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Example: Syntax Highlighting with “HTML Editor Syntax Highlighter”

This is an example of how to display code with proper syntax highlighting using the “HTML Editor Syntax Highlighter” plugin.

JavaScript Example

function sayHello() {
    console.log("Hello, World!");
}

sayHello();

HTML Example

    
    
    


    
Welcome to Syntax Highlighting!
    
Enjoy properly formatted and highlighted code blocks!

CSS Example

body {
    background-color: #f4f4f4;
    font-family: Arial, sans-serif;
}

h1 {
    color: #333;
    text-align: center;
}

PHP Example

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afwafwfaawawfawfawfawwafawfawf

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awdawdawdadwadadwadawdprotected void TEST(FA);

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actually its:

class BoatAutopilotComponentClass : ScriptComponentClass 
{
};

class BoatAutopilotComponent : ScriptComponent
{
    protected vector m_vTargetPosition;
    protected float m_fMaxSpeed = 2.0; // Maximum speed for smoother movement
    protected float m_fCurrentSpeed = 0.0; // Start at zero for acceleration
    protected float m_fAcceleration = 0.5; // Adjust to control acceleration rate
    protected float m_fSlowdownDistance = 20.0; // Distance at which to start slowing down
    protected float m_fDelay = 5.0; // Delay in seconds before movement starts
    protected float m_fElapsedTime = 0.0; // Timer to track delay

    override void OnPostInit(IEntity owner)
    {
        Print("BoatAutopilotComponent initialized with smoother movement");

        // Set a specific target position in water for testing
        m_vTargetPosition = Vector(200, 0, 200); // Replace with actual water coordinates
        PrintFormat("New target position: %1", m_vTargetPosition);

        // Start a timer to call the UpdateMovement method every 0.05 seconds for smoother updates
        GetGame().GetCallqueue().CallLater(UpdateMovement, 50, true, owner);
    }

    // UpdateMovement is called every 0.05 seconds for smoother frame updates
    void UpdateMovement(IEntity owner)
    {
        // Increment the elapsed time by 0.05 seconds
        m_fElapsedTime += 0.05;

        // Check if the delay period has passed
        if (m_fElapsedTime < m_fDelay)
        {
            Print("Waiting for delay before starting movement...");
            return; // Exit early if still within the delay period
        }

        // Calculate the distance to the target
        float distanceToTarget = vector.Distance(owner.GetOrigin(), m_vTargetPosition);

        // If the boat is close to the target, pick a new target
        if (distanceToTarget < 5.0)
        {
            SetNewTargetPosition(owner);
            return;
        }

        // Smooth acceleration and deceleration
        if (distanceToTarget < m_fSlowdownDistance)
        {
            // Slow down as we approach the target
            m_fCurrentSpeed = Math.Clamp(m_fCurrentSpeed - m_fAcceleration * 0.05, 0.5, m_fMaxSpeed);
        }
        else
        {
            // Accelerate up to max speed
            m_fCurrentSpeed = Math.Clamp(m_fCurrentSpeed + m_fAcceleration * 0.05, 0.0, m_fMaxSpeed);
        }

        PrintFormat("Boat moving at speed: %1", m_fCurrentSpeed);

        // Move the boat toward the target position
        MoveTowardsTarget(owner, m_fCurrentSpeed * 0.05); // Use time slice for smooth movement
    }

    protected void SetNewTargetPosition(IEntity owner)
    {
        // Set a new specific target position in water
        m_vTargetPosition = Vector(200, 0, 200); // Adjust as needed
        PrintFormat("New target position: %1", m_vTargetPosition);

        // Reset speed to start smooth acceleration for the new target
        m_fCurrentSpeed = 0.0;
    }

    protected void MoveTowardsTarget(IEntity owner, float timeSlice)
    {
        vector currentPos = owner.GetOrigin();
        vector direction = vector.Direction(currentPos, m_vTargetPosition).Normalized();

        // Calculate the new position by moving in small increments toward the target
        vector newPosition = currentPos + (direction * m_fCurrentSpeed * timeSlice);

        // Update the boat's position
        owner.SetOrigin(newPosition);

        PrintFormat("Current Position: %1, Moving towards: %2", currentPos, m_vTargetPosition);
    }
};

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