VirusAttack/olcCodeJam2023Entry/Unit.cpp

#include "Unit.h"
#include "Constant.h"

BasicUnit::BasicUnit(vf2d pos,Renderable&img,bool friendly)
	:Unit({
		{HEALTH,4},
		{RANGE,2},
		{ATKSPD,2},
		{MOVESPD,3},
		{PROCEDURE,1},
		},pos,img,friendly){}


void BasicUnit::Attack(Unit&victim){

}

BasicUnit2::BasicUnit2(vf2d pos,Renderable&img,bool friendly)
	:Unit({
		{RANGE,2},
		{ATKSPD,2},
		{MOVESPD,3},
		{PROCEDURE,1},
		{HEALTH,4},
		},pos,img,friendly){}

void BasicUnit2::Attack(Unit&victim){

}



Unit::Unit(std::vector<Memory>memory,vf2d pos,Renderable&img,bool friendly)
:pos(pos),img(img),friendly(friendly){
	int marker=0;
	for(Memory&mem:memory){
		for(int i=0;i<mem.size;i++){
			this->memory.push_back(true);
		}
		switch(mem.type){
		case HEALTH:{
			health.index=marker;
			health.size=mem.size;
		}break;	
		case RANGE:{
			range.index=marker;
			range.size=mem.size;
		}break;	
		case ATKSPD:{
			atkSpd.index=marker;
			atkSpd.size=mem.size;
		}break;	
		case MOVESPD:{
			moveSpd.index=marker;
			moveSpd.size=mem.size;
		}break;	
		case PROCEDURE:{
			procedure.index=marker;
			procedure.size=mem.size;
		}break;	
		}
		marker+=mem.size;
	}
}



void Unit::Draw(PixelGameEngine*pge){
	int initialBarX=pos.x-GetMemorySize()/2*CONSTANT::BAR_SQUARE_SIZE.x;
	int initialBarY=pos.y-CONSTANT::BAR_SQUARE_SIZE.y-img.Sprite()->height/2-2;
	Pixel col=0;


	auto CheckColor=[&](int i,Pixel&col){
		if(health.index==i){
			col=CONSTANT::HEALTH_COLOR;
		}
		if(range.index==i){
			col=CONSTANT::RANGE_COLOR;
		}
		if(atkSpd.index==i){
			col=CONSTANT::ATKSPD_COLOR;
		}
		if(moveSpd.index==i){
			col=CONSTANT::MOVESPD_COLOR;
		}
		if(procedure.index==i){
			col=CONSTANT::PROCEDURE_COLOR;
		}
	};

	for(int i=0;i<GetMemorySize();i++){
		CheckColor(i,col);

		pge->FillRectDecal({float(initialBarX)+i*CONSTANT::BAR_SQUARE_SIZE.x,
			float(initialBarY)},CONSTANT::BAR_SQUARE_SIZE,col);
		pge->DrawRectDecal({float(initialBarX)+i*CONSTANT::BAR_SQUARE_SIZE.x,
			float(initialBarY)},CONSTANT::BAR_SQUARE_SIZE,BLACK);
	}
	pge->DrawRotatedDecal(pos,img.Decal(),0,img.Sprite()->Size()/2,{1,1},friendly?Pixel{192,192,255}:Pixel{255,192,192});
	if(IsSelected()){
		pge->DrawRotatedDecal(pos,CONSTANT::SELECTION_CIRCLE.Decal(),0,CONSTANT::SELECTION_CIRCLE.Sprite()->Size()/2,vf2d(img.Sprite()->Size())/CONSTANT::SELECTION_CIRCLE.Sprite()->Size(),WHITE);
	}
}

int Unit::GetBits(Marker&m){
	int activeBits=0;
	for(int i=0;i<m.size;i++){
		if(memory[i+m.index]){
			activeBits++;
		}
	}
	return activeBits;
}

int Unit::GetHealth(){
	return GetBits(health);
}

int Unit::GetRange(){
	return GetBits(range);
}

int Unit::GetAtkSpd(){
	return GetBits(atkSpd);
}

int Unit::GetMoveSpd(){
	return GetBits(moveSpd);
}

int Unit::GetProcedure(){
	return GetBits(procedure);
}

int Unit::GetMemorySize(){
	return memory.size();
}

void Unit::Update(float fElapsedTime){
	
}

Unit& operator <<(Unit&u,const int n){
	for(int i=0;i<u.GetMemorySize()-1;i++){
		u.memory[i]=u.memory[i+1];
	}
	u.memory[u.GetMemorySize()-1]=0;
	return u;
}

Unit& operator >>(Unit&u,const int n){
	for(int i=1;i<u.GetMemorySize();i++){
		u.memory[i]=u.memory[i-1];
	}
	u.memory[0]=0;
	return u;
}

bool Unit::IsFriendly(){
	return friendly;
}


bool Unit::IsSelected(){
	return selected;
}

void Unit::Select(){
	selected=true;
}

void Unit::Deselect(){
	selected=false;
}

vf2d Unit::GetPos(){
	return pos;
}