🧩Keyboard Elements

In TypeIt keyboards are more than just a tool for typing - they are valuable NFTs that offer unique attributes and benefits.

TypeIt's keyboard elements encompass computing power, durability, level, and rarity. These attributes define the NFTs' production efficiency, wear and tear during typing, progression potential, and uniqueness. With these exciting features, keyboards are not only functional but also an important part of the Type!t ecosystem.

Key Elements Overview

1. Computing Power: This is a fundamental attribute of each keyboard NFT in TypeIt. It determines the production efficiency and earning potential of the NFT.

2. Durability: During typing activities in TypeIt, the NFTs experience wear and tear, known as durability consumption. The durability can be replenished using the appropriate resources.

3. Level: The level of an NFT is a key factor in its progression and upgrade. Higher levels unlock additional features, increase base computing power, and impact cooldown times.

4. Rarity: Each NFT in TypeIt possesses a rarity level, which affects its appearance, associated cooldown times, and initial durability. Higher rarity NFTs are more unique and valuable.

These elements form the core components of TypeIt's keyboard NFTs, providing users with diverse attributes and customization options to enhance their typing experience and earning potential.

Below are the breakdowns of each element and calculations:

Rarity

The formula to calculate the actual upgrade cooldown time for an NFT is:

New Upgrade Cooldown Time = Base Upgrade Cooldown Time - Shortened Cooldown Time

For example, let's consider a level 1 SSR NFT. If the base upgrade cooldown time is 18 and the shortened cooldown time is also 18, the calculation would be:

New Upgrade Cooldown Time = 18 - 18 = 0

Note: In this case, the NFT has no additional cooldown time for upgrades.

Rarity	Shortened Cooldown Period	Initial Durability	Probability
N	0	45	40%
R	6	50	30%
SR	12	55	20%
SSR	18	60	10%

Computing Power

As the level of the NFT increases, the computing power increases while the power consumption ratio decreases, resulting in a longer cooldown time for upgrades.

NFT Level	Computing Power	Consumption Ratio	Cooldown Time (Hours)
1	50	50%	18
2	110	50%	30
3	240	40%	54
4	500	30%	90
5	1030	30%

Durability

Durability Replenishment Calculation:

Durability is only consumed during the initial 3 minutes of typing, and you can replenish it by making a $TCOIN payment.

The calculation for durability consumption is: Durability Consumption = Actual Computing Power * Power Consumption Ratio.

The cost of replenishing durability is determined by multiplying the replenished durability by a dynamic parameter, denoted as "k". This parameter adjusts based on the network's computing power dynamics, and its initial value is set at 0.05 $TCOIN per durability.