Challenge Solutions/59: Move it!

This page contains player-made solutions of 59: Move it!.

## PotatoDoesCode2's solution

In Move it!, the plate would be a paradise for smart swimmer because the nutrient chunks are big. But, we cannot use flagellocytes! There's also no dynamic friction, thus making it impossible for smart crawlers to survive. How would we do this then? In the Objective box, the hint says to use "mitotic propulsion." What that means is when a cell splits, it propels both of its children in the direction of the split angle. We can design a genome where it uses a stemocyte and if that stemocyte get S1, they morph into a cell that eats and splits to provide the creature with food and to give it movement. Let's start designing!

* Set M1 to be a lipocyte with max. adhesin stiffness and split at about 1.53 ng.
* Make it split into M2 and M3.
* Set M2 to be a stereocyte and M3 to be a stemocyte. This is where the movment part comes in. For now make sure both can't split.
* Have M2's sense be for Food and give and output around 20.00.
* Set M3's path 1 mode to M4 and path 2 to M5.
* For path 1, set it's "a" value to around 2.30. Do the same for path 2 but negated.
* Now, set M4's split angle to 60 degrees and its child 2 angle to 300 degrees.
* Make sure M4's child 2 is M3 (the stemocyte.) Let's also have it's child 1 be M6.
* For M5, set it's split angle to 120 degrees and it's child 1 angle to 240 degrees also making sure to set it's child 1 to M3 and child 1 to M6.
* Make sure that M4's split ratio is 0.10 : 0.90 and M5's be 0.90 : 0.10.
* Now, remember M6? Make sure it's "prioritize" checkbox isn't checked and that the cell itself is something other than a phagocyte.
* Finally, we can focus on reproduction! Set M2's split mass to be around 2.03 ng and its child 1 to be M1.
* Make sure M1's children don't keep adhesin.
* And you're done!

Now, let's insert M1 on the plate! You should see it works pretty well! Now to wait 1000h in-game. If you got to that point, what should've happened was, your genome has become abundant, and you completed the challenge!

## WhatTheSillyName's solution

This solution involves only one mode. Its settings are as follows: its type is a Phagocyte; it splits at age 0.50 h, in a 0.17 : 0.83 ratio, at an angle of 15°; both of its children are of M1; it has a child 1 angle of 180°; and its child 1 is mirrored.

## Easports dlc's Solution

Have M1 be a Lipocyte that splits into M2 and M3, turn off keep adhesion and turn on make adhesion. Make M2 a Lipocyte that splits into M4 and M5 and turn on make adhesion. Make M3 a Lipocyte that splits into M6 and M7, turn on make adhesion, set split angle to 90° and child 1 angle to 180°.

Make M4 a Phagocyte that splits into M1 and M4, turn on make adhesion and set max connections to 2. Make M5 a Stereocyte that doesn't split and have it sense food with max output.

Make M6 a Stemocyte that has M8 as it's path 1 mode and set it's "a" value to 5.28. Make M8 a Phagocyte with minimum split mass, have it split into M6 and M5 have the split ratio be 90:10 and turn off keep adhesion for child 2. Make M7 the same as M6 but set it's path 1 mode to M9 and make the "a" value negative. Make M9 the same as M8 but have it's child 1 be M7.