Example: Bitland
The first metaverse example deployed based on location theory
Last updated
The first metaverse example deployed based on location theory
Last updated
Any third party that accepts the copyright of this theory and the theory development fund specifications can develop the Bitcoin Metaverse according to the standards of this theory.
Take Bitland as an example (this example uses UNAT as the asset and does not consider FT) to demonstrate the deployment process:
DMT Element: 4.4.element
Inscription ID:
Bitland NAT Token Deployment
Inscription ID：
acf58eb7084983111f9761c983fb4c42ac76e21ebbdfc90689ec9be423b29e41i0
Note: Compared with the current DMT specification, this article adds "coord": "x, y" fields. This field is used to define the correspondence between blocks and coordinates. Before the DMT theory update adds new specifications, the FT data read by third-party platforms such as Mscribe may be inaccurate. It is recommended that executors index according to copyright requirements, whitelists, order locking mechanisms and other rules and submit a qualified list (UNAT) to platforms such as Magicden.
Bitland UNAT Deployment
Inscription ID: (to be deployed)
Example：{"p":"tap","op":"dmt-mint","dep":"acf58eb7084983111f9761c983fb4c42ac76e21ebbdfc90689ec9be423b29e41i0","tick":"bitland","blk":"#","coord":"#,#"}
Note:
The corresponding relationship between blocks and coordinates must be accurate;
It is recommended that executors perform indexing according to copyright requirements, whitelists, order locking mechanisms and other rules.
Bitverse Tool is the first third-party tool that supports Location Theory,Follow the requirements of location theory copyright, whitelist, order locking mechanism, etc..
Bitland indexing services are provided by Bitverse Tool based on the decentralized index Trac. Bitverse Tool has joined the Trac index node.
Advantage:
Supports Separate-outputs Pointer Mode (applicable to NFT), the cost is 30% of the traditional engraving cost;
The platform automatically generates mintable text corresponding to the block and coordinates；
Support whitelist, lock-in and copyright mechanisms required by location theory.
MINT link:
The number of Bitland depends on the plan of the project party. There are two ways to consider: limited and unlimited. For example, when submitting the collection, it is divided into Bitland Core 、 Bitland 、 Bitland One Ring or Bitland Two Ring
Bitland Core: Bitland Core, with a total of 10,000, corresponding to 10,000 spaces in Block #0-Block #9999, and the combination is 100*100.
Bitland: Except for blocks covered by Bitland Core, the total amount increases with the block.
Bitland One Ring: Each halving generates an area, for example, the coordinates covered before the first halving form Bitland One Ring,with a total of 200,000.
Bitland Two Ring: Each halving generates an area, for example, the coordinates covered before the second halving form Bitland One Ring,with a total of 210,000.
Bitland uses all blocks to form a connected Bitmain, without considering the number of transactions in each block and the sub-plots generated based on this. This is different from third-party projects that build a block world based on a single block and the number of transactions. Bitland develops an open macro world upwards, and the third parties deepen the blocks downwards to build an independent block world;
For the size of each land parcel that makes up Bitland, you can refer to common Bitcoin data and elements such as the maximum block size of 4MB or the daily generation of 144 blocks.
For example, taking 144 meters as the length of a square land, the size of each Bitland plot can be 144*144=20736 square meters;
For example, taking the maximum block size of 4MB as the element, 4MB=4096KB, and taking the common 4096 as the plot size, It can be a square of 4096 square meters composed of 64*64 meters;
You can also directly define each land to be 100*100 meters.
Each project can be selected according to their own needs.
The topography of Bitland is affected by the number of transactions and transaction size. It can be laid out from the center to the surroundings based on transaction size or transaction order.
If the number of transactions is 1, the land corresponding to the block is plain, and the largest building can be built;
If the number of transactions is N, the SIZE of each transaction is arranged from high to low, clockwise from the middle to the surroundings. The SIZE of the number of transactions represents mountains, plateaus, plains, and seas and lakes according to different sizes. The corresponding rules It can be as follows:
Haihu (altitude -1): Transaction size SIZE is below 100B
Plain green space (altitude 0): Transaction size SIZE is above 100B but below 1kB
Plateau (each 1kB represents 1 meter): The transaction size SIZE is greater than or equal to 1kB. For example, 1000kB corresponds to a plateau of 1000 meters
Mountains (each 1mB represents 1000 meters): Transaction size SIZE is greater than or equal to 1mB, for example, 4mB corresponds to a 4000-meter mountain
As Bitcoin's metaverse continent, Bitland's development and use can be divided into four periods: the Stone Age, the Bronze Age, the Atomic Age and the Bit Age.
Mint your own land and customize it according to your needs;
Combine plots to create a larger territory;
Upload brand information and obtain advertising revenue;
Sell your land.
Based on the DMT theory, Bitland grants the mining rights to the corresponding block;
Holding Bitland in a specific area will provide you with more valuable resources;
Mining rights and resources are not limited to various FT or NFT assets such as RUNES and Ordinals;
Bitland holders enjoy priority mining rights;
If you choose not to mine, you can open it to third parties;
Bitland holders receive 5% of the mining share;
Sell minerals and earn income.
Use the resources mined by DMT to participate in Defi and Ordfi of the TAP protocol;
Participate in liquidity mining and liquidity pools;
Get explosive returns similar to uranium fission;
Expand your profits in the atomic age.
Humans enter Bitland through Avatar;
Bitland needs diverse content for Avatar to experience;
Continue to invest the proceeds from the Stone Age, Bronze Age and Atomic Age in Bitland’s content construction;
Collect rental, advertising and other revenue from Bitland’s content.
Note: Specific use cases are supported by the platform that follows this theory. The functions proposed by this theory are only possible scenarios and suggestions.
