Hand control interfaces and methods in virtual reality environments

1. An application selection interface comprising:

a first grouping of a plurality of software application icons displayed in a virtual reality environment to a user using a virtual reality hardware device, wherein the first grouping appears closer to a body part of the user that is tracked by a camera of the virtual hardware device to interact with the first grouping than another second grouping of software application icons that is displayed to the user when the user is using a physical controller in the virtual reality environment; and

at least one software application icon of the first grouping of the plurality of software icons operatively linked to launch a respective software application when interacted with by a pushing, pulling, tapping, pressing or sliding action of the body part of the user directly on the application icon.

2. The application selection interface of claim 1 , wherein the at least one software application icon is displayed as 3-dimensional button that launches a respective software application when pressed by the user's hand or finger.

3. The application selection interface of claim 2 , further comprising up and down arrows displayed as buttons adjacent the plurality of software application icons, wherein the up and down arrows are operatively linked to scrolling the plurality of software application icons when directly interacted with by a user's hand or finger.

4. The application selection interface of claim 1 , further comprising up and down arrows displayed as buttons adjacent the plurality of software application icons, wherein the up and down arrows are operatively linked to scrolling the plurality of software application icons when directly interacted with by a user's hand or finger.

5. The application selection interface of claim 4 , wherein the plurality of software application icons are displayed within an apparent distance of a user's arm length to the user.

6. The application selection interface of claim 1 , wherein the plurality of software application icons are displayed within an apparent distance of a user's arm length to the user.

7. The application selection interface of claim 2 , wherein the plurality of software application icons are displayed within an apparent distance of a user's arm length to the user.

8. An application selection interface comprising:

a first grouping of a plurality of icons each representing at least one of a software application and a virtual reality platform system setting displayed in a virtual reality environment to a user using a virtual reality hardware device, wherein the first grouping appears closer to a body part of the user that is tracked by a camera of the virtual hardware device to interact with the first grouping than another second grouping of software application and setting icons that is displayed to the user when the user is using a physical controller in the virtual reality environment;

a first icon of the first grouping of the plurality of icons representing a virtual reality platform system setting operatively linked to activate a setting when interacted with by a pushing, pulling, tapping, pressing or sliding action of the body part of the user directly on the first icon; and

a second icon of the first grouping of the plurality of icons representing a software application operatively linked to launch a software application when interacted with by a pushing, pulling, tapping, pressing or sliding action of the body part of the user directly on the second icon.

9. The application selection interface of claim 8 , wherein the first icon is displayed as a 3-dimensional button that activates a virtual reality platform system setting when pressed by the user's hand or finger and the second icon is displayed as a 3-dimensional button that launches a software application when pressed by the user's hand or finger.

10. The application selection interface of claim 9 , wherein the first grouping of the plurality of icons are displayed within an apparent distance of a user's arm length to the user.

11. The application selection interface of claim 8 , wherein the first grouping of the plurality of icons are displayed within an apparent distance of a user's arm length to the user.

12. A method for providing an interactive control interface in a virtual reality environment comprising:

detecting that a user using a virtual reality environment via a virtual reality hardware device is not using or has discontinued use of a physical device controller used to interact with the virtual reality environment;

displaying to the user a first grouping of a plurality of icons each representing at least one of a software application and a virtual reality platform system setting after said detecting, wherein the first grouping is displayed to appear closer to a body part of the user that is tracked by a camera to interact with the first grouping than another second grouping of software application and setting icons displayed to the user when the user was using the physical device controller in the virtual reality environment;

receiving a control input selecting a chosen icon of the first grouping from the user that appears as a direct touching body interaction from the user to the icon;

launching, in response to receiving the control input, a respective software application that is linked to the chosen icon if the icon represents a software application; and

activating, in response to receiving the control input, a virtual reality platform system setting that is linked to the chosen icon if the icon represents a virtual reality platform system setting.

13. The method of claim 12 , wherein the chosen icon of the first grouping is displayed as a 3-dimensional button that (i) activates a virtual reality platform system setting when pressed by the user's hand or finger if the chosen icon represents a virtual reality platform system setting and (ii) launches a software application when pressed by the user's hand or finger if the chosen icon represents a software application.

14. The method of claim 13 , further comprising up and down arrows displayed as buttons adjacent the first grouping of the plurality of icons, wherein the up and down arrows are operatively linked to scrolling the plurality of icons when directly interacted with by a user's hand or finger.

15. The method of claim 14 , further comprising determining an apparent distance relative to the user that the first grouping of the plurality of icons should be displayed to be within a touching distance of the user.

16. The method of claim 15 , wherein the apparent distance is determined based on an arm's length of a user.

17. The method of claim 15 , wherein the apparent distance is determined based on a height of the user.

18. The method of claim 15 , wherein the apparent distance is determined based on a predetermined value representing average arms' length for a predetermined group of persons.

19. The method of claim 12 , further comprising determining an apparent distance relative to the user that the first grouping of the plurality of icons should be displayed to be within a touching distance of the user.

20. The method of claim 13 , further comprising determining an apparent distance relative to the user that the first grouping of the plurality of icons should be displayed to be within a touching distance of the user.