[PeteShag]

Hello people, I looked all around wiki, but nothing. Is there any method to detect if a player is aiming? General aiming, not where the player is aiming.

[Infamous]

You want to detect if the player has raised his gun to the aiming position? If so you can detect the aim button being pressed/held.

pawn Код:

KEY_AIM* 128

Edit: Thought I better include this message from the wiki:

pawn Код:

[*] Key not defined in SA:MP includes. You must define this yourself.

[PeteShag]

Quote:

Originally Posted by Infamous You want to detect if the player has raised his gun to the aiming position? If so you can detect the aim button being pressed/held. pawn Код: KEY_AIM* 128

Ah, cheers!

Edit after you're edit:

Key 128 is Handbrake.

Something like this?

pawn Код:

#define KEY_AIM 132
#define HOLDING(%0) \
    ((newkeys & (%0)) == (%0))

pawn Код:

if(pstate == PLAYER_STATE_ONFOOT)
    {
        if (HOLDING(KEY_AIM))
        {
            SetPlayerDrunkLevel(playerid,50000);
        }
    }

[PeteShag]

Код:

/home/SA-MP/Liberty and Vice City RP/United/gamemodes/LcVcRP2.pwn(1318) : warning 213: tag mismatch

pawn Код:

if (HOLDING(KEY_AIM && PlayerInfo[playerid][pGunSkill] == 1))

Edit: Ooops sorry for double post.

[dawidek11]

if (HOLDING(KEY_AIM) && PlayerInfo[playerid][pGunSkill] == 1)

?

[PeteShag]

Ah yes. Thank you.

[[BEP]AcerPilot]

Easier:

pawn Код:

stock IsPlayerAiming(playerid)
{
    new anim = GetPlayerAnimationIndex(playerid);
    switch(anim)
    {
        case 1167, 1365, 1643, 1453, 220:
        {
            return 1;
        }
    }
    return 0;
}

[[UG]Scripter]

pawn Код:

stock IsPlayerAiming(playerid, aimid)
{
    // Luby's function.
    new Float:X1, Float:Y1, Float:Z1, Float:X2, Float:Y2, Float:Z2;
    GetPlayerPos(playerid, X1, Y1, Z1);
    GetPlayerPos(aimid, X2, Y2, Z2);
    new Float:Distance = floatsqroot(floatpower(floatabs(X1-X2), 2) + floatpower(floatabs(Y1-Y2), 2));
    if(Distance < 100)
    {
        new Float:A;
        GetPlayerFacingAngle(playerid, A);
        X1 += (Distance * floatsin(-A, degrees));
        Y1 += (Distance * floatcos(-A, degrees));
        Distance = floatsqroot(floatpower(floatabs(X1-X2), 2) + floatpower(floatabs(Y1-Y2), 2));
        if(Distance < 0.5)
        {
            return true;
        }
    }
    return false;
}