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An object base data processing apparatus executes a desired process by naming, as objects, single processing units and/or composite processing units which include single processing units and combines the objects. A parts attribute file stores the object parts using entity data forming the objects an

An object base data processing apparatus executes a desired process by naming, as objects, single processing units and/or composite processing units which include single processing units and combines the objects. A parts attribute file stores the object parts using entity data forming the objects and meta data describing a nature of the objects, methods and/or classes for realizing individual processes, which are information groups in a procedural world, stored as objects. An object management unit communicates with the object parts in the parts attribute file to execute the desired process. A class schema describes a method name for at least one method entered in the class by combining at least one of the methods into the class. An instance schema generates an instance linked to a method specified by the class schema. The object parts correspond to the composite processing unit linking the methods described in the class schema and contents of the instance schema. The desired process is given by a static model, specifying an existence of class groups and/or the method groups and mutual relationships of the class groups and/or the method groups; and a dynamic model specifying an existence of instance groups and time sequential relationships of the instance groups. Progress of a process of the instance in the dynamic model is executed by collation with cause and effect relationships among the classes in the static model.

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A computer-implemented object base data processing apparatus which executes a desired process by naming as objects, at least one of single processing units and composite processing units, which include combinations of the single processing units, and combines the objects by hierarchical relation wit

A computer-implemented object base data processing apparatus which executes a desired process by naming as objects, at least one of single processing units and composite processing units, which include combinations of the single processing units, and combines the objects by hierarchical relation with each other, said object base data processing apparatus comprising: a parts attribute file of a computer storing the objects as object parts using entity data forming the objects and meta data describing a nature of at least one of the objects, methods and classes realizing individual processes, which are information groups in a procedural world, being stored as one object of the objects; an object management process of the computer, coupled to said parts attribute file, communicating with the object parts in said parts attribute file to execute the desired process; a class schema structure in the computer describing a method name for at least one method entered in a class, by combining at least one method into the class; and an instance schema structure in the computer, generating an instance linked to a method specified by said class schema structure, said instance including specific instance data replacing variables of general names existing within the class, the object parts corresponding to the composite processing unit linking to at least one of the methods or method groups described in said class schema structure and contents of said instance schema structure, said desired process being given by both a static model which specifies an existence of class groups and/or the method groups and mutual relationships of said class groups and/or said method groups, and a dynamic model which specifies an existence of instance groups and time sequential relationships of said instance groups, and progress of a process of the instance of the instance groups in the dynamic model being executed by collation with cause and effect relationships among classes of the class groups in the static model.