public static int G_TempEntity(float[] Origin, int Event)

        {

            return RPC.RPCFOG.Call(0x28F30C, Origin, Event);

        }

        public static int G_EffectIndex(string Effect)

        {

            return RPC.Call(0x2E65B0, Effect);

        }

        public static int playFx(float[] Origin, int effectIndex)

        {

            int Entity = G_TempEntity(Origin, 0x5B);

            if (Entity == 0)

                return 0;

            Lib.WriteInt32((uint)Entity + 0x9C, effectIndex);

            Lib.WriteSingle((uint)Entity + 0x3C, 270.0f);

            Lib.WriteInt64((uint)Entity + 0x40, 0);

            Lib.WriteInt32((uint)Entity + 0xD4, 0);

            Lib.WriteInt32((uint)Entity + 0xF8, 0);

            return Entity;

        }

    

Origin = Position you want it to spawn at (float[])

effectIndex = Index number of fx you want to spawn

playFx(Origin, effectIndex);

    

FxNameHere = A Name of an effect (list provided below)

G_EffectIndex("FxNameHere");



This will return a number which will be used for the effect index, 

example playFx(Origin, G_EffectIndex("fx/explosions/powerlines_a"));

    

62 = effectIndex number for money

PlayerPosition = players position of who you want the money to fly out of it



while (true)//Loops it

{ playFx(PlayerPosition, 62); }

    

void playEffects(Mod::bit*thing, char*effectName)//playEffects(client.bit.playerId, "fx/threads/heli_dust");

{

	__asm

	{

		li r11, 0

		lwz r5, 4(r3) # r5 now holds the pointer to the variable cFx

		lfs f31, 8(r3) # f31 now holds the X origin of the player

		fmr f1, f31 # Loading first param of G_TEMP with the players x origin

		mr r31, r3 # Not losing the data from r3

		li r3, 0x5B # Event

		bl bl sub_8242B430 # G_Temp call

	    mr r5, r3 # Making cFx now hold the returned value (gentity pointer)

		mr r3, r4 # Setting first param with the effect name (second param)

		bl sub_8215C6B0 # G_EffectIndex

		stw r3, 0x9C(r5) # Storing the effect index

		std r11, 0x40(r4) # This is a vec2, but since a float is 4 bytes we would have to write it twice, using a double is 8bytes...meanng we only have to write it once 

		lis r11, ((0x8201A19C)@h)

		lfs f13, ((0x8201A19C)@l)(r11) #Converting the string into a floating point, returning 270

		stfs f31, 0x35(r5) # And finally, setting it 

	}

}

    

void playerEffect(char*effectName, float*origin)

{

      int cFx = G_Temp(origin,0x5B);

      *(int*)(cFx + 0x9C) = G_EffectIndex(effectName);

      *(__int64*)(cFx + 0x40) = 0x00;

      *(float*)(cFx + 0x3C) = 270.f;

}

    

void doEarthquake(float scale, int duration, float*source/*vec3*/, float radius)

{

      //Before I start, duration is actually converted from a floating point into a word in the actual function, since there's no point in doing that here, I have it as an int (powerpc word = 32bits, int = 32bits)

      int eq = G_Temp(source, 0x65);

      data().WriteFloat(eq + 0x54, scale);

      data().WriteInt32(eq + 0x5C, duration);

      data().WriteFloat(eq + 0x58, radius);

}