[abdobiskra]

i mean when u get the value of origin you can set it manually in the msg coord

[DarthMan]

Originally Posted by abdobiskra i mean when u get the value of origin you can set it manually in the msg coord

Yes, but that is not what I want.

public create_light(origin)
{
    new light_ent = -1    
    while( ( ent = find_ent_by_tname( ent, "glass_votemap" ) ) )
    {    
    new find_glass_ent=fm_get_brush_entity_origin(ent, origin)
    fm_entity_set_origin(light_ent, find_glass_en)    
    message_begin(MSG_BROADCAST,SVC_TEMPENTITY);
    write_byte(TE_DLIGHT);
    write_coord(origin[0]);
    write_coord(origin[1]);
    write_coord(origin[2]);
    write_byte(30);//R 
    write_byte(241);//r
    write_byte(241);//g 
    write_byte(241);//b 
    write_byte(60);//t 
    write_byte(0);//decay *0.1s
    message_end();
   }
}

I guess it doesn't work that way. All i need is to create lights for every window.

[pizzahut]

There seems to be a limit of 32 dynamic lights. If there are more, some will turn off shortly after activation.

This variant creates dynamic lights with a 0.1s pause before creating the next one. It's good for debugging purposes.

The glass_votemap entities are models. They don't have an origin, so the average of the mins and maxs is used instead.

#include <amxmodx>
#include <engine>
public plugin_init()
{
    register_plugin("test","1","pizzahut")
    set_task(4.0, "create_light", 0, _, _, "b")
}
public create_light(ent)
{
    new Float:mins[3], Float:maxs[3], origin[3]
    if ((ent = find_ent_by_tname(ent, "glass_votemap")))
    {
        entity_get_vector(ent, EV_VEC_mins, mins)
        entity_get_vector(ent, EV_VEC_maxs, maxs)
        origin[0] = floatround((mins[0] + maxs[0]) / 2.0)
        origin[1] = floatround((mins[1] + maxs[1]) / 2.0)
        origin[2] = floatround((mins[2] + maxs[2]) / 2.0)
        message_begin(MSG_BROADCAST,SVC_TEMPENTITY)
        write_byte(TE_DLIGHT)
        write_coord(origin[0])
        write_coord(origin[1])
        write_coord(origin[2])
        write_byte(10)  // radius
        write_byte(255) // r
        write_byte(255) // g
        write_byte(255) // b
        write_byte(40)  // life time
        write_byte(0)   // decay
        message_end()
        set_task(0.1, "create_light", ent)
    }
}