Abstract: Cooperative modeling of discrete system elements and continuous system elements is described, in which a discrete system element and a relationship between the discrete system element and a continuous system element is modeled in a first modeling environment, where a description of the discrete system element and of the relationship between the discrete system element and the continuous system element is exported from the first modeling environment to a second modeling environment, causing the discrete system element and the relationship between the discrete system element and the continuous system element to be modeled in the second modeling environment, where the continuous system element is modeled in the second modeling environment.

Abstract: Cooperative modeling of discrete system elements and continuous system elements is described, in which a discrete system element and a relationship between the discrete system element and a continuous system element is modeled in a first modeling environment, where a description of the discrete system element and of the relationship between the discrete system element and the continuous system element is exported from the first modeling environment to a second modeling environment, causing the discrete system element and the relationship between the discrete system element and the continuous system element to be modeled in the second modeling environment, where the continuous system element is modeled in the second modeling environment.

Abstract: Examples of techniques for processing model changes are described herein. A method includes generating, via a processor, a change log in a model. The method also includes detecting, via the processor, a change to a model element of a model package in the model. The method further includes storing, via the processor, the detected change as a change item in a topic of the change log.

Abstract: A technique for generating code includes detecting, via a processor, a selected model element. The technique also includes detecting, via the processor, a copy operation corresponding to the selected model element. The technique further includes detecting, via the processor, a selected copy option associated with the copy operation, and generating software code based on the copy option.

Abstract: A technique for generating code includes detecting, via a processor, a selected model element. The technique also includes detecting, via the processor, a copy operation corresponding to the selected model element. The technique further includes detecting, via the processor, a selected copy option associated with the copy operation, and generating software code based on the copy option.

Abstract: Examples of techniques for processing model changes are described herein. A method includes generating, via a processor, a change log in a model. The method also includes detecting, via the processor, a change to a model element of a model package in the model. The method further includes storing, via the processor, the detected change as a change item in a topic of the change log.

Abstract: Examples of techniques for processing model changes are described herein. A method includes generating, via a processor, a change log in a model. The method also includes detecting, via the processor, a change to a model element of a model package in the model. The method further includes storing, via the processor, the detected change as a change item in a topic of the change log.

Abstract: Examples of techniques for processing model changes are described herein. A method includes generating, via a processor, a change log in a model. The method also includes detecting, via the processor, a change to a model element of a model package in the model. The method further includes storing, via the processor, the detected change as a change item in a topic of the change log.

Abstract: Examples of techniques for processing model changes are described herein. A method includes generating, via a processor, a change log in a model. The method also includes detecting, via the processor, a change to a model element of a model package in the model. The method further includes storing, via the processor, the detected change as a change item in a topic of the change log.

Abstract: A technique for generating code includes detecting, via a processor, a selected model element. The technique also includes detecting, via the processor, a copy operation corresponding to the selected model element. The technique further includes detecting, via the processor, a selected copy option associated with the copy operation, and generating software code based on the copy option.

Abstract: A technique for generating code includes detecting, via a processor, a selected model element. The technique also includes detecting, via the processor, a copy operation corresponding to the selected model element. The technique further includes detecting, via the processor, a selected copy option associated with the copy operation, and generating software code based on the copy option.

Abstract: Cooperative modeling of discrete system elements and continuous system elements is described, in which a discrete system element and a relationship between the discrete system element and a continuous system element is modeled in a first modeling environment, where a description of the discrete system element and of the relationship between the discrete system element and the continuous system element is exported from the first modeling environment to a second modeling environment, causing the discrete system element and the relationship between the discrete system element and the continuous system element to be modeled in the second modeling environment, where the continuous system element is modeled in the second modeling environment.

Abstract: Cooperative modeling of discrete system elements and continuous system elements is described, in which a discrete system element and a relationship between the discrete system element and a continuous system element is modeled in a first modeling environment, where a description of the discrete system element and of the relationship between the discrete system element and the continuous system element is exported from the first modeling environment to a second modeling environment, causing the discrete system element and the relationship between the discrete system element and the continuous system element to be modeled in the second modeling environment, where the continuous system element is modeled in the second modeling environment.

Abstract: Validating a system model. An embodiment can include receiving the system model. The system model can include at least one activity diagram. Via a processor, computer-readable program code corresponding to the system model, including the at least one activity diagram of the system model, can be generated. The computer-readable program code can be executed, and the execution of the computer-readable program code can be analyzed to perform a validation of the system model. A result of the validation can be output.

Abstract: Validating a system model. An embodiment can include receiving the system model. The system model can include at least one activity diagram. Via a processor, computer-readable program code corresponding to the system model, including the at least one activity diagram of the system model, can be generated. The computer-readable program code can be executed, and the execution of the computer-readable program code can be analyzed to perform a validation of the system model. A result of the validation can be output.