Graphical interactive software system

Claim 2

An interactive computer software system permitting a user to take a pre-selected computer course or access a pictorial data base, comprising: (a) a host computer sub-system including CPU means for executing computer programs, means for entering the data into the system, and display means for displaying the input data; (b) means for loading said pre-selected computer course in said host computer sub-system; (c) a graphics computer sub-system operatively connected to said host computer sub-system, said graphics computer sub-system executing said course upon interrogation by said host computer sub-system wherein said course includes a series of interrelated pictures displayed by said graphics computer sub-system, said series of pictures defining a course responsive to input data from the user and interactively dialoguing with the user as the user progresses through said pre-selected course or data base; and (d) wherein said pre-selected computer course comprises a distributed program embedded in said series of interrelated pictures.

Claim 3

The system of claim 1 wherein said series of pictures are stored in said graphics computer sub-system and displayed on a monitor connected to said graphics computer sub-system upon execution by said host computer sub-system of commands embedded in said series of pictures.

Claim 4

The system of claim 1 wherein said series of pictures include at least one button thereon having an associated microscript code.

Claim 5

The system of claim 3 wherein said series of pictures include at least one button common to all pictures.

Claim 6

The system of claim 4 wherein said common button defines a CONTINUE function.

Claim 7

The system of claim 4 wherein said common button defines a PREVIOUS function.

Claim 8

The system of claim 4 wherein said common button defines a RETRACE function.

Claim 9

The system of claim 7 wherein said course program automatically rewrites the RETRACE microscript code as a user progresses through the training course.

Claim 10

The system of claim 1 wherein said series of pictures are independent and isolated from each other.

Claim 11

The system of claim 9 wherein alteration of a picture does not affect any other picture in the program.

Claim 12

An interactive software system permitting a user to take a pre-selected computer course or access a data base, comprising: (a) a host computer sub-system including CPU means for executing computer programs, means for entering the data into the system, and display means for displaying the input data; (b) means for loading said pre-selected computer course in said host computer sub-system; (c) a graphics computer sub-system operatively connected to said host computer sub-system, said graphics computer sub-system executing said course upon interrogation by said host computer sub-system wherein said course includes a series of interrelated screens displayed by said graphics computer sub-system, said series of screens defining a course responsive to input data from the user and interactively dialoguing with the user as the user progresses through the said preselected course or data base; and (d) wherein control commands for executing said course are embedded in said series of interrelated screens, said control commands being alterable for modifying a command function on any of said series of interrelated screens.

Claim 13

An interactive software system permitting a user to take a pre-selected computer course or access a data base, comprising: (a) a host computer sub-system including CPU means for executing computer programs, means for entering the data into the system, and display means for displaying the input data; (b) means for loading said pre-selected computer course in said host computer sub-system; (c) a graphics computer sub-system operatively connected to said host computer sub-system, said graphics computer sub-system executing said course upon interrogation by said host computer sub-system wherein said course includes a series of interrelated screens displayed by said graphics computer sub-system, said series of screens defining a course responsive to input data from the user and interactively dialoguing with the user as the user progresses through the said preselected course or data base; and (d) wherein control commands for executing said course are embedded in said series of interrelated screens, said control commands being alterable for modifying a command function on any of said series of interrelated screens.

Claim 14

The system of claim 11 wherein said control commands are displayed on said series of screens in microscript code and comprise a visible element of said series of screens.

Claim 15

The system of claim 11 wherein said control commands displayed on said series of screens comprise a microscript code on said series of screens which is invisible to the user.

Claim 16

In a method permitting a user to take a preselected computer course or access a pictorial data base including a computer system having a host computer sub-system including CPU means for executing computer programs, means for entering the data into the system, and display means for displaying the input data, the steps comprising: (a) loading and running an applications program, said applications program including a preselected computer course; (b) storing a series of interrelated pictures which define the preselected computer course; and (c) storing executable commands of the preselected computer course embedded on the series of interrelated pictures wherein said pictures are independent and isolated from each other.

Claim 17

In a method permitting a user to take a preselected computer course or access a pictorial data base including a computer system having a host computer sub-system including CPU means for executing computer programs, means for entering the data into the system, and display means for displaying the input data, the steps comprising: (a) loading and running an applications program, said applications program including a preselected computer course; (b) storing a series of interrelated pictures which define the preselected computer course; and (c) storing executable commands of the preselected computer course embedded on the series of interrelated pictures wherein said pictures are independent and isolated from each other.

Claim 18

The method of claim 14 wherein said command functions are stored on the series of interrelated pictures in alterable microscript code.