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- Generates a Fortran/CPP wrapper, which intermediates between Kepler actor and user code in terms of:
- reading/writing of in/out physical data (CPOIDS)
- passing arguments of standard types to/from the actor
- Creates a Kepler actor that:
- calls a user code
- provides error handling
- calls debugger (if run in "debug" mode)
- calls batch submission commands for MPI based actors
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- Type - Defines a type of an argument. It is possible to choose either CPO IDS based type (e.g. equilibrium, topinfo, etc.) or primitive type (e.g. int, long, double, char)
- Single slice - Determines if CPO IDS is passed as single slice or an array. (This setting is valid for CPO IDS types only
)- if turned ON - Only one slice is passed. An actor will get an additional port to define a time.
- if turned OFF - An array of all CPOs IDSs for given shot run is passed.
- Is array - Determines if a primitive type is passed as a scalar or an array
- if turned ON - An argument is passed as an array. It requires definition of array size (dynamic array are not supported)
- if turned OFF - An argument is passed as a scalar.
- if turned ON - An argument is passed as an array. It requires definition of array size (dynamic array are not supported)
- Array size - Defines the size of an array of primitive types
- Input - Defines argument as an input
- Output - Defines argument as an output
- Label - User defined name of an argument (and actor port)
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- equilibrium - an input parameter - one CPO IDS (slice)
- amns - an input parameter - an array of all "amns" CPO IDS slices stored in given shot/run
- integer - an input parameter - a scalar
- double - an input parameter - an array of size 10
- edge - an in/out parameter - single slice of "edge" CPOIDS
- waves - an output parameter - all slices of "waves" CPOIDS
4.1.6 "Parameters" tab explained
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Fortran UAL example (CPO IDS handling)
In this exercise you will create Kepler actor that uses UAL.
Exercise no. 2
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Simple C++ code that will be incorporated into Kepler via FC2K tool - addition of one to the value passed into input port of the actor
Exercise no. 3
C++ code within Kepler (CPOIDS)
In this exercise you will create Kepler actor that uses UAL.
Exercise no. 4
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