Package com.hammy275.immersivemc.client

Class LastClientVRData

java.lang.Object

com.hammy275.immersivemc.client.LastClientVRData

public class LastClientVRData
extends Object

Nested Class Summary

Nested Classes

Modifier and Type	Class	Description
static enum	LastClientVRData.VRType

Constructor Summary

Constructors

Constructor	Description
LastClientVRData()

Method Summary

Modifier and Type	Method	Description
static void	addLastTick(net.blf02.vrapi.api.data.IVRPlayer player)	Adds new last tick entry.
static boolean	canGetVelocityChange()
static net.minecraft.world.phys.Vec3	changeForVelocity(LastClientVRData.VRType type)	Gets the change in position for velocity purposes
static net.blf02.vrapi.api.data.IVRPlayer	getPlayer(int ticksAgo)	Get IVRPlayer from some ticks ago.
static boolean	hasPlayerTicksAgo(int ticksAgo)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details

LastClientVRData

public LastClientVRData()

Method Details

addLastTick

public static void addLastTick(net.blf02.vrapi.api.data.IVRPlayer player)

Adds new last tick entry. Shouldn't be called by anything other than LastVRDataTracker.

Parameters:

player - IVRPlayer to add.

hasPlayerTicksAgo

public static boolean hasPlayerTicksAgo(int ticksAgo)

Parameters:

ticksAgo - Ticks ago to check back.

Returns:

Whether we have data ticksAgo ticks back.

getPlayer

public static net.blf02.vrapi.api.data.IVRPlayer getPlayer(int ticksAgo)

Get IVRPlayer from some ticks ago.

Parameters:

ticksAgo - Ticks ago to retrieve. 0 retrieves the current tick and >5 throws as we only keep the past 5 ticks.

Returns:

The IVRPlayer for ticksAgo ticks ago.

canGetVelocityChange

public static boolean canGetVelocityChange()

Returns:

Whether changeForVelocity can be run.

changeForVelocity

public static net.minecraft.world.phys.Vec3 changeForVelocity(LastClientVRData.VRType type)

Gets the change in position for velocity purposes

Returns:

Vector3d representing x, y, and z velocity