Donkie

ENT.ShowWorldModel = false
ENT.SWEPKitWElements = {
	["element_name"] = { type = "Model", model = "models/goldengun.mdl", bone = "ValveBiped.Bip01_R_Hand", rel = "", pos = Vector(-12.855, 1.567, 0.054), angle = Angle(-3.962, 0, 173.091), size = Vector(0.935, 0.935, 0.935), color = Color(255, 255, 255, 255), surpresslightning = false, material = "models/player/shared/gold_player", skin = 0, bodygroup = {} }
}

function ENT:GetEntityByName(name)
	if self.WElements[name] then
		return self.WElements[name].modelEnt
	end

Donkie

local plymeta = FindMetaTable("Player")

if not plymeta.SteamName then -- Makes sure we don't override them more than once
	local getPlyName = function(self)
		if #self:GetNWString("CustomName", "") > 0 then
			return self:GetNWString("CustomName")
		else
			return self:SteamName()
		end

Donkie

% Denna fil innehåller en dynamisk modell av det styrda gardinsystemet och även en simulering som bygger på Forward Euler metoden.
clear variables;

%% Definiera konstanter och parametrar
g = 9.82;                   % [m/s^2] gravitationskonstant
m_1 = 1;                    % [kg] massa hos "främre" gardin
m_2 = 1;                    % [kg] massa hos "bortre" gardin
u = 0.4;                    % [1] friktion hos gardinskena
R_a = 8.71;                 % [ohm] motorns ankarresistans
k_t = 14.5*10^(-3);         % [Nm/A] motorns momentkonstant (lambda)

Donkie

local mats = {}
function GetWebMaterial( url, callback )
	local fileName = util.CRC(url)

	if mats[fileName] then
		return mats[fileName]
	end

	if file.Exists(  fileName .. ".txt", "DATA" ) then
		local mat = Material( "../data/" .. fileName .. ".txt\n.png" )

Donkie

import java.util.Scanner;
import java.util.Random;

public class Main{
    public static void main(String[] args)
    {
        Scanner input = new Scanner(System.in);
        
        System.out.println("Welcome to the endless RPS game!");