RenderDarkHorseSkill 1.03.16 GMO

#define pRenderDarkHorseSkill		((void(__cdecl*)(int a1))0x004AFF65)
#define pMoveSceneFrame				*(int*)0x80AB430
#define pEarthQuake					*(float*)0x80A2338

int RenderDarkHorseSkill(int aIndex)
{
	int TimerSkill;
	// ----
	Character_Struct * Hero = &*(CHAR_STRUCT*)aIndex;
	// ----
	Vector(Hero->Light[0],Hero->Light[1],Hero->Light[2],Hero->Light);
	Vector(Hero->Angle[0],Hero->Angle[1],Hero->Angle[2],Hero->Angle);
	Vector(Hero->Position[0],Hero->Position[1],Hero->Position[2],Hero->Position);
	// ----
	Hero->OnAttacking++;
	// ----
	if( !(pMoveSceneFrame%10) )
	if(Hero->CoordX < 8.0 || Hero->CoordX > 9.5)
	{
		TimerSkill = Hero->OnAttacking;
		// ----
		if(TimerSkill == 19)
		{
			pCreateEffect(300,Hero->Position,Hero->Angle,Hero->Light,NULL,Hero,NONE,NULL,2,NULL,0,NONE);
			Hero->OnAttacking = -3;
		}
	}
	else
	{
		if(Hero->OnAttacking % 2 == 1)
		{
			Hero->Position[1] = (double)(Hero->OnAttacking / 2) * 150.0;
			Hero->Angle[2] = (double)(rand() % 360);
			// ----
			for(int i=0;i<6;i++)
			{
				vec34_t Matrix;
				vec3_t ResultPosition;
				// ----
				Vector(Hero->Angle[0],Hero->Angle[1],Hero->Angle[2]+60.0,Hero->Angle);
				Vector(Hero->Position[0],Hero->Position[1],Hero->Position[2],Hero->Position);
				// ----
				pAngleMatrix(Hero->Angle,Matrix);
				pVectorRotate(Hero->Position,Matrix,ResultPosition);
				// ----
				ResultPosition[0] = ResultPosition[0] + Hero->Position[0];
				ResultPosition[1] = ResultPosition[1] + Hero->Position[1];
				ResultPosition[2] = ResultPosition[2] + Hero->Position[2];
				// ----
				int Randomizer = rand() % 2;
				// ----
				pCreateEffect(Randomizer+330,ResultPosition,Hero->Angle,Hero->Light,NULL,NULL,NONE,NULL,NULL,NULL,0,NONE);
			}
		}
		TimerSkill = rand() / 3;
		pEarthQuake = (double)((TimerSkill % 3) - 3) * 0.69999999;
	}
	return TimerSkill;
}