added support for standard cosmos chains (atom,kujira,dydx,terra)

[SxMShaDoW]

Features for #26

Added support for:

1. Atom
2. Kujira
3. Dydx
4. Terra (LUNC/LUNA)

Fixed generation of address output for:

1. Maya

Added p2wpkh to the WIF BTC address for making it easier for someone to understand how to import

[SxMShaDoW]

@johnnyluo

• added support for traditional cosmos chains. There are def places we can refactor this - but kept it following the current implementation for simplicity.

[SxMShaDoW]

I couldn't figure out how to get the keys from the EdDSA private key that gets generated from the binanceTss.Edwards() in order to generate valid TON / Solana / Polkadot, Sui addresses (to verify that the private key was correct)

If you want to provide an example in the code for one of them - I can probably figure out the other ones.

For example, is this part of the recovery code still valid - it seems valid from the binance library but no matter what I do with that tssPrivateKey I can't generate the SOL address that I am testing for?

	curve := binanceTss.Edwards()
	tssPrivateKey, err := vssShares[:threshold].ReConstruct(curve)
	if err != nil {
		return err
	}

I was then trying to do something like this:

seed, err := hex.DecodeString(tssPrivateKey) //trying different formats for tssPrivateKey
eddsaPrivKey := ed25519.NewKeyFromSeed(seed)
pubKeyBytes := eddsaPrivKey.Public().(ed25519.PublicKey)
solanaAddress := base58.Encode(pubKeyBytes)