System and method for mapping
A computer implemented method for updating a point map on a system having first and second communicatively coupled hardware components includes the first component performing a first process on the point map, in a first state to generate a first change. The method also includes the second component performing a second process on the point map, in the first state to generate a second change. The method further includes the second component applying the second change to the point map, in the first state to generate a first updated point map in a second state. Moreover, the method includes the first component sending the first change to the second component. In addition, the method includes the second component applying the first change to the first updated point map in the second state to generate a second updated point map in a third state.
1. A computer implemented method for updating a point map on a system having a head-mounted audio-visual display component, and a torso-mounted power pack comprising a microprocessor and memory communicatively coupled to the display component, the method comprising:
the power pack dividing the point map into a plurality of point map subunits, the point map corresponding to a real-world environment surrounding the display component;
the power pack sending a first subset of the plurality of point map subunits to the display component, the first subset of the plurality of point map subunits corresponding to a first location of the display component;
the display component storing the first subset of the plurality of point map subunits;
the display component detecting a movement thereof;
the display component sending movement data to the power pack;
the display component deleting a portion of the first subset of the plurality of point map subunits based on the movement;
the power pack sending a second subset of the plurality of point map subunits to the display component in response to movement of the display component, the second subset of the plurality of point map subunits corresponding to a second location of the display component;
the display component receiving the second subset of the plurality of point map subunits; and
the display component storing the second subset of the plurality of point map subunits.
2. The method of claim 1 , wherein the portion of the first subset of the plurality of point map subunits and the second subset of the plurality of point map subunits have substantially the same size.
3. The method of claim 1 , wherein the second subset of the plurality of point map subunits corresponds to a direction of the movement, and
wherein the portion of the first subset of the plurality of point map subunits corresponds to a second direction opposite to the direction of the movement.
4. The method of claim 1 , wherein the plurality of point map subunits is a 3D array.
5. The method of claim 4 , wherein the 3D array is a 3×3×1 array, a 10×10×1 array, or a 6×6×3 array.
6. The method of claim 1 , wherein the display component deleting a portion of the first subset of the plurality of point map subunits based on the movement results in a remaining portion of the first subset of the plurality of point map subunits.
7. The method of claim 6 , wherein the remaining portion of the first subset of the plurality of point map subunits and the second subset of the plurality of point map subunits define an updated central map subunit surrounded by map subunits.
8. A mixed reality system comprises:
a head-mounted audio-visual display component; and
a torso-mounted power pack comprising a microprocessor and memory communicatively coupled to the display component,
wherein the power pack is configured to
divide a point map into a plurality of point map subunits, the point map corresponding to a real-world environment surrounding the display component,
send a first subset of the plurality of point map subunits to the display component, the first subset of the plurality of point map subunits corresponding to a first location of the display component,
store the first subset of the plurality of point map subunits,
detect a movement of the display component,
send movement data to the power pack,
delete a portion of the first subset of the plurality of point map subunits based on the movement,
send a second subset of the plurality of point map subunits to the display component in response to movement of the display component, the second subset of the plurality of point map subunits corresponding to a second location of the display component;
receive the second subset of the plurality of point map subunits, and
store the second subset of the plurality of point map subunits.
9. The system of claim 8 , wherein the portion of the first subset of the plurality of point map subunits and the second subset of the plurality of point map subunits have substantially the same size.
10. The system of claim 8 , wherein the second subset of the plurality of point map subunits corresponds to a direction of the movement, and
wherein the portion of the first subset of the plurality of point map subunits corresponds to a second direction opposite to the direction of the movement.
11. The system of claim 8 , wherein the plurality of point map subunits is a 3D array.
12. The system of claim 11 , wherein the plurality of point map subunits may be a 3D array, The 3D array may be a 3×3×1 array, a 10×10×1 array, or a 6×6×3 array.
13. The system of claim 8 , wherein the display component deleting a portion of the first subset of the plurality of point map subunits based on the movement results in a remaining portion of the first subset of the plurality of point map subunits.
14. The system of claim 13 , wherein the remaining portion of the first subset of the plurality of point map subunits and the second subset of the plurality of point map subunits define an updated central map subunit surrounded by map subunits.