Thyra Operator/Vector Support Modules

Here is a list of all modules:

• Use Cases for the Fundamental Thyra Operator/Vector Interfaces
  • Interoperability Interfaces for linear Abstract Numerical Algorithms (ANAs)
  • Development of linear Abstract Numerical Algorithms (ANAs)
    • General ANA support code
      • General ANA support code utilities
    • Collection of all multi-vector operations
      • Collection of multi-vector operations for all scalar types.
        • Collection of standard multi-vector operations with text names.
        • Collection of standard multi-vector operations using linear algebra naming convention.
    • Miscellaneous C++ utility code for testing and debugging.
    • Collection of all vector operations
      • Collection of vector operations for all scalar types.
        • Vector operations with standard text names.
        • Vector with linear algebra naming convention.
      • Subset of vector operations for types supporting relational operators.
  • Development of Concrete Thyra Operator/Vector Subclass Implementations
    • Miscellaneous Support Code for Developing Thyra Operator/Vector Subclass Implementations
      • Internal Helper Code not meant for General Use
    • Basic Support Subclasses Abstracting Application-Specific Scalar Products
    • Thyra Operator/Vector Subclasses for SPMD Distributed-Memory Platforms
      • Thyra Operator/Vector Base Support Subclasses for SPMD Thyra Implementations
      • Efficient Generic SPMD Concrete Thyra Operator/Vector Subclass Implementations
• Assorted Thyra Operator/Vector Example Code
  • Power Method Examples
    • Templated Serial Implementation of the Power Method
  • CG Examples
    • Templated Serial Implementation of the CG Method
    • Templated SPMD Implementation of the CG Method
  • Testing Program for Composite Product VectorBase Spaces and Product Vectors
  • Testing Program for Composite Linear Operators
  • Testing Program for Standard Vector and Multi-Vector Reduction/Transformation Operators
  • Testing Program for non-Euclidean Scalar Products

---