void Bulldog_Physics::Move( Component_Game_Actor& actor, Map &map, float timeStep )
{
int previousx = tempNewX;
int previousy = tempNewY;
//Temporary holdings for the speeds
tempNewX += (int)xVelocity * timeStep;
tempNewY += (int)yVelocity * timeStep;
actorBox.x = tempNewX;
actorBox.y = tempNewY;
//moving right
if( xVelocity > 0 )
{
//Check out of bounds right
if( tempNewX + actorBox.w > map.GetMapWidth() ) {
tempNewX = map.GetMapWidth() - actor.GetGraphics()->GetDestination().w;
StopX();
SetXVelocity( NEGATIVE_MOVEMENT );
}
}
//moving left
else if( xVelocity < 0 )
{
//Check out of bounds left
if( tempNewX < 0 ) {
tempNewX = 0;
StopX();
SetXVelocity( POSITIVE_MOVEMENT );
}
}
actor.GetGraphics()->SetDestinationX( tempNewX );
actor.GetGraphics()->SetDestinationY( tempNewY );
}
void Corgi_Physics::Move( Component_Game_Actor& actor, Map &map, float timeStep )
{
int previousx = tempNewX;
int previousy = tempNewY;
//Temporary holdings for the speeds
tempNewX += (int)xVelocity * timeStep;
tempNewY += (int)yVelocity * timeStep;
actorBox.x = tempNewX;
actorBox.y = tempNewY;
//moving right
if( xVelocity > 0 )
{
//Check out of bounds right
if( tempNewX + actorBox.w < map.GetMapWidth() ) {
//Get the tile where the actor is
xTile = ( tempNewX + actorBox.w ) / TILE_SIZE;
yTile = tempNewY / TILE_SIZE;
int midTile = ( tempNewY + ( actorBox.h / 2 ) ) / TILE_SIZE;
//int botTile = ( tempNewY + actorBox.h - 1 ) / TILE_SIZE;
//Check the tile just to the right
if( map.GetCollision( xTile, yTile ) || map.GetCollision( xTile, midTile ) ) {
//Check box collision for all tiles in front of the character.
if( Game_Collision::CheckCollisionBox( map.GetTileDest( xTile, yTile ), actorBox ) ) {
actorBox.x = previousx;
tempNewX = previousx;
StopX();
SetXVelocity( NEGATIVE_MOVEMENT );
} else if( Game_Collision::CheckCollisionBox( map.GetTileDest( xTile, midTile ), actorBox ) ) {
actorBox.x = previousx;
tempNewX = previousx;
StopX();
SetXVelocity( NEGATIVE_MOVEMENT );
} /*else if( Game_Collision::CheckCollisionBox( map.GetTileDest( xTile, botTile ), actorBox ) ) {
actorBox.x = previousx;
tempNewX = previousx;
} */
}
} else {
tempNewX = map.GetMapWidth() - actor.GetGraphics()->GetDestination().w - TILE_SIZE;
StopX();
SetXVelocity( NEGATIVE_MOVEMENT );
}
}
//moving left
else if( xVelocity < 0 )
{
//Check out of bounds left
if( tempNewX > 0 ) {
//Get the tile where the actor is
xTile = tempNewX / TILE_SIZE;
yTile = tempNewY / TILE_SIZE;
int midTile = ( tempNewY + ( actorBox.h / 2 ) ) / TILE_SIZE;
//int botTile = ( tempNewY + actorBox.h - 1) / TILE_SIZE;
//Check the tile just to the right
if( map.GetCollision( xTile, yTile ) || map.GetCollision( xTile, midTile ) ) {
//Check box collision for all tiles in front of the character.a
if( Game_Collision::CheckCollisionBox( map.GetTileDest( xTile, yTile ), actorBox ) ) {
actorBox.x = previousx;
tempNewX = previousx;
StopX();
SetXVelocity( POSITIVE_MOVEMENT );
} else if ( Game_Collision::CheckCollisionBox( map.GetTileDest( xTile, midTile ), actorBox ) ) {
actorBox.x = previousx;
tempNewX = previousx;
StopX();
SetXVelocity( POSITIVE_MOVEMENT );
}/* else if ( Game_Collision::CheckCollisionBox( map.GetTileDest( xTile, botTile ), actorBox ) ) {
actorBox.x = previousx;
tempNewX = previousx;
} */
}
} else {
tempNewX = 0;
StopX();
SetXVelocity( POSITIVE_MOVEMENT );
}
}
//Falling
//if( yVelocity > 0 ) {
//Check bounds bottom
if( tempNewY + actor.GetGraphics()->GetDestination().h < SCREEN_HEIGHT ) {
// left side of the sprite underneath
yTile = ( tempNewY + actorBox.h ) / TILE_SIZE;
xTile = tempNewX / TILE_SIZE;
//middle underneath
int midX = ( tempNewX + ( actorBox.w / 2 ) ) / TILE_SIZE;
// right side of the sprite underneath
int rightX = ( tempNewX + actorBox.w ) / TILE_SIZE;
//Check both undersides of the sprite to see if it should stop falling
if( map.GetCollision( xTile, yTile ) || map.GetCollision( rightX, yTile ) || map.GetCollision( midX, yTile ) ) {
if( Game_Collision::CheckCollisionBox( map.GetTileDest( xTile, yTile ), actorBox ) ) {
actor.SetState( ACTOR_STAND );
jumpTotal = 0;
tempNewY = map.GetTileDest( xTile, yTile ).y - actorBox.h;
actorBox.y = tempNewY;
StopY();
} else if( Game_Collision::CheckCollisionBox( map.GetTileDest( rightX, yTile ), actorBox ) ) {
actor.SetState( ACTOR_STAND );
jumpTotal = 0;
tempNewY = map.GetTileDest( rightX, yTile ).y - actorBox.h;
actorBox.y = tempNewY;
StopY();
} else if( Game_Collision::CheckCollisionBox( map.GetTileDest( midX, yTile ), actorBox ) ) {
actor.SetState( ACTOR_STAND );
jumpTotal = 0;
tempNewY = map.GetTileDest( midX, yTile ).y - actorBox.h;
actorBox.y = tempNewY;
StopY();
}
} else {
yVelocity = MAX_FALL;
}
//Check bounds top
} else if( tempNewY < 0 ) {
tempNewY = 0;
StopY();
}
//}
//Jumping up
if( tempNewY < 0 ) {
tempNewY = 0;
StopY();
}
actor.GetGraphics()->SetDestinationX( tempNewX );
actor.GetGraphics()->SetDestinationY( tempNewY );
}
void Prisoner::Tick(double deltaTime)
{
//Key input setting the speed.
m_Pos.x += m_Velocity.x*deltaTime;
m_Pos.y += m_Velocity.y*deltaTime;
//Positions the hitboxes
m_HitRegionPtr->SetPos(m_Pos);
switch (m_CurrentState)
{
case STATE_BOUND :
if (m_SlowDownAnimations>0)
{
m_SlowDownAnimations=RESET_SLOW_DOWN;
m_TickCount+=1;
if (m_TickCount==BOUND_FRAMES)
{
m_TickCount=0;
//Makes the prisoner randomly wave to the player
int urgeToWave=rand()%5;
if (urgeToWave==0)
{
m_CurrentState = STATE_WAVING;
}
}
}
m_SlowDownAnimations+=BOUND_ANIMATION_SPEED*deltaTime;
break;
case STATE_WAVING :
if (m_SlowDownAnimations>0)
{
m_SlowDownAnimations=RESET_SLOW_DOWN;
m_TickCount+=1;
if (m_TickCount==WAVING_FRAMES)
{
m_TickCount=0;
m_CurrentState = STATE_BOUND;
}
}
m_SlowDownAnimations+=WAVING_ANIMATION_SPEED*deltaTime;
break;
case STATE_ESCAPING :
if (m_SlowDownAnimations>0)
{
m_SlowDownAnimations=RESET_SLOW_DOWN;
m_TickCount+=1;
if (m_TickCount==ESCAPING_FRAMES)
{
m_TickCount=0;
m_CurrentState=STATE_WALKING;
}
}
m_SlowDownAnimations+=ESCAPING_ANIMATION_SPEED*deltaTime;
break;
case STATE_WALKING :
if (m_SlowDownAnimations>0)
{
m_SlowDownAnimations=RESET_SLOW_DOWN;
SetXVelocity(-45);
m_TickCount+=1;
if (m_TickCount>=WALKING_FRAMES+1)
{
m_TickCount=0;
}
//Code to show reward animations
int rewardPlayer=rand()%5;
if (rewardPlayer==0)
{
m_TickCount=0;
m_CurrentState = STATE_REWARDING;
}
}
m_SlowDownAnimations+=WALKING_ANIMATION_SPEED*deltaTime;
break;
case STATE_REWARDING :
if (m_SlowDownAnimations>0)
{
m_SlowDownAnimations=RESET_SLOW_DOWN;
SetXVelocity(0);
m_TickCount+=1;
if (m_TickCount==REWARDING_FRAMES)
{
m_TickCount=0;
m_CurrentState = STATE_RUNNING;
}
}
m_SlowDownAnimations+= REWARDING_ANIMATION_SPEED*deltaTime;
break;
case STATE_RUNNING :
if (m_SlowDownAnimations>0)
{
m_SlowDownAnimations=RESET_SLOW_DOWN;
SetXVelocity(-150);
m_TickCount+=1;
if (m_TickCount==RUNNING_FRAMES)
{
m_TickCount=0;
}
}
m_SlowDownAnimations+=RUNNING_ANIMATION_SPEED*deltaTime;
break;
}
}
