Method and apparatus for configuring a controller

Claim 2

A controller device having apparatus for user activated selection among machine states comprising: (A) an electronic device having a multiplicity of machine states for user interaction said machine states called user interaction points, serially ordered from a first highest point to a last lowest point in a single main path linking all the interaction points, and at least two of said interaction points forming at least one subset of said interaction points serially ordered and linked from a first highest subset point to a last subpoint as a subpath; and (B) electronic means (i) responsive to activation of a first key by a user for stepping said electronic device from a current interaction point to a next interaction point along said main path, and (ii) responsive to activation of a second key by a user for stepping said processor from a subpath interaction point to a subset interaction point along the subpath linking the subset of subpath interaction points.

Claim 3

The apparatus of claim 1, wherein the electronic means is further responsive to activation of a third key by a user for stepping said electronic device serially backward along a subpath from a current subpath interaction point to a next previous interaction point along the current subpath.

Claim 4

The apparatus of claim 1, wherein the electronic means is further responsive to activation of a fourth key by a user for stepping said electronic device from a current first subpath interaction point to a first subpath point along a second subpath.

Claim 5

The apparatus of claim 1, wherein the order of machine states in a subset forming a subpath has the same order that the machine states have along the main path.

Claim 6

The apparatus of claim 1, wherein no machine state is included in more than one subset forming a subpath.

Claim 7

The apparatus of claim 1, wherein a first subset of machine states forming a first subpath along the main path are included between two sequential subset points of a second subset of machine states forming a second subpath, said two sequential subset points, linking a machine state higher than the highest point of the first subpath and a lower point lower than the lowest point of the first subpath.

Claim 8

The apparatus of claim 1, wherein the first point of a first subpath is preceded by one step on the main path by a subset point of a second subset.

Claim 9

The apparatus of claim 1, wherein the electronic device comprises a substantially digital electronic device.

Claim 10

The apparatus of claim 1, further including display means indicating prompting information to an operator.

Claim 11

The apparatus of claim 9, wherein the display means comprises at least sixteen characters.

Claim 12

The apparatus of claim 9, wherein the display includes a label associated with the current machine state along the main path.

Claim 13

The apparatus of claim 9, wherein the display includes a label associated with the first subpath point one machine state higher along the main path than the first subpath point of a current subpath.

Claim 14

The apparatus of claim 1, further including a fifth key communicating to said program device for shifting to a set interaction point.

Claim 15

In a controller device having a multiplicity of selectable machine states a method of locating interaction points comprising the steps of: (A) ordering all interaction points along a main path, (B) crosslinking subsets of interaction points along subpaths such that no subset intersects with any other subset, (C) stepping along a single main path linking all the machine states, and (D) stepping along a current subpath linking a subset of the machine states along the main path.

Claim 16

In a controller device having a multiplicity of selectable machine states a method of locating interaction points comprising the steps of: (A) ordering all interaction points along a main path, (B) crosslinking subsets of interaction points along subpaths such that no subset intersects with any other subset, (C) stepping along a single main path linking all the machine states, and (D) stepping along a current subpath linking a subset of the machine states along the main path.

Claim 17

The method of claim 14, wherein no interaction point is included more than once along the main path.

Claim 18

The method in claim claim 14, wherein every interaction point is a member of a subpath.

Claim 19

A control device having apparatus for selecting among user options comprising: (A) a electonic device having machine states called user interaction points serially ordered in a single main path linking all the interaction points, wherein no interaction point is included more than once along the main path, wherein every interaction point is a member of a subpath, and (B) electronic means (i) responsive to activation of a first key by a user for stepping said electronic device from a current interaction point to a next interaction point along said main path, (ii) responsive to activation of a second key by a user for stepping said electronic device from a current subpath interaction point to a next subpath interaction point along a current subpath linking an ordered subset of the interaction points, (iii) responsive to actuation of a third key stepping said processor backward from a current interaction point to next previous interaction point along the current subpath, (iv) responsive to actuation of a fourth key stepping said processor from the current subpath to a first point along a different subpath, and (v) a fifth key communicating to said program device for shifting to a set interaction point.

Claim 20

A control device having apparatus for selecting among user options comprising: (A) a electonic device having machine states called user interaction points serially ordered in a single main path linking all the interaction points, wherein no interaction point is included more than once along the main path, wherein every interaction point is a member of a subpath, and (B) electronic means (i) responsive to activation of a first key by a user for stepping said electronic device from a current interaction point to a next interaction point along said main path, (ii) responsive to activation of a second key by a user for stepping said electronic device from a current subpath interaction point to a next subpath interaction point along a current subpath linking an ordered subset of the interaction points, (iii) responsive to actuation of a third key stepping said processor backward from a current interaction point to next previous interaction point along the current subpath, (iv) responsive to actuation of a fourth key stepping said processor from the current subpath to a first point along a different subpath, and (v) a fifth key communicating to said program device for shifting to a set interaction point.

Claim 21

The apparatus of claim 17, further including a display indicating the current machine state.

Claim 22

The apparatus of claim 18, further including a second display indicating the current subpath.

Claim 23

The method of claim 14, further including the steps of displaying a label associated with the current interaction point, and displaying a label associated with the current subpath.