This game was made for the Pursuing Pixels James Jam Game Gam #4 with theme Positioning.
Gameplay:
Paint the universe with the tiles you are served and achieve the highest score among your friends! Both daily and Random seed options available.
⬅️⬇️⬆️➡️ - Move around
❎: X Help Menu
🅾️: C Place items
Devlogs:
You can read all about the development if you are into things like that:
There is a devlog articles series and a Youtube VOD about the development!
Dev Discord
Started a little Discord server around gamedev, gaming! Invite link: https://discord.gg/zjWFeSQnXa Best place to provide feedback about the game!
0 comments
Playtest Goals
-how does lack of goal feel?
-how does movement feel?
-find unintuitive things
-find frustrating points
How To Play
⬅️➡️ - To Turn Boat
⬆️⬇️ - To Accelerate / Slow Boat
🅾️/Z to open trap menu & confirm selection to set trap
❎/X to exit menu
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1 comment
I’ve been trying to run pico-8 carts on a new Anbernic RG40xx cube handheld device and although they run they crash when trying to access the menu commands (and some also crash mid game). The message reported is ‘NO CARTS FOUND! PLACE P8 CARTS IN SDMC:/P8CARTS/‘ and then the only way out is to force an exit to the program.
I have installed the pico-8 raspberry pi files and tried just about every permutation of folder but nothing fixes the problem because it seems the pre installed pico runtime ‘fake08’ takes over (I. Hope this makes sense). I have tried removing this program but it is reinstalled every time I start the device. Any ideas on how I can fix this?
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After some feedback, I have redesigned slopes and one certain feature (that was not well received) and added 15 new levels! Now including world 4, and a bonus world with 5 challenging levels! Glof is still unfinished, however I am ready to move onto a new project, but if you have any suggestions still drop them here!
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ABOUT GAME
INVADERS-8 is a basic arcade Shoot 'em up game reminiscent of Space Invaders or Galaga. Pilot your yellow spaceship on a mission to protect Earth against alien invaders!
CONTROLS
Use the following controls:
Arrow keys - Move the ship
X - Shoot
Z - Bomb
PICKUPS
Occasionally, defeated enemies will drop pickups. Collect them to increase your bomb strength or use to recover your lost lives.
CREDITS
INVADERS-8 was made using the Lazy Devs Shmup Tutorial on YouTube.
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Watch your wallet grow alongside your fish!
Only supports mouse and keyboard for interactive play. Limited gamepad support now available! Enable in menu.
All players may select pets using the arrow keys. They are currently just for show.
This is not my IP, the original is called Insaniquarium.
(Patient players will be rewarded...)
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Controls:
⬆️⬇️⬅️➡️ move
⭕️ [Z/C] Start button
⬅️/➡️ previous / fast forward Menu pages
Game:
My Pico-8 demake of Frogger (1981 Konami)
trying to keep the original arcade game vibes and look&feel.
I actually finished it like one year ago lol and quite quickly; in one week the core of the game was there but took quite some time for tweaking difficulty ramp, few touches here and there. I initially imagined adding some Prog music to give some sense to the title but finally opted asking @Trog and his son to prepare 7 of the 26 random tunes the original game has, along with the main theme.
There are 15 level layouts, increasing enemies (snakes and otters). The timer is actually 60 seconds instead of the 30 secs, thus making the remaining time bonus easier to get.
3 comments
Flappy bird clone using a chicken Jockey, Work in progress.
Press x on keyboard, or (x) on mobile, to start.
avoid TNT, collect diamonds
Only direction buttons for the games.
more power ups to come.
Developed by father and son(11yo) team.
special thanks to GameDev Zine tutorial found here:
https://mboffin.itch.io/gamedev-with-pico-8-issue1
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A cozy flight sim lite for PICO-8.
Become a pilot for Pico Air, a small air company operating between the islands of Pico Isles.
Perform deliveries, charter flights, crop dusting and other jobs to unlock new planes.
Features:
- A 16km x 16km map to explore
- 3 different planes
- External camera views
- Photo mode
Controls
- Arrows - Ailerons and elevator (roll and pitch)
- O + Up/Down - Throttle
- O + Left/Right - Rudder
- X + Up/Down - Adjust elevator trim
- X + Left/Right - Flaps
Or use player 2 controls for throttle and rudder.
Dashboard instruments from left to right are:
3 comments
This is my first cart.
Sorry about the absence of a splash lol I have no Idea what I am doing anymore
I hope you all enjoy. Please do not criticize my unoptimized coding, I just wanted to post this ASAP. Anyways this took a lot lot lot of play testing, and I am really satisfied with how it turned out!
Very curious to see the highest score..
Don't worry, the pin layout is not random!
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Patch Notes:
Version 1.1:
- Tweaked damage ramping, so higher speeds will be much more rewarding
- Easier to get to final speed stage
- Maps Tweaked
- Customization preview is more accurate
- Removed SFX for speed boosters
5 comments
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expint(): Counting To Eleventy-Bajillion In PICO-8 With Exponential Integers
Overview
Hello, everyone! I'm back with another Quick 'n' Dirty code snippet: extreme range, low precision Exponential Integers!
expint() lets you easily work with extremely large numbers at low precision in PICO-8. You can create them, add to them, "spend" from them, display them in a friendly format, and save/load them using a single 32-bit data slot.
expint() is particularly well-suited to games where you need to track very large amounts of points or money, like incremental games/idle clickers, large-scale exploration games, and other places where 32k just isn't gonna cut it.
The Snippet And Its Use
Install
Paste the following snippet into your cart:
[hidden]
function expint(new_sig, new_exp)
local num = {}
function num._step_up(steps)
while steps > 0 do
num.sig \= 10
num.exp += 1
steps -= 1
if num.sig == 0 then -- we've lost all precision; for whatever we're doing, this number is as good as zero
num.exp += steps
steps = 0
end
end
end
function num._norm()
while num.sig >= 10000 do
num._step_up(1)
end
while num.sig < 1000 and num.exp > 0 do
num.sig *= 10
num.exp -= 1
end
end
function num.add(val, sig)
local to_add = expint(val, sig) -- be non-destructive with arithmetic; copy info into another expint to protect precision
to_add._step_up(num.exp-to_add.exp) -- instead of doing any logic, just run step_up
num._step_up(to_add.exp-num.exp) -- on both the numbers. It'll only affect one of them.
num.sig += to_add.sig
num._norm()
end
function num.spend(val, sig)
-- if val < num, subtracts val from num and returns true
-- otherwise, returns false
local to_spend = expint(val, sig)
if to_spend.exp > num.exp or (to_spend.exp == num.exp and num.sig < to_spend.sig) then
return false -- to_spend is greater than num; can't make the spend
end
to_spend._step_up(num.exp-to_spend.exp) -- instead of doing any logic, just run step_up
num._step_up(to_spend.exp-num.exp) -- on both the numbers. It'll only affect one of them.
num.sig -= to_spend.sig
num._norm()
return true
end
function num.print()
-- local suffixes = split("K,m,g,T,P,E,Z,Y,R,Q") -- SI suffixes
local suffixes = split("K,m,b,t,qU,qI,sX,sP,oC,nO,dE") -- number suffixes
local return_string = num.sig
if num.exp > 0 then
local modval = num.exp%3
local suffix = ((num.exp-1)\3+1)
if suffix > #suffixes then
return_string = sub(return_string,1,1).."."..sub(return_string, 2).."X10^"..(num.exp+3)
else
if modval != 0 then
return_string = sub(return_string, 1, modval+1).."."..sub(return_string, modval+2)
end
return_string = return_string..suffixes[suffix]
end
end
return return_string
end
function num.save(cart_slot)
dset(cart_slot, num.sig | num.exp>>16)
end
function num.load(cart_slot)
num.sig = dget(cart_slot)\1
num.exp = dget(cart_slot)<<16
end
num.sig = new_sig
num.exp = new_exp or 0
-- handle special cases: input can also be either an integer in string format or a table (assume it's another expint()!)
if type(new_sig) == "string" then
num.sig = tonum(sub(new_sig, 1, 4))
num.exp = max(#new_sig-4, 0)
elseif type(new_sig) == "table" then
num.sig = new_sig.sig
num.exp = new_sig.exp
end
num._norm()
return num
end |
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Well I am now 99% complete my Pico-8 version of Mr. Robot and His Robot Factory. I loved this game back in the day when it was new on my Commodore 64 and now here is a Pico-8 version for everybody to enjoy. I can't believe I am right at the limit of the Pico-8 memory and made it fit. barely.
It is complete, although I have about 6 more levels to draw still and my trampoline login needs some love. I doubt very much that I will fix the trampoline login since the levels with trampolines were difficult to make work just like the original due to the limitation in screen width. Regardless I think I got the general look and feel of the original game pretty close, and the sounds aren't too bad either.
1 comment
Hi there!
I've made an (almost) fully-featured Go board game for the Pico-8 inspired by this tweetcart by Munro. Feel free to submit any bug reports if you encounter any weird behaviors.
Features:
- Auto capture
- Suicide restriction on placing pieces in eyes
- Piece capture counter
- Illegal placement feedback (cursor flashes red and won't allow you to make an illegal move)
- Awesome design - entirely thanks to Munro
I'm still a bit new to the game of Go, so I may have missed a few rules I'm not aware of, feel free to let me know if there's something I should add.
Planned features:
- Auto-scoring
- Pre-defined rulesets
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My jam game called Sun Break, finished in 7/8h. Very short scope but worth it, hope someone like it. The itch.io is https://raphaelkieling98.itch.io/sun-break
> You are a girl in a temporal loop. Are you able to escape? 10/15m of playtime :)
4 comments
So yeah
I joined the pico-eightely world of Pico-8 and decided to try to do some stuff.
One of the things I (and assumedly many others) noticed is the quirk of the numbers range only going up to ~32700 because it's only stored on 8 bytes, and I figured I could try improving on this system...
Now of course many others did before me, and I could have tried to improve on their systems but I decided to do my own whole thing so instead of trying to recreate a mechanical calculator or a double-type number system, I went for the "scientific approach".
I made these snippets (located in tab 1) to turn a simple "12" into "1.2e+1" and to have the ability to do some math operations with it, all in just a bit over 200 tokens.
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Hi, I have an RGB30 with an up-to-date version of Rocknix and the latest RPi (64 bit) version of Pico-8 installed.
Some games run and play just fine, Celeste 2 for example. But some games quit after they've loaded when I try to play them. For example, ExTerra - It loads okay, but when I select 'play' and then 'retro' or 'modern' from the in-game menu, it flashes "loading" briefly on the screen and then quits.
Does anyone have any ideas on what might be happening? Thanks.
2 comments
