meshlib.DistanceMeasurementObject_DistanceMode Class Reference

Public Member Functions
	DistanceMeasurementObject_DistanceMode (int value)
boolean	equals (java.lang.Object other)
int	hashCode ()
java.lang.String	toString ()

Static Public Member Functions
static DistanceMeasurementObject_DistanceMode	of (int value)

Public Attributes
final int	value

Static Public Attributes
static final DistanceMeasurementObject_DistanceMode	euclidean = new DistanceMeasurementObject_DistanceMode(0)
static final DistanceMeasurementObject_DistanceMode	euclideanWithSignedDeltasPerAxis = new DistanceMeasurementObject_DistanceMode(1)
static final DistanceMeasurementObject_DistanceMode	euclideanWithAbsoluteDeltasPerAxis = new DistanceMeasurementObject_DistanceMode(2)
static final DistanceMeasurementObject_DistanceMode	xAbsolute = new DistanceMeasurementObject_DistanceMode(3)
static final DistanceMeasurementObject_DistanceMode	yAbsolute = new DistanceMeasurementObject_DistanceMode(4)
static final DistanceMeasurementObject_DistanceMode	zAbsolute = new DistanceMeasurementObject_DistanceMode(5)

Detailed Description

The constants are static fields of this class. value holds the underlying value, so this can also hold values that aren't named constants.

Constructor & Destructor Documentation

DistanceMeasurementObject_DistanceMode()

meshlib.DistanceMeasurementObject_DistanceMode.DistanceMeasurementObject_DistanceMode

(

int

value

)

Member Function Documentation

equals()

boolean meshlib.DistanceMeasurementObject_DistanceMode.equals

(

java.lang.Object

other

)

hashCode()

int meshlib.DistanceMeasurementObject_DistanceMode.hashCode

(

)

of()

DistanceMeasurementObject_DistanceMode meshlib.DistanceMeasurementObject_DistanceMode.of ( int value )

static

Returns the named constant with this value, or a new instance if there's none.

toString()

java.lang.String meshlib.DistanceMeasurementObject_DistanceMode.toString

(

)

Member Data Documentation

euclidean

final DistanceMeasurementObject_DistanceMode meshlib.DistanceMeasurementObject_DistanceMode.euclidean = new DistanceMeasurementObject_DistanceMode(0)

static

Euclidean distance.

euclideanWithAbsoluteDeltasPerAxis

final DistanceMeasurementObject_DistanceMode meshlib.DistanceMeasurementObject_DistanceMode.euclideanWithAbsoluteDeltasPerAxis = new DistanceMeasurementObject_DistanceMode(2)

static

Euclidean distance, but also display per-axis deltas without signs.

euclideanWithSignedDeltasPerAxis

final DistanceMeasurementObject_DistanceMode meshlib.DistanceMeasurementObject_DistanceMode.euclideanWithSignedDeltasPerAxis = new DistanceMeasurementObject_DistanceMode(1)

static

Euclidean distance, but also display per-axis deltas with signs.

value

final int meshlib.DistanceMeasurementObject_DistanceMode.value

xAbsolute

final DistanceMeasurementObject_DistanceMode meshlib.DistanceMeasurementObject_DistanceMode.xAbsolute = new DistanceMeasurementObject_DistanceMode(3)

static

Absolute distance in one axis. This can still be made negative by setIsNegative(true). The point is that the real sign is ignored.

yAbsolute

final DistanceMeasurementObject_DistanceMode meshlib.DistanceMeasurementObject_DistanceMode.yAbsolute = new DistanceMeasurementObject_DistanceMode(4)

static

Absolute distance in one axis. This can still be made negative by setIsNegative(true). The point is that the real sign is ignored.

zAbsolute

final DistanceMeasurementObject_DistanceMode meshlib.DistanceMeasurementObject_DistanceMode.zAbsolute = new DistanceMeasurementObject_DistanceMode(5)

static

Absolute distance in one axis. This can still be made negative by setIsNegative(true). The point is that the real sign is ignored.

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The documentation for this class was generated from the following file:

• DistanceMeasurementObject_DistanceMode.java