Uses of Class
net.cscott.sdr.calls.ast.Prim

Packages that use Prim

net.cscott.sdr.calls	This package contains the square dance choreography engine, and the basic types and interfaces required to communicate with it.
net.cscott.sdr.calls.ast	This package contains the abstract syntax used for call definition and evaluation.
net.cscott.sdr.calls.parser	ANTLRv3 grammars for parsing call definition files and AST representations.
net.cscott.sdr.calls.transform	This package contains code to parse call lists and transform call abstract syntax in various ways.

Uses of Prim in net.cscott.sdr.calls

Methods in net.cscott.sdr.calls with parameters of type Prim

static DancerPath	EvalPrim.apply(Dancer d, Formation f, Prim p) "Dance" the given primitive for the given dancer in the given formation to yield a DancerPath for that dancer.
static DancerPath	EvalPrim.apply(Prim prim, Position from, int formationSize) "Dance" the given primitive from the given position (in a formation of the given size) to yield a DancerPath.

Uses of Prim in net.cscott.sdr.calls.ast

Fields in net.cscott.sdr.calls.ast declared as Prim

static Prim

Prim.STAND_STILL

Methods in net.cscott.sdr.calls.ast that return Prim

Prim	Prim.build(Prim.Direction dirX, Fraction x, Prim.Direction dirY, Fraction y, Prim.Direction dirRot, ExactRotation rot, Fraction time, Prim.Flag... flags) Factory: creates new Prim only if it would differ from this.
Prim	Prim.scaleTime(Fraction f) Create a new Prim, identical to this one except that the time is scaled by the given fraction.
static Prim	Prim.valueOf(String s)

Uses of Prim in net.cscott.sdr.calls.parser

Methods in net.cscott.sdr.calls.parser that return Prim

Prim	AstParser.prim()

Uses of Prim in net.cscott.sdr.calls.transform

Methods in net.cscott.sdr.calls.transform that return Prim

Prim	RemoveIn.visit(Prim p, Fraction f)
Prim	Fractional.visit(Prim p, Fraction f)

Methods in net.cscott.sdr.calls.transform with parameters of type Prim

abstract RESULT	ValueVisitor.visit(Prim p, CLOSURE t)
Prim	RemoveIn.visit(Prim p, Fraction f)
Prim	Fractional.visit(Prim p, Fraction f)
SeqCall	TransformVisitor.visit(Prim p, T t)
SeqCall	Finish.visit(Prim p, Void t)