObject->animation,"on");
element->levelObject->state = ON;
}
else
{
if (element->levelObject->state == ON)
spSelectSprite(element->levelObject->animation,"off");
element->levelObject->state = OFF;
}
}
}