Try copying and paste this code, hopefully that will fix the error.
Code:
//Mosquito
/*CVARS copy and paste to shconfig.cfg
//Mosquito
mos_level 5 //level
mos_pctperlvl 1.0 //how much life he gets from shooting ppl
mos_toggle 0 //(def 0=no, key must be held down to fly) (1=yes, toggle flying)
mos_flybeforeftime 0 //Fly before freezetime is over, 0=no 1=yes (def=0)
mos_flyspeed 450 //speed of flying
*/
#include <amxmod>
#include <Vexd_Utilities>
#include <superheromod>
#if defined AMX98
#include <xtrafun> //Only for the constants, doesn't use any functions
#endif
//GLOBAL VARIABLES
new gHeroName[]="Mosquito"
new gHasMosquitoPower[SH_MAXSLOTS+1]
new bool: isflying[SH_MAXSLOTS+1]
new bool: roundfreeze
new Float: Velocity[SH_MAXSLOTS+1][3]
new new Float:gMultiplier
//----------------------------------------------------------------------------------------------
public plugin_init()
{
// Plugin Info
register_plugin("SUPERHERO Mosquito", "1.0", "sk8er")
// DO NOT EDIT THIS FILE TO CHANGE CVARS, USE THE SHCONFIG.CFG
register_cvar("mos_level", "5")
register_cvar("mos_pctperlevel", "1.0")
register_cvar("mos_toggle", "0")
register_cvar("mos_flybeforetime", "0")
register_cvar("mos_flyspeed", "450")
//FIRE THIS EVENT TO CREATE THIS HERO
shCreateHero(gHeroName, "Fly/Life Steal", "Flying and Steal life from people you shoot", false, "mos_level")
// REGISTER EVENTS THIS HERO WILL RESPOND TO! (AND SERVER COMMANDS)
// INIT
register_srvcmd("mos_init", "mos_init")
shRegHeroInit(gHeroName, "mos_init")
// LEVELS
register_srvcmd("mos_levels", "mos_levels")
shRegLevels(gHeroName,"mos_levels")
// GET MORE ENERGY!
register_event("Damage", "mos_damage", "b", "2!0")
//Makes superhero tell Mosquito a players max health
register_srvcmd("mos_maxhealth", "mos_maxhealth")
shRegMaxHealth(gHeroName, "mos_maxhealth" )
// KEY DOWN
register_srvcmd("mos_kd", "mos_kd")
shRegKeyDown(gHeroName, "mos_kd")
// KEY UP
register_srvcmd("mos_ku", "mos_ku")
shRegKeyUp(gHeroName, "mos_ku")
//----------------------------------------------------------------------------------------------
public mos_init()
{
// First Argument is an id
new temp[6]
read_argv(1,temp,5)
new id=str_to_num(temp)
// 2nd Argument is 0 or 1 depending on whether the id has Mosquito skills
read_argv(2,temp,5)
new hasPowers = str_to_num(temp)
gPlayerMaxHealth[id] = 200
gHasMosquitoPowers[id] = (hasPowers!=0)
if ( isflying[id] ) {
stop_fly(id)
}
}
//----------------------------------------------------------------------------------------------
public mos_levels()
{
new id[5]
new lev[5]
read_argv(1,id,4)
read_argv(2,lev,4)
gPlayerLevels[str_to_num(id)] = str_to_num(lev)
}
//----------------------------------------------------------------------------------------------
public mos_damage(id)
{
if (!shModActive() || !is_user_connected(id)) return
new damage = read_data(2)
new attacker = get_user_attacker(id)
if ( attacker <= 0 || attacker > SH_MAXSLOTS ) return
if ( gHasMosquitoPowers[attacker] && is_user_alive(attacker) && attacker != id ) {
//Add some HP back!
gMultiplier = get_cvar_float("mos_pctperlev")
new giveHPs = floatround( damage * gMultiplier * gPlayerLevels[attacker] )
if (get_user_health(attacker) < gPlayerMaxHealth[attacker] && giveHPs > 0 ) {
new alphanum = damage * 2
if (alphanum > 200) alphanum = 200
else if (alphanum < 40) alphanum = 40
setScreenFlash(attacker, 255, 10, 10, 10, alphanum ) //Red Screen Flash
shAddHPs(attacker, giveHPs, gPlayerMaxHealth[attacker] )
}
}
}
//----------------------------------------------------------------------------------------------
public mos_maxhealth()
{
new id[6]
new health[9]
read_argv(1,id,5)
read_argv(2,health,8)
gPlayerMaxHealth[str_to_num(id)] = str_to_num(health)
}
//----------------------------------------------------------------------------------------------
public client_connect(id)
{
gHasMosquitoPowers[id] = false
}
//----------------------------------------------------------------------------------------------
//----------------------------------------------------------------------------------------------
public newSpawn(id)
{
if( gHasMosquitoPower[id] && isflying[id] ) {
stop_fly(id)
}
}
//----------------------------------------------------------------------------------------------
// RESPOND TO KEYDOWN
public smos_kd()
{
// First Argument is an id
new temp[6]
read_argv(1, temp, 5)
new id = str_to_num(temp)
if ( !is_user_alive(id) ) return
// If in toggle mode change this to a keyup event
if ( get_cvar_num("mos_toggle") && isflying[id] ) {
stop_fly(id)
return
}
//could be done easier with just a !hasRoundStarted(), unless they want a removal of flight at round end
if ( roundfreeze && !get_cvar_num("mos_flybeforeftime") ) {
client_print(id, print_chat, "[SH](Mosquito) You must wait until the round has started to fly")
playSoundDenySelect(id)
return
}
make_fly(id)
}
//----------------------------------------------------------------------------------------------
// RESPOND TO KEYUP
public mos_ku()
{
// toggle mode - keyup doesn't do anything!
if ( get_cvar_num("mos_toggle") ) return
// First Argument is an id
new temp[6]
read_argv(1, temp, 5)
new id = str_to_num(temp)
stop_fly(id)
}
//----------------------------------------------------------------------------------------------
public round_end()
{
roundfreeze = true
//Should flight be removed when round ends if in no fly roundfreeze cvar?
}
//----------------------------------------------------------------------------------------------
public round_start()
{
roundfreeze = false
}
//----------------------------------------------------------------------------------------------
public make_fly(id)
{
if( !is_user_alive(id) || isflying[id] ) return
client_print(id, print_center, "FLY Like A Mosquito !?")
set_user_gravity(id, 0.001)
new parm[1]
parm[0] = id
set_task(0.1, "user_fly", 5327+id, parm, 1, "b")
isflying[id] = true
}
//----------------------------------------------------------------------------------------------
public stop_fly(id)
{
if ( !isflying[id] ) return
//Don't really need to tell users when they die
if ( is_user_alive(id) ) client_print(id, print_center, "Flying Mode OFF")
//resets users gravity after being set
shSetGravityPower(id)
isflying[id] = false
remove_task(5327+id)
}
//----------------------------------------------------------------------------------------------
public user_fly(parm[])
{
new Float: xAngles[3]
new Float: xOrigin[3]
new xEnt
new id = parm[0]
//No Death Event needed it gets turned off here
if ( !is_user_alive(id) ) {
stop_fly(id)
return PLUGIN_HANDLED
}
new butnprs = Entvars_Get_Int(id, EV_INT_button)
if(butnprs&IN_FORWARD && butnprs&IN_MOVERIGHT && butnprs&IN_JUMP) // FORWARD + MOVERIGHT + JUMP
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = -45.0
xAngles[1] -= 45
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("superman_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_FORWARD && butnprs&IN_MOVERIGHT && butnprs&IN_DUCK) // FORWARD + MOVERIGHT + DUCK
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 45.0
xAngles[1] -= 45
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("superman_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_FORWARD && butnprs&IN_MOVELEFT && butnprs&IN_JUMP) // FORWARD + MOVELEFT + JUMP
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = -45.0
xAngles[1] += 45
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_FORWARD && butnprs&IN_MOVELEFT && butnprs&IN_DUCK) // FORWARD + MOVELEFT + DUCK
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 45.0
xAngles[1] += 45
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_JUMP && butnprs&IN_MOVERIGHT && butnprs&IN_BACK) // BACK + MOVERIGHT + JUMP
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = -45.0
xAngles[1] -= 135
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_BACK && butnprs&IN_MOVERIGHT && butnprs&IN_DUCK) // BACK + MOVERIGHT + DUCK
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 45.0
xAngles[1] -= 135
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_JUMP && butnprs&IN_MOVELEFT && butnprs&IN_BACK) // BACK + MOVELEFT + JUMP
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = -45.0
xAngles[1] += 135
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_BACK && butnprs&IN_MOVELEFT && butnprs&IN_DUCK) // BACK + MOVELEFT + DUCK
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 45.0
xAngles[1] += 135
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_MOVERIGHT && butnprs&IN_FORWARD) // MOVERIGHT + FORWARD
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 0.0
xAngles[1] -= 45
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_MOVERIGHT && butnprs&IN_BACK) // MOVERIGHT + BACK
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 0.0
xAngles[1] -= 135
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_MOVELEFT && butnprs&IN_FORWARD) // MOVELEFT + FORWARD
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 0.0
xAngles[1] += 45
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_MOVELEFT && butnprs&IN_BACK) // MOVELEFT + BACK
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 0.0
xAngles[1] += 135
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_FORWARD && butnprs&IN_JUMP) // FORWARD + JUMP
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = -45.0
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_FORWARD && butnprs&IN_DUCK) // FORWARD + DUCK
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 45.0
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_BACK && butnprs&IN_JUMP) // BACK + JUMP
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = -45.0
xAngles[1] += 180
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_BACK && butnprs&IN_DUCK) // BACK + DUCK
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 45.0
xAngles[1] += 180
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_MOVERIGHT && butnprs&IN_JUMP) // MOVERIGHT + JUMP
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = -45.0
xAngles[1] -= 90
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_MOVERIGHT && butnprs&IN_DUCK) // MOVERIGHT + DUCK
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 45.0
xAngles[1] -= 90
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_MOVELEFT && butnprs&IN_JUMP) // MOVELEFT + JUMP
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = -45.0
xAngles[1] += 90
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_MOVELEFT && butnprs&IN_DUCK) // MOVELEFT + DUCK
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 45.0
xAngles[1] += 90
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_FORWARD) // FORWARD
VelocityByAim(id, get_cvar_num("mos_flyspeed") , Velocity[id])
else if(butnprs&IN_BACK) // BACK
VelocityByAim(id, -get_cvar_num("mos_flyspeed") , Velocity[id])
else if(butnprs&IN_DUCK) // DUCK
{
Velocity[id][0] = 0.0
Velocity[id][1] = 0.0
Velocity[id][2] = -get_cvar_num("mos_flyspeed") * 1.0
}
else if(butnprs&IN_JUMP) // JUMP
{
Velocity[id][0] = 0.0
Velocity[id][1] = 0.0
Velocity[id][2] = get_cvar_num("mos_flyspeed") * 1.0
}
else if(butnprs&IN_MOVERIGHT) // MOVERIGHT
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 0.0
xAngles[1] -= 90
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else if(butnprs&IN_MOVELEFT) // MOVELEFT
{
Entvars_Get_Vector(id, EV_VEC_v_angle, xAngles)
Entvars_Get_Vector(id, EV_VEC_origin, xOrigin)
xEnt = CreateEntity("info_target")
if(xEnt == 0) {
return PLUGIN_HANDLED_MAIN
}
xAngles[0] = 0.0
xAngles[1] += 90
ENT_SetOrigin(xEnt, xOrigin)
Entvars_Set_Vector(xEnt, EV_VEC_v_angle, xAngles)
VelocityByAim(xEnt, get_cvar_num("mos_flyspeed"), Velocity[id])
RemoveEntity(xEnt)
}
else {
Velocity[id][0] = 0.0
Velocity[id][1] = 0.0
Velocity[id][2] = 0.0
}
Entvars_Set_Vector(id, EV_VEC_velocity, Velocity[id])
new Float: pOrigin[3]
new Float: zOrigin[3]
new Float: zResult[3]
Entvars_Get_Vector(id, EV_VEC_origin, pOrigin)
zOrigin[0] = pOrigin[0]
zOrigin[1] = pOrigin[1]
zOrigin[2] = pOrigin[2] - 1000
TraceLn(id,pOrigin, zOrigin, zResult)
//Supposed to be used to check if you moved up to set you to look like your swiming
//I think this could be done differently, like if he is flying and not on the ground
//and moving then set the swim look, etc...
if(Entvars_Get_Int(id, EV_INT_sequence) != 8 && (zResult[2] + 100) < pOrigin[2] && is_user_alive(id) && (Velocity[id][0] > 0.0 && Velocity[id][1] > 0.0 && Velocity[id][2] > 0.0))
Entvars_Set_Int(id, EV_INT_sequence, 8)
return PLUGIN_HANDLED
}
//----------------------------------------------------------------------------------------------
Linear Mode
