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sdr 0.21 | |||||||||
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Packages that use net.cscott.sdr.calls.ast | |
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net.cscott.sdr | This package contains the main class (App ) as well as interface
definitions needed to tie the various pieces together. |
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.lists | This package contains call lists and generated natural-language parsers for the various square dance programs. |
net.cscott.sdr.calls.transform | This package contains code to parse call lists and transform call abstract syntax in various ways. |
Classes in net.cscott.sdr.calls.ast used by net.cscott.sdr | |
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Apply
Apply represents a invocation of a call or concept, with zero or more
arguments. |
Classes in net.cscott.sdr.calls.ast used by net.cscott.sdr.calls | |
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Apply
Apply represents a invocation of a call or concept, with zero or more
arguments. |
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Comp
A Comp is a composition operator: either a sequence,
an option list, a parallel split, or a restriction operator. |
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Condition
Condition represents an invocation of a Predicate
with zero or more arguments. |
Classes in net.cscott.sdr.calls.ast used by net.cscott.sdr.calls.ast | |
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Apply
Apply represents a invocation of a call or concept, with zero or more
arguments. |
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AstNode
A Comp is a composition operator: either a sequence,
an option list, a parallel split, or a restriction operator. |
|
Comp
A Comp is a composition operator: either a sequence,
an option list, a parallel split, or a restriction operator. |
|
Condition
Condition represents an invocation of a Predicate
with zero or more arguments. |
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If
If rejects its child as suitable for execution from
the current formation unless its condition evaluates true. |
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In
In alters the timing of its child such that it
executes in exactly count beats. |
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Opt
Opt is a list of call options. |
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OptCall
OptCall bundles a formation condition with a
Comp . |
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Par
Par is a list of call pieces. |
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ParCall
ParCall bundles a selector with a
Comp . |
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Part
Part denotes an fractional part of a call. |
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Prim
A Prim represents a primitive action: a certain distance travelled forward and to the side, while rotating a certain amount, performed in a certain number of beats. |
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Prim.Direction
The Prim.Direction enumeration tells whether the movement
is relative to the center of the formation. |
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Seq
Seq is the serial composition of primitive call pieces. |
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SeqCall
This is the common superclass of all AST elements which can appear in a Seq . |
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Warped
Warped transforms the coordinate space of its child. |
Classes in net.cscott.sdr.calls.ast used by net.cscott.sdr.calls.lists | |
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Apply
Apply represents a invocation of a call or concept, with zero or more
arguments. |
Classes in net.cscott.sdr.calls.ast used by net.cscott.sdr.calls.transform | |
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Apply
Apply represents a invocation of a call or concept, with zero or more
arguments. |
|
Comp
A Comp is a composition operator: either a sequence,
an option list, a parallel split, or a restriction operator. |
|
Condition
Condition represents an invocation of a Predicate
with zero or more arguments. |
|
If
If rejects its child as suitable for execution from
the current formation unless its condition evaluates true. |
|
In
In alters the timing of its child such that it
executes in exactly count beats. |
|
Opt
Opt is a list of call options. |
|
OptCall
OptCall bundles a formation condition with a
Comp . |
|
Par
Par is a list of call pieces. |
|
ParCall
ParCall bundles a selector with a
Comp . |
|
Part
Part denotes an fractional part of a call. |
|
Prim
A Prim represents a primitive action: a certain distance travelled forward and to the side, while rotating a certain amount, performed in a certain number of beats. |
|
Seq
Seq is the serial composition of primitive call pieces. |
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SeqCall
This is the common superclass of all AST elements which can appear in a Seq . |
|
Warped
Warped transforms the coordinate space of its child. |
|
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