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ot bit.do/kodami
// Creating variables
let myX=300,myY=300,angle=0,iskeypresed=[],skorost=0;
let patroniX=[],patroniY=[],angleP=[],currentshot=0,i=0;
let health=100,i1=0,vidvrag=5;
let vragX=[],vragY=[],broivragove=1,cooldown=0,vragAngle=[];
for(i=0;i<100;i++)
{
	patroniX[i]=10000000;
	patroniY[i]=10000000;
	angleP[i]=0;
}
function update() {
	if(health>0)
	{
		if(broivragove==100)
		{
			broivragove=0;
		}
		cooldown++;
		if(cooldown==25)
		{
			vidvrag=randomInteger(4)
			if(vidvrag==0)
			{
				vragX[broivragove]=randomInteger(1355)
				vragY[broivragove]=-30
			}
			if(vidvrag==1)
			{
				vragX[broivragove]=randomInteger(1355)
				vragY[broivragove]=775
			}
			if(vidvrag==2)
			{
				vragX[broivragove]=-30
				vragY[broivragove]=randomInteger(745)
			}
			if(vidvrag==3)
			{
				vragX[broivragove]=1380
				vragY[broivragove]=randomInteger(745)
			}
			cooldown=0;
			vragAngle[broivragove]=randomInteger(360)
			broivragove++;
		}
		for(i=0;i<100;i++)
		{
			for(i1=0;i1<broivragove;i1++)
			{
				if(areColliding(vragX[i1],vragY[i1],30,30,patroniX[i],patroniY[i],10,10))
				{
					vragX[i1]=100000000000;
					patroniX[i]=1000000000000000000;
					health=health+15;
				}
			}
		}
		for(i=0;i<100;i++)
		{
			if(areColliding(vragX[i],vragY[i],30,30,myX,myY,30,30))
			{
				health=health-50;
				vragX[i]=10000000;
			}
		}
		myX=myX+Math.cos(angle)*skorost;
		myY=myY-Math.sin(angle)*skorost;
		for(i=0;i<100;i++)
		{
			vragX[i]=vragX[i]+Math.cos(vragAngle[i])*3;
			vragY[i]=vragY[i]-Math.sin(vragAngle[i])*3;
			patroniX[i]=patroniX[i]+Math.cos(angleP[i])*5;
			patroniY[i]=patroniY[i]-Math.sin(angleP[i])*5;
		}
		if(iskeypresed[65]==true)
		{
			angle=angle+6.28/100;
		}
		if(iskeypresed[68]==true)
		{
			angle=angle-6.28/100;
		}
		if(iskeypresed[87]==true)
		{
			skorost=skorost+0.05;
		}
		if(iskeypresed[83]==true)
		{
			skorost=skorost-0.05;
		}
	}

}
function draw() {
	if(health>0)
	{
		context.fillStyle="green";
		context.fillRect(0,0,health,20)
		context.fillRect(myX,myY,30,30)
		context.fillStyle="blue";
		for(i=0;i<100;i++)
		{
			context.fillRect(patroniX[i],patroniY[i],10,10)
		}
		context.fillStyle="red";
		for(i=0;i<broivragove;i++)
		{
			context.fillRect(vragX[i],vragY[i],30,30)
		}
	}
};
function keydown(key) {
	iskeypresed[key]=true;
	console.log("pressed key",key)
};
function keyup(key) {
	iskeypresed[key]=false;
}
function mouseup() {
	angleP[currentshot]=angle;
	patroniX[currentshot]=myX+10;
	patroniY[currentshot]=myY+10;
	currentshot++;
	if(currentshot>100)
	{
		currentshot=0;
	}
    console.log("Mouse clicked at", mouseX, mouseY);
};