Equal

• Description: The Equal node checks if two values are exactly the same and returns true if they match, otherwise false.
• Use Cases: Useful for conditional checks, such as verifying if a player’s score matches a target or if an item quantity is equal to a specific amount.

Greater or Equal

• Description: The Greater or Equal node checks if the first value is greater than or equal to the second value and returns true if the condition is met, otherwise false.
• Use Cases: Often used to determine if a player has reached a minimum score or if a countdown timer has expired.

Less or Equal

• Description: The Less or Equal node checks if the first value is less than or equal to the second value, returning true if the condition holds, otherwise false.
• Use Cases: Useful for situations where you want to trigger an action if a value hasn’t exceeded a certain limit, such as allowing entry only if a player has a certain level or lower.

Shift Right

• Description: The Shift Right node shifts the bits of an integer value to the right by a specified number of places, effectively dividing the number by powers of two.
• Use Cases: Commonly used in optimization and performance scenarios, especially in cases involving binary operations or bitwise manipulation.

Add

• Description: The Add node performs addition on two numbers and outputs the sum.
• Use Cases: Ideal for increasing values, such as updating a player’s score, adding to health points, or counting items.

Shift Left

• Description: The Shift Left node shifts the bits of an integer value to the left by a specified number of places, effectively multiplying the number by powers of two.
• Use Cases: Useful in situations where bitwise manipulation is required, or when performing quick multiplications, especially in performance-critical parts of your game logic.

Remainder

• Description: The Remainder node divides one number by another and returns the remainder of that division.
• Use Cases: Often used in looping structures, such as checking for even or odd numbers, or performing actions at specific intervals (e.g., every third enemy).

Less

• Description: The Less node checks if the first value is less than the second value and returns true if this condition is met, otherwise false.
• Use Cases: Useful for triggering actions when a value is below a certain threshold, such as a player’s health falling below a critical level.

Divide

• Description: The Divide node divides one number by another and outputs the result.
• Use Cases: Commonly used for scaling values, calculating averages, or determining percentages. For instance, dividing health by a max health value to get a health percentage.

Multiply

• Description: The Multiply node multiplies two numbers and outputs the product.
• Use Cases: Used for scaling values, adjusting quantities, or determining areas and volumes. For example, multiplying a score multiplier by a base score to give bonus points.

Subtract

• Description: The Subtract node subtracts one value from another and outputs the result.
• Use Cases: Ideal for reducing values, such as decreasing health points, reducing timers, or calculating distance between values.

Not Equal

• Description: The Not Equal node checks if two values are not the same and returns true if they differ, otherwise false.
• Use Cases: Useful for conditions where you want to ensure two values are distinct, such as checking that a player hasn’t selected the same option twice.

Greater

• Description: The Greater node checks if the first value is greater than the second value and returns true if the condition holds, otherwise false.
• Use Cases: Often used to trigger actions when a value exceeds a certain threshold, such as when a player’s score surpasses a high score or when time left is above a certain amount.