void HUDSettup( TSquare ** pButtons )
{
TGfxVec2 tGroupPos = TGfxVec2( fHUD_BUTTON_POS_X, fHUD_BUTTON_POS_Y );
TGfxVec2 tButtonSize = TGfxVec2( fHUD_BUTTON_RADIUS, fHUD_BUTTON_RADIUS );
TGfxVec2 tMargin = TGfxVec2( 0.f, fHUD_BUTTON_MARGIN );
VerticalSettup(pButtons, EItemType_Count, tGroupPos, tButtonSize, tMargin, 0, ETextureData_HUD );
//return &pButtons[0];
}
void MainMenuSettup( TSquare ** pButtons )
{
TGfxVec2 tGroupPos = TGfxVec2( fMENU_BUTTON_POS_X, fMENU_BUTTON_POS_Y );
TGfxVec2 tButtonSize = TGfxVec2( fMENU_BUTTON_RADIUS_X, fMENU_BUTTON_RADIUS_Y );
TGfxVec2 tMargin = TGfxVec2( 0.f, fMENU_BUTTON_MARGIN );
VerticalSettup(pButtons, EMainMenuState_Count, tGroupPos, tButtonSize, tMargin, BUTTON_NULL, ETextureData_MainMenu );
//return &pButtons[0];
}
TItem::TItem(const TGfxVec2 & tPos, float fRadius, EItemType eType)
:TCircle( tPos, 0.f, fRadius ), m_eType( eType )
{
//Sprite settup
SpriteSettup(ETextureData_Item, TGfxVec2(m_fRadius, m_fRadius));
SetTile(0, eType);
}
TGfxVec2 TCamera::ConvertScreenPosToWorldPos(const TGfxVec2 & tScreenPos) const
{
const TGfxVec2 tRelativeToFocusPos = TGfxVec2(tScreenPos.x - GfxGetDisplaySizeX() / 2.0f, -tScreenPos.y + GfxGetDisplaySizeY() / 2.0f);
const TGfxVec2 tWorldPos = tRelativeToFocusPos + m_pFocus->GetWorldPos();
return tWorldPos;
}
void VerticalSettup( TSquare ** pButtons, int iButtonCount, const TGfxVec2 & pGroupPos, const TGfxVec2 & tButtonSize, const TGfxVec2 & tMargin, int iSelected, ETextureData eTexture )
{
//TSquare * pButtons[BUTTON_MAX];
for( int i = 0; i < BUTTON_MAX; i++ )
{
if( i < iButtonCount )
{
TGfxVec2 tButtonPos = pGroupPos +
TGfxVec2( tButtonSize.x, tButtonSize.y * 2.f * float( i ) ) +
( tMargin * float( i + 1 ) );
pButtons[i] = new TSquare( tButtonPos, 0.f, tButtonSize, eTexture );
if( i == iSelected )
pButtons[i]->SetTile( i, EButtonAnimState_Unavailable_Selected );
else
pButtons[i]->SetTile( i, EButtonAnimState_Unavailable );
}
else
{
pButtons[i] = nullptr;
}
}
//return &pButtons[0];
}
TTransition::TTransition( ERoomResult eTransitionType, TRoom & pCurrentRoom, TRoom & pOtherRoom, int iDelay )
:m_tDir(TGfxVec2(0.f, 0.f)),
m_eTransitionType(eTransitionType),
m_pCurrentRoom(nullptr),
m_pOtherRoom(nullptr),
m_pTimer(nullptr),
m_eState(ETransitionState_DoorOpening)
{
//init
m_pCurrentRoom = &pCurrentRoom;
m_pOtherRoom = &pOtherRoom;
m_pTimer = new TWait( 0, iDelay, false );
//settup
TGfxVec2 tPrecDoorPos;
TGfxVec2 tNextDoorPos;
if( m_eTransitionType != ERoomResult_EntryDoor )
{
tNextDoorPos = m_pCurrentRoom->GetExitDoor().GetPos();
tPrecDoorPos = m_pOtherRoom->GetEntryDoor().GetPos();
}
else
{
tNextDoorPos = m_pCurrentRoom->GetEntryDoor().GetPos();
tPrecDoorPos = m_pOtherRoom->GetExitDoor().GetPos();
}
m_tDir = (tPrecDoorPos - tNextDoorPos).Normalize();
}
void MenuPageSettup( TSquare ** pButtons )
{
// TSquare * pButtons[BUTTON_MAX];
TTileInfo tTileSize = TTextureControler::GetTileSize( ETextureData_MenuButton );
TGfxVec2 tButtonSize = TGfxVec2( float( tTileSize.x/2 ), float( tTileSize.y /2) );
TGfxVec2 tPos = TGfxVec2( ( float ) SCREEN_SIZE_X, ( float ) SCREEN_SIZE_Y ) - tButtonSize;
pButtons[0] = new TSquare( tPos, 0.f, tButtonSize, ETextureData_MenuButton );
for( int i = 1; i < BUTTON_MAX; i++ )
{
pButtons[i] = nullptr;
}
//return &pButtons[0];
}
void TPlayer::Respawn(const int MAX_Wall)
{
GfxSpriteSetPosition(tMap.g_tLevelSprite, GfxSpriteGetPositionX(tMap.g_tLevelSprite) - m_tRespawnVector.x, GfxSpriteGetPositionY(tMap.g_tLevelSprite) - m_tRespawnVector.y);
for (int i = 0; i < MAX_Wall; i++)
{
// if different from -2000, -2000
if (tWall[i].tPosition != TGfxVec2(-2000, -2000))
{
tWall[i].tPosition -= m_tRespawnVector;
}
}
m_fSpeed = 0;
m_tDirection = TGfxVec2(0, 0);
m_tRespawnVector = TGfxVec2(0, 0);
}
void TrophySettup( TSquare ** pButtons )
{
//TSquare * pButtons[BUTTON_MAX];
TGfxVec2 tScreenCenter = TGfxVec2( ( float ) SCREEN_SIZE_X/2, ( float ) SCREEN_SIZE_Y/2 );
TTileInfo tTileSize = TTextureControler::GetTileSize( ETextureData_Trophy );
TGfxVec2 tButtonSize = TGfxVec2( float( tTileSize.x ), float( tTileSize.y ) );
TGfxVec2 tMarginX = TGfxVec2( fTROPHY_MARGIN, 0.f );
TGfxVec2 tMarginY = TGfxVec2( 0.f, fTROPHY_MARGIN );
int iColCount = ( TROPHY_MAX / 2 );
TGfxVec2 tGroupPos = tScreenCenter - ( ( TGfxVec2( tButtonSize.x, tButtonSize.y/2 ) + tMarginX ) * float( iColCount / 2 ) );
for( int i = 0; i < BUTTON_MAX; i++ )
{
TGfxVec2 tPosX = ( TGfxVec2( tButtonSize.x, 0.f) + tMarginX ) * float( i % iColCount );
TGfxVec2 tPosY = ( TGfxVec2( 0.f, tButtonSize.y ) + tMarginY) * float( i / iColCount );
TGfxVec2 tButtonPos = tGroupPos + tPosX + tPosY;
pButtons[i] = new TSquare( tButtonPos, 0.f, tButtonSize/2, ETextureData_Trophy );
pButtons[i]->SetTile( i, EButtonAnimState_Unavailable );
}
//return &pButtons[0];
}
void PlayerState_GoingToBase()
{
if (g_bMoving == false)
{
GfxDbgPrintf("You are going to the base\n");
}
g_bMoving = true;
//----------------------------------------- TRY ----------------------------------------------------------------
int sizeX = (GfxGetDisplaySizeX() / 2);
int sizeY = (GfxGetDisplaySizeY() / 2);
ArcheoStuffs::Move(TGfxVec2(sizeX - 8, sizeY - 8), TGfxVec2(float(g_TPlayerData.iPosX), float(g_TPlayerData.iPosY)));
}
void TBox::CreateSpriteBox(TGfxTexture * pTexture)
{
m_bIsDrawable = true;
m_pSprite = GfxSpriteCreate(pTexture);
int iSizeX = GfxSpriteGetSizeX(m_pSprite);
int iSizeY = GfxSpriteGetSizeY(m_pSprite);
GfxSpriteSetFilteringEnabled(m_pSprite, false);
GfxSpriteSetPivot(m_pSprite, iSizeX / 2.0f, iSizeY / 2.0f);
SetBox(TGfxVec2(0.0f, 0.0f), (float)iSizeX, (float)iSizeY);
}
void TBox::CreateTextBox(const char * pName)
{
m_bIsDrawable = true;
m_pTextSprite = GfxTextSpriteCreate();
GfxSpriteSetFilteringEnabled(m_pTextSprite, false);
GfxTextSpritePrintf(m_pTextSprite, pName);
int iSizeX = GfxSpriteGetSizeX(m_pTextSprite);
int iSizeY = GfxSpriteGetSizeY(m_pTextSprite);
GfxSpriteSetPivot(m_pTextSprite, iSizeX / 2.0f, iSizeY / 2.0f);
SetBox(TGfxVec2(0.0f, 0.0f), (float)iSizeX, (float)iSizeY);
}
void TBox::CreateSpriteBox(TGfxTexture * pTexture, const int iTextureSize, int iTileX, int iTileY, int iTextureSizeY)
{
iTextureSizeY = (iTextureSizeY != 0) ? iTextureSizeY : iTextureSize;
m_bIsDrawable = true;
m_pSprite = GfxSpriteCreate(pTexture);
GfxSpriteSetFilteringEnabled(m_pSprite, false);
GfxSpriteSetCutout(m_pSprite, iTileX*iTextureSize, iTileY*iTextureSizeY, iTextureSize, iTextureSizeY);
GfxSpriteSetPivot(m_pSprite, iTextureSize / 2.0f, iTextureSizeY / 2.0f);
SetBox(TGfxVec2(0.0f, 0.0f), (float)iTextureSize, (float)iTextureSizeY);
}
//----Show
void TBox::DrawBox()
{
if (m_pSprite != nullptr)
{
GfxSpriteSetPosition(m_pSprite, m_tCenter.x, m_tCenter.y);
GfxSpriteSetAngle(m_pSprite, GfxMathDegToRad(-m_fAngle));
}
//Line
if (m_pLineSprite != nullptr)
{
if (m_pLineSprite != nullptr)
GfxLineSpriteReset(m_pLineSprite);
GfxLineSpriteSetDrawingColor(m_pLineSprite, GfxColor(150, 150, 150, 255));
TGfxVec2 tAxisX = TGfxVec2(m_fRay_W, 0).Rotate(GfxMathDegToRad(m_fAngle))*m_fScale;
TGfxVec2 tAxisY = TGfxVec2(0, m_fRay_H).Rotate(GfxMathDegToRad(m_fAngle))*m_fScale;
TGfxVec2 tUR = TGfxVec2(m_tCenter.x + tAxisX.x + tAxisY.x, m_tCenter.y + tAxisX.y + tAxisY.y);
TGfxVec2 tUL = TGfxVec2(m_tCenter.x - tAxisX.x + tAxisY.x, m_tCenter.y - tAxisX.y + tAxisY.y);
TGfxVec2 tDL = TGfxVec2(m_tCenter.x - tAxisX.x - tAxisY.x, m_tCenter.y - tAxisX.y - tAxisY.y);
TGfxVec2 tDR = TGfxVec2(m_tCenter.x + tAxisX.x - tAxisY.x, m_tCenter.y + tAxisX.y - tAxisY.y);
GfxLineSpriteJumpTo(m_pLineSprite, tUL.x, tUL.y);
GfxLineSpriteLineTo(m_pLineSprite, tDL.x, tDL.y);
GfxLineSpriteLineTo(m_pLineSprite, tDR.x, tDR.y);
GfxLineSpriteLineTo(m_pLineSprite, tUR.x, tUR.y);
GfxLineSpriteLineTo(m_pLineSprite, tUL.x, tUL.y);
}
if (m_pTextSprite != nullptr)
{
GfxSpriteSetPosition(m_pTextSprite, m_tCenter.x, m_tCenter.y);
GfxSpriteSetAngle(m_pTextSprite,GfxMathDegToRad(-m_fAngle));
}
}
void Initialize()
{
int sizeX = (GfxGetDisplaySizeX() / 2);
int sizeY = (GfxGetDisplaySizeY() / 2);
g_pLines = GfxLineSpriteCreate();
g_pLines2 = GfxLineSpriteCreate();
ArcheoStuffs::DrawCircle(g_pLines, TGfxVec2(0, 0), 8, GfxColor(255, 255, 0, 255), true); // Player creation
for (int i = 0; i < g_iNbrCave; i++)
{
g_bCaveSearched[i] = false;
}
g_pImage = GfxImageCreate(1,1);
unsigned int * pData = GfxImageGetData(g_pImage);
*pData = EGfxColor_White;
g_pTexture = GfxTextureCreate(g_pImage);
g_pSpritePlayer = GfxSpriteCreate(g_pTexture);
g_pSpriteBase = GfxSpriteCreate(g_pTexture);
GfxSpriteSetScale(g_pSpritePlayer, 16, 16);
GfxSpriteSetColor(g_pSpritePlayer, GfxColor(255, 255, 0, 255));
g_TPlayerData.iPos = TGfxVec2(sizeX - 8, sizeY - 8);
g_TPlayerData.iPosX = sizeX - 8;
g_TPlayerData.iPosY = sizeY - 8;
GfxSpriteSetScale(g_pSpriteBase, 32, 32);
GfxSpriteSetColor(g_pSpriteBase, GfxColor(0, 255, 0, 255));
GfxSpriteSetPosition(g_pSpriteBase, sizeX-16, sizeY-16);
for (int i = 0; i < g_iNbrCave; i++)
{
ArcheoStuffs::CreateCave(i);
}
}
void TPlatform::Initialize(const TGfxTexture * pTexture, const TGfxVec2 & tWorldPos, const TGfxVec2 & tRadius)
{
InitializeUoBox(tWorldPos, tRadius);
const float fCutoutSizeX = fmaxf(m_tRadius.x * 2 * (1/SCALE), m_tRadius.y * 2 * (1/SCALE));
m_tSprite.Initialize(this, pTexture, PLATFORM_CUTOUT, TGfxVec2(fCutoutSizeX, float(TILE_SIZE)), TGfxVec2(SCALE, SCALE));
m_tSprite.SetFilter(false);
if (fCutoutSizeX == m_tRadius.y * 2 * (1 / SCALE))
{
m_tSprite.Rotate(EOrientation_Left);
}
}
void TAnimation::Initialize(TSprite * pSprite, const TGfxVec2 & tInitialCutout, const ECutOutIncrement eCutOutIncrement, const int iTimePerFrame, const int iFrameNumber)
{
m_pSprite = pSprite;
m_tInitialCutout = tInitialCutout;
m_iTimePerFrame = iTimePerFrame;
m_iFrameNumber = iFrameNumber;
switch (eCutOutIncrement)
{
case ECutOutIncrement_X_Positive:
m_tCutOutIncrement = TGfxVec2(m_pSprite->GetSize().x, 0);
break;
case ECutOutIncrement_X_Negative:
m_tCutOutIncrement = TGfxVec2(-m_pSprite->GetSize().x, 0);
break;
case ECutOutIncrement_Y_Positive:
m_tCutOutIncrement = TGfxVec2(0, m_pSprite->GetSize().y);
break;
case ECutOutIncrement_Y_Negative:
m_tCutOutIncrement = TGfxVec2(0, -m_pSprite->GetSize().y);
break;
}
}
int TInterface::CheckInput()
{
if( GfxInputIsJustReleased( EGfxInputID_MouseLeft ) )
{
const float fMouseX = ( float ) GfxGetCurrentMouseX();
const float fMouseY = ( float ) GfxGetCurrentMouseY();
const TGfxVec2 tMousePos = TGfxVec2( fMouseX, fMouseY );
for( int i = 0; i < BUTTON_MAX; i++ )
{
if( m_pButtons[i] != nullptr && m_pButtons[i]->CollidePoint( tMousePos ) )
{
GfxDbgPrintf( "CLICK %d\n", i );
return i;
}
}
}
return BUTTON_NULL;
}
void DrawCircle(TGfxSprite * pLines, const TGfxVec2 tCenter, const float fRadius, const unsigned int tColor, const bool tPlayer)
{
GfxSpriteSetPosition(pLines, g_TPlayerData.iPosX, g_TPlayerData.iPosY);
const int NUM_LINES = 32;
GfxLineSpriteJumpTo(pLines, tCenter.x + fRadius, tCenter.y);
GfxLineSpriteSetDrawingColor(pLines, tColor);
if (tPlayer == true)
{
ArcheoStuffs::DrawArrow(pLines, tCenter, TGfxVec2(tCenter.x + cos(GfxMathDegToRad((360.f / NUM_LINES) * (1))) * fRadius, tCenter.y + sin(GfxMathDegToRad((360.f / NUM_LINES) * (1))) * fRadius));
}
for (int i = 0; i < NUM_LINES; ++i)
{
const float fAngle = GfxMathDegToRad((360.f / NUM_LINES) * (i + 1));
const float fPosX = tCenter.x + cos(fAngle) * fRadius;
const float fPosY = tCenter.y + sin(fAngle) * fRadius;
GfxLineSpriteLineTo(pLines, fPosX, fPosY);
}
}
void PlayerState_GoingToCave()
{
if (g_bMoving == false)
{
do
{
g_iCurrentCaveTarget = GfxMathGetRandomInteger(0, 5);
} while (g_pCave[g_iCurrentCaveTarget].bIsSearched == true);
GfxDbgPrintf("You are going to the cave number %d\n", g_iCurrentCaveTarget + 1);
}
g_bMoving = true;
//----------------------------------------- TRY ----------------------------------------------------------------
ArcheoStuffs::Move(TGfxVec2(float(g_pCave[g_iCurrentCaveTarget].iPosX), float(g_pCave[g_iCurrentCaveTarget].iPosY)), TGfxVec2(float(g_TPlayerData.iPosX), float(g_TPlayerData.iPosY)));
}
void TPlayer::Render(const int MAX_Wall)
{
TGfxVec2 tBackToCenter = (m_tPosition - m_tStartPosition);
m_tPosition -= tBackToCenter;
GfxSpriteSetPosition(m_pSpritePlayer, GfxSpriteGetPositionX(m_pSpritePlayer) - tBackToCenter.x, GfxSpriteGetPositionY(m_pSpritePlayer) - tBackToCenter.y);
GfxSpriteSetPosition(tMap.g_tLevelSprite, GfxSpriteGetPositionX(tMap.g_tLevelSprite) - tBackToCenter.x, GfxSpriteGetPositionY(tMap.g_tLevelSprite) - tBackToCenter.y);
m_tSpawnPosition -= tBackToCenter;
for (int i = 0; i < MAX_Wall; i++)
{
// if different from -2000, -2000
if (tWall[i].tPosition != TGfxVec2(-2000, -2000))
{
tWall[i].tPosition -= tBackToCenter;
}
}
m_tRespawnVector -= tBackToCenter;
GfxSpriteRender(tMap.g_tLevelSprite);
GfxSpriteRender(m_pSpritePlayer);
}
void CreateCave(int ActCave)
{
g_pCave[ActCave].iScale = GfxMathGetRandomInteger(32, 64);
bool Collisioned = true;
do
{
g_pCave[ActCave].iPosX = (GfxMathGetRandomInteger(g_pCave[ActCave].iScale, GfxGetDisplaySizeX() - g_pCave[ActCave].iScale));
g_pCave[ActCave].iPosY = (GfxMathGetRandomInteger(g_pCave[ActCave].iScale, GfxGetDisplaySizeY() - g_pCave[ActCave].iScale));
Collisioned = false;
for (int e = 0; e < ActCave; e++)
{
if (!(g_pCave[ActCave].iPosX > g_pCave[e].iPosX + g_pCave[e].iScale + 20)
&& !(g_pCave[ActCave].iPosX < g_pCave[e].iPosX - g_pCave[ActCave].iScale - 20)
&& !(g_pCave[ActCave].iPosY < g_pCave[e].iPosY - g_pCave[ActCave].iScale - 20)
&& !(g_pCave[ActCave].iPosY > g_pCave[e].iPosY + g_pCave[e].iScale + 20))
{
Collisioned = true;
}
}
if (ActCave == 0)
{
Collisioned = false;
}
} while (Collisioned == true);
g_pCave[ActCave].pLines = GfxLineSpriteCreate();
ArcheoStuffs::DrawCircle(g_pCave[ActCave].pLines, TGfxVec2(0, 0), g_pCave[ActCave].iScale / 2, EGfxColor_Blue, false);
GfxSpriteSetPosition(g_pCave[ActCave].pLines, g_pCave[ActCave].iPosX, g_pCave[ActCave].iPosY);
g_pCave[ActCave].g_pSpriteCave = GfxSpriteCreate(g_pTexture);
GfxSpriteSetPivot(g_pCave[ActCave].g_pSpriteCave, 0.5, 0.5);
GfxSpriteSetScale(g_pCave[ActCave].g_pSpriteCave, g_pCave[ActCave].iScale, g_pCave[ActCave].iScale);
GfxSpriteSetColor(g_pCave[ActCave].g_pSpriteCave, GfxColor(0, 0, 255, 255));
GfxSpriteSetPosition(g_pCave[ActCave].g_pSpriteCave, g_pCave[ActCave].iPosX, g_pCave[ActCave].iPosY);
g_iNbrCaveCreated++;
}
void TPlayer::Move(float fSpeed, TGfxVec2 tDirection, const int MAX_WALL, const int TILE_SIZE)
{
TGfxVec2 tVelocity = TGfxVec2(0, 0);
TGfxVec2 tMove = TGfxVec2(0, 0);
TGfxVec2 tDirectionX = TGfxVec2(1, 0);
TGfxVec2 tDirectionY = TGfxVec2(0, 1);
float fSpeedX = (tDirection*fSpeed).DotProduct(tDirectionX);
float fSpeedY = (tDirection*fSpeed).DotProduct(tDirectionY);
const int iMaxPossibleCollision = 8;
int iCollisionableWall[iMaxPossibleCollision];
float fCollisionableWallLength[iMaxPossibleCollision];
int iCollisionableWallCpt = 0;
int iCloserCollisionableWall = 0;
int iCollisionDirection = 0; // 0 = en haut, 1 = à gauche, 2 = en bas, 3 = à droite
bool bCollision = false;
bool bInputPressed = false;
bool bNextToWallRight = true;
bool bNextToWallLeft = true;
for (int i = 0; i < MAX_WALL; i++)
{
if (m_tPosition.x + TILE_SIZE == tWall[i].tPosition.x
&& m_tPosition.y > tWall[i].tPosition.y - TILE_SIZE
&& m_tPosition.y < tWall[i].tPosition.y + TILE_SIZE)
{
bNextToWallRight = false;
}
if (m_tPosition.x - TILE_SIZE == tWall[i].tPosition.x
&& m_tPosition.y > tWall[i].tPosition.y - TILE_SIZE
&& m_tPosition.y < tWall[i].tPosition.y + TILE_SIZE)
{
bNextToWallLeft = false;
}
}
int iMouseOneX = 0;
int iMouseOneY = 0;
int iMouseTwoX = 0;
int iMouseTwoY = 0;
int iNumberOfMouse = 0;
if (GfxInputGetMouseCount() == 0)
{
iNumberOfMouse = 0;
}
else if (GfxInputGetMouseCount() == 1)
{
iMouseOneX = GfxInputGetMousePositionX(0);
iMouseOneY = GfxInputGetMousePositionY(0);
iNumberOfMouse = 1;
}
else
{
iMouseOneX = GfxInputGetMousePositionX(0);
iMouseOneY = GfxInputGetMousePositionY(0);
iMouseTwoX = GfxInputGetMousePositionX(1);
iMouseTwoY = GfxInputGetMousePositionY(1);
iNumberOfMouse = 2;
}
if (bNextToWallRight == true)
{
if ((GfxInputIsPressed(EGfxInputID_KeyArrowRight))
||
(iNumberOfMouse == 1
&& iMouseOneX > 68
&& iMouseOneX < 130
&& iMouseOneY > 220
&& iMouseOneY < 320)
||
(iNumberOfMouse == 2
&& iMouseOneX > 68
&& iMouseOneX < 130
&& iMouseOneY > 220
&& iMouseOneY < 320)
||
(iNumberOfMouse == 2
&& iMouseTwoX > 68
&& iMouseTwoX < 130
&& iMouseTwoY > 220
&& iMouseTwoY < 320)
)
{
tVelocity += TGfxVec2(5, 0);
bInputPressed = true;
}
}
if (bNextToWallLeft == true)
{
if ((GfxInputIsPressed(EGfxInputID_KeyArrowLeft))
||
(iNumberOfMouse == 1
&& iMouseOneX > 0
&& iMouseOneX < 68
&& iMouseOneY > 220
&& iMouseOneY < 320)
||
(iNumberOfMouse == 2
&& iMouseOneX > 0
&& iMouseOneX < 68
&& iMouseOneY > 220
&& iMouseOneY < 320)
||
(iNumberOfMouse == 2
&& iMouseTwoX > 0
&& iMouseTwoX < 68
&& iMouseTwoY > 220
&& iMouseTwoY < 320)
)
{
tVelocity += TGfxVec2(-5, 0);
bInputPressed = true;
}
}
if (bInputPressed == true) // Si un bouton est appuyé, on augmente la vitesse, ....
{
if (fSpeedX > 4)
{
fSpeedX = 4;
}
if (fSpeedX < -4)
{
fSpeedX = -4;
}
tMove = ((tDirectionX * fSpeedX) + (tVelocity * GfxTimeFrameGetCurrentDurationInSeconds()));
}
else // sinon on la réduit jusqu'a un certain nombre où on la mets à 0
{
if (fSpeedX > 0.5 || fSpeedX < -0.5)
{
tMove = (tDirectionX * fSpeedX) * 0.9;
}
else
{
tMove = (tDirectionX * fSpeedX) * 0;
}
}
for (int i = 0; i < MAX_WALL; i++)
{
if ((m_tPosition.x) > (tWall[i].tPosition.x - TILE_SIZE)
&& (m_tPosition.x) < (tWall[i].tPosition.x + (TILE_SIZE))
&& (m_tPosition.y) == (tWall[i].tPosition.y - TILE_SIZE)
)
{
if (tWall[i].bIsTheEnd == true)
{
bIsGameWin = true;
break;
}
if (tWall[i].bIsBoost == true)
{
tMove += tWall[i].tBoost;
break;
}
if ((GfxInputIsPressed(EGfxInputID_KeyCharZ))
||
(iNumberOfMouse == 1
&& iMouseOneX > 410
&& iMouseOneX < 480
&& iMouseOneY > 250
&& iMouseOneY < 320)
||
(iNumberOfMouse == 2
&& iMouseOneX > 410
&& iMouseOneX < 480
&& iMouseOneY > 250
&& iMouseOneY < 320)
||
(iNumberOfMouse == 2
&& iMouseTwoX > 410
&& iMouseTwoX < 480
&& iMouseTwoY > 250
&& iMouseTwoY < 320)
)
{
tMove += TGfxVec2(0, -5.5);
break;
}
}
}
for (int i = 0; i < MAX_WALL; i++)
{
if ((m_tPosition.x) >(tWall[i].tPosition.x - TILE_SIZE)
&& (m_tPosition.x) < (tWall[i].tPosition.x + (TILE_SIZE))
&& (m_tPosition.y) == (tWall[i].tPosition.y - TILE_SIZE)
)
{
if (tWall[i].bIsKilling == true)
{
m_fHealth -= GfxTimeFrameGetCurrentDurationInSeconds() * 50;
break;
}
}
}
for (int i = 0; i < MAX_WALL; i++)
{
if (tWall[i].bIsWallJumpable == true)
{
if ((m_tPosition.x + TILE_SIZE) < (tWall[i].tPosition.x + 1)
&& (m_tPosition.x + TILE_SIZE) > (tWall[i].tPosition.x - 1)
&& (m_tPosition.y) > (tWall[i].tPosition.y - TILE_SIZE)
&& (m_tPosition.y) < (tWall[i].tPosition.y + TILE_SIZE)
)
{
if ((GfxInputIsPressed(EGfxInputID_KeyCharZ))
||
(iNumberOfMouse == 1
&& iMouseOneX > 410
&& iMouseOneX < 480
&& iMouseOneY > 250
&& iMouseOneY < 320)
||
(iNumberOfMouse == 2
&& iMouseOneX > 410
&& iMouseOneX < 480
&& iMouseOneY > 250
&& iMouseOneY < 320)
||
(iNumberOfMouse == 2
&& iMouseTwoX > 410
&& iMouseTwoX < 480
&& iMouseTwoY > 250
&& iMouseTwoY < 320)
)
{
tMove += TGfxVec2(-5.5, -5.5);
break;
}
}
}
if (tWall[i].bIsWallJumpable == true)
{
if ((m_tPosition.x - TILE_SIZE) < (tWall[i].tPosition.x + 1)
&& (m_tPosition.x - TILE_SIZE) > (tWall[i].tPosition.x - 1)
&& (m_tPosition.y) > (tWall[i].tPosition.y - TILE_SIZE)
&& (m_tPosition.y) < (tWall[i].tPosition.y + TILE_SIZE)
)
{
if ((GfxInputIsPressed(EGfxInputID_KeyCharZ))
||
(iNumberOfMouse == 1
&& iMouseOneX > 410
&& iMouseOneX < 480
&& iMouseOneY > 250
&& iMouseOneY < 320)
||
(iNumberOfMouse == 2
&& iMouseOneX > 410
&& iMouseOneX < 480
&& iMouseOneY > 250
&& iMouseOneY < 320)
||
(iNumberOfMouse == 2
&& iMouseTwoX > 410
&& iMouseTwoX < 480
&& iMouseTwoY > 250
&& iMouseTwoY < 320)
)
{
tMove += TGfxVec2(5.5, -5.5);
break;
}
}
}
}
tMove += (fSpeedY * tDirectionY);
bool bInAir = true;
for (int i = 0; i < MAX_WALL; i++)
{
if (m_tPosition.y + TILE_SIZE == tWall[i].tPosition.y
&& m_tPosition.x > (tWall[i].tPosition.x - TILE_SIZE) + 0.05
&& m_tPosition.x < (tWall[i].tPosition.x + TILE_SIZE) - 0.05)// test si un bloc sous le joueur, si oui pas de pesanteur
{
bInAir = false;
break;
}
}
if (bInAir == true)
{
tMove += (GfxTimeFrameGetCurrentDurationInSeconds() * TGfxVec2(0, 15)); // Attraction terrestre
}
if (tMove.y > 6)
{
tMove.y = 6;
}
if (tMove.y < -6)
{
tMove.y = -6;
}
for (int i = 0; i < MAX_WALL; i++)
{
if ((m_tPosition.x + tMove.x) > (tWall[i].tPosition.x - TILE_SIZE)
&& (m_tPosition.x + tMove.x) < (tWall[i].tPosition.x + (TILE_SIZE))
&& (m_tPosition.y + tMove.y) > (tWall[i].tPosition.y - TILE_SIZE)
&& (m_tPosition.y + tMove.y) < (tWall[i].tPosition.y + (TILE_SIZE))
)
{
//const int iMaxPossibleCollision = 4;
//int iCollisionableWall[iMaxPossibleCollision];
//int iCollisionableWallCpt = 0;
//int iCloserCollisionableWall = 0;
iCollisionableWall[iCollisionableWallCpt] = i;
iCollisionableWallCpt++;
bCollision = true;
}
}
if (bCollision == true) // SI au moins une collision à été détectée, on regarde laquelle est la plus proche et on lance le code de collision
{
for (int i = 0; i < iCollisionableWallCpt; i++)
{
fCollisionableWallLength[i] = ((tWall[iCollisionableWall[i]].tPosition - m_tPosition).Length());
}
bool bIsTheSmallest = true;
for (int i = 0; i < iCollisionableWallCpt; i++)
{
bIsTheSmallest = true;
for (int e = 0; e < iCollisionableWallCpt; e++)
{
if (fCollisionableWallLength[i] > fCollisionableWallLength[e])
{
bIsTheSmallest = false;
}
}
if (bIsTheSmallest == true)
{
iCloserCollisionableWall = iCollisionableWall[i];
break;
}
}
int i = iCloserCollisionableWall;
TGfxVec2 tWallTopPos = TGfxVec2(tWall[i].tPosition.x, (tWall[i].tPosition.y - TILE_SIZE));
TGfxVec2 tWallLeftPos = TGfxVec2((tWall[i].tPosition.x - TILE_SIZE), tWall[i].tPosition.y);
TGfxVec2 tWallBottomPos = TGfxVec2(tWall[i].tPosition.x, (tWall[i].tPosition.y + TILE_SIZE));
TGfxVec2 tWallRightPos = TGfxVec2((tWall[i].tPosition.x + TILE_SIZE), tWall[i].tPosition.y);
//TGfxVec2 tPlayerFuturePos = TGfxVec2(m_tPosition.x + tMove.x, m_tPosition.y + tMove.y);
TGfxVec2 tPlayerToTop = m_tPosition - tWallTopPos;
TGfxVec2 tPlayerToLeft = m_tPosition - tWallLeftPos;
TGfxVec2 tPlayerToBottom = m_tPosition - tWallBottomPos;
TGfxVec2 tPlayerToRight = m_tPosition - tWallRightPos;
float fPlayerToTopLength = tPlayerToTop.Length();
float fPlayerToLeftLength = tPlayerToLeft.Length();
float fPlayerToBottomLength = tPlayerToBottom.Length();
float fPlayerToRightLength = tPlayerToRight.Length();
if (fPlayerToTopLength < fPlayerToLeftLength
&& fPlayerToTopLength < fPlayerToBottomLength
&& fPlayerToTopLength < fPlayerToRightLength
)
{ // Renvoyé à gauche du mur
float fPixelInCollision = ((tPlayer.m_tPosition.y + (tMove.y + TILE_SIZE)) - (tWall[i].tPosition.y));
tMove.y -= fPixelInCollision;
iCollisionDirection = 1;
}
else if (fPlayerToLeftLength < fPlayerToTopLength
&& fPlayerToLeftLength < fPlayerToBottomLength
&& fPlayerToLeftLength < fPlayerToRightLength
)
{
float fPixelInCollision = ((tPlayer.m_tPosition.x + (tMove.x + TILE_SIZE)) - (tWall[i].tPosition.x));
tMove.x -= fPixelInCollision;
iCollisionDirection = 2;
}
else if (fPlayerToBottomLength < fPlayerToTopLength
&& fPlayerToBottomLength < fPlayerToLeftLength
&& fPlayerToBottomLength < fPlayerToRightLength
)
{
float fPixelInCollision = (tWall[i].tPosition.y + TILE_SIZE) - (tPlayer.m_tPosition.y + tMove.y);
tMove.y += fPixelInCollision;
iCollisionDirection = 3;
}
else
{
float fPixelInCollision = (tWall[i].tPosition.x + TILE_SIZE) - (tPlayer.m_tPosition.x + tMove.x);
tMove.x += fPixelInCollision;
iCollisionDirection = 4;
}
}
m_tPosition = TGfxVec2(GfxSpriteGetPositionX(m_pSpritePlayer) + tMove.x, GfxSpriteGetPositionY(m_pSpritePlayer) + tMove.y);
GfxSpriteSetPosition(m_pSpritePlayer, m_tPosition.x, m_tPosition.y);
m_fSpeed = tMove.Length();
if (m_fSpeed != 0)
{
m_tDirection = tMove.Normalize();
}
//if (iCollisionDirection == 0)
//{
// // Stop déplacement haut/bas -> Speed.y = 0
// m_fSpeed = (m_fSpeed * m_tDirection).DotProduct(TGfxVec2(0, 1));
//}
//if (iCollisionDirection == 1)
//{
// m_fSpeed = (m_fSpeed * m_tDirection).DotProduct(TGfxVec2(1, 0));
//}
}
void Move(TGfxVec2 tDest, TGfxVec2 tSrc)
{
TGfxVec2 Move(tDest.x - tSrc.x, tDest.y - tSrc.y);
float Time = (ArcheoStuffs::Absol(Move.x) + ArcheoStuffs::Absol(Move.y)) / g_iSpeed;
Move = Move / Time;
Move = Move * GfxTimeFrameGetCurrentDurationInSeconds();
MoveX = (tDest.x) - (tSrc.x);
MoveY = (tDest.y) - (tSrc.y);
RatioX = MoveX / (ArcheoStuffs::Absol(MoveX) + ArcheoStuffs::Absol(MoveY));
RatioY = MoveY / (ArcheoStuffs::Absol(MoveX) + ArcheoStuffs::Absol(MoveY));
MoveX2 = RatioX * g_iSpeed;
MoveY2 = RatioY * g_iSpeed;
const float X1 = tSrc.x;
const float Y1 = tSrc.y;
const float X2 = tDest.x;
const float Y2 = tDest.y;
const float X3 = (tSrc.x + (GfxTimeFrameGetCurrentDurationInSeconds() * MoveX2));
const float Y3 = (tSrc.y + (GfxTimeFrameGetCurrentDurationInSeconds() * MoveY2));
if (
(
X1 < X2
&& Y1 > Y2
&& X3 > X2
&& Y3 < Y2
)
||
(
X1 < X2
&& Y1 < Y2
&& X3 > X2
&& Y3 > Y2
)
||
(
X1 > X2
&& Y1 > Y2
&& X3 < X2
&& Y3 < Y2
)
||
(
X1 > X2
&& Y1 < Y2
&& X3 < X2
&& Y3 > Y2
)
)
{
tSrc.x = tDest.x;
tSrc.y = tDest.y;
g_bMoving = false;
int sizeX = (GfxGetDisplaySizeX() / 2);
int sizeY = (GfxGetDisplaySizeY() / 2);
if (tDest == TGfxVec2(sizeX - 8, sizeY - 8))
{
g_TPlayerData.m_ePlayerState = g_TPlayerData.EPlayerState_AtBase;
}
else
{
g_TPlayerData.m_ePlayerState = g_TPlayerData.EPlayerState_AtCave;
}
}
else
{
g_TPlayerData.iPos += Move;
g_TPlayerData.iPosX += (GfxTimeFrameGetCurrentDurationInSeconds() * MoveX2);
g_TPlayerData.iPosY += (GfxTimeFrameGetCurrentDurationInSeconds() * MoveY2);
}
}
void Initialize()
{
g_pSprite = new TSpriteElement( TGfxVec2(0.f, 0.f), TGfxVec2(0.f, 0.f), "train_Station_v1.tga" );
//TSLLRoot grooot;
}
void TCamera::updateCam()
{
m_tPos = TGfxVec2(m_pCaillou->m_tPos.x - SCREEN_WIDTH / 2, 0);
TGfxVec2 oldPos;
for (int i = 0; i < NB_PARALLAX; i++){
if (m_pParallax[i].getDepth() >= 1){
oldPos = m_pParallax[i].m_tPos;
m_pParallax[i].m_tPos = TGfxVec2(oldPos.x, SCREEN_HEIGHT - oldPos.y) - m_tPos;
m_pParallax[i].render();
m_pParallax[i].m_tPos = oldPos;
}
}
int heightOmbre = 10;
SDL_Rect ombre = { SCREEN_WIDTH / 2 - 10, SCREEN_HEIGHT - (BASE_HAUTEUR + heightOmbre / 2), 20, heightOmbre / 2 };
SDL_SetRenderDrawColor(g_pRenderer, 0x00, 0x00, 0x00, 0xDF);
SDL_RenderFillRect(g_pRenderer, &ombre);
for (int i = 0; i < TBounceZone::m_iMaxZones; i++){
if (m_pBounce[i] != nullptr){
oldPos = m_pBounce[i]->m_tPos;
m_pBounce[i]->m_tPos = TGfxVec2(oldPos.x, SCREEN_HEIGHT - oldPos.y) - m_tPos;
m_pBounce[i]->render();
m_pBounce[i]->m_tPos = oldPos;
}
}
oldPos = m_pParticle->getPos();
m_pParticle->setGlobalPos(TGfxVec2(oldPos.x, SCREEN_HEIGHT - oldPos.y) - m_tPos);
m_pParticle->render();
m_pParticle->setGlobalPos(oldPos);
oldPos = m_pCaillou->m_tPos;
m_pCaillou->m_tPos = TGfxVec2(oldPos.x, SCREEN_HEIGHT - oldPos.y) - m_tPos;
m_pCaillou->render();
m_pCaillou->m_tPos = oldPos;
oldPos = m_pParallax[2].m_tPos;
m_pParallax[2].m_tPos = TGfxVec2(oldPos.x, SCREEN_HEIGHT - (oldPos.y-(m_pParallax[2].getHeight() - BASE_HAUTEUR))) - m_tPos;
m_pParallax[2].setBlendMode(SDL_BLENDMODE_BLEND);
m_pParallax[2].setAlpha(0xA3);
SDL_Rect clip = { 0, (m_pParallax[2].getHeight() - BASE_HAUTEUR), m_pParallax[2].getWidth(), BASE_HAUTEUR };
m_pParallax[2].render(&clip);
m_pParallax[2].m_tPos = oldPos;
m_pParallax[2].setBlendMode(SDL_BLENDMODE_NONE);
ombre = { SCREEN_WIDTH / 2 - 10, SCREEN_HEIGHT - (BASE_HAUTEUR), 20, heightOmbre / 2 };
SDL_SetRenderDrawColor(g_pRenderer, 0x00, 0x00, 0x00, 0xDF);
//SDL_RenderFillRect(g_pRenderer, &ombre);
for (int i = 0; i < NB_PARALLAX; i++){
if (m_pParallax[i].getDepth() < 1){
oldPos = m_pParallax[i].m_tPos;
m_pParallax[i].m_tPos = TGfxVec2(oldPos.x, SCREEN_HEIGHT - oldPos.y) - m_tPos;
m_pParallax[i].render();
m_pParallax[i].m_tPos = oldPos;
}
}
}
void TBox::SetCollider()
{
TGfxVec2 tRay(m_fRay_W / 2.0f, m_fRay_H / 2.0f);
m_Collider.m_tSpot_LH = TGfxVec2(m_tCenter - tRay);
m_Collider.m_tSpot_RD = TGfxVec2(m_tCenter + tRay);
}
void TCheckPoint::Initialize(TGfxTexture * pTexture, const TGfxVec2 & tWorldPos)
{
TTrigger::Initialize(tWorldPos, CHECKPOINT_RADIUS);
m_tSprite.Initialize(this, pTexture, CHECKPOINT_INITIAL_CUTOUT, CHECKPOINT_CUTOUT_SIZE, TGfxVec2(SCALE, SCALE));
m_tAnimation.Initialize(&m_tSprite, CHECKPOINT_RESPAWN_CUTOUT, ECutOutIncrement_X_Positive, CHECKPOINT_RESPAWN_TIME_PER_FRAME, CHECKPOINT_RESPAWN_FRAME_NUMBER);
m_bActive = false;
m_bRespawning = false;
m_bEndCheckPoint = false;
}
EGame_State TTransition::Update()
{
switch( m_eState )
{
case ETransitionState_DoorClosing:
{
TDoor * pDoor = nullptr;
//get the opposite door to animate
if( m_eTransitionType == ERoomResult_EntryDoor )
pDoor = &m_pOtherRoom->GetExitDoor();
else if( m_eTransitionType == ERoomResult_ExitDoor )
pDoor = &m_pOtherRoom->GetEntryDoor();
//check door anim progression
int iAnimStep = pDoor->GetAnimStep();
if( iAnimStep == TTextureControler::GetTileCountX( ETextureData_Door ) - 1 )// anim begining
{
pDoor->SetAnimPlay( true );
}
else if( iAnimStep == 0 )//anim ending
{
pDoor->SetAnimPlay( false );
pDoor->SetAnimReverse( false );
return EGame_State_Playing;
}
pDoor->PlayAnim();
}
break;
case ETransitionState_DoorOpening:
{
TDoor * pDoor = nullptr;
//get the door to animate
if( m_eTransitionType == ERoomResult_EntryDoor )
pDoor = &m_pCurrentRoom->GetEntryDoor();
else if(m_eTransitionType == ERoomResult_ExitDoor )
pDoor = &m_pCurrentRoom->GetExitDoor();
//check door anim progression
int iAnimStep = pDoor->GetAnimStep();
if( iAnimStep == 0 )//anim begining
{
pDoor->SetAnimPlay( true );
pDoor->SetAnimReverse( false );
}
else if( iAnimStep == TTextureControler::GetTileCountX( ETextureData_Door )-1 )// anim ending
{
pDoor->SetAnimPlay( false );
m_eState = ETransitionState_RoomTransit;
int iTime = GfxTimeGetMilliseconds();
m_pTimer->SetStartTime( iTime );
m_pTimer->SetActive( true );
//set opposite door to closing
TDoor * OppositepDoor = nullptr;
if( m_eTransitionType == ERoomResult_EntryDoor )
OppositepDoor = &m_pOtherRoom->GetExitDoor();
else if( m_eTransitionType == ERoomResult_ExitDoor )
OppositepDoor = &m_pOtherRoom->GetEntryDoor();
OppositepDoor->SetTile( TTextureControler::GetTileCountX( ETextureData_Door ) - 1, OppositepDoor->GetAnimLevel() );
OppositepDoor->SetAnimReverse( true );
}
pDoor->PlayAnim();
}
break;
case ETransitionState_RoomTransit:
{
//lerp during transition delay
if( m_pTimer->Update() == true )
{
float fProgression = m_pTimer->GetProgress();
int iDistance = 0;
//define the distance of the transition depending of if the transition is vertical or horizontal
if (m_tDir.x > 0.f || m_tDir.x < 0.f)
iDistance = SCREEN_SIZE_X;
else
iDistance = SCREEN_SIZE_Y;
//set room position
float fStep = fProgression * iDistance;
m_pOtherRoom->TransitionUpdate( m_tDir * ( fStep - iDistance ) );
m_pCurrentRoom->TransitionUpdate(m_tDir * fStep);
}
else
{
//reset room position when transition ends
m_pOtherRoom->TransitionUpdate(TGfxVec2(fBACKGROUND_POS_X, fBACKGROUND_POS_Y));
m_pCurrentRoom->TransitionUpdate(TGfxVec2(fBACKGROUND_POS_X, fBACKGROUND_POS_Y));
//reset door sprite
TDoor * pDoor = nullptr;
if( m_eTransitionType == ERoomResult_EntryDoor )
pDoor = &m_pCurrentRoom->GetEntryDoor();
else if( m_eTransitionType == ERoomResult_ExitDoor )
pDoor = &m_pCurrentRoom->GetExitDoor();
pDoor->SetTile( 0, pDoor->GetAnimLevel() );
m_eState = ETransitionState_DoorClosing;
}
}
break;
}
return EGame_State_RoomTransition;
}
