Docs update

docs/algorithms.md

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+# Algorithms
+In this document are listed some of algorithms for the sake of planning.
+
+# Genome
+## Generation examples
+Examples section's goal is to document standard plant generation process.
+Documented generation process is easier to visualize.
+### Peashooter example
+1. Create [generator] root
+2. Add [transfer] stem
+3. Add [trigger] head
+4. Add [modifier] leaf
+5. Return to head
+6. Add [output] face
+### Sunflower example
+1. Create [dummy] root
+2. Add [dummy] stem
+3. Add [mixed] head
+4. Add [output] face
+### Cherry bomb example
+1. Create [generator] root
+2. Add [output] head
+3. Add [dummy] face
+4. Return to root
+5. Repeat steps 3 and 4
+### Potato mine example
+1. Create [generator] root
+2. Add [trigger] head
+3. Add [dummy] face
+### Wall-nut example
+1. Create [dummy] root
+2. Create [dummy] face

docs/principles

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-# Principles
-
-This document describes principles I have came up with. I don't think I'd be angry if you use them in your projects.
-This document is mostly for me to remember things.
-
-## The core principles are:
-- Every plant can be represented as graph (sometimes as a tree).
-- Every value of a node can be also a node (I might iterate on this one).
-- Every node can have input and output.
-- If node has input, and parent has output, parent must spread its output

docs/principles.md

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+# Principles
+
+This document describes principles I have came up with. I don't think I'd be angry if you use them in your projects.
+This document is mostly for me to remember things.
+
+## Used terms and placeholders
+(Very WIP) - This section is subject to change.
+<Context> - Placeholder for context arguments. Currently I didn't think of this but I acknowledge that I might need them.
+<T> - Type that doesn't exist yet but is obvious in context of section.
+
+## The core principles are:
+- Every plant can be represented as graph (sometimes as a tree).
+- Every value of a node can be also a node (I might iterate on this one).
+- Every node can have input and output.
+- If node has input, and parent has output, parent must spread its output.
+
+## Genome
+### Gene
+Genes are main logic elements of a plant. They're nodes of genetics graph.
+I might iterate over this, but in current implementation is a little bit functional due to complications of OOP in Rust.
+Gene structure consists of variables specific to gene, type and overridable methods for displaying itself and its children.
+
+(Very WIP) Variables:
+- Dictionary with some string type as a key and Argument enum.
+- Argument enum consists of f32 and i64.
+
+Type of gene is enum that provides different functions. Here is (Very WIP) list of every type and its provided functions:
+
+Dummy - gene without behaviour.
+
+Transfer - gene that defines rules of flow.
+- `distribute_between_children(<context>,flow: mut <Flow>) -> <Distribution>`
+
+Pure Generator - gene that only creates flow.
+- `create_flow(<context>,current_flow: mut <Flow>) -> <Flow>` - won't be called if flow isn't empty.
+
+Modifier - gene that modifies or creates flow.
+- `modify_flow(<context>,current_flow: mut <Flow>) -> <Flow>`
+
+Consumer - gene that consumes flow.
+- `consume(<context>)`
+
+Trigger - gene that interacts with context to conditionally progress flow.
+- `check_trigger(<context>) -> bool`
+
+Observer - gene that observes flow.
+- `observe(<context>,current_flow: mut <Flow>)`
+
+### Flow
+Flow is data that circulates across genome. If not consumed, goes to the void.
+
+Currently it is something like Vec<ProjectileData>