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04_cRutilusMission.cpp
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04_cRutilusMission.cpp
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///////////////////////////////////////////////////////
//*-------------------------------------------------*//
//| Part of Project One (https://www.maus-games.at) |//
//*-------------------------------------------------*//
//| Copyright (c) 2010 Martin Mauersics |//
//| Released under the zlib License |//
//*-------------------------------------------------*//
///////////////////////////////////////////////////////
#include "main.h"
// ****************************************************************
// constructor
cRutilusMission::cRutilusMission()noexcept
: m_avTeleporterPrev {}
, m_avTeleporterRota {}
, m_iTeleporterActive (2u)
, m_Plate (RUTILUS_PLATES_RAWS)
, m_afPlateTime {}
, m_afPlatePulse {}
, m_afPlateSide {}
, m_avPlateData {}
, m_iPlateActive (0u)
, m_iPlateRotated (0u)
, m_fAreaTime (0.0f)
, m_fAreaScale (1.0f)
, m_fAreaSpeed (1.0f)
, m_bAreaUpdate (true)
, m_fSafeTime (0.0f)
, m_Wave (RUTILUS_WAVES_RAWS)
, m_afWaveTime {}
, m_vWavePos (HIDDEN_POS)
, m_vWaveDir (coreVector2(0.0f,1.0f))
, m_iWaveData (0u)
, m_iWaveActive (0u)
, m_iWaveType (0u)
, m_fWavePower (0.0f)
, m_Tock (RUTILUS_TOCKS)
, m_TockWave (RUTILUS_TOCKS)
, m_Slap (RUTILUS_SLAPS)
, m_SlapWave (RUTILUS_SLAPS)
, m_afSlapValue {}
, m_aiMoveFlip {}
, m_aiWarnDir {}
, m_abWarn {}
, m_aiRegisterID {}
, m_afRegisterSpeed {}
, m_fAnimation (0.0f)
, m_bStory (!HAS_BIT_EX(REPLAY_WRAP_PROGRESS_STATE, STATE_STORY_RUTILUS) && (g_pReplay->GetMode() != REPLAY_MODE_PLAYBACK))
{
//
m_apBoss[0] = &m_Messier;
#if defined(_P1_UNUSED_)
//
for(coreUintW i = 0u; i < RUTILUS_TELEPORTER; ++i)
{
m_aTeleporter[i].DefineModel ("object_teleporter.md3");
m_aTeleporter[i].DefineTexture(0u, "effect_energy.png");
m_aTeleporter[i].DefineProgram("effect_energy_flat_invert_program");
m_aTeleporter[i].SetColor3 (RUTILUS_TELEPORTER_COLOR(i) * 1.2f);
m_aTeleporter[i].SetEnabled (CORE_OBJECT_ENABLE_NOTHING);
}
#endif
//
m_Plate.DefineProgram("object_plate_inst_program");
{
for(coreUintW i = 0u; i < RUTILUS_PLATES_RAWS; ++i)
{
// load object resources
coreObject3D* pPlate = &m_aPlateRaw[i];
pPlate->DefineModel (Core::Manager::Object->GetLowQuad());
pPlate->DefineTexture(0u, "effect_arrow.png");
pPlate->DefineTexture(1u, "menu_background_black.png");
pPlate->DefineProgram("object_plate_program");
// set object properties
pPlate->SetColor3 ((i % 2u) ? COLOR_ENERGY_BLUE : COLOR_ENERGY_RED);
pPlate->SetEnabled(CORE_OBJECT_ENABLE_NOTHING);
// add object to the list
m_Plate.BindObject(pPlate);
}
}
//
for(coreUintW i = 0u; i < RUTILUS_AREAS; ++i)
{
//
m_aArea[i].DefineModel ("object_sphere.md3");
m_aArea[i].DefineTexture(0u, "effect_energy.png");
m_aArea[i].DefineProgram(i ? "effect_energy_flat_spheric_program" : "effect_energy_flat_program");
m_aArea[i].SetColor3 (COLOR_ENERGY_PURPLE * (i ? 1.0f : 0.6f));
m_aArea[i].SetTexSize (coreVector2(2.4f,0.4f) * 5.0f);
m_aArea[i].SetEnabled (CORE_OBJECT_ENABLE_NOTHING);
}
//
m_Safe.DefineModel ("object_sphere.md3");
m_Safe.DefineTexture(0u, "effect_energy.png");
m_Safe.DefineProgram("effect_energy_spheric_program"); // # not flat to draw over area
m_Safe.SetColor3 (COLOR_ENERGY_PURPLE * 1.0f);
m_Safe.SetTexSize (coreVector2(2.4f,0.4f) * 5.0f);
m_Safe.SetEnabled (CORE_OBJECT_ENABLE_NOTHING);
//
m_Wave.DefineProgram("effect_energy_flat_spheric_inst_program");
{
for(coreUintW i = 0u; i < RUTILUS_WAVES_RAWS; ++i)
{
// load object resources
coreObject3D* pWave = &m_aWaveRaw[i];
pWave->DefineTexture(0u, "effect_energy.png");
pWave->DefineProgram("effect_energy_flat_spheric_program");
// set object properties
pWave->SetColor3 (COLOR_ENERGY_RED * 0.8f);
pWave->SetEnabled(CORE_OBJECT_ENABLE_NOTHING);
// add object to the list
m_Wave.BindObject(pWave);
}
}
//
m_apWaveModel[0] = Core::Manager::Resource->Get<coreModel>("object_cube_top.md3");
m_apWaveModel[1] = Core::Manager::Resource->Get<coreModel>("object_tube.md3");
//
m_Tock .DefineProgram("effect_energy_flat_invert_inst_program");
m_TockWave.DefineProgram("effect_energy_flat_spheric_inst_program");
{
for(coreUintW i = 0u; i < RUTILUS_TOCKS_RAWS; ++i)
{
// determine object type
const coreUintW iType = i % 2u;
// load object resources
coreObject3D* pTock = &m_aTockRaw[i];
pTock->DefineModel ("object_tetra_top.md3");
pTock->DefineTexture(0u, "effect_energy.png");
pTock->DefineProgram(iType ? "effect_energy_flat_spheric_program" : "effect_energy_flat_invert_program");
// set object properties
pTock->SetSize (coreVector3(1.0f,1.0f,1.0f) * (iType ? 2.8f : 2.2f));
pTock->SetColor3 (COLOR_ENERGY_CYAN * 0.8f);
pTock->SetTexSize(coreVector2(1.0f,1.0f) * 0.3f);
pTock->SetEnabled(CORE_OBJECT_ENABLE_NOTHING);
// add object to the list
if(iType) m_TockWave.BindObject(pTock);
else m_Tock .BindObject(pTock);
}
}
//
m_Slap .DefineProgram("effect_energy_flat_invert_inst_program");
m_SlapWave.DefineProgram("effect_energy_flat_spheric_inst_program");
{
for(coreUintW i = 0u; i < RUTILUS_SLAPS_RAWS; ++i)
{
// determine object type
const coreUintW iType = i % 2u;
// load object resources
coreObject3D* pSlap = &m_aSlapRaw[i];
pSlap->DefineModel ("object_cube_top.md3");
pSlap->DefineTexture(0u, "effect_energy.png");
pSlap->DefineProgram(iType ? "effect_energy_flat_spheric_program" : "effect_energy_flat_invert_program");
// set object properties
pSlap->SetTexSize(coreVector2(1.0f,1.0f) * 0.3f);
pSlap->SetEnabled(CORE_OBJECT_ENABLE_NOTHING);
// add object to the list
if(iType) m_SlapWave.BindObject(pSlap);
else m_Slap .BindObject(pSlap);
}
}
//
m_Capsule.DefineModel ("object_cube_top.md3");
m_Capsule.DefineTexture(0u, "effect_energy.png");
m_Capsule.DefineProgram("effect_energy_flat_invert_program");
m_Capsule.SetColor3 (COLOR_ENERGY_MAGENTA * 0.6f);
m_Capsule.SetTexSize (coreVector2(1.0f,1.0f) * 0.8f);
m_Capsule.SetEnabled (CORE_OBJECT_ENABLE_NOTHING);
//
for(coreUintW i = 0u; i < ARRAY_SIZE(m_aCapsuleWave); ++i)
{
m_aCapsuleWave[i].DefineModel ("object_cube_top.md3");
m_aCapsuleWave[i].DefineTexture(0u, "effect_energy.png");
m_aCapsuleWave[i].DefineProgram("effect_energy_flat_spheric_program");
m_aCapsuleWave[i].SetColor3 (COLOR_ENERGY_MAGENTA * 0.6f);
m_aCapsuleWave[i].SetTexSize (coreVector2(1.0f,1.0f) * 0.8f);
m_aCapsuleWave[i].SetEnabled (CORE_OBJECT_ENABLE_NOTHING);
}
//
g_pGlow->BindList(&m_Wave);
g_pGlow->BindList(&m_Tock);
g_pGlow->BindList(&m_TockWave);
g_pGlow->BindList(&m_Slap);
g_pGlow->BindList(&m_SlapWave);
}
// ****************************************************************
// destructor
cRutilusMission::~cRutilusMission()
{
//
g_pGlow->UnbindList(&m_Wave);
g_pGlow->UnbindList(&m_Tock);
g_pGlow->UnbindList(&m_TockWave);
g_pGlow->UnbindList(&m_Slap);
g_pGlow->UnbindList(&m_SlapWave);
//
for(coreUintW i = 0u; i < RUTILUS_TELEPORTER; ++i) this->DisableTeleporter(i, false);
for(coreUintW i = 0u; i < RUTILUS_PLATES; ++i) this->DisablePlate (i, false);
for(coreUintW i = 0u; i < RUTILUS_TOCKS; ++i) this->DisableTock (i, false);
for(coreUintW i = 0u; i < RUTILUS_SLAPS; ++i) this->DisableSlap (i, false);
this->DisableArea (false);
this->DisableSafe (false);
this->DisableWave (false);
this->DisableCapsule(false);
}
// ****************************************************************
//
void cRutilusMission::EnableTeleporter(const coreUintW iIndex)
{
#if defined(_P1_UNUSED_)
ASSERT(iIndex < RUTILUS_TELEPORTER)
coreObject3D& oTeleporter = m_aTeleporter[iIndex];
//
WARN_IF(oTeleporter.IsEnabled(CORE_OBJECT_ENABLE_ALL)) this->DisableTeleporter(iIndex, false);
oTeleporter.ChangeType(TYPE_RUTILUS_TELEPORTER);
//
ASSERT(m_iTeleporterActive == 2u)
//
oTeleporter.SetEnabled(CORE_OBJECT_ENABLE_ALL);
g_pGlow->BindObject(&oTeleporter);
#endif
}
// ****************************************************************
//
void cRutilusMission::DisableTeleporter(const coreUintW iIndex, const coreBool bAnimated)
{
#if defined(_P1_UNUSED_)
ASSERT(iIndex < RUTILUS_TELEPORTER)
coreObject3D& oTeleporter = m_aTeleporter[iIndex];
//
if(!oTeleporter.IsEnabled(CORE_OBJECT_ENABLE_ALL)) return;
oTeleporter.ChangeType(0);
//
m_iTeleporterActive = 2u;
//
oTeleporter.SetEnabled(CORE_OBJECT_ENABLE_NOTHING);
g_pGlow->UnbindObject(&oTeleporter);
//
if(bAnimated) cRutilusMission::__TeleporterEffect(iIndex);
#endif
}
// ****************************************************************
//
void cRutilusMission::EnablePlate(const coreUintW iIndex, const coreFloat fOffsetFrom, const coreFloat fOffsetTo, const coreFloat fScaleFrom, const coreFloat fScaleTo)
{
ASSERT(iIndex < RUTILUS_PLATES)
coreObject3D& oPlate = m_aPlateRaw[iIndex];
//
WARN_IF(oPlate.IsEnabled(CORE_OBJECT_ENABLE_ALL)) this->DisablePlate(iIndex, false);
//
m_afPlateTime [iIndex] = 0.0f;
m_afPlatePulse[iIndex] = 0.0f;
m_afPlateSide [iIndex] = 0.0f;
m_avPlateData [iIndex] = coreVector4(fOffsetFrom, fOffsetTo, fScaleFrom, fScaleTo);
//
ADD_BIT(m_iPlateActive, iIndex)
STATIC_ASSERT(RUTILUS_PLATES <= sizeof(m_iPlateActive) *8u)
STATIC_ASSERT(RUTILUS_PLATES <= sizeof(m_iPlateRotated)*8u)
//
oPlate.SetEnabled(CORE_OBJECT_ENABLE_ALL);
}
// ****************************************************************
//
void cRutilusMission::DisablePlate(const coreUintW iIndex, const coreBool bAnimated)
{
ASSERT(iIndex < RUTILUS_PLATES)
coreObject3D& oPlate = m_aPlateRaw[iIndex];
//
if(!oPlate.IsEnabled(CORE_OBJECT_ENABLE_ALL)) return;
//
if(m_avPlateData[iIndex].w != 0.0f) this->SetPlateScale(iIndex, 0.0f);
//
REMOVE_BIT(m_iPlateActive, iIndex)
if(!m_iPlateActive)
{
g_pGame->ForEachPlayer([](cPlayer* OUTPUT pPlayer, const coreUintW i)
{
pPlayer->RemoveStatus(PLAYER_STATUS_WEAK_BACK | PLAYER_STATUS_NO_INPUT_TURN);
});
}
//
if(!bAnimated) oPlate.SetEnabled(CORE_OBJECT_ENABLE_NOTHING);
}
// ****************************************************************
//
void cRutilusMission::EnableArea()
{
coreObject3D& oArea = m_aArea[0];
//
WARN_IF(oArea.IsEnabled(CORE_OBJECT_ENABLE_ALL)) this->DisableArea(false);
//
m_fAreaTime = 1.0f;
m_fAreaScale = 1.0f;
//
std::memset(m_aiRegisterID, 0, sizeof(m_aiRegisterID));
std::memset(m_afRegisterSpeed, 0, sizeof(m_afRegisterSpeed));
//
const auto nInitFunc = [](coreObject3D* OUTPUT pObject)
{
pObject->SetEnabled(CORE_OBJECT_ENABLE_ALL);
g_pGlow->BindObject(pObject);
};
for(coreUintW i = 0u; i < RUTILUS_AREAS; ++i) nInitFunc(&oArea + i);
}
// ****************************************************************
//
void cRutilusMission::DisableArea(const coreBool bAnimated)
{
coreObject3D& oArea = m_aArea[0];
//
if(!oArea.IsEnabled(CORE_OBJECT_ENABLE_ALL)) return;
//
if(m_fAreaTime > 0.0f) m_fAreaTime = -1.0f;
if(!bAnimated)
{
//
const auto nExitFunc = [](coreObject3D* OUTPUT pObject)
{
pObject->SetPosition(coreVector3(HIDDEN_POS, 0.0f));
pObject->SetSize (coreVector3(0.0f, 0.0f, 0.0f));
pObject->SetEnabled (CORE_OBJECT_ENABLE_NOTHING);
g_pGlow->UnbindObject(pObject);
};
for(coreUintW i = 0u; i < RUTILUS_AREAS; ++i) nExitFunc(&oArea + i);
//
this->__UpdateAreaSpeed();
}
}
// ****************************************************************
//
void cRutilusMission::EnableSafe()
{
//
WARN_IF(m_Safe.IsEnabled(CORE_OBJECT_ENABLE_ALL)) this->DisableSafe(false);
//
m_fSafeTime = 1.0f;
//
m_Safe.SetEnabled(CORE_OBJECT_ENABLE_ALL);
g_pGlow->BindObject(&m_Safe);
}
// ****************************************************************
//
void cRutilusMission::DisableSafe(const coreBool bAnimated)
{
//
if(!m_Safe.IsEnabled(CORE_OBJECT_ENABLE_ALL)) return;
//
if(m_fSafeTime > 0.0f) m_fSafeTime = -1.0f;
if(!bAnimated)
{
//
m_Safe.SetEnabled(CORE_OBJECT_ENABLE_NOTHING);
g_pGlow->UnbindObject(&m_Safe);
//
this->__UpdateAreaSpeed();
}
}
// ****************************************************************
//
void cRutilusMission::EnableWave(const coreUint8 iType)
{
coreObject3D& oWave = m_aWaveRaw[0];
//
WARN_IF(oWave.IsEnabled(CORE_OBJECT_ENABLE_ALL)) this->DisableWave(false);
//
ADD_BIT(m_iWaveActive, RUTILUS_WAVES)
m_vWavePos = HIDDEN_POS;
m_vWaveDir = coreVector2(0.0f,1.0f);
m_iWaveData = 0u;
m_iWaveType = iType;
m_fWavePower = 1.0f;
//
const auto nInitFunc = [this](coreObject3D* OUTPUT pObject, const coreFloat fOffset, const coreUintW iIndex)
{
m_afWaveTime[iIndex] = fOffset;
pObject->DefineModel (m_iWaveType ? m_apWaveModel[1] : m_apWaveModel[0]);
pObject->SetPosition (coreVector3(HIDDEN_POS, 0.0f));
pObject->SetAlpha (0.0f);
pObject->SetTexSize (m_iWaveType ? coreVector2(0.6f,2.4f) : coreVector2(0.8f,0.8f));
pObject->SetTexOffset(coreVector2(0.0f, fOffset));
pObject->SetEnabled (CORE_OBJECT_ENABLE_ALL);
};
for(coreUintW i = 0u; i < RUTILUS_WAVES; ++i) nInitFunc(&oWave + i, I_TO_F(i) / I_TO_F(RUTILUS_WAVES), i);
}
// ****************************************************************
//
void cRutilusMission::DisableWave(const coreBool bAnimated)
{
coreObject3D& oWave = m_aWaveRaw[0];
//
if(!oWave.IsEnabled(CORE_OBJECT_ENABLE_ALL)) return;
//
REMOVE_BIT(m_iWaveActive, RUTILUS_WAVES)
if(!bAnimated)
{
//
const auto nExitFunc = [](coreObject3D* OUTPUT pObject)
{
pObject->SetEnabled(CORE_OBJECT_ENABLE_NOTHING);
};
for(coreUintW i = 0u; i < RUTILUS_WAVES; ++i) nExitFunc(&oWave + i);
}
}
// ****************************************************************
//
void cRutilusMission::EnableTock(const coreUintW iIndex)
{
ASSERT(iIndex < RUTILUS_TOCKS)
coreObject3D* pTock = (*m_Tock .List())[iIndex];
coreObject3D* pWave = (*m_TockWave.List())[iIndex];
//
WARN_IF(pTock->IsEnabled(CORE_OBJECT_ENABLE_ALL)) this->DisableTock(iIndex, false);
//
pTock->SetEnabled(CORE_OBJECT_ENABLE_ALL);
pWave->SetEnabled(CORE_OBJECT_ENABLE_ALL);
}
// ****************************************************************
//
void cRutilusMission::DisableTock(const coreUintW iIndex, const coreBool bAnimated)
{
ASSERT(iIndex < RUTILUS_TOCKS)
coreObject3D* pTock = (*m_Tock .List())[iIndex];
coreObject3D* pWave = (*m_TockWave.List())[iIndex];
//
if(!pTock->IsEnabled(CORE_OBJECT_ENABLE_ALL)) return;
//
pTock->SetEnabled(CORE_OBJECT_ENABLE_NOTHING);
pWave->SetEnabled(CORE_OBJECT_ENABLE_NOTHING);
//
if(bAnimated) g_pSpecialEffects->CreateSplashColor(pTock->GetPosition(), SPECIAL_SPLASH_TINY, COLOR_ENERGY_CYAN);
}
// ****************************************************************
//
void cRutilusMission::EnableSlap(const coreUintW iIndex)
{
ASSERT(iIndex < RUTILUS_SLAPS)
coreObject3D* pSlap = (*m_Slap .List())[iIndex];
coreObject3D* pWave = (*m_SlapWave.List())[iIndex];
//
WARN_IF(pSlap->IsEnabled(CORE_OBJECT_ENABLE_ALL)) this->DisableSlap(iIndex, false);
//
m_afSlapValue[iIndex] = 0.0f;
//
pSlap->SetAlpha (0.0f);
pSlap->SetEnabled(CORE_OBJECT_ENABLE_ALL);
pWave->SetEnabled(CORE_OBJECT_ENABLE_ALL);
}
// ****************************************************************
//
void cRutilusMission::DisableSlap(const coreUintW iIndex, const coreBool bAnimated)
{
ASSERT(iIndex < RUTILUS_SLAPS)
coreObject3D* pSlap = (*m_Slap .List())[iIndex];
coreObject3D* pWave = (*m_SlapWave.List())[iIndex];
//
if(!pSlap->IsEnabled(CORE_OBJECT_ENABLE_ALL)) return;
//
pSlap->SetEnabled(CORE_OBJECT_ENABLE_NOTHING);
pWave->SetEnabled(CORE_OBJECT_ENABLE_NOTHING);
//
if(bAnimated) g_pSpecialEffects->CreateSplashColor(pSlap->GetPosition(), SPECIAL_SPLASH_TINY, (m_afSlapValue[iIndex] > 0.5f) ? COLOR_ENERGY_ORANGE : COLOR_ENERGY_BLUE);
}
// ****************************************************************
//
void cRutilusMission::EnableCapsule()
{
//
WARN_IF(m_Capsule.IsEnabled(CORE_OBJECT_ENABLE_ALL)) this->DisableCapsule(false);
//
const auto nInitFunc = [](coreObject3D* OUTPUT pObject)
{
pObject->SetPosition(coreVector3(HIDDEN_POS, 0.0f));
pObject->SetSize (coreVector3(0.0f,0.0f,0.0f));
pObject->SetEnabled (CORE_OBJECT_ENABLE_ALL);
g_pGlow->BindObject(pObject);
};
nInitFunc(&m_Capsule);
for(coreUintW i = 0u; i < ARRAY_SIZE(m_aCapsuleWave); ++i) nInitFunc(&m_aCapsuleWave[i]);
}
// ****************************************************************
//
void cRutilusMission::DisableCapsule(const coreBool bAnimated)
{
//
if(!m_Capsule.IsEnabled(CORE_OBJECT_ENABLE_ALL)) return;
//
const auto nExitFunc = [](coreObject3D* OUTPUT pObject)
{
pObject->SetEnabled(CORE_OBJECT_ENABLE_NOTHING);
g_pGlow->UnbindObject(pObject);
};
nExitFunc(&m_Capsule);
for(coreUintW i = 0u; i < ARRAY_SIZE(m_aCapsuleWave); ++i) nExitFunc(&m_aCapsuleWave[i]);
//
if(bAnimated) g_pSpecialEffects->MacroExplosionColorSmall(m_Capsule.GetPosition(), COLOR_ENERGY_MAGENTA);
}
// ****************************************************************
//
coreFloat cRutilusMission::CalcAreaSpeed(const coreVector2 vPosition, const coreFloat fFactorSlow, const coreFloat fFactorFast)const
{
//
const coreVector2 vTestPos1 = m_aArea[0].GetPosition().xy();
const coreVector2 vTestPos2 = m_Safe .GetPosition().xy();
const coreFloat fTestFromSq1 = POW2(m_aArea[1].GetSize().x) - 100.0f; // inner sphere
const coreFloat fTestToSq1 = POW2(m_aArea[1].GetSize().x) + 50.0f;
const coreFloat fTestFromSq2 = POW2(m_Safe .GetSize().x) - 100.0f;
const coreFloat fTestToSq2 = POW2(m_Safe .GetSize().x) + 50.0f;
const coreFloat fSpeedSlow = 0.2f * fFactorSlow;
const coreFloat fSpeedFast = 1.0f * fFactorFast;
//
const coreVector2 vDiff1 = vPosition - vTestPos1;
const coreVector2 vDiff2 = vPosition - vTestPos2;
//
const coreFloat fValue1 = m_aArea[0].IsEnabled(CORE_OBJECT_ENABLE_ALL) ? STEPH3(fTestFromSq1, fTestToSq1, vDiff1.LengthSq()) : 1.0f;
const coreFloat fValue2 = m_Safe .IsEnabled(CORE_OBJECT_ENABLE_ALL) ? STEPH3(fTestFromSq2, fTestToSq2, vDiff2.LengthSq()) : 1.0f;
//
return LERP(fSpeedSlow, fSpeedFast, fValue1 - fValue2 + 1.0f);
}
// ****************************************************************
//
void cRutilusMission::__RenderOwnBottom()
{
DEPTH_PUSH
//
m_Safe.Render();
//
for(coreUintW i = 0u; i < RUTILUS_AREAS; ++i) m_aArea[i].Render();
glDisable(GL_DEPTH_TEST);
{
//
m_Wave.Render();
//
for(coreUintW i = 0u; i < ARRAY_SIZE(m_aCapsuleWave); ++i) m_aCapsuleWave[i].Render();
}
glEnable(GL_DEPTH_TEST);
DEPTH_PUSH
//
m_Plate.Render(); // # depth test with each other
//
m_Capsule.Render();
g_pOutline->GetStyle(OUTLINE_STYLE_FLAT_FULL)->ApplyObject(&m_Capsule);
}
// ****************************************************************
//
void cRutilusMission::__RenderOwnUnder()
{
DEPTH_PUSH
glDepthMask(false);
{
//
m_TockWave.Render();
//
m_SlapWave.Render();
}
glDepthMask(true);
//
m_Tock.Render();
g_pOutline->GetStyle(OUTLINE_STYLE_FLAT_FULL)->ApplyList(&m_Tock);
//
m_Slap.Render();
g_pOutline->GetStyle(OUTLINE_STYLE_FLAT_FULL)->ApplyList(&m_Slap);
}
// ****************************************************************
//
void cRutilusMission::__RenderOwnOver()
{
#if defined(_P1_UNUSED_)
DEPTH_PUSH
//
for(coreUintW i = 0u; i < RUTILUS_TELEPORTER; ++i) m_aTeleporter[i].Render();
for(coreUintW i = 0u; i < RUTILUS_TELEPORTER; ++i) g_pOutline->GetStyle(OUTLINE_STYLE_FLAT_FULL)->ApplyObject(&m_aTeleporter[i]);
#endif
}
// ****************************************************************
//
void cRutilusMission::__MoveOwnBefore()
{
#if defined(_P1_UNUSED_)
//
for(coreUintW i = 0u; i < RUTILUS_TELEPORTER; ++i)
{
const coreObject3D& oTeleporter = m_aTeleporter[i];
if(!oTeleporter.IsEnabled(CORE_OBJECT_ENABLE_MOVE)) continue;
//
m_avTeleporterPrev[i] = m_aTeleporter[i].GetPosition ().xy();
m_avTeleporterRota[i] = m_aTeleporter[i].GetDirection().xy();
}
//
g_pGame->ForEachPlayer([&](const cPlayer* pPlayer, const coreUintW i)
{
sGameInput* pInput = c_cast<sGameInput*>(pPlayer->GetInput()); wtf
//
if(pInput->vMove.IsNull()) m_aiMoveFlip[i] = 0u;
//
if(m_aiMoveFlip[i]) pInput->vMove = MapToAxis(pInput->vMove, UnpackDirection(m_aiMoveFlip[i]));
});
#endif
}
// ****************************************************************
//
void cRutilusMission::__MoveOwnAfter()
{
//
m_fAnimation.UpdateMod(0.2f, 10.0f);
#if defined(_P1_UNUSED_)
//
for(coreUintW i = 0u; i < RUTILUS_TELEPORTER; ++i)
{
coreObject3D& oTeleporter = m_aTeleporter[i];
if(!oTeleporter.IsEnabled(CORE_OBJECT_ENABLE_MOVE)) continue;
//
oTeleporter.SetAlpha (m_iTeleporterActive ? 1.0f : 0.5f);
oTeleporter.SetTexSize (coreVector2(0.075f,0.125f) * oTeleporter.GetSize().xy());
oTeleporter.SetTexOffset(coreVector2(0.0f, m_fAnimation * -3.0f));
oTeleporter.Move();
}
#endif
//
for(coreUintW i = 0u; i < RUTILUS_PLATES; ++i)
{
coreObject3D& oPlate = m_aPlateRaw[i];
if(!oPlate.IsEnabled(CORE_OBJECT_ENABLE_MOVE)) continue;
//
m_afPlateTime[i].UpdateMin(RUTILUS_PLATE_SPEED, 1.0f);
const coreFloat fOffset = LERPB( m_avPlateData[i].x, m_avPlateData[i].y, m_afPlateTime[i]);
const coreFloat fScale = LERPB(ABS(m_avPlateData[i].z), ABS(m_avPlateData[i].w), m_afPlateTime[i]);
const coreFloat fSide = m_afPlateSide[i];
//
m_afPlatePulse[i].UpdateMax(-3.0f, 0.0f);
//
if(fScale <= 0.0f) this->DisablePlate(i, false);
//
const coreVector2 vSize = coreVector2(fScale, (m_avPlateData[i].w <= 0.0f) ? 1.0f : fScale);
const coreVector2 vRealOffset = HAS_BIT(m_iPlateRotated, i) ? coreVector2(fOffset, fSide) : coreVector2(fSide, fOffset);
const coreVector2 vRealSize = HAS_BIT(m_iPlateRotated, i) ? vSize.yx() : vSize;
const coreFloat fHeight = 0.001f * (I_TO_F(RUTILUS_PLATES - i - 1u));
//
oPlate.SetPosition (coreVector3(vRealOffset, fHeight) * (FOREGROUND_AREA.y * 2.2f));
oPlate.SetSize (coreVector3(vRealSize, 1.0f) * (FOREGROUND_AREA.y * 2.2f));
oPlate.SetAlpha (1.0f - 0.3f * BLENDH3(m_afPlatePulse[i]));
oPlate.SetTexSize (vRealSize * 4.0f);
oPlate.SetTexOffset(coreVector2(0.0f, FRACT(m_fAnimation * 2.0f)) - vRealSize * 2.0f);
}
//
m_Plate.MoveNormal();
if(m_iPlateActive)
{
//
g_pGame->ForEachPlayer([this](cPlayer* OUTPUT pPlayer, const coreUintW i)
{
pPlayer->RemoveStatus(PLAYER_STATUS_WEAK_BACK | PLAYER_STATUS_NO_INPUT_TURN);
if(!pPlayer->IsRolling())
{
const coreVector2 vPos = pPlayer->GetPosition().xy();
for(coreUintW j = 0u; j < RUTILUS_PLATES; ++j)
{
const coreObject3D& oPlate = m_aPlateRaw[j];
if(!oPlate.IsEnabled(CORE_OBJECT_ENABLE_MOVE)) continue;
const coreVector2 vSize = oPlate.GetCollisionRange().xy();
const coreVector2 vDiff = MapToAxisInv(oPlate.GetPosition().xy() - vPos, oPlate.GetDirection().xy());
if((ABS(vDiff.x) < vSize.x) && (ABS(vDiff.y) < vSize.y))
{
const coreVector2 vRealDir = pPlayer->GetDirection().xy();
//
coreUint8 iNewWarnDir = 0u;
coreBool bNewWarn = false;
if(HAS_BIT(pPlayer->GetInput()->iActionPress, PLAYER_ACTION_SHOOT_UP)) {iNewWarnDir = 1u; if(!SameDirection90(vRealDir, coreVector2( 0.0f, 1.0f))) bNewWarn = true;}
if(HAS_BIT(pPlayer->GetInput()->iActionPress, PLAYER_ACTION_SHOOT_LEFT)) {iNewWarnDir = 2u; if(!SameDirection90(vRealDir, coreVector2(-1.0f, 0.0f))) bNewWarn = true;}
if(HAS_BIT(pPlayer->GetInput()->iActionPress, PLAYER_ACTION_SHOOT_DOWN)) {iNewWarnDir = 3u; if(!SameDirection90(vRealDir, coreVector2( 0.0f,-1.0f))) bNewWarn = true;}
if(HAS_BIT(pPlayer->GetInput()->iActionPress, PLAYER_ACTION_SHOOT_RIGHT)) {iNewWarnDir = 4u; if(!SameDirection90(vRealDir, coreVector2( 1.0f, 0.0f))) bNewWarn = true;}
//
if(REPLAY_WRAP_CONFIG_CONTROL_MODE[i] == 3u)
{
const coreBool bPressA = HAS_BIT(pPlayer->GetInput()->iActionPress, PLAYER_ACTION_SHOOT_0);
const coreBool bPressB = HAS_BIT(pPlayer->GetInput()->iActionPress, PLAYER_ACTION_RAPID_FIRE);
const coreBool bHoldA = HAS_BIT(pPlayer->GetInput()->iActionHold, PLAYER_ACTION_SHOOT_0);
const coreBool bHoldB = HAS_BIT(pPlayer->GetInput()->iActionHold, PLAYER_ACTION_RAPID_FIRE);
if(((bPressA && !bHoldB) || (bPressB && !bHoldA) || (bPressA && bPressB)) && !pPlayer->GetInput()->vMove.IsNull())
{
const coreUint8 iHold = PackDirection(pPlayer->GetInput()->vMove);
if(iHold == 0u) {iNewWarnDir = 1u; if(!SameDirection90(vRealDir, coreVector2( 0.0f, 1.0f))) bNewWarn = true;}
else if(iHold == 2u) {iNewWarnDir = 2u; if(!SameDirection90(vRealDir, coreVector2(-1.0f, 0.0f))) bNewWarn = true;}
else if(iHold == 4u) {iNewWarnDir = 3u; if(!SameDirection90(vRealDir, coreVector2( 0.0f,-1.0f))) bNewWarn = true;}
else if(iHold == 6u) {iNewWarnDir = 4u; if(!SameDirection90(vRealDir, coreVector2( 1.0f, 0.0f))) bNewWarn = true;}
}
}
//
if(HAS_BIT(pPlayer->GetInput()->iActionPress, PLAYER_ACTION_TURN_LEFT) ||
HAS_BIT(pPlayer->GetInput()->iActionPress, PLAYER_ACTION_TURN_RIGHT) || (bNewWarn && (iNewWarnDir != m_aiWarnDir[i])))
{
pPlayer->ShowArrow(1u);
g_pSpecialEffects->PlaySound(pPlayer->GetPosition(), 1.0f, 1.0f, SOUND_EFFECT_ERROR);
if(g_CurConfig.Graphics.iFlash) m_afPlatePulse[j] = 1.0f;
}
//
if(iNewWarnDir) m_aiWarnDir[i] = iNewWarnDir;
m_abWarn[i] = bNewWarn;
pPlayer->SetDirection(oPlate.GetDirection());
pPlayer->AddStatus (PLAYER_STATUS_WEAK_BACK | PLAYER_STATUS_NO_INPUT_TURN);
break;
}
}
}
//
if(!pPlayer->HasStatus(PLAYER_STATUS_NO_INPUT_TURN)) m_aiWarnDir[i] = 0u;
});
}
//
if(m_aArea[0].IsEnabled(CORE_OBJECT_ENABLE_MOVE))
{
coreFloat fScale;
if(m_fAreaTime > 0.0f)
{
//
m_fAreaTime.UpdateMin(2.0f, 2.0f);
fScale = BLENDB(m_fAreaTime - 1.0f);
}
else
{
//
m_fAreaTime.UpdateMax(-1.0f/0.6f, -2.0f);
fScale = LerpPara(1.0f, 1.5f, 0.0f, -m_fAreaTime - 1.0f);
//
if(m_fAreaTime <= -2.0f) this->DisableArea(false);
}
//
m_aArea[0].SetSize (coreVector3(1.0f,1.0f,1.0f) * RUTILUS_AREA_SIZE * fScale * m_fAreaScale);
m_aArea[0].SetTexOffset(coreVector2(0.0f, m_fAnimation * 0.5f));
m_aArea[0].Move();
}
//
if(m_aArea[1].IsEnabled(CORE_OBJECT_ENABLE_MOVE))
{
//
m_aArea[1].SetPosition (m_aArea[0].GetPosition());
m_aArea[1].SetSize (m_aArea[0].GetSize () * 0.8f);
m_aArea[1].SetTexSize (m_aArea[0].GetTexSize ());
m_aArea[1].SetTexOffset(coreVector2(0.0f, m_fAnimation * -0.5f));
m_aArea[1].Move();
}
STATIC_ASSERT(RUTILUS_AREAS == 2u)
//
if(m_Safe.IsEnabled(CORE_OBJECT_ENABLE_MOVE))
{
coreFloat fScale;
if(m_fSafeTime > 0.0f)
{
//
m_fSafeTime.UpdateMin(2.0f, 2.0f);
fScale = BLENDB(m_fSafeTime - 1.0f);
}
else
{
//
m_fSafeTime.UpdateMax(-1.0f/0.6f, -2.0f);
fScale = LerpPara(1.0f, 1.5f, 0.0f, -m_fSafeTime - 1.0f);
//
if(m_fSafeTime <= -2.0f) this->DisableSafe(false);
}
//
m_Safe.SetSize (coreVector3(1.0f,1.0f,1.0f) * RUTILUS_SAFE_SIZE * fScale);
m_Safe.SetTexOffset(coreVector2(0.0f, m_fAnimation * 0.5f));
m_Safe.Move();
}
//
if(m_aArea[0].IsEnabled(CORE_OBJECT_ENABLE_MOVE) || m_Safe.IsEnabled(CORE_OBJECT_ENABLE_MOVE))
{
this->__UpdateAreaSpeed();
}
//
for(coreUintW i = 0u; i < RUTILUS_WAVES; ++i)
{
coreObject3D& oWave = m_aWaveRaw[i];
if(!oWave.IsEnabled(CORE_OBJECT_ENABLE_MOVE)) continue;
const coreFloat fSign = this->GetWavePull() ? -1.0f : 1.0f;
const coreBool bDelay = this->GetWaveDelayed();
//
const auto nUpdateFunc = [&]()
{
oWave.SetPosition (coreVector3(m_vWavePos, 0.0f));
oWave.SetDirection(coreVector3(m_iWaveType ? m_vWaveDir : (coreVector2::Direction((I_TO_F(i) / I_TO_F(RUTILUS_WAVES_RAWS)) * (-0.5f*PI))), 0.0f));
};
//
m_afWaveTime[i].Update(0.5f * fSign);
if((m_afWaveTime[i] < 0.0f) || (m_afWaveTime[i] > 1.0f))
{
//
m_afWaveTime[i] -= fSign;
SET_BIT(m_iWaveActive, i, HAS_BIT(m_iWaveActive, RUTILUS_WAVES))
//
if(bDelay) nUpdateFunc();
}
//
if(!bDelay) nUpdateFunc();
//
oWave.SetSize (m_iWaveType ? coreVector3(20.0f * m_afWaveTime[i], 80.0f, 1.0f) : (coreVector3(1.0f,1.0f,1.0f) * 35.0f * m_afWaveTime[i]));
oWave.SetAlpha(MIN(1.0f - m_afWaveTime[i], 6.0f * m_afWaveTime[i], 1.0f) * (HAS_BIT(m_iWaveActive, i) ? 1.0f : 0.0f));
}
//
if(!m_iWaveActive) this->DisableWave(false);
//
m_Wave.MoveNormal();
//
if(HAS_BIT(m_iWaveActive, RUTILUS_WAVES))
{
const coreVector2 vDir = m_vWaveDir.Rotated90();
const coreFloat fSign = this->GetWavePull() ? 1.0f : -1.0f;
coreFloat fPower = 0.0f;
coreFloat fLimit = 0.0f;