Jax Saves the Circus is a fangame based on The Amazing Digital Circus. Play as Jax as you bravely venture to save the circus. After all, what else is there to do? It's not like you can leave.
Explore 3 fun and varied levels.
Meet the friends you already know.
Fall into spikes for the fun of it.
Eat spaghetti! And the fork! And the plate!
Zooble has requested to not be in this game and I am honoring their request.
Left and right arrow keys to move
Hold down to fall through some platforms.
X to jump
Z to interact with NPCs.
Game should be short but sweet.
Thank you to everyone who gave me feedback!
CREDITS
Original IP: Glitch Productions and Gooseworx
Text Boxes: profpatonildo
Collision Engine: https://nerdyteachers.com
Oblivion Eve
A roguelike action-platformer where you use upgradeable weapons to combo powerful enemies to their doom!
Overcome tough fights, platforming challenges, puzzles, and more in your effort to free the titan who is incarcerated in the shifting prison's depths.
Gameplay Overview
Each time you venture into the shifting prison, the layout of the rooms will be randomized. And there's no map to guide your way, either - you'll need to do your best to navigate as the prison itself fights against you - by moving rooms, making you double back on yourself, and putting powerful enemies in your path.
At the heart of the prison lies an enchained titan, who will fight against your every attempt to free them. For each of the four gems you destroy, you'll break one of the chains binding them. Find the titan four times, shatter all four chains to fully liberate them, and claim victory!
And remember to use your ABC's: Always Be Comboing!
Advanced Overview
[hidden]Each of the five weapons has a different moveset, featuring attacks with varying properties. As you progress through the prison, you'll get the ability to upgrade your attacks, by raising or lowering several properties:
- Size: How large the weapon is, which makes it easier to hit foes.
- Damage: How much enemy HP the weapon will remove on hit.
- Meter Gain: How much meter you gain on hit, which transforms you into stronger forms, and allows you to use ultimate attacks.
- Duration: How long the attack will stay out, making swings spin longer, and stabs go further.
- Recharge Rate: How long it is until you can use another attack afterwards.
This is the first pico-8 game I finished, and it's minesweeper. Sadly I couldn't recreate the original UI, as the 16x16 difficulty mode covers the entire screen — I had to use something more dynamic. I can't wait to port this to Picotron, since it will be able to display higher difficulties and the full interface :)
update:
Version 2.0 had most of the game logic rewritten, now supporting arbitrary size boards that scroll when needed (for now using the direction buttons). This means expert difficulty is now accessible, and custom difficulties will be possible in the future once I complete the custom game window.
Simple arcade game.
This is my first game for pico-8. Feedback welcome.
Control
up, down, left, right - move.
cross or circle - run.
cross + circle - special ability(25 points).
Rules
2 modes:
Speed mode - the speed of fireball increases.
Amount mode - the amount of fireballs increases.
This is simple arcade game. Eat apples and bananas(bonus) to make the great score. Try not to be killed by fire balls.
Eat while live!
Here's a little profiler you can drop into an existing program - if you have 313 tokens to spare.
It instruments the global functions to count the number of calls and measure the CPU time spent inside them. Then it dumps it to a CSV file you can open in a spreadsheet viewer, and hopefully get some insight into where your program is spending the most time.
Instructions are in the comments at the top.
EDIT:
- Count fn calls in a single 32bit integer (thanks @freds72).
- Use "..." arguments syntax to support more than 9 arguments (thanks @Siapran)
- Save uninstrumented fns to avoid calling the instrumented ones when dumping stats.
-->8 -- profiler -- usage: -- run your program -- press esc to break -- > _prof.begin() -- > resume -- run your program some more (to gather data) -- press esc to break -- > _prof.dump() -- this will dump a profile.csv file to the cart's folder -- notes: -- profiling for more than 2-3 minutes could cause cpu measurements [ [size=16][color=#ffaabb] [ Continue Reading.. ] [/color][/size] ](/bbs/?pid=142589#p) |
I found out if you execute poke(0x5f55,any valid number not 0x60) on the console, the screen gets remapped to the address but the editor never resets it back once the code is done executing, visually breaking the editor in the process, up until you blindly write the function poke(0x5f55,0x60) to go back to the original screen.
I had an idea for a new game. The idea is to grow a bonsai tree using a deck of cards. You will continue to build your deck as your bonsai grows, achieves balance, and gains prestige. I am taking a lot of inspiration from both my love of board games as well as my love for Bonsai horticulture. To make the tree I am creating a map of each branch off the main segment and generating the geometry of the branches on the fly. The game is still in a very early stage of development but I still thought it might be interesting to share the first screenshot.
Next I am going to be adding the foliage and flora before I start working on the deck-building component. Stay tuned.
You ever think of a title first and work backwards?
Breakout + Snake. Bounce around, eat apples, don't hit your tail, or if you do ... dodge.
Sounds are from Gruber's rad SFX pack. I have a little bit more planned, but happy to have any feedback in the meantime.
Hi! I'm Moracan! I've been playing around with PICO-8 for around 2 years now, and today I finally released the "full" version of my game: Grid Shift!
Grid Shift is my version of a pretty popular logic puzzle named Towers, also known as Skyscrapers. This digital version of that puzzle includes randomly generated puzzles, customizable board sizes (1x1 to 6x6), a hint system to help newcomers to Towers and graphics that aren't simply numbers, they're numbers on towers. With color!
You can go to the Itch.io page for more info.