# Breeding

Breed new Baby Bots on the Arc8 web app

G-Bot owners can choose to create new G-Bots by breeding up to 5 G-Bots at once.

A newly created G-Bot is a

**Baby Bot**that can be further upgraded and then evolved into an adult G-Bot.Each G-Bot has the potential to breed a set number of times – a number which depends on one parameter: the number of

**Energy Cores**it has. The maximum that any G-Bot could breed, therefore, is 5 times, as that is the highest number of Energy Cores a G-Bot can have.Energy Cores

First Edition G-Bots start with 3 to 5 Energy Cores each and will be the founders of all the upcoming generations. In terms of

**G-Bot****lore**, Energy Cores are a refined, concentrated form of Omega Particles!Each time a G-Bot takes part in the breeding process, they give up one Energy Core. One Energy Core is burned in the breeding process, and the others are given to the Baby Bot. This means that the Baby Bot will have as many Energy Cores as the number of G-Bots involved in the breeding process, minus one. So, for instance, a Baby Bot with four parents will have three Energy Cores.

Breeding Process

- The costs in GMEE depends on the
**number of Energy Cores**the parents have remaining. The more Energy Cores a G-Bot has, the less GMEE it costs to breed - The cost in OMP depends on the COP of the parent G-Bots
- The breeding process takes 48 hours, whatever the Baby Bot’s rarity

To

**calculate breeding costs**, we first need to take into account the**Energy Core multiplier**. Use this table to find the Energy Core multiplier for each parent G-Bot:Energy Core multipliers

We also need to look at the Multiplier table:

To calculate the costs of breeding in GMEE and OMP, use these two formulae:

**GMEE**: the sum of the following for each parent: breeding multiplier x rarity multiplier x Energy Core multiplier x GMEE multiplier**OMP**: OMP multiplier x breeding multiplier x (Parent-1’s COP x Parent-1’s rarity multiplier**+**Parent-2’s COP x Parent-2’s rarity multiplier**+**…)

Example: We are breeding with the following three parents:Parent 1: An epic G-Bot with 2 Energy Cores and a COP of 55 Parent 2: An epic G-Bot with 1 Energy Core and a COP of 66 Parent 3: A common G-Bot with 4 Energy Cores and a COP of 32GMEE cost:- Parent 1 = 5 (breeding multiplier) x 10 (epic multiplier) x 1.3 (Energy Core multiplier) x 10 (GMEE multiplier) =650- Parent 2 = 5 (breeding multiplier) x 10 (epic multiplier) x 1.4 (Energy Core multiplier) x 10 (GMEE multiplier) =700- Parent 3 = 5 (breeding multiplier) x 1 (common multiplier) x 1.1 (Energy Core multiplier) x 10 (GMEE multiplier) =55Now we add these figures together. Total: 650 + 700 + 55 =1405 GMEEOMP cost:55 (Parent 1’s COP) x 10 (Parent 1’s Epic multiplier)+66 (Parent 2’s COP) x 10 (Parent 2’s Epic multiplier)+32 (Parent 3’s COP) x 1 (Parent 3’s Common multiplier) =12421242 x 0.05 (OMP multiplier) x 5 (breeding multiplier) =310.5 OMP

**Baby Bot Parameters**

**Class:**The Baby Bot’s class is randomly chosen from the pool of parental classes. For instance, a Baby Bot with 3 warrior parents and 1 fighter parent has its class chosen from a pool of three warriors and one fighter, giving it a 75% of being a warrior and a 25% chance of being a fighter**Rarity**: Rarity is determined by the rarity of the parents and their COP. The more parents you have involved — and the higher their rarity level — the more likely you are to be satisfied with your new Baby Bot’s rarity.- Keep in mind that you can always see what rarity the Baby Bot will have
**before**you commit to the transaction.

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Last modified 1mo ago