I discovered way too late that Binance has its own order type to create a proper "Take Profit / Stop Loss order" and have always used other trading apps via the Binance API for that purpose. Some of these were even paid if they were any good.
So, I'd like to briefly introduce this to you!
OCO = "One cancels the other" Order

Take Profit Part:
1. A normal Limit Order is created at this value. If BNB reaches 599, it will be sold for 599. Triggering this will cancel the stop loss Part automaticly.
Stop Loss Part:
2. Here, it is defined when (in our case at 550) the Stop Loss Part is activated, and the Limit Order for the Take Profit Part is cancelled.
3. Immediately after that, a Limit Order for 525 is automatically created.
4. Enter the quantity of coins you want to sell here.
So, if BNB now rises to 599, the coin will be sold for 599; if it falls below 550, the coin will be sold at 525.
Now you have both a Take Profit and a Stop Loss Order for the same coin, and you don't have to worry about missing the exit while you're away, in both directions!
I hope this helps you; I only knew it as TP/SL before and not as OCO, which is why I overlooked it for so long at Binance and missed it a lot.

#oco #TakeProfits #StopLossStrategies $BNB #guide #Tutorial

¿Qué es Birdeye?
Birdeye representa un agregador de datos Blockchain diseñado para comerciantes. El objetivo principal es ayudar a los comerciantes en sus deliberaciones de inversión mediante el suministro de herramientas de análisis de mercado centradas en datos provenientes de Birdeye y sus socios afiliados.
#BirdEye #Tutorial
Abra TokenPocket, haga clic en 【Descubrir】 y abra 【BirdEye】 en Hot DApps.

2. Birdeye admite la visualización de datos de múltiples cadenas públicas y puede elegir datos de otras cadenas públicas en la sección ‘Otros’. Se pueden seleccionar dos métodos de inicio de sesión en el menú de la esquina superior derecha. Si elige iniciar sesión en Web3, simplemente conéctese utilizando el método TokenPocket.

3. El menú en la esquina superior izquierda de la interfaz muestra todas las funciones de Birdeye. En ‘Explorar’, se muestran varios datos de tokens, con un rendimiento óptimo en la PC. La función ‘Negociar’ integra funciones de intercambio, límite y puente, lo que permite un uso conveniente sin abrir múltiples DApps. ‘Datos’ es una característica principal de Birdeye, que ofrece interfaces de desarrollador para API. La función ‘PRO’ incluye datos más valiosos y requiere un pago para acceder. ‘RPC’ representa la funcionalidad del nodo de Birdeye, lo que permite la personalización para utilizar nodos más rápidos y estables.

4. Birdeye tiene una amplia variedad de tipos de datos, por lo que aquí utilizamos una imagen compuesta para proporcionar una descripción general simple. Los requisitos de uso específicos pueden variar según las preferencias individuales.

5. La última mencionada es la función de transacción en Birdeye, que incluye funciones Swap, Limit y Bridge, con hábitos de uso similares a las DApps que usamos en nuestra vida diaria.

Para obtener más detalles, consulte la documentación oficial. documentation.
#Solana #wallet #TokenPocket

Let's start buying crypto currencies 😄.

You have many options when buying crypto currencies:

1. Credit/debit card: the simplest option for new users and the one we'll be discussing in this article.

2. Transfer funds to your Fiat and Spot wallet: transfer fiat currency from your bank account and use it on the exchange.

Buy Bitcoin with a credit/debit card on Binance. 💳

I suggest you use a Visa card for this step.

The one with the fewest restrictions is UBA's prepaid VISA card.

If you're on your mobile platform, go to SPOT, then BTC.

BTC purchase process via VISA Card Then you'll see 'Credit/Debit Card' with the VISA and Mastercard logos.

Click on the button and you'll be redirected to the purchase page.

Fill in the amount you wish to purchase and confirm payment.

How do I convert my Bitcoins into other cryptos ? 🤔

If you've followed the procedure above, check the 'SPOT' section of your Binance wallet and you'll see your BTC.

These BTC can be converted into other cryptos. Follow the next instructions to find out how.

⚠️Important note: When you're about to make a purchase, on the BTC/USDT pair for example, the second crypto 'USDT' is the currency that you have and wish to exchange with the first one, which is 'BTC'. On the other hand, in the case of a sale on the same pair 'BTC/USDT', the pair to be exchanged will be the first of the pair, i.e. 'BTC', which you will exchange for the second one 'USDT'.

Once this is clear to you, we'll proceed with the tutorial.

📉STEP 1: Go to the 'Trades' section, then look at the top left and you'll see the BTC/USDT pair. We have BTC, so we can only buy XXX/BTC pairs.

📊STEP 2: Click on the BTC/USDT pair at top left and select a XXX/BTC pair.

💱STEP 3: In our example, we're going to buy AXS/BTC. Select the crypto you want to exchange your BTC for.

🪙STEP 4: Make sure you click on Market Order for immediate execution.

🫰STEP 5: On Binance, your advantage is that you can choose the percentage of crypto you want to trade.

Select a percentage between 25,50,75 and 100% and validate the transaction.

Once you've completed these 5 steps, return to 'SPOT' where you'll find your Cryptos safely 😇.

#BinanceTournament #crypto2023 #Tutorial

1. In Binance Web3 Wallet -> Click "Discover"

2. Find "BounceBit" in Trending DApps

3. Click "Open dApp"

4. In "WITHDRAW" Tab -> Click "Connect Wallet"

5. Choose "Binance Web3 Wallet"

6. In "Request" Tab -> Input withdrawal amount or click "Max"

7. Click "Request Withdrawal"

8. Pay gas fee (~0.25U) and wait for "Transaction Success"

9. In "Claim" Tab -> Claim after 18 days

#Megadrop #BounceBit #Withdrawal #Tutorial #Web3Wallet

Section 1: Deposite BNB to Binance Web3 Wallet
1. In Web3 Wallet -> Click "Transfer"

2. Coin choose "BNB" -> Network Choose "BNB Smart Chain" -> Click "Transfer"

3. Withdrawal Amount -> Input at least "0.011" BNB -> Click "Withdraw"

4. Click "Confirm"

5. Wait for withdrawal processing

Section 2: Finish Megadrop Web3 Quest
1. Click "Search" -> Input "Megadrop"

2. Click "Megadrop"

3. Click "Lista"

4. Scroll dowm to bottom -> Click "Start Quest"

5. Click "Start Now"

6. Click "OK"

7. Click "Connect Wallet"

8. Choose "Binance Web3 Wallet"

9. Click "Stake"

10. Input "0.01" BNB -> Click "Stake"

11. Click "Confirm"

12. Wait for "Success" message -> Click "X"

13. Back to "Quest Page" -> Click "Verify"
Note: "Verification failed" might happen, wait 1-2 minutes and try again.

14. Wait for "Task Completed"

15. Check the status is "Completed"

#Megadrop #Lista #Tutorial #Web3Wallet #BNB

In this guide, we'll walk through the creation of a straightforward game in Unity, perfect for beginners. I've chosen the Solana ecosystem for this project. We will develop a basic collectible game where players can acquire digital assets (NFTs) in a simple 2D environment. This tutorial aims to provide some knowledge on how to enter the trending blockchain games industry simply and effectively, all in less than 10 minutes.

Step 1: Setting Up Your Unity Project
Open Unity Hub and create a new 2D project.Name your project "SimpleSolanaGame".
Step 2: Basic Scene Setup
Once your project is open, go to the "Scene" view.Right-click in the Hierarchy, select 2D Object -> Sprite, to create a ground for your player.Scale the sprite to form a ground platform.Add a Player: Right-click in the Hierarchy, choose Create -> 2D Object -> Sprite. This will be your player. For simplicity, this can just be a colored square.
Step 3: Player Movement
Select the Player sprite in the hierarchy.Add a Rigidbody 2D and a Box Collider 2D from the Inspector.Create a new C# script named "PlayerMovement" and attach it to your Player sprite.Paste this : using UnityEngine;

public class PlayerMovement : MonoBehaviour
{
public float moveSpeed = 5f;
public float jumpForce = 5f;
private Rigidbody2D rb;
private bool isGrounded = true;

void Start()
{
rb = GetComponent<Rigidbody2D>();
}

void Update()
{
float move = Input.GetAxis("Horizontal");
rb.velocity = new Vector2(move * moveSpeed, rb.velocity.y);

if (Input.GetButtonDown("Jump") && isGrounded)
{
rb.AddForce(new Vector2(0f, jumpForce), ForceMode2D.Impulse);
isGrounded = false;
}
}

void OnCollisionEnter2D(Collision2D collision)
{
if (collision.gameObject.tag == "Ground")
{
isGrounded = true;
}
}
}
Edit the script to add basic left and right movement and jumping (I can provide a simple script if needed).
Step 4: Incorporating Solana
Navigate to the Solana Unity SDK documentation (link provided in the original instructions).Follow the steps to add the Solana Unity SDK to your project via the Package Manager.Once the SDK is added, download the "SoulPlay" Unity package and import it into your project.
Step 5: Integrating NFTs as Collectibles
In your game, decide what the collectibles will be (these will represent NFTs).Place several collectible sprites around your scene.Write a simple script that detects when the player collides with a collectible and logs a message. This will be the placeholder for NFT collection logic.
Step 6: Setting Up NFT Interaction
Utilize the Solana Unity SDK to connect these collectibles with actual NFTs. For instance, each collectible sprite could represent a unique NFT on the Solana blockchain.Follow the SDK guidelines to assign an NFT to each collectible in the game.
Step 7: Token Swap and Mobile/WebGL Deployment
Introduce a basic UI button for token swapping; use the Solana SDK to integrate actual functionality.Prepare your Unity project for Mobile and WebGL platforms, adjusting settings for performance and compatibility.
Step 8: Testing and Finalizing Your Game
Test the game in Unity to ensure all mechanics work as intended.Build and deploy your game to the desired platforms.Perform final checks to ensure Solana functionality works on all platforms, particularly the NFT collection and token swap features.
Conclusion:
Congratulations! You've just created a simple Solana-integrated game in Unity. This basic setup introduces you to the possibilities of blockchain gaming, allowing players to interact with NFTs within a simple collectible game framework.
Call to Action:
Explore further! Expand your game with more features, different types of collectibles, and additional gameplay mechanics. And remember, this is just the beginning—there's a whole world of possibilities.
You can use ChatGPT if need a bit help, but this article is quite comprehensive. I'm very happy to share that, in a article months ago about how to create a token in seconds, I've helped around 30 people create their first token (hey contacted me). I know it's a small number, but if I could help even one person realize their dreams, I'm already happy.
In the next articles, I'll talk about:
Why and how to learn Unity (It's easy and helps with developing games for blockchains).Best Tokenomics (It's very important to have good tokenomics to prevent your project from becoming a pump and dump).How to attract investments (There's a big list of pages with investors to bring good exposure to your project; I'll provide a Huge list 🔥).How to build a community (Nowadays, many projects share exposure and active followers; in return, their community receives some airdrops. I'll bring a list).

Extra:Create a JavaScript Plugin in Unity:Create a new file called Plugin.jslib in the Assets/Plugins folder in your Unity project.Add the following JavaScript code for a simple Solana connection and NFT fetching:
javascriptCopy code
mergeInto(LibraryManager.library, {
WalletConnect: function () {
// Initialize your Solana connection here
// This is a placeholder function, actual implementation will vary based on your setup
console.log('Wallet connected');
},

FetchNFTs: function () {
// Fetch NFTs logic here
// This is a placeholder function, actual implementation will vary based on your setup
console.log('NFTs fetched');
}
});

Please note, actual JavaScript for connecting to Solana and fetching NFTs would need to be developed based on your specific requirements and the Solana Web3.js library.
In Unity, create a new C# script to call these JavaScript functions, for example, SolanaIntegration.cs.
csharpCopy code
using System.Runtime.InteropServices;
using UnityEngine;

public class SolanaIntegration : MonoBehaviour
{
[DllImport("__Internal")]
private static extern void WalletConnect();

[DllImport("__Internal")]
private static extern void FetchNFTs();

public void ConnectWallet()
{
WalletConnect();
}

public void GetNFTs()
{
FetchNFTs();
}
}

Attach this script to a GameObject in your scene, and you can call ConnectWallet() and GetNFTs() methods, for example, through UI button clicks.

#crypto2024 #CryptoNews🔒📰🚫 #Tutorial