Graphical modeling for accessing dynamic system states across different components

A method, comprising:

• receiving a first model of a first system,
• the receiving the first model being performed by a device,
• the first model including a state access block,
• the state access block being associated with accessing information regarding a state of a second system represented by a second model, where the second model computes one or more output values based on one or more input values and at least a portion of the state, and
• the state access block implicitly coupling the first model with the second model without needing a graphical connection between the first model and the second model;
• providing, for display and via a user interface, a first graphical representation of the first model and a second graphical representation of the second model without providing, for display, the graphical connection between the first model and the second model,
• the first graphical representation of the first model including a graphical representation of the state access block, and
• the providing, for display, the first graphical representation of the first model and the second graphical representation of the second model being performed by the device;
• and
• executing the first model comprising executing the state access block, to access the information regarding the state of the second system represented by the second model, based on the implicit coupling between the first model and the second model,
• the executing the first model being performed by the device.

A device, comprising:

• one or more processors to:
• receive a first model of a first system
• the first model including a state access block,
• the state access block being associated with accessing information regarding a state of a second system represented by a second model, where the second model computes one or more output values based on one or more input values and at least a portion of the state, and
• the state access block implicitly coupling the first model with the second model without needing a graphical connection between the first model and the second model;
• provide, for display and via a user interface, a first graphical representation of the first model and a second graphical representation of the second model without providing, for display, the graphical connection between the first model and the second model,
• the first graphical representation of the first model including a graphical representation of the state access block;
• and
• execute the first model comprising executing the state access block, to access the information regarding the state of the second system represented by the second model, based on the implicit coupling between the first model and the second model.