Data entry screen method

Claim 2

In a computer interactive data entry system for an application that manages multiple classes of data wherein each class of data is identified as an object type, the data entry system having a windowed user interface which supports a multiple window stack on a computer screen wherein the window at the top of the stack is active to receive user input and wherein each window on the screen is identified with one of the object types, and the stack can contain more than one window identified with the same object type, the method of navigating among the windows comprising the steps of: (a) displaying a multiplicity of windows on the screen; (b) displaying a plurality of icons simultaneously on the screen, wherein each icon is identified with all of the windows in the stack of one object type, which may be more than one; (c) selecting an icon; (d) creating a sub-stack of all windows in the stack of the object type identified with the selected icon, wherein the sub-stack may include more than one window; (e) displaying on the top of the stack a window of the sub-stack.

Claim 3

The method according to claim 1 wherein selection of the icon identified with the window on the top of the stack immediately prior to execution of step (c) returns to the top of the stack the window appearing on the top of the stack immediately prior to execution of step (c).

Claim 4

The method of claim 1 wherein step (e) further requires that the window cycled to the top of the stack be that window identified with the selected icon that is nearest the top of the stack.

Claim 5

The method according to claim 1, wherein step (e) is preceded by the step of cycling the window on the top of the stack to the bottom of the stack when the window on the top of the stack is identified with the icon selected, and there is more than one window identified with the icon selected in the stack.

Claim 6

The method of claim 4 wherein step (c) further requires that the window cycled to the top of the stack be the window identified with the icon selected nearest the top of the stack.

Claim 7

The method of claim 5 wherein step (c) further requires that the windows in the stack otherwise remain in the same order.

Claim 8

The method of claim 5 wherein the windows identified with one object type are ordered in the stack according to their appearance at the top of the stack.

Claim 9

The method of claim 1 wherein the icons are contained within a palette window which when displayed on the screen is always active to receive user Input along with the window on the top of the stack.

Claim 10

The method of claim 8 wherein the palette window can be selectively hidden.

Claim 11

The method of claim 8 wherein each icon has two visually distinguishable display modes; one appearing when, and indicating that, no window identified with that icon is in the stack; and, the other appearing when, and indicating that, at least one window identified with that icon is in the stack.

Claim 12

The method of claim 10 wherein each icon has a third distinguishable display mode indicating that the only window identified with that icon is on the top of the stack.

Claim 13

The method of claim 10 wherein some form of the icon appears in all modes.

Claim 14

In a computer interactive data entry system for an application program that manages multiple classes of data wherein each class of data is identified as an object type, the data entry system having a windowed user interface which supports a multiple window stack on a computer screen wherein the window at the top of the stack is active to receive user input and wherein each window on the screen is identified with one of the object types, and the stack can contain a plurality of windows identified with the same object type, the method of navigating among the windows comprising the steps of: (a) displaying a multiplicity of windows on the screen as a stack wherein more than one window identified with the same object type can be in the stack; (b) creating a Table that contains all of the object types managed by the application and the number of windows of each object type in the window stack on the screen; (c) displaying a plurality of icons on the screen, wherein each icon is identified with all of the windows of one of the object types, which may be more than one window; (d) selecting an icon; (e) checking the Table to determine if a window of the object type identified with the selected icon is in the stack of windows on the screen; (e1) if no window identified with the selected icon is found in the Table the method is terminated; (e2) if only one window identified with the selected icon is found in the Table and that window is on the top of the stack, the method is terminated; (e3) if only one window identified with the selected icon is found in the Table and that window is not on the top of the stack, it is moved to the top of the stack; (e4) if more than one window identified with the selected icon is found in the Table the window identified with the selected icon closest to the top of the stack, but not at the top of the stack, is moved to the top of the stack.

Claim 15

In a computer interactive data entry system for an application program that manages multiple classes of data wherein each class of data is identified as an object type, the data entry system having a windowed user interface which supports a multiple window stack on a computer screen wherein the window at the top of the stack is active to receive user input and wherein each window on the screen is identified with one of the object types, and the stack can contain a plurality of windows identified with the same object type, the method of navigating among the windows comprising the steps of: (a) displaying a multiplicity of windows on the screen as a stack wherein more than one window identified with the same object type can be in the stack; (b) creating a Table that contains all of the object types managed by the application and the number of windows of each object type in the window stack on the screen; (c) displaying a plurality of icons on the screen, wherein each icon is identified with all of the windows of one of the object types, which may be more than one window; (d) selecting an icon; (e) checking the Table to determine if a window of the object type identified with the selected icon is in the stack of windows on the screen; (e1) if no window identified with the selected icon is found in the Table the method is terminated; (e2) if only one window identified with the selected icon is found in the Table and that window is on the top of the stack, the method is terminated; (e3) if only one window identified with the selected icon is found in the Table and that window is not on the top of the stack, it is moved to the top of the stack; (e4) if more than one window identified with the selected icon is found in the Table the window identified with the selected icon closest to the top of the stack, but not at the top of the stack, is moved to the top of the stack.

Claim 16

The method according to claim 13 wherein a single click of the icon identified with the window on the top of the stack prior to execution of step (d) returns to the top of the stack the window on the top of the stack prior to execution of step (d).

Claim 17

The method of claim 13 wherein step (e4) further requires that the window cycled to the top of the stack be the window identified with the selected icon nearest the top of the stack.

Claim 18

The method according to claim 13, wherein step (e4) is preceded by the step of cycling the window on the top of the stack to the bottom of the stack when the window on the top of the stack is identified with the selected icon.

Claim 19

The method of claim 16 wherein step (e4) further requires that the window cycled to the top of the stack be the window identified with the selected icon nearest the top of the stack.

Claim 20

The method of claim 17 wherein step (e4) further requires that the windows in the stack otherwise remain in the same order.

Claim 21

The method of claim 18 wherein the windows are ordered in the stack according to their appearance at the top of the stack.

Claim 22

The method of claim 13 wherein the icons are contained within a palette window which when displayed on the screen is always active to receive user input along with the window on the top of the stack.

Claim 23

The method of claim 20 wherein the palette window is selectively extinguishable.

Claim 24

The method of claim 20 wherein each icon has two visually distinguishable display modes; one appearing when, and indicating that, no window identified with that icon is in the stack; and, the other appearing when, and indicating that, at least one window identified with that icon is in the stack.

Claim 25

The method of claim 22 wherein each icon has a third distinguishable display mode indicating that the only window identified with that icon is on the top of the stack.

Claim 26

The method of claim 22 wherein some form of the icon appears in all modes.