Ordinals 徹底改變了比特幣區塊鏈上的 NFT 格局

序數是區塊鏈世界中的一個新穎概念，由於其能夠用 NFT 資料記錄單個聰單位而引起了廣泛關注。 1Sat Ordinals 專為 BTC 區塊鏈開發，但針對 BSV 區塊鏈進行了最佳化，利用 BSV 的速度、容量和成本優勢，使 Ordinals 更輕、更有效率。記入過程稱為“記入”，涉及創建駐留在區塊鏈上的文件，並且可以包含用於代幣處理的合約資料。 1Sat Ordinals 為每個代幣分配一個“起源”，每次其獨特的聰易手時都會引用該“起源”。

Ordinals: Unlocking a New Era of NFT Possibilities on the Bitcoin Blockchain

Ordinals：開啟比特幣區塊鏈 NFT 可能性的新時代

In the realm of blockchain technology, a revolutionary concept known as Ordinals has emerged, capturing the attention of the crypto community. These unique identifiers, akin to serial numbers for individual satoshis, have opened up unprecedented opportunities for creating and interacting with non-fungible tokens (NFTs) on the Bitcoin blockchain.

在區塊鏈技術領域，出現了一種稱為序數的革命性概念，引起了加密社群的關注。這些獨特的標識符類似於單個聰的序號，為在比特幣區塊鏈上創建不可替代代幣（NFT）並與之互動提供了前所未有的機會。

Genesis of Ordinals: Inscribing Satoshi Units

序數的起源：記錄 Satoshi 單位

The genesis of Ordinals can be traced to the Bitcoin blockchain, where they were initially developed. However, the limited capacity and high transaction fees associated with the BTC network posed significant challenges in transforming single satoshis into NFTs.

序號的起源可以追溯到比特幣區塊鏈，它們最初是在那裡開發的。然而，與 BTC 網路相關的有限容量和高額交易費用為將單聰轉化為 NFT 帶來了重大挑戰。

To address these limitations, 1Sat Ordinals, an implementation tailored specifically for the Bitcoin SV (BSV) blockchain, was introduced. The BSV blockchain's superior speed, capacity, and cost-effectiveness make it an ideal platform for Ordinals, enabling the indexing of these unique identifiers with significantly reduced computational overhead.

為了解決這些限制，引入了專門為比特幣 SV (BSV) 區塊鏈量身定制的實現 1Sat Ordinals。 BSV 區塊鏈卓越的速度、容量和成本效益使其成為 Ordinals 的理想平台，能夠對這些唯一識別碼進行索引，同時大幅減少運算開銷。

1Sat Ordinals: Same Essence, Distinct Implementation

1Sat 序數：相同的本質，不同的實現

Conceptually, Ordinals and 1Sat Ordinals share the same underlying principle of assigning globally unique identifiers to individual satoshis. However, subtle differences exist in their respective implementations, particularly in the back-end mechanisms used to track and manage these identifiers.

從概念上講，Ordinals 和 1Sat Ordinals 具有相同的基本原則，即為單一聰分配全域唯一識別碼。然而，它們各自的實作存在細微的差異，特別是在用於追蹤和管理這些標識符的後端機制方面。

Satoshis: The Foundation of Ordinals

Satoshis：序數的基礎

Satoshis, the smallest indivisible units of Bitcoin, provide the building blocks for Ordinals. With 21 million Bitcoins in existence and each Bitcoin divisible into 100,000,000 Satoshis, the total number of potential Satoshi units available for inscription as Ordinals stands at a staggering 2.1 quadrillion.

聰是比特幣最小的不可分割的單位，為序數提供了構建塊。現有 2,100 萬個比特幣，每個比特幣可分為 100,000,000 Satoshi，可用於記入序號的潛在 Satoshi 單位總數達到驚人的 2.1 兆個。

Inscribing Ordinals: Carving into the Blockchain

銘刻序數：刻入區塊鏈

The process of marking a Satoshi as an Ordinal is known as "inscribing." These inscriptions are files that reside permanently on the blockchain, constituting immutable records of ownership and other associated data.

將中本聰標記為序號的過程稱為「銘刻」。這些銘文是永久駐留在區塊鏈上的文件，構成所有權和其他相關數據的不可變記錄。

To ensure the integrity and traceability of these inscriptions, 1Sat Ordinals assigns an "origin" to each token at the time of creation. This origin serves as a reference point throughout the token's subsequent transactions, ensuring that its unique Satoshi remains distinguishable.

為了確保這些銘文的完整性和可追溯性，1Sat Ordinals 在創建時為每個代幣分配了一個「起源」。這個起源作為代幣後續交易的參考點，確保其獨特的中本聰保持可區分性。

Expanding NFT Horizons with Ordinals and 1Sat Ordinals

用 Ordinals 和 1Sat Ordinals 拓展 NFT 視野

Ordinals and 1Sat Ordinals have expanded the possibilities for NFT creation and utilization on the Bitcoin blockchain in numerous ways. Here are some notable examples:

Ordinals 和 1Sat Ordinals 以多種方式擴展了在比特幣區塊鏈上創建和使用 NFT 的可能性。以下是一些值得注意的例子：

• Inscription Envelopes: These envelopes contain additional data beyond the Ordinal's unique identifier, allowing for the inclusion of sCrypt contract data that streamlines ownership and transfer processes.
• Generative NFT Contracts: These contracts enable the automatic creation and deployment of collector token series for websites, randomly combining different attributes from a master resource to produce unique images.
• Lock-to-Mint: This process allows for the deployment of an entire set of tokens within the same transaction where those tokens are owned by an sCrypt contract. The contract maintains a record of the number of tokens it contains and their lock/unlock status, offering flexibility in managing token distribution.

sCrypt Hackathon: Unleashing Developer Creativity

銘文信封：這些信封包含 Ordinal 唯一識別碼之外的附加數據，允許包含sCrypt 合約數據，從而簡化所有權和轉讓流程。生成式NFT 合約：這些合約支援為網站自動建立和部署收集者代幣系列，隨機組合主資源的不同屬性可產生獨特的圖像。Lock-to-Mint：此過程允許在同一交易中部署整套代幣，其中這些代幣由 sCrypt 合約擁有。合約維護其包含的代幣數量及其鎖定/解鎖狀態的記錄，為管理代幣分配提供了靈活性。sCrypt Hackathon：釋放開發人員創造力

The sCrypt Hackathon, an online competition held from March 25 to April 25, 2024, is designed to foster innovation and explore the potential of Ordinals and 1Sat Ordinals. Developers are encouraged to participate and contribute to the development of groundbreaking applications and solutions that leverage these unique identifiers.

sCrypt 黑客馬拉松是一項於 2024 年 3 月 25 日至 4 月 25 日舉行的線上競賽，旨在促進創新並探索 Ordinals 和 1Sat Ordinals 的潛力。我們鼓勵開發人員參與並為利用這些唯一識別碼的突破性應用程式和解決方案的開發做出貢獻。

sCrypt: Empowering Developers to Build on Bitcoin

sCrypt：讓開發者能夠在比特幣的基礎上進行開發

sCrypt, a TypeScript-based environment, provides a user-friendly interface for developers to create and deploy blockchain applications. Its simplified syntax and extensive documentation make it accessible even for those with limited blockchain experience.

sCrypt 是一個基於 TypeScript 的環境，為開發人員創建和部署區塊鏈應用程式提供了用戶友好的介面。其簡化的語法和廣泛的文件使得即使對於那些區塊鏈經驗有限的人也可以使用它。

Embracing the Blockchain Revolution

擁抱區塊鏈革命

As blockchain technology continues to evolve, Ordinals and 1Sat Ordinals represent a significant advancement in the realm of NFTs and digital asset ownership. Their ability to inscribe unique identifiers onto individual satoshis opens up a world of possibilities for creating, trading, and managing valuable digital assets on the immutable Bitcoin blockchain.

隨著區塊鏈技術的不斷發展，Ordinals 和 1Sat Ordinals 代表了 NFT 和數位資產所有權領域的重大進步。他們將唯一標識符刻在單一聰上的能力為在不可變的比特幣區塊鏈上創建、交易和管理有價值的數位資產開闢了可能性的世界。