Math for Unreal Engine (Early Preview)

Learn how to measure the shortest distance between an arrow object and a ball to obtain the vector length, also called magnitude or size, in centimeters, using simple mathematics.

Learn to compute the vector length in Unreal Engine by measuring the distance from origin to the ball using x, y, z components, squaring, summing, and square rooting.

Explore how a unit vector maintains a length of one and points in a direction, using normalization to calculate the directional vector with simple math.

Explore vector scaling in Unreal Engine with practical examples: uniform scaling, axis-specific scaling, and directional vector scaling using orange and green balls to illustrate direction and lengths like 800 units.

Implement vector scaling in Unreal Engine with a blueprint construction script, normalize the direction, apply uniform and 3D scales, and set the final actor location to drive level simulation.

Explore vector addition by combining components to position a green ball from two orange vectors, translating positions along x and y axes using direction and magnitude.

Learn to compute the displacement between arrow and target actor by vector subtraction, obtain direction by normalizing the vector, and update the arrow’s rotation in Unreal Engine blueprints.

Implement a shoot feature in Unreal Engine using a blueprint to compute a displacement vector, obtain the unit vector, and drive gradual movement with a timeline toward the target.

Explore sine and cosine functions to drive ball motion along x and y axes with adjustable speed and offsets. Understand radians and degrees, and how pi links angles to motion.

Learn to drive y-axis motion in Unreal Engine using the sine function, time since creation, distance multiplier, offset, and speed to produce a zero-to-one range.

Learn to control a sine function output in Unreal Engine blueprints by switching between degrees and radians, converting inputs with pi, and shaping a ball's motion with sine-based distances.

Explore the unit circle and 2d rotation with sine and cosine to create circular motion around an origin, with adjustable distance and center translation along the x axis.

control the green ball’s position by angle to achieve 2D rotation using sine input, degrees, and a vector with x and y components scaled by distance in a blueprint.