A precision puzzle-platformer aimed at speedrunners that turns one of the oldest videogame tropes on its head.
In other games, dying is bad, and your remaining lives are just chances to try again... right? No, not on Harold's Bad Day.
Finish as quickly as possible, while trying to save as many Harolds as you can for a perfect run.
My first PICO-8 release - hope you enjoy!
For some time now I have been thinking about making a large 128x128 LED Display for the PICO-8 and finally I did it.
What i used for this project:
- P2.5 RGB pixel panel HD display 128x128 (https://www.aliexpress.com/item/4000057689390.html)
- Raspberry PI 4
- Analogue of Adafruit RGB Matrix HAT for connecting Raspberry with LED Matrix (https://www.amazon.com/Adafruit-RGB-Matrix-HAT-Raspberry/dp/B00SK69C6E/)
- 2.1mm Plug to Screw Terminal Block to connect the pixel panel power supply to the RGB Matrix HAT (https://www.amazon.com/Adafruit-Male-DC-Power-Adapter/dp/B00KAE41RE)
- Additional longer hub75e 16pin cable to daisy-chain martrices inside pixel panel diagonally
Selected pixel panel is well assembled, it is easy to arrange all Raspberry PI guts inside case, but:
- It has a pre-installed LED matrix controller, but it is not required for this project, so this is an extra cost
- 16 pin cables too short to daisy chain 2 matrices for use with RGB Matrix HAT
Hi all,
My first Pico-8 game, very much inspired by Oids and Thrust.
Rescue the little guys, get them to the landing pad at the top of the level.
Aliens will try to stop you, study their behavior and plan your strategy.
Watch your fuel level, shields will replenish slowly but this takes up fuel.
Passengers are heavy, you can carry 5 at a time but can you really?
Fly in a straight line away from the moon to exit the level.
Left and Right to rotate.
Up while landed to show map.
Down to drop rope.
A to thrust.
B to shoot.
8 levels, each one trickier than the last - have fun!
Updated to get rid of some bugs and slightly easier to control.
Thanks for checking my cart out.
I'm just working on re-creating some classic lcd games in pico-8. Maybe if I'm ever good at it, I'll try to make a collection of these games.
I'm much prouder of the score read-out than I should be.
Please let me know if you find any errors or bugs.
[0x0] | |
During some glitchy sandstorm effect testing for a tweetcart, I managed to hard crash the Pico-8 executable completely. This minimal code reproduction does it consistently on my machine after about 10 seconds of moving around. It seems to be related to the interaction between sin, rnd, and line, because removing those line()s fixes things. Likely a specific hex value in line() blows up somewhere, and rnd hits it occasionally with this setup?
Warning: I have no idea what this code will do on the BBS. Run at your own risk, as it consistently crashes the PICO-8 exe completely in just a few seconds!
Not sure if bugs is the right place to put this...
Is it possible to retrieve a variable within a table within a table within a table and so on?
tables = { table = { a = {x=0,y=0} b = {x=64,y=94} c = {x=0,y=0} } } print(tables.table[2][2],0,0,1) -- this is not how it works |
If I wanted to print "b.x" and "c.y" at the same time in the most conventional way possible, how would I go about that?
For some reason Pico-8 is the only environment that really beckons me to be creative. For the most part I really like the challenge of making something interestingly complex, with minimal code.
Controls:
Up and Down : Move through parameters
Left and Right : Change currently selected parameter by 10
X and C : Change currently selected parameter by 1
Left + Right : Reset current parameter to 0
X + C : Change between discrete steps [-] and continuous analogue steps [~]
There is a mouse position option [MSE] that is intended for use on touchscreens, turn it off at desired location to hold it in that position.
On top of the obvious messing about, I found that when AMP and RADB are in the high thousands, and are relatively close to each other in value, other different patterning emerge.
This is my last pico8 vector game project and a sequel of my first pico8 game, Sphere buster.
Multiple gameplay options are available to make it play like either asteroids or asteroids deluxe.
I kinda burned up making vectors so I'll make pixel games again after this project. I'll also dig tic-80 to port some of my pico8 games and make new games that utilize its superior performance and more buttons.
Anti-aliased vectors by elice and freds72.
This is a test using mouse's coord capturing and a little animation using distance from mouse + a sine wave to make it look cool hehehe.
I've been doing some tests and mini games on pico 8 for a while, but never uploaded any of it. I'm posting this demo just to learn the process of setting up a cart online.
Cya \o
In short, this code works:
function _init() poke(0x5f2d,3) end function _update() if stat(30) then -- prints the pressed key local key=stat(31) printh(key) end end |
And this doesn't:
function _init() poke(0x5f2d,3) end function _update() if stat(30) then -- prints nothing, not even a blank line printh(stat(31) end end |
Welcome to PICOCRAFT, a Minecraft demake with extra features! This is my second finished PICO-8 cartridge. If there's features you would like to see in this or bugs that you find, PLEASE PLEASE PLEASE leave a comment! I hope you like this. :)
Changelog
1/30/2022: v1.17.1 Fixed Destroyer bug where they weren't destroying the blocks above them (it was destroying the block above the player, oops).
12/15/2021: v1.17 Added Bombs, DBombs (Destroyer Bombs), and made those damage you in Health mode if you're too close. (This will probably be the final major 1.x update, since I hit the token limit while coding this. Still, I'm proud of how far I've come with this!)
12/11/2021: v1.16 Fixed mining air playing the mining sound in creative mode, added coordinate overlay (in pause menu), added Health gamemode (don't fall too far!), and saving the gamemode. (To convert a prior save to this version, append "#1#1" to the end.)
12/10/2021: v1.15 Gamemode selection updated, weak mode added (no placing/breaking blocks), creative mode updated (break blocks instantly with your fist).
12/9/2021: v1.14 Conveyer-Springs added!
12/8/2021: v1.13 Orbs now stack (2x Speed Orb --> 2x the speed!) and work when placed in the world, and the OMNITOOL has been added -- a combo of the three main tools.
12/4/2021: v1.12 Added Creative Mode, accessible through the pause menu!
12/3/2021: v1.11 Added Orbs, vertical Movers, and made it so that mining Movers or open Doors give you the default version of themselves (e.g. open Doors give closed ones).
12/2/2021: v1.10.2 Fixed A BUNCH OF FEATURES NOT EXISTING (see below changelog for why).
12/2/2021: v1.10.1 Fixed max crafting/smelting not EXISTING WHAT
12/2/2021: v1.10 Changed controls from ESDF to WASD! YAY!!
11/30/2021: v1.9 Added skin chooser in pause menu! (To convert a prior save to this version, append "#1" to the end.)
11/28/2021: v1.8 Fixed buggy box moving, and added color blocks!
11/28/2021: v1.7 Added max crafting/smelting! Craft a whole bunch. (Note: This effectively just speeds up pressing Z a bunch of times -- even if you would use the last of an item, it's not entirely sure if you would, so play it safe and leave a slot open.)
11/28/2021: v1.6.1 The v1.6 bug fix caused performance issues after using a world with a LOT of Movers, so I fixed that. :)
11/28/2021: v1.6 Fixed bug with Block Movers not updating after being moved. Now you can make spaceships!
Version 3 is now out! Sprites now have the correct dimensions with relation to camera distance.
Remember the game Zarch for the Acorn Archimedes? Or Virus for the Amiga system? Well, this is a graphical engine for making games that carry that 80s 3D nostalgia feel. Press Z for particles.
It has support for 3D polygons and particles.
Go to: https://github.com/tpnk-dev/zarchy-engine-pico8 for the documentation
Based on catatafish's zedwolf and freds72's Ghost Rally. Thanks for the pico-8 discord for helping me throughout the process.
Token count for the engine: around 3072
Token count for the terrain generator and memory decoder: 444