//----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 BuildGear(TGeometry & tGeometry, const TGearInfo & tInfo)
{
//tInfo.m_fTeethDepth;
//tInfo.m_iTeethCount;
const float fDepth = 1 - tInfo.m_fTeethDepth;
float fX = 0;
float fY = 0;
float fOldX = 1.0f;
float fOldY = 0;
for (int i = 0; i < 19; i++)
{
float fTemp = GfxMathDegToRad((float(i * 20)));
fX = cos(fTemp);
fY = sin(fTemp);
tGeometry.AddLine(TGfxVec3(fOldX/3, fOldY/3, 0), TGfxVec3(fX/3, fY/3, 0));
fOldX = fX;
fOldY = fY;
}
bool bIsTeeth = true;
int iTeethNbr = 0;
for (int i = 0; i < ((tInfo.m_iTeethCount*4)+1); i++)
{
if (iTeethNbr>1)
{
if (bIsTeeth == true)
{
bIsTeeth = false;
}
else if(bIsTeeth == false)
{
bIsTeeth = true;
}
iTeethNbr = 0;
}
float fTemp = GfxMathDegToRad(i * (360.0f / (tInfo.m_iTeethCount * 4)));
fX = cos(fTemp);
fY = sin(fTemp);
if (bIsTeeth == true)
{
tGeometry.AddLine(TGfxVec3(fOldX, fOldY, 0), TGfxVec3(fX, fY, 0));
fOldX = fX;
fOldY = fY;
}
else
{
tGeometry.AddLine(TGfxVec3(fOldX, fOldY, 0), TGfxVec3(fX * fDepth, fY * fDepth, 0));
fOldX = fX*fDepth;
fOldY = fY*fDepth;
}
iTeethNbr++;
}
}
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 DrawArrow(TGfxSprite * pLines, const TGfxVec2 tCenter, TGfxVec2 tDest)
{
if (!(tDest == tCenter))
{
TGfxVec2 pArrow = 15 * (tDest - tCenter).Normalize();
const float angle = GfxMathDegToRad(160);
TGfxVec2 pArrow1 = pArrow.Rotate(angle);
TGfxVec2 pArrow2 = pArrow.Rotate(-angle);
GfxLineSpriteJumpTo(pLines, tCenter.x, tCenter.y);
GfxLineSpriteLineTo(pLines, tDest.x, tDest.y);
GfxLineSpriteLineTo(pLines, tDest.x + pArrow1.x, tDest.y + pArrow1.y);
GfxLineSpriteJumpTo(pLines, tDest.x, tDest.y);
GfxLineSpriteLineTo(pLines, tDest.x + pArrow2.x, tDest.y + pArrow2.y);
}
}
void BuildClock(TGeometry & tGeometry, const TClockInfo & tInfo)
{
float fX = 0;
float fY = 0;
float fOldX = 1.0f;
float fOldY = 0;
int iCpt = 0;
for (int i = 0; i < 61; i++)
{
float fTemp = GfxMathDegToRad(float(i * 6));
fX = cos(fTemp);
fY = sin(fTemp);
tGeometry.AddLine(TGfxVec3(fOldX, fOldY, 0), TGfxVec3(fX, fY, 0));
if (iCpt == 0)
{
tGeometry.AddLine(TGfxVec3(fX, fY, 0), TGfxVec3(fX*0.8f, fY*0.8f, 0));
iCpt++;
}
else
{
if (iCpt == 5 || iCpt == 10)
{
tGeometry.AddLine(TGfxVec3(fX, fY, 0), TGfxVec3(fX*0.9f, fY*0.9f, 0));
}
else
{
tGeometry.AddLine(TGfxVec3(fX, fY, 0), TGfxVec3(fX*0.95f, fY*0.95f, 0));
}
iCpt++;
if (iCpt == 15)
{
iCpt = 0;
}
}
fOldX = fX;
fOldY = fY;
}
const int iHours = tInfo.m_iHours;
const int iMinutes = tInfo.m_iMinutes;
const int iAngle = -90 + (iHours * 30);
const int iAngleMinutes = 90 - (iMinutes * 6);
const float fTemp = GfxMathDegToRad(float(iAngle));
const float fTempLeft = GfxMathDegToRad(float(iAngle - 60));
const float fTempRight = GfxMathDegToRad(float(iAngle + 60));
const float fTempMin = GfxMathDegToRad(float(iAngleMinutes));
const float fTempLeftMin = GfxMathDegToRad(float(iAngleMinutes - 60));
const float fTempRightMin = GfxMathDegToRad(float(iAngleMinutes + 60));
fX = cos(fTemp);
fY = sin(fTemp);
const float fXLeft = cos(fTempLeft);
const float fYLeft = sin(fTempLeft);
const float fXRight = cos(fTempRight);
const float fYRight = sin(fTempRight);
const float fXMin = cos(fTempMin);
const float fYMin = sin(fTempMin);
const float fXLeftMin = cos(fTempLeftMin);
const float fYLeftMin = sin(fTempLeftMin);
const float fXRightMin = cos(fTempRightMin);
const float fYRightMin = sin(fTempRightMin);
tGeometry.AddLine(TGfxVec3(0, 0, 0), TGfxVec3(fXLeft / 10, -fYLeft / 10, 0));
tGeometry.AddLine(TGfxVec3(0, 0, 0), TGfxVec3(fXRight / 10, -fYRight / 10, 0));
tGeometry.AddLine(TGfxVec3(fXRight / 10, -fYRight / 10, 0), TGfxVec3(fX / 3, -fY / 3, 0));
tGeometry.AddLine(TGfxVec3(fXLeft / 10, -fYLeft / 10, 0), TGfxVec3(fX / 3, -fY / 3, 0));
tGeometry.AddLine(TGfxVec3(0, 0, 0), TGfxVec3(fXLeftMin / 10, fYLeftMin / 10, 0));
tGeometry.AddLine(TGfxVec3(0, 0, 0), TGfxVec3(fXRightMin / 10, fYRightMin / 10, 0));
tGeometry.AddLine(TGfxVec3(fXRightMin / 10, fYRightMin / 10, 0), TGfxVec3(fXMin / 2, fYMin / 2, 0));
tGeometry.AddLine(TGfxVec3(fXLeftMin / 10, fYLeftMin / 10, 0), TGfxVec3(fXMin / 2, fYMin / 2, 0));
}
void BuildChessTower(TGeometry & tGeometry, const TChessTowerInfo & tInfo)
{
TGfxVec3 tLevelZeroPosition[36];
TGfxVec3 tLevelOnePosition[36];
TGfxVec3 tLevelTwoPosition[36];
TGfxVec3 tLevelThreePosition[36];
TGfxVec3 tLevelFourPosition[36];
TGfxVec3 tLevelFivePosition[36];
TGfxVec3 tLevelSixPosition[36];
TGfxVec3 tLevelSevenPosition[36];
TGfxVec3 tLevelHeightPosition[36];
TGfxVec3 tLevelNinePosition[36];
TGfxVec3 tLevelTenPosition[36];
TGfxVec3 tLevelElevenPosition[36];
float fHeightFromBottomTableau[12]; // Tableau de nombres magiques suivant approximativement les hauteurs de l'exercice
fHeightFromBottomTableau[0] = 0.0f;
fHeightFromBottomTableau[1] = 0.0f;
fHeightFromBottomTableau[2] = 0.2f;
fHeightFromBottomTableau[3] = 0.2f;
fHeightFromBottomTableau[4] = 0.4f;
fHeightFromBottomTableau[5] = 0.6f;
fHeightFromBottomTableau[6] = 1.4f;
fHeightFromBottomTableau[7] = 1.6f;
fHeightFromBottomTableau[8] = 2.0f;
fHeightFromBottomTableau[9] = 2.0f;
fHeightFromBottomTableau[10] = 1.6f;
fHeightFromBottomTableau[11] = 1.6f;
float fWidthTableau[12]; // Tableau de nombres magiques suivant approximativement les largeurs de l'exercice
fWidthTableau[0] = 0.0f;
fWidthTableau[1] = 1.0f;
fWidthTableau[2] = 1.0f;
fWidthTableau[3] = 0.8f;
fWidthTableau[4] = 0.8f;
fWidthTableau[5] = 0.6f;
fWidthTableau[6] = 0.6f;
fWidthTableau[7] = 0.8f;
fWidthTableau[8] = 0.8f;
fWidthTableau[9] = 0.6f;
fWidthTableau[10] = 0.6f;
fWidthTableau[11] = 0.0f;
float fX = 0;
float fY = 0;
for (int i = 0; i < tInfo.m_iSegments; i++)
{
tLevelZeroPosition[i] = TGfxVec3(0.0f,-1.0f,0.0f);
}
for (int i = 0; i < tInfo.m_iSegments; i++)
{
float fTemp = GfxMathDegToRad(i * (360.0f / (tInfo.m_iSegments)));
fX = cos(fTemp);
fY = sin(fTemp);
tLevelOnePosition[i] = TGfxVec3((fX*fWidthTableau[1])*tInfo.m_fRadius, -1.0f + (fHeightFromBottomTableau[1] * tInfo.m_fHeight), (fY*fWidthTableau[1])* tInfo.m_fRadius);
tLevelTwoPosition[i] = TGfxVec3((fX*fWidthTableau[2])*tInfo.m_fRadius, -1.0f + (fHeightFromBottomTableau[2] * tInfo.m_fHeight), (fY*fWidthTableau[2])* tInfo.m_fRadius);
tLevelThreePosition[i] = TGfxVec3((fX*fWidthTableau[3])*tInfo.m_fRadius, -1.0f + (fHeightFromBottomTableau[3] * tInfo.m_fHeight), (fY*fWidthTableau[3])* tInfo.m_fRadius);
tLevelFourPosition[i] = TGfxVec3((fX*fWidthTableau[4])*tInfo.m_fRadius, -1.0f + (fHeightFromBottomTableau[4] * tInfo.m_fHeight), (fY*fWidthTableau[4])* tInfo.m_fRadius);
tLevelFivePosition[i] = TGfxVec3((fX*fWidthTableau[5])*tInfo.m_fRadius, -1.0f + (fHeightFromBottomTableau[5] * tInfo.m_fHeight), (fY*fWidthTableau[5])* tInfo.m_fRadius);
tLevelSixPosition[i] = TGfxVec3((fX*fWidthTableau[6])*tInfo.m_fRadius, -1.0f + (fHeightFromBottomTableau[6] * tInfo.m_fHeight), (fY*fWidthTableau[6])* tInfo.m_fRadius);
tLevelSevenPosition[i] = TGfxVec3((fX*fWidthTableau[7])*tInfo.m_fRadius, -1.0f + (fHeightFromBottomTableau[7] * tInfo.m_fHeight), (fY*fWidthTableau[7])* tInfo.m_fRadius);
tLevelHeightPosition[i] = TGfxVec3((fX*fWidthTableau[8])*tInfo.m_fRadius, -1.0f + (fHeightFromBottomTableau[8] * tInfo.m_fHeight), (fY*fWidthTableau[8])* tInfo.m_fRadius);
tLevelNinePosition[i] = TGfxVec3((fX*fWidthTableau[9])*tInfo.m_fRadius, -1.0f + (fHeightFromBottomTableau[9] * tInfo.m_fHeight), (fY*fWidthTableau[9])* tInfo.m_fRadius);
tLevelTenPosition[i] = TGfxVec3((fX*fWidthTableau[10])*tInfo.m_fRadius, -1.0f + (fHeightFromBottomTableau[10] * tInfo.m_fHeight), (fY*fWidthTableau[10])* tInfo.m_fRadius);
tLevelElevenPosition[i] = TGfxVec3((fX*fWidthTableau[11])*tInfo.m_fRadius, -1.0f + (fHeightFromBottomTableau[11] * tInfo.m_fHeight), (fY*fWidthTableau[11])* tInfo.m_fRadius);
}
for (int i = 0; i < tInfo.m_iSegments; i++)
{
tGeometry.AddLine(tLevelZeroPosition[i], tLevelOnePosition[i]);
tGeometry.AddLine(tLevelOnePosition[i], tLevelTwoPosition[i]);
tGeometry.AddLine(tLevelTwoPosition[i], tLevelThreePosition[i]);
tGeometry.AddLine(tLevelThreePosition[i], tLevelFourPosition[i]);
tGeometry.AddLine(tLevelFourPosition[i], tLevelFivePosition[i]);
tGeometry.AddLine(tLevelFivePosition[i], tLevelSixPosition[i]);
tGeometry.AddLine(tLevelSixPosition[i], tLevelSevenPosition[i]);
tGeometry.AddLine(tLevelSevenPosition[i], tLevelHeightPosition[i]);
tGeometry.AddLine(tLevelHeightPosition[i], tLevelNinePosition[i]);
tGeometry.AddLine(tLevelNinePosition[i], tLevelTenPosition[i]);
tGeometry.AddLine(tLevelTenPosition[i], tLevelElevenPosition[i]);
}
for (int i = 0; i < tInfo.m_iSegments; i++)
{
if (i == tInfo.m_iSegments - 1)
{
tGeometry.AddLine(tLevelOnePosition[i], tLevelOnePosition[0]);
tGeometry.AddLine(tLevelTwoPosition[i], tLevelTwoPosition[0]);
tGeometry.AddLine(tLevelThreePosition[i], tLevelThreePosition[0]);
tGeometry.AddLine(tLevelFourPosition[i], tLevelFourPosition[0]);
tGeometry.AddLine(tLevelFivePosition[i], tLevelFivePosition[0]);
tGeometry.AddLine(tLevelSixPosition[i], tLevelSixPosition[0]);
tGeometry.AddLine(tLevelSevenPosition[i], tLevelSevenPosition[0]);
tGeometry.AddLine(tLevelHeightPosition[i], tLevelHeightPosition[0]);
tGeometry.AddLine(tLevelNinePosition[i], tLevelNinePosition[0]);
tGeometry.AddLine(tLevelTenPosition[i], tLevelTenPosition[0]);
}
else
{
tGeometry.AddLine(tLevelOnePosition[i], tLevelOnePosition[i + 1]);
tGeometry.AddLine(tLevelTwoPosition[i], tLevelTwoPosition[i + 1]);
tGeometry.AddLine(tLevelThreePosition[i], tLevelThreePosition[i + 1]);
tGeometry.AddLine(tLevelFourPosition[i], tLevelFourPosition[i + 1]);
tGeometry.AddLine(tLevelFivePosition[i], tLevelFivePosition[i + 1]);
tGeometry.AddLine(tLevelSixPosition[i], tLevelSixPosition[i + 1]);
tGeometry.AddLine(tLevelSevenPosition[i], tLevelSevenPosition[i + 1]);
tGeometry.AddLine(tLevelHeightPosition[i], tLevelHeightPosition[i + 1]);
tGeometry.AddLine(tLevelNinePosition[i], tLevelNinePosition[i + 1]);
tGeometry.AddLine(tLevelTenPosition[i], tLevelTenPosition[i + 1]);
}
}
}
