[Sepehr]

Well i wanted to make the rockets that are swirling around take place in the center, but still have the swirling effect around the rocket that's shot.
if you haven't taken a close look at the swirling death missle, basically there are rockets at the tip of the swirling motion, and basically what i want to do is make the rockets that are around the swirling effect to come in the the middle of the swirling.

basically, when i shoot the death missle, i want it that the rockets take place in the centre of the swirls, but have the swirling effect.

I'm pretty sure i have to change something here; however i never learned CMATH so i'm not sure how to change the location of the rockets, if anyone would show me how i would do this, i would appreciate it alot

Here is the original Bazooka hero
The CMATH link doesn't work on it.

public SD_CircleRockets(Ent){
    new NUMBER_OF_ROCKETS = get_cvar_num("Bazooka_sdcount")
    new Float:ROCKET_RADIUS =  get_cvar_float("Bazooka_sdradius")
    new Float:vOrigin[3]
    new Float:vVelocity[3]
    new Float:vEntOrig[3]
    new Float:RotMatrix[3][3]
    new Float:x, Float:y, Float:z, Float:theta
    new i, id, NewEnt
    if (!is_valid_ent(Ent)) return
    Entvars_Get_Vector(Ent, EV_VEC_origin, vOrigin)
    Entvars_Get_Vector(Ent, EV_VEC_velocity, vVelocity)
    id = Entvars_Get_Edict(Ent, EV_ENT_owner)

    RotMatrix[0][0]=vVelocity[0]
    RotMatrix[0][1]=vVelocity[1]
    RotMatrix[0][2]=vVelocity[2]
    RotMatrix[1][0]=-vVelocity[1]
    RotMatrix[1][1]=vVelocity[0]
    RotMatrix[1][2]=0.0
    SD_Normalise(RotMatrix[0])
    SD_Normalise(RotMatrix[1])

    RotMatrix[2][0]=((RotMatrix[0][1])*(RotMatrix[1][2]))-((RotMatrix[0][2])*(RotMatrix[1][1]))
    RotMatrix[2][1]=((RotMatrix[0][2])*(RotMatrix[1][0]))-((RotMatrix[0][0])*(RotMatrix[1][2]))
    RotMatrix[2][2]=((RotMatrix[0][0])*(RotMatrix[1][1]))-((RotMatrix[0][1])*(RotMatrix[1][0]))

    for (i=0; i < NUMBER_OF_ROCKETS; i++){
        theta = (float(i)/float(NUMBER_OF_ROCKETS))*2*PI+fAngleBaz
        x = 0.0
        #if !defined AMX98
        y = floatcos(theta)*ROCKET_RADIUS
        z = floatsin(theta)*ROCKET_RADIUS
        #else
        y = cos(theta)*ROCKET_RADIUS
        z = sin(theta)*ROCKET_RADIUS
        #endif
        vEntOrig[0]=RotMatrix[0][0]*x+RotMatrix[1][0]*y+RotMatrix[2][0]*z
        vEntOrig[1]=RotMatrix[0][1]*x+RotMatrix[1][1]*y+RotMatrix[2][1]*z
        vEntOrig[2]=RotMatrix[0][2]*x+RotMatrix[1][2]*y+RotMatrix[2][2]*z
        vEntOrig[0]+=vOrigin[0]
        vEntOrig[1]+=vOrigin[1]
        vEntOrig[2]+=vOrigin[2]
        NewEnt = SD_CreateRocket(vEntOrig, vVelocity, id)
        Entvars_Set_Int(NewEnt, EV_INT_iuser1, Ent)
        Entvars_Set_Int(NewEnt, EV_INT_iuser2, i)
    }
}

[G-Dog]

that swirl effect is created by attaching decaying beams to each missile, in order to get the effects to occur further out you would have to create ents an even further radius away from the central missile and attach the beams to those instead. Otherwise you'de have to find a different way of creating the effect. The easiest thing to do is to make the outer missiles invisible so the one missile in the center seems to create the special effect itself, which you would only have to make minor changes in the SD_CreateRocket function to pull it off.

[The Art of War]

D you only want to make so that the missiles appear in the center, or do you want the missiles to actually be there and damage if they hit something?

[Sepehr]

i want it like this, when the missle is shot the rockets that are in the circle to come in the middle of the circle with the swirls still taking place without any rockets on the tip of them.

[The Art of War]

Yes but.... xD
Do you want the actual missiles to be out there, doing damage? Or just that it looks that way? Much easier to make the second one I think xD