avastars-subgraph

Intro

This subgraph aims to create a friendly experience for front-end developers, allowing to create new tools over the avastars project. The main idea behind this subgraphs is to create some sort of lookup matrix that allows to sort & group avastars by any of it's properties:

	"All primes group by gene, by generation, by gender, by rarity, etc"

As a begining, this subgraph offers a core structure for more specific kinds of data analysis involving metrics between entities:

	"Most rarest trait yet, the minting time-ratio, etc"

Beyond current structure, this subgraphs offers a basic transaction module which itself can be a separate subgraph

Schema and entities

Global State entities

	· MetadataState
	· TeleporterState
	· PrimeMinterState
	· GlobalState

Tracks the current state of each contract (primeMinter, teleporter, metadata) and compose them into the singleton globalState entity.

Shared Properties entities

Those are the properties shared between avastars and traits. Most of thme are one-to many between the properties and it's related avastars/traits.

Each shared property entity relies on a corresponding enum that describe the actual property name. The enums are related to integer values.

Only Serie has en especial many to many relationship with Traits entities which involves the intermediate TraitSerie entity

	· Generation
	· Wave
	· Gene
	· Rarity
	· Serie

Example queries

# Get first 50 avastars
{
  avastars (first: 50){
	  serial
	  generation{
		  
		  minted
	  }
	  series{
		  
		  minted
	  }
	  gender{
		  
		  minted
	  }	
	  wave{
		  
		  minted
	  }

  }
}

# Get all rarity levels including related traits
{
   rarities{
    name
    traits{
      name
      variation
      gene{
        name
      }
    }
  }
}

# Get avastars by gender
{
   genders{
    name
    minted
    avastars(first:5){
		serial
		generation {
			name
		}

	}
  }
}

# Get traits by serie
{
   series{
    name
    minted
    avastars(first:5){
		serial
		generation {
			name
		}

	}
  }
}

# Get traits by serie
{

type PrimeMinterState @entity {
	"Internal ID used for indexation"
	id: ID!
	
	"Current prime minter contract address"
	address: Bytes

	"Current prime minter contract status"
	paused: Boolean
}
# get avastars current global state
GlobalState{
	primeMinter: {
		address
		paused
	}
	teleporter: {
		address
		paused
	} 
	metadata: {
		address
		paused
	} 
	currentSerie:{
		name
	}
	currentGeneration: {
		name
	}

}