#include "Effect.h" #include "DEFINES.h" #include "Crawler.h" #include "utils.h" INCLUDE_game INCLUDE_ANIMATION_DATA INCLUDE_MONSTER_LIST PulsatingFire::PulsatingFire(vf2d pos, float lifetime, AnimationState animation, bool upperLevel, vf2d size, float fadeout, vf2d spd, Pixel col, float rotation, float rotationSpd, bool additiveBlending) :Effect(pos,lifetime,animation,upperLevel,size,fadeout,spd,col,rotation,rotationSpd,additiveBlending){ for(int i=0;i<8;i++){ pulsatingFireValues.push_back(util::random(1)); } } bool PulsatingFire::Update(float fElapsedTime){ lastParticleTimer-=fElapsedTime; lastDamageTimer-=fElapsedTime; if(lastParticleTimer<=0){ int particleCount=rand()%5+1; for(int i=0;iAddEffect(std::make_unique(pos+vf2d{cos(randomAngle),sin(randomAngle)}*randomRange,0,AnimationState::DOT_PARTICLE,OnUpperLevel(),vf2d{util::random(2)+1,1},util::random(4)+2,vf2d{util::random(10)-5,-util::random(15)-5},Pixel{128,uint8_t(randomColorTintG),uint8_t(randomColorTint),uint8_t(util::random(128)+128)})); } lastParticleTimer=util::random(0.2)+0.025; } if(lastDamageTimer<=0){ lastDamageTimer=0.99; game->HurtEnemies(pos,4*24,game->GetPlayer()->GetAttack()*1,OnUpperLevel()); } return Effect::Update(fElapsedTime); } void PulsatingFire::Draw(){ for(int i=0;i<8;i++){ Animate2D::FrameSequence*effectSpr=nullptr; switch(int(pulsatingFireValues[i]*5)){ case 0:{ effectSpr=&ANIMATION_DATA[AnimationState::FIRE_RING1]; }break; case 1:{ effectSpr=&ANIMATION_DATA[AnimationState::FIRE_RING2]; }break; case 2:{ effectSpr=&ANIMATION_DATA[AnimationState::FIRE_RING3]; }break; case 3:{ effectSpr=&ANIMATION_DATA[AnimationState::FIRE_RING4]; }break; case 4:{ effectSpr=&ANIMATION_DATA[AnimationState::FIRE_RING5]; }break; default: effectSpr=&ANIMATION_DATA[AnimationState::FIRE_RING1]; } const Renderable*img=effectSpr->GetFrame(0).GetSourceImage(); game->view.DrawPartialDecal(pos-effectSpr->GetFrame(0).GetSourceRect().size/2*size,img->Decal(),effectSpr->GetFrame(0).GetSourceRect().pos,effectSpr->GetFrame(0).GetSourceRect().size,size,{255,uint8_t(pulsatingFireValues[i]*256),0,uint8_t((63*(sin(3*lifetime+PI*pulsatingFireValues[i]))+64)*(fadeout/original_fadeoutTime))}); } }