Following on part 1, in this tutorial, you will learn to create a player with a camera and to make it move in 3d. Support our Godot course on Kickstarter! http://bit.ly/godot-kickstarter-2019-gdquest MazeGamePlaylistLink Discord ► https://discord.gg/CHYVgar Twitter ► https://twitter.com/nathangdquest ... https://www.youtube.com/watch?v=LnUh6j28cEs

Game Art Quest is live on Kickstarter! http://bit.ly/GDQuest-Kickstarter All tutorials: http://bit.ly/GDQuest-Tutorials My team's Portfolio: http://bit.ly/GDQuest-Portfolio Gdquest is on social networks! - https://twitter.com/NathanGDquest - http://bit.ly/GDQuest-Google-Plus Music: Birdy Bird Swing - https://soundcloud.com/gdquest/birdy-bird-swing ... https://www.youtube.com/watch?v=vcKJibQckz4

This is the first of two tutorials to code a leveling system and experience bar with the Godot Game Engine. Works for any type of game! Get our game creation courses: https://gdquest.mavenseed.com/ ? Download the project: https://github.com/GDQuest/Godot-engine-tutorial-demos It is in the /2018/09-05-leveling-system-rpg subfolder Desmos graph: https://desmos.com/calculator/0r0mrngda2 Subscribe for more tutorials! https://youtube.com/c/Gdquest?sub_confirmation=1 Twitter ► https://twitter.com/NathanGDquest Instagram ► https://www.instagram.com/nathan_gdquest/ This video is supported by: - Gamblify: https://www.gamblify.com/ - Pineapple Works: http://pineapple.works/ - Echo86: http://www.echo86.com/ ... https://www.youtube.com/watch?v=V-VJra5lrv0

A Free and Open Source Isometric grid-based movement demo for your next game project, made in the Godot Game Engine. Get the source project on Github: http://bit.ly/isometric-demo-godot-2 Make Professional 2d Games (Kickstarter): https://gumroad.com/gdquest ---- This demonstration revolves around the past few videos, dedicated to top-down movement, the grid, and how to convert Cartesian coordinates into isometric ones (see the links below). As the grid and the player are almost entirely disconnected, using Godot’s built-in tile map system, we can easily make changes to the original demo. in this example, we go from a top-down to an isometric grid-based game. The grid and the collisions work the same. We only convert the player’s position and motion from the Cartesian to the isometric coordinate system. You will see a few more differences, as for example, now, the player and the obstacles need to be sorted on screen. We use the Y sort note for that. In the video, I said Godot takes in account the tiles' pivot in the world_to_map function. It turns out it doesn't, so we still have to offset the objects (only on the Y axis). Introduction to Isometric Movement in Games: https://youtu.be/KvSjJ-kdGio How to code grid-based movement in Godot (4 videos): https://youtube.com/watch?v=BWBD3i00AfM&list=PLhqJJNjsQ7KEr_YlibZ3SBuzfw9xwGduK&index=11 New tutorial every day until June 22! 18/30 The playlist: https://youtube.com/playlist?list=PLhqJJNjsQ7KEr_YlibZ3SBuzfw9xwGduK Project sources on Github: https://github.com/GDQuest/Godot-30-days-tutorial-challenge-2017 This tutorial is supported by: - Gamblify: https://www.gamblify.com/ - Pineapple Works: http://pineapple.works/ - Play it Forward Space Subscribe to the channel now and become a member of the community! https://youtube.com/c/Gdquest?sub_confirmation=1 Follow GDQuest on: Twitter: https://twitter.com/NathanGDquest Google Plus: http://bit.ly/GDQuest-Google-Plus ... https://www.youtube.com/watch?v=8U5iQFJ8Z2U