@randomplayables.bsky.social
The Random Playables GameLab is still a work in progress. It is designed to create #math based #citizescience games.
Use RPTS to create a full game for the main platform.
Use the other language to create simpler sketches that you can save to your public user profile.
#gamedev #AI #ML
1/2
Use RPTS to create a full game for the main platform.
Use the other language to create simpler sketches that you can save to your public user profile.
#gamedev #AI #ML
1/2
November 6, 2025 at 10:01 PM
The Random Playables GameLab is still a work in progress. It is designed to create #math based #citizescience games.
Use RPTS to create a full game for the main platform.
Use the other language to create simpler sketches that you can save to your public user profile.
#gamedev #AI #ML
1/2
Use RPTS to create a full game for the main platform.
Use the other language to create simpler sketches that you can save to your public user profile.
#gamedev #AI #ML
1/2
Visit RP (random payables) on randomplayables.com to learn more about incentives for #OpenSource & #CitizenScience contributions.
#Math #Statistics #DataScience #ML #AI #gamedev
#Math #Statistics #DataScience #ML #AI #gamedev
November 5, 2025 at 9:29 PM
Visit RP (random payables) on randomplayables.com to learn more about incentives for #OpenSource & #CitizenScience contributions.
#Math #Statistics #DataScience #ML #AI #gamedev
#Math #Statistics #DataScience #ML #AI #gamedev
Learn to create and submit an #OpenSource #math game to the platform: www.randomplayables.com/submit-guide
Before submitting, test your game for platform compatibility:
testgame.randomplayables.com
Double check that the data you want to analyze is being collected! #CitizenScience
Before submitting, test your game for platform compatibility:
testgame.randomplayables.com
Double check that the data you want to analyze is being collected! #CitizenScience
October 30, 2025 at 8:36 PM
Learn to create and submit an #OpenSource #math game to the platform: www.randomplayables.com/submit-guide
Before submitting, test your game for platform compatibility:
testgame.randomplayables.com
Double check that the data you want to analyze is being collected! #CitizenScience
Before submitting, test your game for platform compatibility:
testgame.randomplayables.com
Double check that the data you want to analyze is being collected! #CitizenScience
October 28, 2025 at 8:18 PM
"Apophenia" is our brain's tendency to perceive meaningful patterns in random, unrelated things.
This "pattern-finding" habit is a huge challenge when we're trying to make sense of data!
2/6
This "pattern-finding" habit is a huge challenge when we're trying to make sense of data!
2/6
October 25, 2025 at 2:31 PM
"Apophenia" is our brain's tendency to perceive meaningful patterns in random, unrelated things.
This "pattern-finding" habit is a huge challenge when we're trying to make sense of data!
2/6
This "pattern-finding" habit is a huge challenge when we're trying to make sense of data!
2/6
Can you tell a real pattern from random noise?
In Apophenia you have to spot the chart with a real data pattern hidden in a lineup of random noise.
Play here: apophenia.randomplayables.com
#math #statistics #games #gamedev #citizenscience
🧵 1/6
In Apophenia you have to spot the chart with a real data pattern hidden in a lineup of random noise.
Play here: apophenia.randomplayables.com
#math #statistics #games #gamedev #citizenscience
🧵 1/6
October 25, 2025 at 2:31 PM
Can you tell a real pattern from random noise?
In Apophenia you have to spot the chart with a real data pattern hidden in a lineup of random noise.
Play here: apophenia.randomplayables.com
#math #statistics #games #gamedev #citizenscience
🧵 1/6
In Apophenia you have to spot the chart with a real data pattern hidden in a lineup of random noise.
Play here: apophenia.randomplayables.com
#math #statistics #games #gamedev #citizenscience
🧵 1/6
Explore sum free sets with the game Free Sets: freesets.randomplayables.com
#math #number #gamedev #gaming #CitizenScience #OpenSource
Contribute to the codebase too: github.com/randomplayab...
#math #number #gamedev #gaming #CitizenScience #OpenSource
Contribute to the codebase too: github.com/randomplayab...
October 23, 2025 at 8:37 PM
Explore sum free sets with the game Free Sets: freesets.randomplayables.com
#math #number #gamedev #gaming #CitizenScience #OpenSource
Contribute to the codebase too: github.com/randomplayab...
#math #number #gamedev #gaming #CitizenScience #OpenSource
Contribute to the codebase too: github.com/randomplayab...
How many points can I get in Gotham Loops if I finish each loop before starting the next? Turned out to be my highest score yet.
Play today at randomplayables.com
#math #game #opensource #citizenscience
Play today at randomplayables.com
#math #game #opensource #citizenscience
October 22, 2025 at 8:18 PM
How many points can I get in Gotham Loops if I finish each loop before starting the next? Turned out to be my highest score yet.
Play today at randomplayables.com
#math #game #opensource #citizenscience
Play today at randomplayables.com
#math #game #opensource #citizenscience
The package fully supports complex numbers. A 16-point complex exponential replicates 4x across geometric decay, completing one unit circle rotation per cycle. The final complex dot product encodes both amplitude AND phase—the very essence of a Fourier coefficient!
October 5, 2025 at 4:42 PM
The package fully supports complex numbers. A 16-point complex exponential replicates 4x across geometric decay, completing one unit circle rotation per cycle. The final complex dot product encodes both amplitude AND phase—the very essence of a Fourier coefficient!
Pulse Train Sampling:
A 4-point pulse (25% duty cycle) replicated 8x across exponential decay creates a sample-and-hold effect. The pulse acts as a periodic sampler, creating a "sample-and-hold" effect where only 1 in every 4 points contributes to the sum.
A 4-point pulse (25% duty cycle) replicated 8x across exponential decay creates a sample-and-hold effect. The pulse acts as a periodic sampler, creating a "sample-and-hold" effect where only 1 in every 4 points contributes to the sum.
October 5, 2025 at 4:42 PM
Pulse Train Sampling:
A 4-point pulse (25% duty cycle) replicated 8x across exponential decay creates a sample-and-hold effect. The pulse acts as a periodic sampler, creating a "sample-and-hold" effect where only 1 in every 4 points contributes to the sum.
A 4-point pulse (25% duty cycle) replicated 8x across exponential decay creates a sample-and-hold effect. The pulse acts as a periodic sampler, creating a "sample-and-hold" effect where only 1 in every 4 points contributes to the sum.
Signal Windowing: Apply an 8-point triangular window that replicates 4x across a 32-point exponentially growing signal. Each cycle smoothly weights the underlying signal, creating a repeating envelope effect.
October 5, 2025 at 4:42 PM
Signal Windowing: Apply an 8-point triangular window that replicates 4x across a 32-point exponentially growing signal. Each cycle smoothly weights the underlying signal, creating a repeating envelope effect.
8 sine cycles across 64 Fibonacci numbers. #Fibonacci #DataViz
October 5, 2025 at 4:42 PM
8 sine cycles across 64 Fibonacci numbers. #Fibonacci #DataViz
The alternating harmonic series: ln(2) emerges from just a 2-point pattern replicated 50x across a harmonic series.
October 5, 2025 at 4:42 PM
The alternating harmonic series: ln(2) emerges from just a 2-point pattern replicated 50x across a harmonic series.
The Basel Problem, where Sum(1/n²) = π²/6.
October 5, 2025 at 4:42 PM
The Basel Problem, where Sum(1/n²) = π²/6.
At its heart, cyclic.coefs in #rstats makes it easy to explore what happens when you build a series by tiling a short periodic sequence (f) across a longer base sequences (g).
🔗: github.com/randomplayab...
#math 🧵
🔗: github.com/randomplayab...
#math 🧵
October 5, 2025 at 4:42 PM
At its heart, cyclic.coefs in #rstats makes it easy to explore what happens when you build a series by tiling a short periodic sequence (f) across a longer base sequences (g).
🔗: github.com/randomplayab...
#math 🧵
🔗: github.com/randomplayab...
#math 🧵
I need patience for this. That games that gave me mathematical insights that I actually use are are all #rstats shiny games (dealing with mixed effects models and informative hypothesis testing). rpcompute will help put those R heavy games onto the platform.
October 2, 2025 at 9:20 PM
I need patience for this. That games that gave me mathematical insights that I actually use are are all #rstats shiny games (dealing with mixed effects models and informative hypothesis testing). rpcompute will help put those R heavy games onto the platform.
September 30, 2025 at 9:10 PM
Play Free Sets at www.randomplayables.com to explore sum free sets and other varieties of free sets.
#math #gaming #citizenscience
#math #gaming #citizenscience
September 27, 2025 at 2:04 PM
Play Free Sets at www.randomplayables.com to explore sum free sets and other varieties of free sets.
#math #gaming #citizenscience
#math #gaming #citizenscience
Diagram looking sick & dizzy at the moment. But we'll make it through.
Consider yourself lucky if you ever want to read up on a topic that Diego Assencio (dassencio.org/102) has blogged about!
#math #geometry
Consider yourself lucky if you ever want to read up on a topic that Diego Assencio (dassencio.org/102) has blogged about!
#math #geometry
September 25, 2025 at 11:26 PM
Diagram looking sick & dizzy at the moment. But we'll make it through.
Consider yourself lucky if you ever want to read up on a topic that Diego Assencio (dassencio.org/102) has blogged about!
#math #geometry
Consider yourself lucky if you ever want to read up on a topic that Diego Assencio (dassencio.org/102) has blogged about!
#math #geometry
How many points can I get in Gotham Loops if I finish each loop before starting the next? Turned out to be my highest score yet.
Play today at randomplayables.com
Play today at randomplayables.com
September 25, 2025 at 9:45 PM
How many points can I get in Gotham Loops if I finish each loop before starting the next? Turned out to be my highest score yet.
Play today at randomplayables.com
Play today at randomplayables.com