Messages

lol

https://i.imgur.com/cFEWof8.png

This script adds 3D text to the game world.

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/* functions for 3d calc */
rel_pos2d <- function(z_angle, pos_x, pos_y, pos_z, rel_x, rel_y, rel_z){
  local rX = pos_x + rel_x * ::cos(z_angle) - rel_y * ::sin(z_angle);
  local rY = pos_y + rel_x * ::sin(z_angle) + rel_y * ::cos(z_angle);
  local rZ = pos_z + rel_z;
  return ::Vector(rX, rY, rZ);
}
get_angle <- function(x, y, x2, y2){
  return ::atan2(y2 - y, x2 - x);
}
dist_2d <- function (x, y, x2, y2){
  return ::sqrt((x - x2)*(x - x2) + (y - y2)*(y - y2));
}
get_vangle <- function(x1, y1, z1, x2, y2, z2){
  return ::atan2(z2 - z1, ::dist_2d(x2,y2,x1,y1));
}
normalize_angle <- function (a){
  return ::atan2(::sin(a), ::cos(a));
}
/* 3d text function */
text3d <- {
  "i" : 0,
  "items" : {},
  "proc" : function(){
    local ss = ::GUI.GetScreenSize();
    local cam_from = ::GUI.ScreenPosToWorld(::Vector(ss.X * 0.5, ss.Y * 0.5, -1));
    local cam_to = ::GUI.ScreenPosToWorld(::Vector(ss.X * 0.5, ss.Y * 0.5, 1));
    local a = ::get_angle(cam_from.X, cam_from.Y, cam_to.X, cam_to.Y);
    local v = ::get_vangle(cam_from.X, cam_from.Y, cam_from.Z, cam_to.X, cam_to.Y, cam_to.Z);
    local x = ::normalize_angle(v + 1.57079);
    local y =  3.14159;
    local z = ::normalize_angle(a + 1.57079);
    foreach(k in ::text3d.items){
      k.label.Rotation3D.X = x;
      k.label.Rotation3D.Y = y;
      k.label.Rotation3D.Z = z;
      local rel_pos = ::rel_pos2d(z, k.pos.X, k.pos.Y, k.pos.Z, k.label.Size3D.X * 0.5, 1 + (1 * ::sin(v)), 1 + (-1 * ::sin(v)));
      k.label.Position3D.X = rel_pos.X;
      k.label.Position3D.Y = rel_pos.Y;
      k.label.Position3D.Z = rel_pos.Z ;
    }
  },
  "create" : function(text, position, color = ::Colour(255,255,255,255)){
    local label = ::GUILabel(::VectorScreen(0, 0), color, text);
    label.Position = ::VectorScreen(0, 0);
    label.FontSize = 100;
    local len = text.len();
    label.Size = ::VectorScreen(100 * len, 200);
    label.TextAlignment = GUI_ALIGN_CENTER;
    label.Colour = ::Colour(color.R, color.G, color.B, 255);
    label.Alpha = color.A;
    label.AddFlags(GUI_FLAG_3D_ENTITY);
    label.Position3D = ::Vector(0,0,0);
    label.Rotation3D = ::Vector(0,0,0);
    label.Size3D = ::Vector(0.5 * len * 0.5, 0.5, 0);
    local id = ::text3d.i++;
    ::text3d.items.rawset(id, {"pos" : ::Vector(position.X, position.Y, position.Z), "label" : label});
    return id;
  },
  "remove" : function(id){
    if(::text3d.items.rawin(id)){
      ::text3d.items.rawdelete(id);
    }
  }
}
/* example */
::text3d.create("3D Text", ::Vector(-0.597393, -599.043, 14.5663), ::Colour(255,255,0,128));
function Script::ScriptProcess(){
  ::text3d.proc();
}


This topic is old. But could you explain what this is? I see a red-line in game and it is in 3d! how VectorScreen(1,1) size is related to the line. You are using GUICanvas. About GUICanvas, there is no documentation.

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ca.AddFlags(GUI_FLAG_BACKGROUND | GUI_FLAG_3D_ENTITY);This flag is used to render gui object in-game world. this is a reason why element shows in 3d world.

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ca.Position = ::VectorScreen(0, 0); ca.Size = ::VectorScreen(1, 1);This code is for 2d position and size. its not affect result because its just solid color. GUICanvas is just ''blank'' element of gui. it can be helpful as colorized background for gui. there is no any extra features for this element, it has same properties as any genereic gui element (color/size/flags to be clickable for exmaple and so on)
If you will use gui sprite for 3d object then I think 2d size (ca.Size = ) will be important for pixels of image.

thanks habi. its very easy to configure, everything is guided step by step. awesome!

I will try to modify your code for real-time monitoring of the player's screen

Raytrace function is using CPU too much, real-time is possible only for very low-resolution and low recoding frames per second.

This script finds camera zoom, helpful to detect camera hacks (fast zoom for sniper, super zoom (bigger zoom than vanilla) for sniper, zoom usage for rpg and so on). Please note this script is using hardcoded magical number (0.0357106) for normal screen (vanila vcmp, default field of view), if you are using widescreen mod (asi, modded .exe, etc) you will get incorrect values (this is also a way to detect widescreen mods).

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rel_pos2d <- function(z_angle, pos_x, pos_y, pos_z, rel_x, rel_y, rel_z){
  local rX = pos_x + rel_x * ::cos(z_angle) - rel_y * ::sin(z_angle);
  local rY = pos_y + rel_x * ::sin(z_angle) + rel_y * ::cos(z_angle);
  local rZ = pos_z + rel_z;
  return ::Vector(rX, rY, rZ);
}
get_angle <- function(x, y, x2, y2){
  return ::atan2(y2 - y, x2 - x);
}
check_cam_zoom <- function(){
  local screen_size = ::GUI.GetScreenSize();
  local cam_from = ::GUI.ScreenPosToWorld(::Vector(screen_size.X * 0.5, screen_size.Y * 0.5, -1));
  local cam_to = ::GUI.ScreenPosToWorld(::Vector(screen_size.X * 0.5, screen_size.Y * 0.5, 1));
  local a = ::get_angle(cam_from.X, cam_from.Y, cam_to.X, cam_to.Y);
  local r = ::GUI.WorldPosToScreen(::rel_pos2d(a, cam_to.X, cam_to.Y, cam_to.Z, 0, -50, 0));
  local l = ::GUI.WorldPosToScreen(::rel_pos2d(a, cam_to.X, cam_to.Y, cam_to.Z, 0, 50, 0));
  local zoom = (((r.X - l.X) / screen_size.X) / 0.0357106);
  ::Console.Print("camera zoom: "+ zoom);
}


what exactly does this do? Why is there a picture on the man's head.

this takes camera position from admin (guy who typed command), then send this position to target player, on side of target player: script send raytrace from camera position to world, and send back relative distance (0-255, based on <depth>) row by row back to admin to draw picture of raytrace image

https://i.imgur.com/fDo4Gnh.png

This is one of my old ideas that I finally found time to code. This script is just small example how functions for relative position and finding an angle (in 3d) can be used. Remote collision screenshot can be helpful to detect map mods (and with little edit - vehicle collisions mods/cheats)

server.nut

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colscreen_i <- 0;

function onScriptLoad(){
  ::SetBackfaceCullingDisabled(true);
  ::SetMaxPlayers(12);
  ::SetUseClasses(true);
  ::SetServerName("Collision screenshot script");
  ::SetGameModeName("snippet");
  ::SetFriendlyFire(false);
  ::SetShowOnRadar(true);
  ::SetShowOnlyTeamMarkers(false);
  ::SetSpawnPlayerPos(::Vector(191.924, -468.823, 17.547));
  ::SetSpawnCameraPos(::Vector(194.041, -467.79, 17.547));
  ::SetSpawnCameraLook(::Vector(191.924, -468.823, 17.547));
  ::SetSyncFrameLimiter(false);
  ::SetFrameLimiter(false);
  ::SetTaxiBoostJump(true);
  ::SetDriveOnWater(false);
  ::SetFastSwitch(false);
  ::SetJumpSwitch(true);
  ::SetWallglitch(true);
  ::SetDrivebyEnabled(true);
  ::SetPerfectHandling(false);
  ::SetFlyingCars(false);
  ::SetDeathMessages(false);
  ::SetJoinMessages(false);
  ::SetWeather(4);
  ::SetHour(12);
  ::SetMinute(0);
  ::SetTimeRate(0);
  ::SetGravity(0.008);
  ::SetGamespeed(1.0);
  if("SetFallTimer" in ::getroottable()){
    ::SetFallTimer(500);// rel006 feature
  }
  ::SetWaterLevel(6.0);
  ::SetShootInAir(false);
  ::SetShowNametags(true);
  ::SetStuntBike(false);
  ::SetPassword("");
  ::SetVehiclesForcedRespawnHeight(19999);
  ::SetMaxHeight(300);
  ::AddClass(161, ::RGB(0, 200, 180), 0, ::Vector(191.924, -468.823, 17.547), -57.2958, 0, 0, 0, 0, 0, 0);
  ::SetWastedSettings(1500, 1500, 0.1, 0.1, ::RGB(0,0,0), 1000, 500);
  ::SetKillDelay(100);
}
function onLoginAttempt(playerName, password, ipAddress){
  return true;
}
function onPlayerJoin(player){
    player.Name = player.Name + player.ID;
}
function onPlayerRequestClass(player, classID, team, skin){
  return true;
}
function onPlayerRequestSpawn(player){
  return true;
}
function onPlayerCommand(player, cmd, text){

    if(cmd == "colscreen"){
        if(!text){return ::MessagePlayer("Error - command syntax: /colscreen <player ID> <depth>", player);}
        local text_arr = split(text, " ");
        if(text_arr.len() != 2){return ::MessagePlayer("Error - command syntax: /colscreen <player ID> <depth>", player);}
        local depth = text_arr[1].tointeger();
        if((depth < 10)||(depth > 1000)){
            return ::MessagePlayer("use depth from 10 to 1000", player);
        }
        if(text_arr[0]){
            local target = ::FindPlayer(text_arr[0].tointeger());
            if(target){
                ::colscreen_i++;
                local s = ::Stream();
                s.StartWrite();
                s.WriteByte(102);
                s.WriteByte(1);
                s.WriteInt(::colscreen_i); // uniq id of screenshot
                s.WriteByte(target.ID);
                s.WriteInt(depth);
                s.SendStream(player); // recipient
                ::MessagePlayer("Starting process of collision screenshot", player);
            } else {
                return ::MessagePlayer("Error - target player not found", player);
            }
        }
    } else if((cmd == "colscreenstop")||(cmd == "stopcolscreen")){
        if(!text){return ::MessagePlayer("Error - command syntax: /colscreenstop <player ID>", player);}
        local target = ::FindPlayer(text.tointeger());
        if(target){
            ::colscreen_i++;
            local s = ::Stream();
            s.StartWrite();
            s.WriteByte(102);
            s.WriteByte(5);
            s.SendStream(target);
            local s = ::Stream();
            s.StartWrite();
            s.WriteByte(102);
            s.WriteByte(6);
            s.SendStream(player);
            ::MessagePlayer("Process of collision screenshot is aborted", player);
        } else {
            return ::MessagePlayer("Error - target player not found", player);
        }
    }
}
function onClientScriptData(player){
    local netcode = ::Stream.ReadByte();
    if(netcode == 102){
        local colscreen_netcode = ::Stream.ReadByte();
        if(colscreen_netcode == 2){
            local colscreen_i = ::Stream.ReadInt();
            local target_id = ::Stream.ReadByte();
            local depth = ::Stream.ReadInt();
            local target = ::FindPlayer(target_id);
            if(target){
                local x1 = ::Stream.ReadFloat();
                local y1 = ::Stream.ReadFloat();
                local z1 = ::Stream.ReadFloat();
                local x2 = ::Stream.ReadFloat();
                local y2 = ::Stream.ReadFloat();
                local z2 = ::Stream.ReadFloat();
                local s = ::Stream();
                s.StartWrite();
                s.WriteByte(102);
                s.WriteByte(3);
                s.WriteInt(colscreen_i);
                s.WriteByte(player.ID); // recipient
                s.WriteInt(depth);
                s.WriteFloat(x1);
                s.WriteFloat(y1);
                s.WriteFloat(z1);
                s.WriteFloat(x2);
                s.WriteFloat(y2);
                s.WriteFloat(z2);
                s.SendStream(target);
            } else {
                return ::MessagePlayer("Error - target player not online anymore", player);
            }
        } else if(colscreen_netcode == 4){
            local colscreen_i = ::Stream.ReadInt();
            local recipient_id = ::Stream.ReadByte();
            local y = ::Stream.ReadInt();
            local l = ::Stream.ReadInt();
            local row = [];
            for(local i = 0; i < l; i++){
                row.push(::Stream.ReadByte());
            }
            local recipient = ::FindPlayer(recipient_id);
            if(recipient){
                local s = ::Stream();
                s.StartWrite();
                s.WriteByte(102);
                s.WriteByte(4);
                s.WriteInt(colscreen_i);
                s.WriteInt(y);
                s.WriteInt(l);
                for(local i = 0; i < l; i++){
                    s.WriteByte(row[i]);
                }
                s.SendStream(recipient);
            }
        }
    }
}

client (main.nut)

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colscreen <- {
    "last_update" : {},
    "screenshot" : {},
    "last_call" : ::Script.GetTicks(),
    "recording" : false,
    "colscreen_i" : 0,
    "colscreen_i_recipient" : 0,
    "row_result" : [],
    "recipient_id" : 0,
    "depth" : 0,
    "x" : 0,
    "y" : 0,
    "x1" : 0,
    "y1" : 0,
    "z1" : 0,
    "x2" : 0,
    "y2" : 0,
    "z2" : 0,
    "angle" : 0,
    "vangle" : 0,
    "fov_per_pixel" : ::Vector(0.005, 0.007, 0), // its optimal for default screenshot_size
    "screenshot_size" : ::VectorScreen(252, 142), // resolution of screen, don't use big values to avoid waste of time
    "screenshot_sizeh" : false,
    "rays_per_frame" : 1000, // you can limit it for low-end PC; wont be used more than screenshot_size.X
    "start" : function(colscreen_i, recipient_id, depth, x1, y1, z1, x2, y2, z2){
        ::colscreen.colscreen_i = colscreen_i;
        ::colscreen.recipient_id = recipient_id;
        ::colscreen.depth = depth;
        ::colscreen.x1 = x1;
        ::colscreen.y1 = y1;
        ::colscreen.z1 = z1;
        ::colscreen.x2 = x2;
        ::colscreen.y2 = y2;
        ::colscreen.z2 = z2;

        ::colscreen.vangle = ::colscreen.get_vangle(x1, y1, z1, x2, y2, z2);
        ::colscreen.angle = ::colscreen.get_angle(x1, y1, x2, y2);
        ::colscreen.screenshot_sizeh = ::VectorScreen(::colscreen.screenshot_size.X * 0.5, ::colscreen.screenshot_size.Y * 0.5);
        ::colscreen.x = -::colscreen.screenshot_sizeh.X;
        ::colscreen.y = -::colscreen.screenshot_sizeh.Y;
        ::colscreen.row_result = [];
        ::colscreen.recording = true;
    },
    "normalize_angle" : function (a){
    return ::atan2(::sin(a), ::cos(a));
  },
    "get_vangle" : function(x1, y1, z1, x2, y2, z2){
        return ::atan2(z2 - z1, ::colscreen.dist_2d(x2,y2,x1,y1));
    },
    "get_angle" : function(x, y, x2, y2){
        return ::atan2(y2 - y, x2 - x);
    },
    "rel_pos3d" : function(dist, pos_x, pos_y, pos_z, y_angle, z_angle){
        local rX = dist * ::cos(y_angle) * ::cos(z_angle);
        local rY = dist * ::cos(y_angle) * ::sin(z_angle);
        local rZ = dist * ::sin(y_angle);
        return ::Vector(pos_x + rX, pos_y + rY, pos_z + rZ);
    },
    "dist_3d" : function (x, y, z, x2, y2, z2){
    return ::sqrt((x - x2)*(x - x2) + (y - y2)*(y - y2) + (z - z2)*(z - z2));
  },
    "dist_2d" : function (x, y, x2, y2){
    return ::sqrt((x - x2)*(x - x2) + (y - y2)*(y - y2));
  },
    "proc" : function(){
        if(true == ::colscreen.recording){
            if(::colscreen.rays_per_frame < 1){
                return false;
            }
            for(local i = 0; i < ::colscreen.rays_per_frame; i++){
                local rel_pos3d = ::colscreen.rel_pos3d(depth, x1, y1, z1, ::colscreen.normalize_angle(::colscreen.vangle + (-1 * (::colscreen.y * ::colscreen.fov_per_pixel.Y))), ::colscreen.normalize_angle(::colscreen.angle + ( (::colscreen.x * ::colscreen.fov_per_pixel.X))));
                local rt = ::RayTrace(::Vector(x1, y1, z1), rel_pos3d, RAY_BUILDING | RAY_OBJECT);
                local depth_color = 255;
                if(rt.Collided){
                    local dist = ::colscreen.dist_3d(x1, y1, z1, rt.Position.X, rt.Position.Y, rt.Position.Z);
                    depth_color = ((255 / depth.tofloat()) * dist).tointeger();
                    if(depth_color > 255){
                        depth_color = 255;
                    }
                }
                ::colscreen.row_result.push(depth_color);

                ::colscreen.x++;
                if(::colscreen.x >= ::colscreen.screenshot_sizeh.X){
                    local s = Stream();
                    s.WriteByte(102);
                    s.WriteByte(4);
                    s.WriteInt(::colscreen.colscreen_i);
                    s.WriteByte(::colscreen.recipient_id);
                    s.WriteInt(::colscreen.y);
                    local l = ::colscreen.row_result.len();
                    s.WriteInt(l);
                    for(local i = 0; i < l; i++){
                        s.WriteByte(::colscreen.row_result[i]);
                    }
                    ::Server.SendData(s);
                    ::colscreen.row_result = [];
                    ::colscreen.x = -::colscreen.screenshot_sizeh.X;
                    ::colscreen.y++;
                    if(::colscreen.y >= ::colscreen.screenshot_sizeh.Y){
                        ::colscreen.recording = false;
                    }
                    return true;
                }
            }
        }
  },
  "on_server_data" : function(stream){
        local colscreen_netcode = stream.ReadByte();
        if(colscreen_netcode == 1){
            ::colscreen.colscreen_i_recipient = stream.ReadInt();
            local target_id = stream.ReadByte();
            local depth = stream.ReadInt();
            local screen_size = ::GUI.GetScreenSize();
            local camera_pos_from = ::GUI.ScreenPosToWorld(::Vector(screen_size.X * 0.5, screen_size.Y * 0.5, -1));
            local camera_pos_to = ::GUI.ScreenPosToWorld(::Vector(screen_size.X * 0.5, screen_size.Y * 0.5, 1));
            local s = Stream();
            s.WriteByte(102);
            s.WriteByte(2);
            s.WriteInt(::colscreen.colscreen_i_recipient);
            s.WriteByte(target_id);
            s.WriteInt(depth);
            s.WriteFloat(camera_pos_from.X);
            s.WriteFloat(camera_pos_from.Y);
            s.WriteFloat(camera_pos_from.Z);
            s.WriteFloat(camera_pos_to.X);
            s.WriteFloat(camera_pos_to.Y);
            s.WriteFloat(camera_pos_to.Z);
            ::Server.SendData(s);
        } else if(colscreen_netcode == 3){
            local colscreen_i = stream.ReadInt();
            local recipient_id = stream.ReadByte();
            local depth = stream.ReadInt();
            local x1 = stream.ReadFloat();
            local y1 = stream.ReadFloat();
            local z1 = stream.ReadFloat();
            local x2 = stream.ReadFloat();
            local y2 = stream.ReadFloat();
            local z2 = stream.ReadFloat();
            ::colscreen.start(colscreen_i, recipient_id, depth, x1, y1, z1, x2, y2, z2);
        } else if(colscreen_netcode == 4){
            local colscreen_i = stream.ReadInt();
            if(colscreen_i == ::colscreen.colscreen_i_recipient){
                local y = stream.ReadInt();
                local l = stream.ReadInt();
                local screen_size = ::GUI.GetScreenSize();
                local screenshot_pos = ::VectorScreen((screen_size.X * 0.5), (screen_size.Y * 0.5));
                for(local i = 0; i < l; i++){
                    local x = (::colscreen.screenshot_size.X * 0.5).tointeger() - i;
                    local pixel = stream.ReadByte();
                    local c = ::GUICanvas();
                    c.Size = ::VectorScreen(1, 1);
                    c.Position = ::VectorScreen(screenshot_pos.X + x, screenshot_pos.Y + y);
                    c.Colour = ::Colour(pixel, pixel, pixel, 255);
                    ::colscreen.screenshot.rawset(x +"."+ y, c);
                }
            }
        } else if(colscreen_netcode == 5){
            ::colscreen.recording = false;
            ::colscreen.row_result = [];
        } else if(colscreen_netcode == 6){
            ::colscreen.screenshot = {};
        }
    }
}

function Server::ServerData(stream){
  local netcode = stream.ReadByte();
  if(netcode == 102){
  ::colscreen.on_server_data(stream);
  }
}
function Script::ScriptProcess(){
  ::colscreen.proc();
}


https://i.imgur.com/eZD9ell.png

I have scripted server & client as an example how gui 3d line can be used as laser of sniper rifle. Some bugs may happen, I did not tested much.

server.nut

Code Select Expand

laser_players <- {};

function onScriptLoad(){
  ::SetBackfaceCullingDisabled(true);
  ::SetMaxPlayers(12);
  ::SetUseClasses(true);
  ::SetServerName("Laser sniper script");
  ::SetGameModeName("snippet");
  ::SetFriendlyFire(false);
  ::SetShowOnRadar(true);
  ::SetShowOnlyTeamMarkers(false);
  ::SetSpawnPlayerPos(::Vector(191.924, -468.823, 17.547));
  ::SetSpawnCameraPos(::Vector(194.041, -467.79, 17.547));
  ::SetSpawnCameraLook(::Vector(191.924, -468.823, 17.547));
  ::SetSyncFrameLimiter(false);
  ::SetFrameLimiter(false);
  ::SetTaxiBoostJump(true);
  ::SetDriveOnWater(false);
  ::SetFastSwitch(false);
  ::SetJumpSwitch(true);
  ::SetWallglitch(true);
  ::SetDrivebyEnabled(true);
  ::SetPerfectHandling(false);
  ::SetFlyingCars(false);
  ::SetDeathMessages(false);
  ::SetJoinMessages(false);
  ::SetWeather(4);
  ::SetHour(0);
  ::SetMinute(0);
  ::SetTimeRate(0);
  ::SetGravity(0.008);
  ::SetGamespeed(1.0);
  if("SetFallTimer" in ::getroottable()){
    ::SetFallTimer(500);// rel006 feature
  }
  ::SetWaterLevel(6.0);
  ::SetShootInAir(false);
  ::SetShowNametags(true);
  ::SetStuntBike(false);
  ::SetPassword("");
  ::SetVehiclesForcedRespawnHeight(19999);
  ::SetMaxHeight(300);
  ::AddClass(161, ::RGB(0, 200, 180), 0, ::Vector(191.924, -468.823, 17.547), -57.2958, 0, 0, 0, 0, 0, 0);
  ::SetWastedSettings(1500, 1500, 0.1, 0.1, ::RGB(0,0,0), 1000, 500);
  ::SetKillDelay(100);
}
function onLoginAttempt(playerName, password, ipAddress){
  return true;
}
function onPlayerJoin(player){
  player.Name = player.Name + player.ID;
}
function onPlayerRequestClass(player, classID, team, skin){
  return true;
}
function onPlayerRequestSpawn(player){
  return true;
}
function onPlayerSpawn(player){
  player.SetWeapon(29, 1000);
}
function onPlayerWeaponChange(player, old, new){
    if(new == 29){
        ::laser_players.rawset(player.ID, true);
        local s = ::Stream();
        s.StartWrite();
        s.WriteByte(101);
        s.WriteByte(1);
        s.SendStream(player); // send to aimer
    } else if(::laser_players.rawin(player.ID)){
        ::laser_players.rawdelete(player.ID);
        local s = ::Stream();
        s.StartWrite();
        s.WriteByte(101);
        s.WriteByte(2);
        s.SendStream(player); // send to aimer
    }
}
function onPlayerActionChange(player, old, new){
    if(12 == old){
        if(!((KEY_ONFOOT_AIM & player.GameKeys) != 0)){
            local s = ::Stream();
            s.StartWrite();
            s.WriteByte(101);
            s.WriteByte(4);
            s.WriteByte(player.ID);
            s.SendStream(null); // send to all players
        }
    }
}

function onClientScriptData(player){
    local netcode = ::Stream.ReadByte();
    if(netcode == 101){ // input of aim position, check if player is really aiming then send to all players
        if(
            (player.Weapon == 29)
            &&
            (!player.Away)
            &&
            (player.IsSpawned)
            &&
            (player.Health > 1)
            &&
            (player.State == 2) // shooting ("aim") sync
            &&
            (
                (player.Action == 1) // reload laser sniper rifle
                ||
                (player.Action == 12) // aiming
            )
            &&
            ((KEY_ONFOOT_AIM & player.GameKeys) != 0) // player is holding aim hey
        ){
            local id = player.ID;
            local x1 = ::Stream.ReadFloat();
            local y1 = ::Stream.ReadFloat();
            local z1 = ::Stream.ReadFloat();
            local x2 = ::Stream.ReadFloat();
            local y2 = ::Stream.ReadFloat();
            local z2 = ::Stream.ReadFloat();
            local s = ::Stream();
            s.StartWrite();
            s.WriteByte(101);
            s.WriteByte(3);
            s.WriteByte(player.ID);
            s.WriteFloat(x1);
            s.WriteFloat(y1);
            s.WriteFloat(z1);
            s.WriteFloat(x2);
            s.WriteFloat(y2);
            s.WriteFloat(z2);
            s.SendStream(null); // send to all players
        } else {
            local s = ::Stream();
            s.StartWrite();
            s.WriteByte(101);
            s.WriteByte(4);
            s.WriteByte(player.ID);
            s.SendStream(null); // send to all players
        }
    }
}

client (main.nut)

Code Select Expand

line3d <- {
  "list" : {},
  "del" : function(id){
    if(::line3d.list.rawin(id)){
      return ::line3d.list.rawdelete(id);
    }
  },
  "set" : function(id, color, from, to){
    if(::line3d.list.rawin(id)){
      return ::line3d.update(id, from, to);
    }
    local item = {
      "id" : id,
      "pos" : {
        "from" : ::Vector(0, 0, 0),
        "to" : ::Vector(0, 0, 0)
      },
      "dist" : 0
      "raw" : []
    }
    for(local j = 0; j < 4; j++){
      local ca = ::GUICanvas();
      ca.Colour = color;
      ca.Position = ::VectorScreen(0, 0);
      ca.Size = ::VectorScreen(1, 1);
      ca.AddFlags(GUI_FLAG_BACKGROUND | GUI_FLAG_3D_ENTITY);
      ca.Position3D = ::Vector(0.0,0.0,0.0);
      ca.Rotation3D = ::Vector(0.0,0.0,0.0);
      if(j < 2){
        ca.Size3D = ::Vector(0.01, 0.01, 0.0);
      } else {
        ca.Size3D = ::Vector(0.01, 0.01, 0.0);
      }
      item.raw.push(ca);
    }
    ::line3d.list.rawset(id, item);
    return ::line3d.update(id, from, to);
  },
  "update" : function(id, from, to){
    if(::line3d.list.rawin(id)){
      local item = ::line3d.list.rawget(id);
      item.pos.from = ::Vector(from.X, from.Y, from.Z);
      item.pos.to = ::Vector(to.X, to.Y, to.Z);
      item.dist = ::line3d.dist_3d(from.X, from.Y, from.Z, to.X, to.Y, to.Z);

      local lp2 = item.pos.from;
      local lp = item.pos.to;
      local fp = ::Vector(lp2);
      local fp0 = ::Vector(lp);

      for(local j = 0; j < 4; j++){
        if(0 == j){
          local rot = ::line3d.rotate1(lp.X, lp.Y, lp.Z, lp2.X, lp2.Y, lp2.Z);
          rot.X += -1.570796;
          item.raw[j].Rotation3D = ::Vector(rot);
          local pitch = rot.X;
          local yaw = rot.Z;
          local rel_y = 1;
          local reloffset = sin(pitch) + 1;
          local X = fp.X + -0.005 * cos(yaw) - ((rel_y * -2) + rel_y + reloffset) * sin(yaw);
          local Y = fp.Y + -0.005 * sin(yaw) + ((rel_y * -2) + rel_y + reloffset) * cos(yaw);
          local Z = fp.Z + 1 + cos(pitch) * -1;
          item.raw[j].Size3D.Y = item.dist;
          item.raw[j].Position3D = ::Vector(X, Y, Z);
        } else if(1 == j){
          local rot = ::line3d.rotate1(lp.X, lp.Y, lp.Z, lp2.X, lp2.Y, lp2.Z);
          rot.X += 1.570796;
          item.raw[j].Rotation3D = ::Vector(rot);
          local pitch = rot.X;
          local yaw = rot.Z;
          local rel_y = 1;
          local reloffset = sin(pitch) + 1;
          local X = fp0.X + -0.005 * cos(yaw) - ((rel_y * -2) + rel_y + reloffset) * sin(yaw);
          local Y = fp0.Y + -0.005 * sin(yaw) + ((rel_y * -2) + rel_y + reloffset) * cos(yaw);
          local Z = fp0.Z + 1 + cos(pitch) * -1;
          item.raw[j].Size3D.Y = item.dist;
          item.raw[j].Position3D = ::Vector(X, Y, Z);
        } else if(2 == j){
          local rot = ::line3d.rotate2(lp.X, lp.Y, lp.Z, lp2.X, lp2.Y, lp2.Z);
          rot.X += -1.570796;
          item.raw[j].Rotation3D = ::Vector(rot);
          local pitch = rot.X;
          local yaw = rot.Z;
          local rel_y = 1;
          local reloffset = sin(pitch) + 1;
          local X = fp.X + -0.005 * cos(yaw) - ((rel_y * -2) + rel_y + reloffset) * sin(yaw);
          local Y = fp.Y + -0.005 * sin(yaw) + ((rel_y * -2) + rel_y + reloffset) * cos(yaw);
          local Z = fp.Z + 1 + cos(pitch) * -1;
          item.raw[j].Size3D.X = item.dist;
          item.raw[j].Position3D = ::Vector(X, Y, Z);
        } else if(3 == j){
          local rot = ::line3d.rotate2(lp.X, lp.Y, lp.Z, lp2.X, lp2.Y, lp2.Z);
          rot.X += 1.570796;
          item.raw[j].Rotation3D = ::Vector(rot);
          local pitch = rot.X;
          local yaw = rot.Z;
          local rel_y = 1;
          local reloffset = sin(pitch) + 1;
          local X = fp.X + -0.005 * cos(yaw) - ((rel_y * -2) + rel_y + reloffset) * sin(yaw);
          local Y = fp.Y + -0.005 * sin(yaw) + ((rel_y * -2) + rel_y + reloffset) * cos(yaw);
          local Z = fp.Z + 1 + cos(pitch) * -1;
          item.raw[j].Size3D.X = item.dist;
          item.raw[j].Position3D = ::Vector(X, Y, Z);
        }
      }
    }
  },
  "dist_2d" : function (x, y, x2, y2){
    return ::sqrt((x - x2)*(x - x2) + (y - y2)*(y - y2));
  },
  "dist_3d" : function (x, y, z, x2, y2, z2){
    return ::sqrt((x - x2)*(x - x2) + (y - y2)*(y - y2) + (z - z2)*(z - z2));
  },
  "rotate1" : function(x1, y1, z1, x2, y2, z2){
    local rotx = ::atan2(z2 - z1, ::line3d.dist_2d(x1, y1, x2, y2));
    rotx = rotx - 1.570796;
    local rotz = -1 * ::atan2( x2 - x1, y2 - y1 );
    if(rotz < -3.141592){
      rotz = rotz + 6.283184;
    }
    return ::Vector(rotx, 0,rotz);
  },
  "rotate2" : function(x1, y1, z1, x2, y2, z2){
    local rotx = ::atan2(z2 - z1, ::line3d.dist_2d(x1, y1, x2, y2));
    local rotz = -1 * ::atan2( x2 - x1, y2 - y1 );
    rotz = rotz + -1.570796;
    if(rotz < -3.141592){
      rotz = rotz + 6.283184;
    }
    local roty = ::atan2(z2 - z1, ::line3d.dist_2d(x1, y1, x2, y2));
    rotx = rotx - roty;
    return ::Vector(rotx, roty,rotz);
  }
}

laser_sniper <- {
    "last_update" : {},
    "last_call" : ::Script.GetTicks(),
    "laser_on_hands" : 0,
  "proc" : function(){
        local ticks = ::Script.GetTicks();
        if((ticks - ::laser_sniper.last_call) > 100){ // less = smoother but more bandwidth usage
            ::laser_sniper.last_call = ticks;
            if(laser_sniper.laser_on_hands == 1){
                local player = ::World.FindLocalPlayer();
                if(player&&(player.Position.Y != 0)&&(player.Position.X != 0)){
                    local screen_size = ::GUI.GetScreenSize();
                    local camera_pos_from = ::GUI.ScreenPosToWorld(::Vector(screen_size.X * 0.5, screen_size.Y * 0.5, -1));
                    local dist = ::line3d.dist_3d(camera_pos_from.X, camera_pos_from.Y, camera_pos_from.Z, player.Position.X, player.Position.Y, player.Position.Z + 0.2);
                    if(dist < 0.7){ // camera near head - so player is most likely aiming (server will check it to be sure)
                        local camera_pos_to = ::GUI.ScreenPosToWorld(::Vector(screen_size.X * 0.5, screen_size.Y * 0.5, 1));
                        local s = Stream();
                        s.WriteByte(101);
                        s.WriteFloat(camera_pos_from.X);
                        s.WriteFloat(camera_pos_from.Y);
                        s.WriteFloat(camera_pos_from.Z);
                        s.WriteFloat(camera_pos_to.X);
                        s.WriteFloat(camera_pos_to.Y);
                        s.WriteFloat(camera_pos_to.Z);
                        ::Server.SendData(s);
                    }
                }
            }

            foreach(key, value in ::laser_sniper.last_update){
                if((ticks - value) > 650){ // remove outdated lasers
                    ::line3d.del("player_laser"+ key);
                    ::laser_sniper.last_update.rawdelete(key);
                }
            }
        }
  },
  "on_server_data" : function(stream){
        local laser_netcode = stream.ReadByte();
        if(laser_netcode == 1){
            laser_sniper.laser_on_hands = 1;
        } else if(laser_netcode == 2){
            laser_sniper.laser_on_hands = 0;
        } else if(laser_netcode == 3){
            local id = stream.ReadByte();
            ::laser_sniper.last_update.rawset(id, ::Script.GetTicks());
            local x1 = stream.ReadFloat();
            local y1 = stream.ReadFloat();
            local z1 = stream.ReadFloat();
            local x2 = stream.ReadFloat();
            local y2 = stream.ReadFloat();
            local z2 = stream.ReadFloat();
            local dist = ::line3d.dist_3d(x1, y1, z1, x2, y2, z2);
            local vx1 = x1 + ((x2 - x1) / dist); // add one unit (meter) gap front player, visual only
            local vy1 = y1 + ((y2 - y1) / dist);
            local vz1 = z1 + ((z2 - z1) / dist);

            local local_player = ::World.FindLocalPlayer();
            local player = ::World.FindPlayer(id);
            if(local_player&&player&&(local_player.ID != player.ID)&&(player.Position.Y != 0)&&(player.Position.X != 0)){
                local rt = ::RayTrace(::Vector(x1, y1, z1), ::Vector(x2, y2, z2), RAY_BUILDING |  RAY_VEHICLE | RAY_OBJECT);
                local rt_ped = ::RayTrace(::Vector(vx1, vy1, vz1), ::Vector(x2, y2, z2), RAY_PED);
                if(rt.Collided){
                    local rt_hit = ::Vector(rt.Position.X, rt.Position.Y, rt.Position.Z);
                    local dist_cam_to_hit = ::line3d.dist_3d(x1, y1, z1, rt_hit.X, rt_hit.Y, rt_hit.Z);
                    local dist_cam_to_vcam = ::line3d.dist_3d(x1, y1, z1, vx1, vy1, vz1);
                    if(dist_cam_to_vcam > dist_cam_to_hit){
                        ::line3d.del("player_laser"+ id);
                    } else {
                        if(rt_ped.Collided){
                            local rt_ped_hit = ::Vector(rt_ped.Position.X, rt_ped.Position.Y, rt_ped.Position.Z);
                        ::line3d.set("player_laser"+ id, ::Colour(255,0,0,200), ::Vector(vx1, vy1, vz1), ::Vector(rt_ped_hit.X, rt_ped_hit.Y, rt_ped_hit.Z));
                        } else {
                            ::line3d.set("player_laser"+ id, ::Colour(255,0,0,200), ::Vector(vx1, vy1, vz1), ::Vector(rt_hit.X, rt_hit.Y, rt_hit.Z));
                        }
                    }
                } else {
                    if(rt_ped.Collided){
                        local rt_ped_hit = ::Vector(rt_ped.Position.X, rt_ped.Position.Y, rt_ped.Position.Z);
                        ::line3d.set("player_laser"+ id, ::Colour(255,0,0,200), ::Vector(vx1, vy1, vz1), ::Vector(rt_ped_hit.X, rt_ped_hit.Y, rt_ped_hit.Z));
                    } else {
                        ::line3d.set("player_laser"+ id, ::Colour(255,0,0,200), ::Vector(vx1, vy1, vz1), ::Vector(x2, y2, z2));
                    }
                }
            }
        } else if(laser_netcode == 4){
            local id = stream.ReadByte();
            ::line3d.del("player_laser"+ id);
            if(::laser_sniper.last_update.rawin(id)){
                ::laser_sniper.last_update.rawdelete(id);
            }
        }
  }
}

function Server::ServerData(stream){
  local netcode = stream.ReadByte();
  if(netcode == 101){
        ::laser_sniper.on_server_data(stream);
  }
}
function Script::ScriptProcess(){
  ::laser_sniper.proc();
}



https://i.imgur.com/HaZ6xaf.png

This script can be helpful in development to draw npc paths, visualize raytrace or just for laser rifle feature.

Code Select Expand

line3d <- {
  "list" : {},
  "del" : function(id){
    if(::line3d.list.rawin(id)){
      return ::line3d.list.rawdelete(id);
    }
  },
  "set" : function(id, color, from, to){
    if(::line3d.list.rawin(id)){
      return ::line3d.update(id, from, to);
    }
    local item = {
      "id" : id,
      "pos" : {
        "from" : ::Vector(0, 0, 0),
        "to" : ::Vector(0, 0, 0)
      },
      "dist" : 0
      "raw" : []
    }
    for(local j = 0; j < 4; j++){
      local ca = ::GUICanvas();
      ca.Colour = color;
      ca.Position = ::VectorScreen(0, 0);
      ca.Size = ::VectorScreen(1, 1);
      ca.AddFlags(GUI_FLAG_BACKGROUND | GUI_FLAG_3D_ENTITY);
      ca.Position3D = ::Vector(0.0,0.0,0.0);
      ca.Rotation3D = ::Vector(0.0,0.0,0.0);
      if(j < 2){
        ca.Size3D = ::Vector(0.01, 0.01, 0.0);
      } else {
        ca.Size3D = ::Vector(0.01, 0.01, 0.0);
      }
      item.raw.push(ca);
    }
    ::line3d.list.rawset(id, item);
    return ::line3d.update(id, from, to);
  },
  "update" : function(id, from, to){
    if(::line3d.list.rawin(id)){
      local item = ::line3d.list.rawget(id);
      item.pos.from = ::Vector(from.X, from.Y, from.Z);
      item.pos.to = ::Vector(to.X, to.Y, to.Z);
      item.dist = ::line3d.dist_3d(from.X, from.Y, from.Z, to.X, to.Y, to.Z);

      local lp2 = item.pos.from;
      local lp = item.pos.to;
      local fp = ::Vector(lp2);
      local fp0 = ::Vector(lp);

      for(local j = 0; j < 4; j++){
        if(0 == j){
          local rot = ::line3d.rotate1(lp.X, lp.Y, lp.Z, lp2.X, lp2.Y, lp2.Z);
          rot.X += -1.570796;
          item.raw[j].Rotation3D = ::Vector(rot);
          local pitch = rot.X;
          local yaw = rot.Z;
          local rel_y = 1;
          local reloffset = sin(pitch) + 1;
          local X = fp.X + -0.005 * cos(yaw) - ((rel_y * -2) + rel_y + reloffset) * sin(yaw);
          local Y = fp.Y + -0.005 * sin(yaw) + ((rel_y * -2) + rel_y + reloffset) * cos(yaw);
          local Z = fp.Z + 1 + cos(pitch) * -1;
          item.raw[j].Size3D.Y = item.dist;
          item.raw[j].Position3D = ::Vector(X, Y, Z);
        } else if(1 == j){
          local rot = ::line3d.rotate1(lp.X, lp.Y, lp.Z, lp2.X, lp2.Y, lp2.Z);
          rot.X += 1.570796;
          item.raw[j].Rotation3D = ::Vector(rot);
          local pitch = rot.X;
          local yaw = rot.Z;
          local rel_y = 1;
          local reloffset = sin(pitch) + 1;
          local X = fp0.X + -0.005 * cos(yaw) - ((rel_y * -2) + rel_y + reloffset) * sin(yaw);
          local Y = fp0.Y + -0.005 * sin(yaw) + ((rel_y * -2) + rel_y + reloffset) * cos(yaw);
          local Z = fp0.Z + 1 + cos(pitch) * -1;
          item.raw[j].Size3D.Y = item.dist;
          item.raw[j].Position3D = ::Vector(X, Y, Z);
        } else if(2 == j){
          local rot = ::line3d.rotate2(lp.X, lp.Y, lp.Z, lp2.X, lp2.Y, lp2.Z);
          rot.X += -1.570796;
          item.raw[j].Rotation3D = ::Vector(rot);
          local pitch = rot.X;
          local yaw = rot.Z;
          local rel_y = 1;
          local reloffset = sin(pitch) + 1;
          local X = fp.X + -0.005 * cos(yaw) - ((rel_y * -2) + rel_y + reloffset) * sin(yaw);
          local Y = fp.Y + -0.005 * sin(yaw) + ((rel_y * -2) + rel_y + reloffset) * cos(yaw);
          local Z = fp.Z + 1 + cos(pitch) * -1;
          item.raw[j].Size3D.X = item.dist;
          item.raw[j].Position3D = ::Vector(X, Y, Z);
        } else if(3 == j){
          local rot = ::line3d.rotate2(lp.X, lp.Y, lp.Z, lp2.X, lp2.Y, lp2.Z);
          rot.X += 1.570796;
          item.raw[j].Rotation3D = ::Vector(rot);
          local pitch = rot.X;
          local yaw = rot.Z;
          local rel_y = 1;
          local reloffset = sin(pitch) + 1;
          local X = fp.X + -0.005 * cos(yaw) - ((rel_y * -2) + rel_y + reloffset) * sin(yaw);
          local Y = fp.Y + -0.005 * sin(yaw) + ((rel_y * -2) + rel_y + reloffset) * cos(yaw);
          local Z = fp.Z + 1 + cos(pitch) * -1;
          item.raw[j].Size3D.X = item.dist;
          item.raw[j].Position3D = ::Vector(X, Y, Z);
        }
      }
    }
  },
  "dist_2d" : function (x, y, x2, y2){
    return ::sqrt((x - x2)*(x - x2) + (y - y2)*(y - y2));
  },
  "dist_3d" : function (x, y, z, x2, y2, z2){
    return ::sqrt((x - x2)*(x - x2) + (y - y2)*(y - y2) + (z - z2)*(z - z2));
  },
  "rotate1" : function(x1, y1, z1, x2, y2, z2){
    local rotx = ::atan2(z2 - z1, ::line3d.dist_2d(x1, y1, x2, y2));
    rotx = rotx - 1.570796;
    local rotz = -1 * ::atan2( x2 - x1, y2 - y1 );
    if(rotz < -3.141592){
      rotz = rotz + 6.283184;
    }
    return ::Vector(rotx, 0,rotz);
  },
  "rotate2" : function(x1, y1, z1, x2, y2, z2){
    local rotx = ::atan2(z2 - z1, ::line3d.dist_2d(x1, y1, x2, y2));
    local rotz = -1 * ::atan2( x2 - x1, y2 - y1 );
    rotz = rotz + -1.570796;
    if(rotz < -3.141592){
      rotz = rotz + 6.283184;
    }
    local roty = ::atan2(z2 - z1, ::line3d.dist_2d(x1, y1, x2, y2));
    rotx = rotx - roty;
    return ::Vector(rotx, roty,rotz);
  }
}

::line3d.set("test", ::Colour(255,0,0,200), Vector(-29.2778, -1342.03, 12.3133), Vector(-36.4452, -1342.45, 10.3133));


I'd wanted to share some functions from my vc-mp archive.

This function will find relative position based by z_angle (vertical angle) and relative X and Y distance from base point.

Code Select Expand

rel_pos2d <- function(z_angle, pos_x, pos_y, pos_z, rel_x, rel_y, rel_z){
  local rX = pos_x + rel_x * ::cos(z_angle) - rel_y * ::sin(z_angle);
  local rY = pos_y + rel_x * ::sin(z_angle) + rel_y * ::cos(z_angle);
  local rZ = pos_z + rel_z;
  return ::Vector(rX, rY, rZ);
}
This function will find relative position based by z_angle (vertical angle), y_angle (horizontal angle) and distance.

Code Select Expand

rel_pos3d <- function(dist, pos_x, pos_y, pos_z, y_angle, z_angle){
  local rX = dist * ::cos(y_angle) * ::cos(z_angle);
  local rY = dist * ::cos(y_angle) * ::sin(z_angle);
  local rZ = dist * ::sin(y_angle);
  return ::Vector(pos_x + rX, pos_y + rY, pos_z + rZ);
}
Update: And some reverse functions to find angle.

This function will find horizontal angle (z axis).

Code Select Expand

get_angle <- function(x, y, x2, y2){
  return ::atan2(y2 - y, x2 - x);
}
This function will find vertical angle.

Code Select Expand

dist_2d <- function (x, y, x2, y2){
  return ::sqrt((x - x2)*(x - x2) + (y - y2)*(y - y2));
}
get_vangle <- function(x1, y1, z1, x2, y2, z2){
  return ::atan2(z2 - z1, ::dist_2d(x2,y2,x1,y1));
}
When you add/extract some value to angle you need to normalize angle by this function.

Code Select Expand

normalize_angle <- function (a){
  return ::atan2(::sin(a), ::cos(a));
}
use:

Code Select Expand

::normalize_angle(angle + 1.57079);

i moved from windows to linux about 2 years ago and i want to share some useful information how to configure wine (playonlinux) for vcmp by my own experience:

wine version, correctly working with vcmp (I tested on rel004 client):
7.0-staging
7.0-rc6-staging
7.0-rc6
7.0-rc5-stagging
7.0-rc4-staging
7.0-rc3-stagging
7.0-rc2-stagging
6.18-stagging
6.18
6.17-staging
6.17
6.16-staging
6.16
6.15-staging
6.15
in some others wine versions vcmp browser will not run, in some - mouse sensitivity will be incorrect - so it wont be playable.
please note: in official vcmp browser text in servers list will not be visible, i still dont know how to fix that so most likely i have to live with that.

my display configuration:

alt image https://i.imgur.com/RAlKMYV.png

to load .dll plugins from game's dir you need to add them here:

alt image https://i.imgur.com/gwzHfZX.png

if you want to add something useful how to use vcmp in linux - feel free to post here.

preview backup

I have added some stairs in downtown. Feel free to use it in your server.

Code Select Expand

<?xml version="1.0" encoding="ASCII" ?>
<map>
<itemlist>
<item model="2027" name="fix9"><!-- dt g-spot stairs 1 -->
<position x="-573.91" y="1374.23" z="15.63" />
<rotation format="axisangle" x="0.936672" y="0" z="0" angle="0.350207" />
</item>
<item model="2027" name="fix10"><!-- dt g-spot stairs 2 -->
<position x="-367.1" y="913.05" z="16.28" />
<rotation format="axisangle" x="-0.191693" y="-0.952011" z="0.233975" angle="-0.0467349" />
</item>
<item model="2334" name="fix23"><!-- dt hole stairs 1 -->
<position x="-536.29" y="880.1" z="70.7" />
<rotation format="axisangle" x="0" y="0" z="-0.999998" angle="-0.00174547" />
</item>
<item model="2334" name="fix24"><!-- dt hole stairs 2 -->
<position x="-517.09" y="1024.7" z="70.7" />
<rotation format="axisangle" x="0" y="0" z="0.0017449" angle="0.999999" />
</item>
<item model="449" name="fix25"><!-- dt hole palm 1 -->
<position x="-521.09" y="1020.9" z="60.3" />
<rotation format="axisangle" x="0" y="0" z="-0.921185" angle="-0.389124" />
</item>
<item model="449" name="fix26"><!-- dt hole palm 2 -->
<position x="-532.69" y="883.3" z="60.3" />
<rotation format="axisangle" x="0" y="0" z="-0.921185" angle="-0.389124" />
</item>
</itemlist>
</map>


for pure clean names you can use

Code Select Expand

if(::regexp( @"^[a-zA-Z]+$" ).match( names[i] )){to avoid any number or symbols. but many of players vcmp are using clan tags [MK] (RT) VU. =TnC= or ending with ^ like SuPer^Sens^, or "4" instead "A" so they wont be able to keep their names
for detectiong only-symbols

Code Select Expand

local names = ["12345", "1abcd", "::", "_$_!", "abcde", "", " "];
for(local i = 0; i < names.len(); i++){
    if(::regexp( @"^[^a-zA-Z]+$" ).match( names[i] )){
      ::print(names[i] +" has no letters");
    } else {
      ::print(names[i] +" has letters or its empty string");
    }
}

Code Select Expand

[SCRIPT] 12345 has no letters
[SCRIPT] 1abcd has letters or its empty string
[SCRIPT] :: has no letters
[SCRIPT] _$_! has no letters
[SCRIPT] abcde has letters or its empty string
[SCRIPT]  has letters or its empty string
[SCRIPT]  has no letters

Thanks for making version for rel004. I were planned to buy ryzen PC to host bots for my project but with your plugin I can host bots directly on linux server with low usage of CPU and no GPU at all. You are awesome.