The Complete Python Game Development Bootcamp 2021 |Python3

Explore the pygame concept and learn step by step how to build a Mario-style game, including creating levels, adding hurdles, managing game restarts, and expanding gameplay.

Create a five by five grid on the screen to reference tiles and ground, using a draw grid function to render horizontal and vertical lines with defined colors.

Learn how to place images on a grid by defining world data, mapping tiles to coordinates, scaling images to tile size, and rendering them in a grid-based game.

design grid-based game environments by creating 5x5 tile grids, adjusting tile sizes, and placing blocks and grass, while using matrices and mirrors to shape levels.

Define left and right moves for the player in pygame by detecting key presses in the update function and updating the x position by five pixels.

Define the player's vertical velocity and gravity on the y axis to enable jumps via the space key. Clamp the position at the screen and reset velocity for controlled movement.

Set a consistent frame rate for your python game, targeting 60 fps to ensure smooth gameplay across machines and prevent timing errors, then apply this frame rate to your animations.

Demonstrates loading a sprite frame sequence in pygame, managing an index and direction to animate a player left and right, including flipping, standing frames, and resources-based image loading.

Learn to add enemies in a Python pygame game by creating an enemy class, setting coordinates and images, grouping blobs, and updating horizontal movement with direction changes.

Add lava as a new hazard, define level six, load and scale the lava image, create a lava sprite and group it, and trigger game over on contact.

implement a restart button in a pygame-based Python game by defining a restart image, placing the button on screen, detecting clicks, and resetting the game state in the main loop.

Learn to control a player's jump by tracking airborne state with a boolean, triggering jumps on space press only when on the platform, and applying brakes during falls.

Create a two-button main menu for a Python game with start and exit options, image buttons, and a main loop that runs the menu before starting.

Define and manage the game's level progression by updating a matrix world, resetting level data, and handling game over to move to the next level or restart.

Add coins to the game by placing coin sprites, scaling them to half a tile, grouping them, detecting collisions, updating and displaying the score, and removing coins on collection.

Define and display game over and you win screens, broadcasting the game state, centering messages in blue at screen center, with levels extended via matrices.

Explore how to build the famous Flappy Bird game, from creating the background to updating scores and integrating game mechanics, while brushing up on fundamentals.

Create a pygame game background by importing libraries, initializing the display, setting screen size and title, loading background and ground images, and running the main loop with rendering.

Animate a bird with three images loaded into a list and a counter for a Flappy Bird animation, centering it in a group and rendering via update and draw.

Implement gravity and jump mechanics by defining velocity variables, updating the y-axis with gravity, and handling input to trigger jumps.

Learn to rotate the bird image and implement gravity, flying, and game over logic in a pygame based Flappy Bird clone, including ground collision, 90 degree rotation, and start-on-click behavior.

Implement a pipe class in pygame, initialize x and y, and add top and bottom pipes to a group. Flip the bottom pipe and adjust spacing to create the gap.

Add collisions and random pipes generation to a Flappy Bird clone by creating pipes at random heights, recycling them, and implementing game over, scoring, and a reset button.

Initialize a score variable, increment it when the bird crosses a pipe range, and display the score on screen via a font render function.