{
	double tempFollow3Var = f4;
	f4 = f23;
	f23 = f9;
	f9 = tempFollow3Var;
}








{
	double radius = Math.sqrt(f13*f13 + f20*f20);
	double angle = Math.asin(f20/Math.max(.000000001,radius));
	if(f13 < 0){ angle += Math.PI; }
	double speed = 1 / Math.max(.000000001, Math.abs(f6));
	angle += f12*speed;
	f13 = Math.max( -1., Math.min(radius*Math.cos(angle), 1.) );
	f20 = Math.max( -1., Math.min(radius*Math.sin(angle), 1.) );
}


if(0 < f24 && f3 < 0){ f3 -= 2*f24*f3; }








{
	double radius = Math.sqrt(f22*f22 + f16*f16);
	double angle = Math.asin(f16/Math.max(.000000001,radius));
	if(f22 < 0){ angle += Math.PI; }
	double speed = 1 / Math.max(.000000001, Math.abs(f19));
	angle += f24*speed;
	f22 = Math.max( -1., Math.min(radius*Math.cos(angle), 1.) );
	f16 = Math.max( -1., Math.min(radius*Math.sin(angle), 1.) );
}








{
	double radius = Math.sqrt(f17*f17 + f16*f16);
	double angle = Math.asin(f16/Math.max(.000000001,radius));
	if(f17 < 0){ angle += Math.PI; }
	double speed = 1 / Math.max(.000000001, Math.abs(f6));
	angle += f12*speed;
	f17 = Math.max( -1., Math.min(radius*Math.cos(angle), 1.) );
	f16 = Math.max( -1., Math.min(radius*Math.sin(angle), 1.) );
}


{
	double dx = f17 - f14;
	double dy = f22 - f0;
	double distSquared = dx*dx + dy*dy;
	if(distSquared > 1){
		double dist = Math.sqrt(distSquared);
		double moveEach = (dist - 1)/2;
		double normDx = dx / dist;
		double normDy = dy / dist;
		double moveX = moveEach*normDx;
		double moveY = moveEach*normDy;
		f17 -= moveX;
		f14 += moveX;
		f22 -= moveY;
		f0 += moveY;
	}
}

f8 = Math.sin( f0 / Math.max(.000000001,Math.abs(f3)) );

f4 = Math.max(f16,f14);


{
	double dx = f15 - f7;
	double dy = f24 - f6;
	double distSquared = dx*dx + dy*dy;
	if(distSquared > 1){
		double dist = Math.sqrt(distSquared);
		double moveEach = (dist - 1)/2;
		double normDx = dx / dist;
		double normDy = dy / dist;
		double moveX = moveEach*normDx;
		double moveY = moveEach*normDy;
		f15 -= moveX;
		f7 += moveX;
		f24 -= moveY;
		f6 += moveY;
	}
}
f2 *= f16;

f12 = Math.max(f16,f14);

f16 = Math.sin( f21 / Math.max(.000000001,Math.abs(f10)) );

f21 += f11;
if(1 < f21){
	f21 -= 2;
}else if(f21 < -1){
	f21 += 2;
}

{
	double swap2Vars = f1;
	f1 = f5;
	f5 = swap2Vars;
}

{
	double swap2Vars = f14;
	f14 = f5;
	f5 = swap2Vars;
}



if(0 < f15){
	f13 = f13*(1-f15) + f15*Math.max(f18,f12);
}

f18 = Math.sin( f10 / Math.max(.000000001,Math.abs(f12)) );

f10 = Math.sin( f18 / Math.max(.000000001,Math.abs(f12)) );

{
	double tempFollow3Var = f13;
	f13 = f11;
	f11 = f8;
	f8 = tempFollow3Var;
}

{
	double swap2Vars = f6;
	f6 = f5;
	f5 = swap2Vars;
}

f19 = Math.sin( f18 / Math.max(.000000001,Math.abs(f12)) );



if(0 < f1){
	f9 = f9*(1-f1) + f1*Math.max(f22,f7);
}

f20 += f11*f5;
if(1 < f20){
	f20 -= 2;
}else if(f20 < -1){
	f20 += 2;
}

{
	double dx = f2 - f22;
	double dy = f13 - f8;
	f15 = Math.sqrt((dx*dx + dy*dy)/2) - 1;
}

f10 = Math.sin( f18 / Math.max(.000000001,Math.abs(f3)) );


if(0 < f8 && f3 < 0){ f3 -= 2*f8*f3; }