Package com.google.ortools.constraintsolver

Class RoutingModel.RouteDimensionTravelInfo.TransitionInfo.PiecewiseLinearFormulation

java.lang.Object

com.google.ortools.constraintsolver.RoutingModel.RouteDimensionTravelInfo.TransitionInfo.PiecewiseLinearFormulation

Enclosing class:

RoutingModel.RouteDimensionTravelInfo.TransitionInfo

public static class RoutingModel.RouteDimensionTravelInfo.TransitionInfo.PiecewiseLinearFormulation
extends Object

The following struct defines a piecewise linear formulation, with
int64_t values for the "anchor" x and y values, and potential double
values for the slope of each linear function.

Field Summary

Fields

Modifier and Type	Field	Description
protected boolean	swigCMemOwn

Constructor Summary

Constructors

Constructor	Description
PiecewiseLinearFormulation()
PiecewiseLinearFormulation(long cPtr, boolean cMemoryOwn)

Method Summary

Modifier and Type	Method	Description
void	delete()
protected void	finalize()
static long	getCPtr(RoutingModel.RouteDimensionTravelInfo.TransitionInfo.PiecewiseLinearFormulation obj)
SWIGTYPE_p_absl__InlinedVectorT_long_8_t	getX_anchors()	The set of *increasing* anchor cumul values for the interpolation.
SWIGTYPE_p_absl__InlinedVectorT_long_8_t	getY_anchors()	The y values used for the interpolation: For any x anchor value, let i be an index such that x_anchors[i] ≤ x < x_anchors[i+1], then the y value for x is y_anchors[i] * (1-λ) + y_anchors[i+1] * λ, with λ = (x - x_anchors[i]) / (x_anchors[i+1] - x_anchors[i]).
void	setX_anchors(SWIGTYPE_p_absl__InlinedVectorT_long_8_t value)	The set of *increasing* anchor cumul values for the interpolation.
void	setY_anchors(SWIGTYPE_p_absl__InlinedVectorT_long_8_t value)	The y values used for the interpolation: For any x anchor value, let i be an index such that x_anchors[i] ≤ x < x_anchors[i+1], then the y value for x is y_anchors[i] * (1-λ) + y_anchors[i+1] * λ, with λ = (x - x_anchors[i]) / (x_anchors[i+1] - x_anchors[i]).
static long	swigRelease(RoutingModel.RouteDimensionTravelInfo.TransitionInfo.PiecewiseLinearFormulation obj)
String	toString()
String	toString(String line_prefix)

Methods inherited from class java.lang.Object

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

Field Details

swigCMemOwn

protected transient boolean swigCMemOwn

Constructor Details

PiecewiseLinearFormulation

public PiecewiseLinearFormulation(long cPtr,
 boolean cMemoryOwn)

PiecewiseLinearFormulation

public PiecewiseLinearFormulation()

Method Details

getCPtr

public static long getCPtr(RoutingModel.RouteDimensionTravelInfo.TransitionInfo.PiecewiseLinearFormulation obj)

swigRelease

public static long swigRelease(RoutingModel.RouteDimensionTravelInfo.TransitionInfo.PiecewiseLinearFormulation obj)

finalize

protected void finalize()

Overrides:

finalize in class Object

delete

public void delete()

setX_anchors

public void setX_anchors(SWIGTYPE_p_absl__InlinedVectorT_long_8_t value)

The set of *increasing* anchor cumul values for the interpolation.

getX_anchors

public SWIGTYPE_p_absl__InlinedVectorT_long_8_t getX_anchors()

The set of *increasing* anchor cumul values for the interpolation.

setY_anchors

public void setY_anchors(SWIGTYPE_p_absl__InlinedVectorT_long_8_t value)

The y values used for the interpolation:
For any x anchor value, let i be an index such that
x_anchors[i] ≤ x < x_anchors[i+1], then the y value for x is
y_anchors[i] * (1-λ) + y_anchors[i+1] * λ, with
λ = (x - x_anchors[i]) / (x_anchors[i+1] - x_anchors[i]).

getY_anchors

public SWIGTYPE_p_absl__InlinedVectorT_long_8_t getY_anchors()

The y values used for the interpolation:
For any x anchor value, let i be an index such that
x_anchors[i] ≤ x < x_anchors[i+1], then the y value for x is
y_anchors[i] * (1-λ) + y_anchors[i+1] * λ, with
λ = (x - x_anchors[i]) / (x_anchors[i+1] - x_anchors[i]).

toString

public String toString(String line_prefix)

toString

public String toString()

Overrides:

toString in class Object