SimTK::Stage Class Reference

This class is basically a glorified enumerated type, type-safe and range checked but permitting convenient (if limited) arithmetic. More...

Public Types
enum	Level {   Empty = 0 ,   Topology = 1 ,   Model = 2 ,   Instance = 3 ,   Time = 4 ,   Position = 5 ,   Velocity = 6 ,   Dynamics = 7 ,   Acceleration = 8 ,   Report = 9 ,   Infinity = 10 ,   LowestValid = Empty ,   HighestValid = Infinity ,   LowestRuntime = Model ,   HighestRuntime = Report }
enum	{   NValid = HighestValid-LowestValid+1 ,   NRuntime = HighestRuntime-LowestRuntime+1 }

Public Member Functions
	Stage ()
	Default construction gives Stage::Empty. More...
	Stage (Level l)
	This is an implicit conversion from Stage::Level to Stage. More...
	Stage (int l)
	You can explicitly create a Stage from an int if it is in range. More...
	operator int () const
	Stage will implicitly convert to int so you can use it as an index. More...
bool	operator== (Level other) const
bool	operator!= (Level other) const
bool	operator< (Level other) const
bool	operator<= (Level other) const
bool	operator> (Level other) const
bool	operator>= (Level other) const
bool	operator== (Stage other) const
bool	operator!= (Stage other) const
bool	operator< (Stage other) const
bool	operator<= (Stage other) const
bool	operator> (Stage other) const
bool	operator>= (Stage other) const
const Stage &	operator++ ()
const Stage &	operator-- ()
Stage	operator++ (int)
Stage	operator-- (int)
Stage	next () const
	Return the Stage following this one, with Stage::Infinity returned if this Stage is already at its highest value, Stage::Report. More...
Stage	prev () const
	Return the Stage before this one, with Stage::Empty returned if this Stage is already at its lowest value, Stage::Topology. More...
String	getName () const
	Return a printable name corresponding to the stage level currently stored in this Stage. More...
void	invalidate (Stage tooHigh)
	Set this Stage=min(stageNow, tooHigh-1). More...
bool	isInRuntimeRange () const
	Return true if this Stage has one of the meaningful values between Stage::Topology and Stage::Report, rather than one of the end markers Stage::Empty or Stage::Infinity. More...

Detailed Description

This class is basically a glorified enumerated type, type-safe and range checked but permitting convenient (if limited) arithmetic.

Constants look like Stage::Position, and loops can be written like

for(Stage s = Stage::LowestValid; s <= Stage::HighestValid; ++s) {
    // ...
}

Stage constants (of type Stage::Level) are implicitly converted to type Stage when necessary.

Default construction gives Stage::Empty which really means "invalid".

Member Enumeration Documentation

Level

enum SimTK::Stage::Level

Enumerator
Empty	Lower than any legitimate Stage.
Topology	System topology realized.
Model	Modeling choices made.
Instance	Physical parameters set.
Time	A new time has been realized.
Position	Spatial configuration available.
Velocity	Spatial velocities available.
Dynamics	Forces calculated.
Acceleration	Accelerations and multipliers calculated.
Report	Report-only quantities evaluated.
Infinity	Higher than any legitimate Stage.
LowestValid	For iterating over all stage values.
HighestValid
LowestRuntime	For iterating over meaningful stage values.
HighestRuntime

anonymous enum

anonymous enum

Enumerator
NValid
NRuntime

Constructor & Destructor Documentation

Stage() [1/3]

SimTK::Stage::Stage ( )

inline

Default construction gives Stage::Empty.

Stage() [2/3]

SimTK::Stage::Stage ( Level  l )

inline

This is an implicit conversion from Stage::Level to Stage.

Stage() [3/3]

SimTK::Stage::Stage ( int  l )

inlineexplicit

You can explicitly create a Stage from an int if it is in range.

Member Function Documentation

operator int()

SimTK::Stage::operator int ( ) const

inline

Stage will implicitly convert to int so you can use it as an index.

operator==() [1/2]

bool SimTK::Stage::operator== ( Level  other ) const

inline

operator!=() [1/2]

bool SimTK::Stage::operator!= ( Level  other ) const

inline

operator<() [1/2]

bool SimTK::Stage::operator< ( Level  other ) const

inline

operator<=() [1/2]

bool SimTK::Stage::operator<= ( Level  other ) const

inline

operator>() [1/2]

bool SimTK::Stage::operator> ( Level  other ) const

inline

operator>=() [1/2]

bool SimTK::Stage::operator>= ( Level  other ) const

inline

operator==() [2/2]

bool SimTK::Stage::operator== ( Stage  other ) const

inline

operator!=() [2/2]

bool SimTK::Stage::operator!= ( Stage  other ) const

inline

operator<() [2/2]

bool SimTK::Stage::operator< ( Stage  other ) const

inline

operator<=() [2/2]

bool SimTK::Stage::operator<= ( Stage  other ) const

inline

operator>() [2/2]

bool SimTK::Stage::operator> ( Stage  other ) const

inline

operator>=() [2/2]

bool SimTK::Stage::operator>= ( Stage  other ) const

inline

operator++() [1/2]

const Stage& SimTK::Stage::operator++ ( )

inline

operator--() [1/2]

const Stage& SimTK::Stage::operator-- ( )

inline

operator++() [2/2]

Stage SimTK::Stage::operator++ ( int  )

inline

operator--() [2/2]

Stage SimTK::Stage::operator-- ( int  )

inline

next()

Stage SimTK::Stage::next ( ) const

inline

Return the Stage following this one, with Stage::Infinity returned if this Stage is already at its highest value, Stage::Report.

An exception is thrown if this Stage is already Stage::Infinity.

prev()

Stage SimTK::Stage::prev ( ) const

inline

Return the Stage before this one, with Stage::Empty returned if this Stage is already at its lowest value, Stage::Topology.

An exception is thrown if this Stage is already Stage::Empty.

getName()

String SimTK::Stage::getName ( ) const

inline

Return a printable name corresponding to the stage level currently stored in this Stage.

invalidate()

void SimTK::Stage::invalidate ( Stage  tooHigh )

inline

Set this Stage=min(stageNow, tooHigh-1).

isInRuntimeRange()

bool SimTK::Stage::isInRuntimeRange ( ) const

inline

Return true if this Stage has one of the meaningful values between Stage::Topology and Stage::Report, rather than one of the end markers Stage::Empty or Stage::Infinity.

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

• Stage.h