Method and apparatus for virtual braille keyboard

1. A computer-implemented method to provide a virtual Braille keyboard, the computer-implemented method comprising:

receiving an identifier of a user of a device;

accessing, based on the identifier, a layout of Braille keys that is specific to the user, the layout having associated parameters including a count of fingers of the user;

dividing an input area of a touchscreen of the device into multiple regions including a first region, wherein each region of the multiple regions corresponds to a different virtual Braille key of a Braille keyboard based on the layout;

determining an orientation of the device relative to gravity;

selectively activating, based on the orientation, one or more columns of sensors or one or more rows of sensors associated with the input area;

presenting the Braille keyboard via the touchscreen;

generating, by the device, sensor data indicative of a location of an object relative to the input area;

determining whether the location of the object is included within a first boundary of the first region, by comparing the sensor data to a threshold, wherein the location is determined based on the sensor data satisfying the threshold;

based on the determined location, generating, by the device, an audible verbal command associated with a direction to move the object towards the first region of the input area, wherein the first region corresponds to a particular virtual Braille key of the Braille keyboard, the audible verbal command ceasing when the object is within the first region;

generating, by the device, sensor data over a time period indicative of the location of the object relative to the input area over the time period;

determining a rate of travel of the object with respect to a second boundary of the first region; and

generating a second audible verbal command indicating a direction of travel of the object indicating a potential travel of the object out of the second boundary of the first region.

2. The computer-implemented method of claim 1 , further comprising:

detecting the object crossing the boundary of the first region; and

generating an indication that the location of the object is aligned with the first region.

3. The computer-implemented method of claim 1 , further comprising:

determining a separation distance between a first portion of the object and a second portion of the object relative to the touchscreen; and

determining, based on the separation distance, a first size of the first region and a second size of a second region, wherein the second region corresponds to a second virtual Braille key of the Braille keyboard.

4. A non-transitory computer-readable medium containing instructions executable to perform an operation to provide a virtual Braille keyboard, the operation comprising:

receiving an identifier of a user of a device;

accessing, based on the identifier, a layout of Braille keys that is specific to the user, the layout having associated parameters including a count of fingers of the user;

dividing an input area of a touchscreen of the device into multiple regions including a first region, wherein each region of the multiple regions corresponds to a different virtual Braille key of a Braille keyboard based on the layout;

determining an orientation of the device relative to gravity;

selectively activating, based on the orientation, one or more columns of sensors or one or more rows of sensors associated with the input area;

presenting the Braille keyboard via the touchscreen;

generating, by the device, sensor data indicative of a location of an object relative to the input area;

determining whether the location of the object is included within a first boundary of the first region, by comparing the sensor data to a threshold, wherein the location is determined based on the sensor data satisfying the threshold;

based on the determined location, generating, by the device, an audible verbal command associated with a direction to move the object towards the first region of the input area, wherein the first region corresponds to a particular virtual Braille key of the Braille keyboard, the audible verbal command ceasing when the object is within the first region;

generating, by the device, sensor data over a time period indicative of the location of the object relative to the input area over the time period;

determining a rate of travel of the object with respect to a second boundary of the first region; and

generating a second audible verbal command indicating a direction of travel of the object indicating a potential travel of the object out of the second boundary of the first region.

5. A apparatus to provide a virtual Braille keyboard, the apparatus comprising:

a touchscreen having an input area;

one or more computer processors; and

a memory storing a program executable by the one or more computer processors to perform an operation comprising:

receiving an identifier of a user;

accessing, based on the identifier, a layout of Braille keys that is specific to the user, the layout having associated parameters including a count of fingers of the user;

dividing an input area of the touchscreen into multiple regions including a first region, wherein each region of the multiple regions corresponds to a different virtual Braille key of a Braille keyboard based on the layout;

determining an orientation of the apparatus relative to gravity;

selectively activating, based on the orientation, one or more columns of sensors or one or more rows of sensors associated with the input area;

presenting the Braille keyboard via the touchscreen;

generating sensor data indicative of a location of an object relative to the input area;

determining whether the location of the object is included within a first boundary of the first region, by comparing the sensor data to a threshold, wherein the location is determined based on the sensor data satisfying the threshold;

based on the determined location, generating, an audible verbal command associated with a direction to move the object towards the first region of the input area, wherein the first region corresponds to a particular virtual Braille key of the Braille keyboard, the audible verbal command ceasing when the object is within the first region;

generating sensor data over a time period indicative of the location of the object relative to the input area over the time period;

determining a rate of travel of the object with respect to a second boundary of the first region; and

generating a second audible verbal command indicating a direction of travel of the object indicating a potential travel of the object out of the second boundary of the first region.