space-engineers-api/spaceEngineers.model.extensions

Package spaceEngineers.model.extensions

Functions

allBetween

fun Vec3I.allBetween(end: Vec3I): Sequence<Vec3I>

blockByCustomName

fun List<Block>.blockByCustomName(customName: String): TerminalBlock

fun Observation.blockByCustomName(customName: String): TerminalBlock

blockById

fun Observer.blockById(blockId: BlockId): Block

fun Observation.blockById(blockId: BlockId): Block

blocksByCustomName

fun Observation.blocksByCustomName(customName: String): List<TerminalBlock>

crossProduct

fun NumberVec3<Float>.crossProduct(b: NumberVec3<Float>): Vec3F

heaviestGrid

fun Observation.heaviestGrid(): CubeGrid

isSidePoint

fun MountPoint.isSidePoint(): Boolean

largestGrid

fun Observation.largestGrid(): CubeGrid

lineBetween

fun Vec3I.lineBetween(end: Vec3I, extraWidth: Float = 0.1f): Sequence<Vec3I>

mountPointToRealWorldPosition

fun Block.mountPointToRealWorldPosition( mountPoint: MountPoint, blockDefinition: BlockDefinition, offset: Float = 0.0f): Vec3F

neighbourPositions

fun Vec3I.neighbourPositions(): Set<Vec3I>

normalizeAsMovement

fun Vec3F.normalizeAsMovement(characterMovementType: CharacterMovementType): Vec3F

normalizeAsRun

fun Vec3F.normalizeAsRun(): Vec3F

normalizeAsSprint

fun Vec3F.normalizeAsSprint(): Vec3F

normalizeAsWalk

fun Vec3F.normalizeAsWalk(): Vec3F

orientationTowardsMountPoint

fun Block.orientationTowardsMountPoint(mountPoint: MountPoint): Vec3F

orientationUpTowardsMountPoint

fun Block.orientationUpTowardsMountPoint(mountPoint: MountPoint): Vec3F

perpendicularVectors

fun Vec3F.perpendicularVectors(numVectors: Int): List<Vec3F>

fun Vec3F.perpendicularVectors( axis: Vec3F, numVectors: Int, offsetRad: Int = 0): List<Vec3F>

pointFromCenter

fun Block.pointFromCenter(blockDefinition: BlockDefinition, positionRelativeToBlockCenter: Vec3F): Vec3F

resizeTo

fun Vec3F.resizeTo(size: Float): Vec3F

rotate

fun Vec3F.rotate(axis: Vec3F, angleRad: Float): Vec3F

rotationMatrix

fun Pose.rotationMatrix(): RotationMatrix

fun Vec3F.rotationMatrix(angle: Float): RotationMatrix

roundToInt

fun Vec3F.roundToInt(): Vec3I

similar

fun MountPoint.similar(mp: MountPoint, delta: Float = 0.1f): Boolean

stepSgn

fun stepSgn(value: Int): Int

sum

inline fun Iterable<Vec3F>.sum(): Vec3F

times

operator fun RotationMatrix.times(vec: Vec3F): Vec3F

toArray

fun NumberVec3<Float>.toArray(): FloatArray

toFloat

fun Vec3I.toFloat(): Vec3F

toInt

fun Vec3F.toInt(): Vec3I

typedBlockByCustomName

inline fun <T : TerminalBlock> List<Block>.typedBlockByCustomName(customName: String): T

inline fun <T : TerminalBlock> Observation.typedBlockByCustomName(customName: String): T

typedBlockById

fun <T : Block> Observation.typedBlockById(blockId: BlockId): T

unaryMinus

operator fun RotationMatrix.unaryMinus(): RotationMatrix

Properties

allBlocks

val Observation.allBlocks: List<Block>

centerPosition

val Block.centerPosition: Vec3F

rotationMatrix

val Block.rotationMatrix: RotationMatrix

shortDescription

val Block.shortDescription: String