Amazingly responsive devs! Crashing bug RESOLVED
[Original: The second I finish building a seed the app crashes. Waste of money. Will update if issue is resolved.]
Response from developer
Thank you for bringing this to our attention! There is now an update (2.72) available, which should resolve your issue. There's also an updated visualization showing which layers of the seed are outside the current simulation bounds in case you are running a simulation with less than 12 height.
Crashes immediately
Response from developer
Thank you for bringing this to our attention! There is now an update (2.72) available, which should resolve your issue. There's also an updated visualization showing which layers of the seed are outside the current simulation bounds in case you are running a simulation with less than 12 height.
Great development and excellent updates
Updates have made the app better
Response from developer
The procession of the simulation is indeed automatic like in other implementations of the game of life. However, there are various different options in the app you can use to affect how the simulation will unfold: 1) Rules for cell death, birth and survival will determine what kind of patterns will emerge in the simulation 2) The starting seed will create the live cells from which the simulation begins 3) Simulation geometries can display the simulation in different geometrical orientations like the galaxy, field or cube 4) Visual settings will affect how the cells in the simulation are rendered and what kind of animations are used to transition cell states We hope this helps you to get the most out of the application!
The computer does all the work
Response from developer
The procession of the simulation is indeed automatic like in other implementations of the game of life. However, there are various different options in the app you can use to affect how the simulation will unfold: 1) Rules for cell death, birth and survival will determine what kind of patterns will emerge in the simulation 2) The starting seed will create the live cells from which the simulation begins 3) Simulation geometries can display the simulation in different geometrical orientations like the galaxy, field or cube 4) Visual settings will affect how the cells in the simulation are rendered and what kind of animations are used to transition cell states We hope this helps you to get the most out of the application!
![[AR] Blob](https://cdn3.appshunter.io/i/Purple211/01f3140fa07cf190752d048eef4bc842/AppIcon-1x_U007emarketing-0-8-0-85-220-0.png/130x0w.webp "[AR] Blob")
