Uses of Class
tr.com.terrayazilim.core.math.Vec2d

Packages that use Vec2d

Package	Description
tr.com.terrayazilim.core.math

Uses of Vec2d in tr.com.terrayazilim.core.math

Methods in tr.com.terrayazilim.core.math that return Vec2d

Modifier and Type	Method and Description
Vec2d	Vec2d.absoluted() Formula Q = |x1| W = |y1|
Vec2d	Vec2d.add(Vec2d vector) Formula Q = x0 + x1 W = y0 + y1
Vec2d	Vec2d.getNormalized() Formula Normal = getNorm = math.sqrt(x1,y1) Q = x0 * (1 / math.sqrt(x1,y1)) W = y0 * (1 / math.sqrt(x1,y1))
Vec2d	Vec2d.getZero()
Vec2d	Vec2d.negated()
static Vec2d	Vec2d.of(double x, double y)
static Vec2d	Vec2d.of(Vec2d vector)
Vec2d	Vec2d.rounded()
Vec2d	Vec2d.scale(double t) Formula Q = x1 * t W = y1 * t
Vec2d	Vec2d.sub(Vec2d vector) Formula Q = x0 - x1 W = y0 - y1
Vec2d	Vec2d.translate(double t) Formula Q = x0 + t W = y0 + t

Methods in tr.com.terrayazilim.core.math with parameters of type Vec2d

Modifier and Type	Method and Description
Vec2d	Vec2d.add(Vec2d vector) Formula Q = x0 + x1 W = y0 + y1
double	Vec2d.distanceSquaredTo(Vec2d vector) Formula: Q = x1 - x0 W = y1 - y0 t = (Q * Q) + (W * W)
double	Vec2d.distanceTo(Vec2d vector) Formula: Q = x1 - x0 W = y1 - y0 return t = math.sqrt((Q * Q) + (W * W))
double	Vec2d.getCrossProduct(Vec2d vector0, Vec2d vector1) Formula Q1 = x1 - x0 W1 = y1 - y0 Q2 = x2 - x0 W2 = y2 - y0 t = (Q1 * W1) - (Q2 * W2)
double	Vec2d.getDotProduct(Vec2d vector) Formula: dx = x1 * x0 dy = y1 * y0 t = dx + dy
static Vec2d	Vec2d.of(Vec2d vector)
Vec2d	Vec2d.sub(Vec2d vector) Formula Q = x0 - x1 W = y0 - y1

Constructors in tr.com.terrayazilim.core.math with parameters of type Vec2d

Constructor and Description
Vec2d(Vec2d vector)