Identification and simulation of multiple subgraphs in multi-domain graphical modeling environment

A device comprising:

• a memory to store instructions;
• and
• a processor to execute the instructions to:
• identify a plurality of elements of a graphical model,
• the plurality of elements including at least one element associated with a first domain and multiple elements associated with a second domain;
• group at least two elements of the plurality of elements into a first subgraph,
• the at least two elements being grouped into the first subgraph based on a first domain associated with the at least two elements;
• group at least two other elements of the plurality of elements into a second subgraph based on the at least two elements being associated with the second domain,
• the first subgraph being separated from the second subgraph in the graphical model by the at least one element associated with the first domain,
• the second domain being different than the first domain;
• generate a first event calendar to schedule execution of the at least two elements grouped into the first subgraph;
• generate a second event calendar to schedule execution of the at least two other elements grouped into the second subgraph;
• generate a transformed graphical model in a compiled block list based on the graphical model, the first event calendar, the first subgraph, the second event calendar, and the second subgraph;
• the processor, when generating the transformed graphical model, is to:
• replace the first subgraph with a first subgraph block in the compiled block list,
• the first subgraph block being a first interface between the first subgraph and a second simulation environment for the second domain;
• and
• replace the second subgraph with a second subgraph block in the compiled block list,
• the second subgraph block being a second interface between the second subgraph and the second simulation environment for the second domain,
• the first subgraph being separated from the second subgraph in the transformed graphical model by the at least one element associated with the first domain;
• and
• execute the transformed graphical model using a first simulation environment and the second simulation environment,
• the first simulation environment being different than the second simulation environment,
• where the processor, when executing the transformed graphical model, is to:
• control execution of the transformed graphical model with the second simulation environment to execute the first subgraph;
• transition control of the execution of the transformed graphical model to the first simulation environment to execute the at least one element associated with the first domain;
• and
• transition control of the execution of the transformed graphical model to the second simulation environment to execute the second subgraph.

A non-transitory computer-readable medium storing instructions, the instructions comprising:

• one or more instructions which, when executed by a processor, cause the processor to:
• identify a plurality of elements of a graphical model,
• the plurality of elements including at least one element associated with a first domain and multiple elements associated with a second domain;
• group at least two elements of the plurality of elements into a first subgraph based on the at least two elements being associated with the second domain;
• group at least two other elements of the plurality of elements into a second subgraph based on the at least two other elements being associated with the second domain,
• the second domain being different than the first domain;
• generate a first event calendar to schedule execution of the at least two elements grouped into the first subgraph;
• generate a second event calendar to schedule execution of the at least two other elements grouped into the second subgraph;
• generate a transformed graphical model in a compiled block list based on the graphical model, the first event calendar, the first subgraph, the second event calendar, and the second subgraph;
• the one or more instructions, when executed by the processor to generate the transformed graphical model, cause the processor to:
• replace the first subgraph with a first subgraph block in the compiled block list,
• the first subgraph block being a first interface between the first subgraph and a second simulation environment for the second domain;
• and
• replace the second subgraph with a second subgraph block in the compiled block list,
• the second subgraph block being a second interface between the second subgraph and the second simulation environment for the second domain,
• the first subgraph being separated from the second subgraph in the transformed graphical model by the at least one element associated with the first domain,
• execute the transformed graphical model using a first simulation environment and the second simulation environment,
• the first simulation environment being different that the second simulation environment,
• the one or more instructions, when executed by the processor to execute the transformed graphical model, cause the processor to:
• control execution of the transformed graphical model with the second simulation environment to execute the first subgraph;
• transition control of the execution of the transformed graphical model to the first simulation environment to execute the first at least one element associated with the first domain;
• and
• transition control of the execution of the transformed graphical model to the second simulation environment to execute the second subgraph.