erratic-gate/docs/main.md
2019-07-25 18:44:07 +03:00

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ess of creating a full adder.

Running the simulator

There are 3 ways to get the simulator up and running:

  1. Using the version hosted on github-pages:

This is by far the fastest solution - everything you need to do is open the github-pages url

  1. Using a development server:

First you need to have node.js & npm and git installed on your machine.

Open a terminal in the desired folder and run:

#  Clone repo
git clone https://github.com/Mateiadrielrafael/logicGateSimulator

# Cd into the folder
cd logicGateSimulator

# install dependencies
npm install

# run development server
npm run dev
  1. Building the simulation yourself

First, clone the repo and install the dependencies as explained in option 2.

To build the source run:

# build program
npm run build

To then run the simulation, open a server in the dist directory. A simple solution using npm:

# instal nano-server globally
npm i nano-server -g

# change directory
cd dist

# run server
nano-server

# linux
open http://localhost:5000

# Windows
start http://localhost:5000

Building a 4 - bit adder:

  1. Create a new ic called half-adder (Create simulation > Integrated circuit > Half adder)

  2. Add the following logic gates (Logic gates > the name of the gate):

    • 2 buttons
    • 2 light bulbs
    • a XOR gate
    • an AND gate

You can get more info about these gates by clicking Logic gates > the info icon at the rght of the gate.

  1. To move a gate, drag & drop it with the right mouse button. To connect 2 pins, click once on each. Build the following configuration:

Half adder

  1. Create a new ic called full-adder (See step 1)
  2. Add the following gates (See step 2):
    • 3 buttons
    • 2 light bulbs
    • 2 half adders
    • an OR gate
  1. Build the following configuration (See step 3): Full adder

  2. Create a new project called 4-bit-adder (Create simulation > Project > 4-bit-adder)

  3. Add the following components (See step 2):

    • 8 button
    • 5 light bulbs
    • 3 full adders
    • 1 half adder
  4. Build the following configuration (See step 3): 4-bit-adder

  5. Enjoy! Congratiulations! You've made your first circuit! With this simulator at your dispossal, the possibilities are endless! Here are a few things you can try and create yourself: - A 4-bit substractor - A counter - Different latches - If you are confident in you skills, you can even make a full 4-bit processor!

The controls

Action Keybinding Gui
Save ctrl + s Simulation > Save
Add a gate - click logic-gates > the gate you want to add
Move a gate - drag & drop the gate using the right mouse button
Pan - click & move & release the background useing the right mouse button
Select multiple gates - click & move & release using the left mouse button
Add to selection shift select while holding shift
Select all gates ctrl + a Simulation > Select all
Delete selection delete Simulation > Delete selection
Undo (to last save) ctrl + z Simulation > Undo
Refresh (reload) simulation ctrl + r Simulation > Refresh
Clean (delete unconnected gates) ctrl + delete Simulation > Clean
Delete simulation ctrl + shift + delete Simulation > Delete simulation
Open simulation - Open simulation > the simulation you want to open
Create simulation - Create simulation > Project
Create project - Create simulation > Project > type the name of the simulation
Create integrated circuit - Create simulation > Integrated circuit > type the name of the simulation
Change language - Click on the Language: \<language\> button (bottom of the sidebar)
Get more info about a built in gate - Logic gates > info