org.jmodelica.modelica.compiler.NonConsecutiveIndices Class Reference
NonConsecutiveIndices describes a set of array indices that isn't limited to 1. More...
Public Member Functions | |
| Index | translate (Index i) |
| Translates an Index to the corresponding Index in the underlying expression. | |
Static Public Member Functions | |
| static NonConsecutiveIndices | createFromFas (FArraySubscripts fas) |
| Create a NonConsecutiveIndices object based on FArraySubcripts. | |
| static NonConsecutiveIndices | createFromFas (ArrayList< FArraySubscripts > fasl) |
| Create a NonConsecutiveIndices object based on a list of FArraySubcripts. | |
| static NonConsecutiveIndices | create (ArrayList< int[]> ind, boolean trim) |
| Create a NonConsecutiveIndices object based on a list of int arrays Use Indices.create(ArrayList<int[]> ind). | |
Protected Member Functions | |
| NonConsecutiveIndices (ArrayList< int[]> ind, boolean[] trim) | |
| Internal constructor to create a NonConsecutiveIndices object based on a list of int arrays containing the used indexes on the underlying array. | |
Static Protected Member Functions | |
| static Size | getSize (ArrayList< int[]> ind, boolean[] trim) |
| Calculate size for this indices from a list of int arrays containing the used indexes on the underlying array. | |
Protected Attributes | |
| ArrayList< int[]> | indices |
| Index | trans |
| boolean[] | trim |
Detailed Description
NonConsecutiveIndices describes a set of array indices that isn't limited to 1..n.
For example, consider the declaration Real x[4,4,4] and the access x[:,1,1:2:4]. The array indices for the declaration is then {1,2,3,4}, {1,2,3,4}, and {1,2,3,4} respectively for the three dimensions. For the access, we have {1,2,3,4}, {1} and {1,3} respectively. The access will have size [4,2], and this class will handle the necessary translations between indices. class :0
Constructor & Destructor Documentation
| org.jmodelica.modelica.compiler.NonConsecutiveIndices.NonConsecutiveIndices | ( | ArrayList< int[]> | ind, | |
| boolean[] | trim | |||
| ) | [protected] |
Internal constructor to create a NonConsecutiveIndices object based on a list of int arrays containing the used indexes on the underlying array.
- Parameters:
-
trim the dimensions to remove.
Member Function Documentation
| static NonConsecutiveIndices org.jmodelica.modelica.compiler.NonConsecutiveIndices.create | ( | ArrayList< int[]> | ind, | |
| boolean | trim | |||
| ) | [static] |
Create a NonConsecutiveIndices object based on a list of int arrays Use Indices.create(ArrayList<int[]> ind).
- Parameters:
-
trim remove dimensions that only span one index.
| static NonConsecutiveIndices org.jmodelica.modelica.compiler.NonConsecutiveIndices.createFromFas | ( | ArrayList< FArraySubscripts > | fasl | ) | [static] |
Create a NonConsecutiveIndices object based on a list of FArraySubcripts.
Use Indices.create(ArrayList<FArraySubscripts> fasl).
Reimplemented from org.jmodelica.modelica.compiler.Indices.
| static NonConsecutiveIndices org.jmodelica.modelica.compiler.NonConsecutiveIndices.createFromFas | ( | FArraySubscripts | fas | ) | [static] |
Create a NonConsecutiveIndices object based on FArraySubcripts.
Use Indices.create(FArraySubscripts fas).
Reimplemented from org.jmodelica.modelica.compiler.Indices.
| static Size org.jmodelica.modelica.compiler.NonConsecutiveIndices.getSize | ( | ArrayList< int[]> | ind, | |
| boolean[] | trim | |||
| ) | [static, protected] |
Calculate size for this indices from a list of int arrays containing the used indexes on the underlying array.
Translates an Index to the corresponding Index in the underlying expression.
Reimplemented from org.jmodelica.modelica.compiler.Indices.
Member Data Documentation
ArrayList<int[]> org.jmodelica.modelica.compiler.NonConsecutiveIndices.indices [protected] |
boolean [] org.jmodelica.modelica.compiler.NonConsecutiveIndices.trim [protected] |
The documentation for this class was generated from the following file:
- Compiler/ModelicaCompiler/src/java-generated/org/jmodelica/modelica/compiler/NonConsecutiveIndices.java
