Uses of Class
com.io7m.jtensors.core.parameterized.vectors.PVector3I

Packages that use PVector3I

Package	Description
com.io7m.jtensors.core.parameterized.vectors	Parameterized vector types.
com.io7m.jtensors.generators	QuickCheck generators.
com.io7m.jtensors.storage.api.parameterized.vectors	Parameterized vector storage types.

Uses of PVector3I in com.io7m.jtensors.core.parameterized.vectors

Methods in com.io7m.jtensors.core.parameterized.vectors that return PVector3I

Modifier and Type	Method and Description
static <T> PVector3I<T>	PVectors3I.absolute(PVector3I<T> v0) Calculate the absolute of v0.
static <T> PVector3I<T>	PVectors3I.add(PVector3I<T> v0, PVector3I<T> v1) Add v0 to v1.
static <T> PVector3I<T>	PVectors3I.addScaled(PVector3I<T> v0, PVector3I<T> v1, double r) Add v0 to v1 * r.
PVector3I<T>	PVector3I.Builder.build() Builds a new PVector3I.
static <T> PVector3I<T>	PVectors3I.clamp(PVector3I<T> v, PVector3I<T> v_min, PVector3I<T> v_max) Clamp the values in v by v_min and v_max.
static <T> PVector3I<T>	PVectors3I.crossProduct(PVector3I<T> v0, PVector3I<T> v1) Calculate the cross product of the vectors v0 and v1.
static <T> PVector3I<T>	PVectors3I.interpolateLinear(PVector3I<T> v0, PVector3I<T> v1, double alpha) Linearly interpolate between v0 and v1 by the amount alpha.
static <T> PVector3I<T>	PVectors3I.negate(PVector3I<T> v) Calculate the negation of v.
static <T> PVector3I<T>	PVector3I.of(int x, int y, int z) Construct a new immutable PVector3I instance.
static <T> PVector3I<T>	PVectors3I.scale(PVector3I<T> v0, double r) Scale v0 by r.
static <T> PVector3I<T>	PVectors3I.subtract(PVector3I<T> v0, PVector3I<T> v1) Subtract v1 from v0.
static <A> PVector3I<A>	PVectors3I.toParameterized(Vector3I v)
static <T> PVector3I<T>	PVectors3I.zero() The zero vector.

Methods in com.io7m.jtensors.core.parameterized.vectors with parameters of type PVector3I

Modifier and Type	Method and Description
static <T> PVector3I<T>	PVectors3I.absolute(PVector3I<T> v0) Calculate the absolute of v0.
static <T> PVector3I<T>	PVectors3I.add(PVector3I<T> v0, PVector3I<T> v1) Add v0 to v1.
static <T> PVector3I<T>	PVectors3I.add(PVector3I<T> v0, PVector3I<T> v1) Add v0 to v1.
static <T> PVector3I<T>	PVectors3I.addScaled(PVector3I<T> v0, PVector3I<T> v1, double r) Add v0 to v1 * r.
static <T> PVector3I<T>	PVectors3I.addScaled(PVector3I<T> v0, PVector3I<T> v1, double r) Add v0 to v1 * r.
static <T> PVector3I<T>	PVectors3I.clamp(PVector3I<T> v, PVector3I<T> v_min, PVector3I<T> v_max) Clamp the values in v by v_min and v_max.
static <T> PVector3I<T>	PVectors3I.clamp(PVector3I<T> v, PVector3I<T> v_min, PVector3I<T> v_max) Clamp the values in v by v_min and v_max.
static <T> PVector3I<T>	PVectors3I.clamp(PVector3I<T> v, PVector3I<T> v_min, PVector3I<T> v_max) Clamp the values in v by v_min and v_max.
static <T> PVector3I<T>	PVectors3I.crossProduct(PVector3I<T> v0, PVector3I<T> v1) Calculate the cross product of the vectors v0 and v1.
static <T> PVector3I<T>	PVectors3I.crossProduct(PVector3I<T> v0, PVector3I<T> v1) Calculate the cross product of the vectors v0 and v1.
static <T> long	PVectors3I.distance(PVector3I<T> v0, PVector3I<T> v1) Calculate the distance between v0 and v1.
static <T> long	PVectors3I.distance(PVector3I<T> v0, PVector3I<T> v1) Calculate the distance between v0 and v1.
static <T> long	PVectors3I.dotProduct(PVector3I<T> v0, PVector3I<T> v1) Calculate the scalar product of the vectors v0 and v1.
static <T> long	PVectors3I.dotProduct(PVector3I<T> v0, PVector3I<T> v1) Calculate the scalar product of the vectors v0 and v1.
static <T> PVector3I<T>	PVectors3I.interpolateLinear(PVector3I<T> v0, PVector3I<T> v1, double alpha) Linearly interpolate between v0 and v1 by the amount alpha.
static <T> PVector3I<T>	PVectors3I.interpolateLinear(PVector3I<T> v0, PVector3I<T> v1, double alpha) Linearly interpolate between v0 and v1 by the amount alpha.
static <T> double	PVectors3I.magnitude(PVector3I<T> v0) Calculate the magnitude of the vector v0.
static <T> long	PVectors3I.magnitudeSquared(PVector3I<T> v0) Calculate the squared magnitude of the vector v0.
static <T> PVector3I<T>	PVectors3I.negate(PVector3I<T> v) Calculate the negation of v.
static <T> PVector3I<T>	PVectors3I.scale(PVector3I<T> v0, double r) Scale v0 by r.
static <T> PVector3I<T>	PVectors3I.subtract(PVector3I<T> v0, PVector3I<T> v1) Subtract v1 from v0.
static <T> PVector3I<T>	PVectors3I.subtract(PVector3I<T> v0, PVector3I<T> v1) Subtract v1 from v0.
static <A> Vector3I	PVectors3I.toUnparameterized(PVector3I<A> v)

Uses of PVector3I in com.io7m.jtensors.generators

Methods in com.io7m.jtensors.generators that return PVector3I

Modifier and Type	Method and Description
PVector3I<T>	PVector3IGenerator.next()

Methods in com.io7m.jtensors.generators that return types with arguments of type PVector3I

Modifier and Type	Method and Description
static <T> net.java.quickcheck.Generator<PVector3I<T>>	PVector3IGenerator.create() Create a generator initialized with a default component generator.
static <T> net.java.quickcheck.Generator<PVector3I<T>>	PVector3IGenerator.create16() Create a generator initialized with a default component generator that produces values in the range [-32768, 32767].
static <T> net.java.quickcheck.Generator<PVector3I<T>>	PVector3IGenerator.create32() Create a generator initialized with a default component generator that produces values in the range [-2147483648, 2147483647].
static <T> net.java.quickcheck.Generator<PVector3I<T>>	PVector3IGenerator.create8() Create a generator initialized with a default component generator that produces values in the range [-128, 127].
static <T> net.java.quickcheck.Generator<PVector3I<T>>	PVector3IGenerator.createSmall() Create a generator initialized with a default component generator that produces values in the range [-128, 128].

Uses of PVector3I in com.io7m.jtensors.storage.api.parameterized.vectors

Methods in com.io7m.jtensors.storage.api.parameterized.vectors with parameters of type PVector3I

Modifier and Type	Method and Description
default void	PVectorStorageIntegral3Type.setPVector3I(PVector3I<T> v) Set the components from the given vector.