System and method for simulating human manual input for devices using capacitive touchscreens
Disclosed are systems, methods, and devices for simulating human manual input for devices using capacitive touchscreens. In one embodiment, the system comprises a test fixture, wherein the test fixture comprises a matrix of tubes, each tube being coated with a conductive coating; and a camera located under the matrix and configured to record the capacitive touchscreen of the device under test. The system further includes a tablet to receive images from the camera and display a visual representation of the capacitive touchscreen of the device under test, wherein the tablet is configured to receive a plurality of touch events; update the visual representation of the capacitive touchscreen of the device under test in response to the plurality of touch events; and generate a simulation of touch events, the simulation representing interaction with the device under test. The system further includes a workstation communicatively coupled to the tablet and configured to receive the simulation from the tablet device; and transmit the simulation to the test fixture to enable the execution of the simulation on one or more additional devices under test.
1. A system comprising:
a test fixture designed to receive a device under test having a capacitive touchscreen, wherein the test fixture comprises:
an LCD display;
a camera configured to record the capacitive touchscreen of the device under test; and
a tablet configured to receive images from the camera and display a visual representation of the capacitive touchscreen of the device under test, wherein the tablet is configured to:
receive a plurality of touch events;
update the visual representation of the capacitive touchscreen of the device under test in response to the plurality of touch events; and
generate a simulation of touch events, the simulation representing interaction with the device under test.
2. The system of claim 1 wherein the LCD display consists of two layers of addressable TFT transistors.
3. The system of claim 1 wherein the LCD display is further configured to:
receive images from a workstation, the images generated based on the simulation;
selectively enable one or more transistors within the LCD display; and
conduct electricity from the LCD display to the touchscreen of the device under test so as to simulate user interaction.
4. A method comprising:
receiving, at a test fixture, a device under test having a capacitive touchscreen;
recording, by a camera located in the test fixture the capacitive touchscreen of the device under test;
transmitting, by the test fixture, images of the capacitive touchscreen to a tablet;
displaying, on the tablet, a visual representation of the capacitive touchscreen of the device under test;
receiving, at the tablet, a plurality of touch events;
updating, on the tablet, the visual representation of the capacitive touchscreen of the device under test in response to the plurality of touch events; and
generating, at the tablet, a simulation of touch events, the simulation representing interaction with the device under test.
5. The method of claim 4 wherein using a matrix of individually addressable electric structures comprises operating an LCD display.
6. The method of claim 5 wherein operating an LCD display comprises selectively enabling one or more TFT transistors present within the LCD display.
7. The method of claim 6 further comprising:
receiving, at the test fixture, images from a workstation, the images generated based on the simulation;
selectively enabling, at the test fixture, one or more transistors within the LCD display; and
conducting electricity from the LCD display to the touchscreen of the device under test so as to simulate user interaction.
8. A device for simulating human manual input for devices using capacitive touchscreens, the device comprising:
a shield layer;
a matrix of individually addressable electric structures, wherein the matrix of individually addressable electric structures comprises one of an LCD display consisting of two layers of TFT transistors or a matrix of conductively coated tubes; and
a camera located under the matrix and configured to record the capacitive touchscreen of a device under test.
9. A device comprising:
a shield layer;
a matrix of individually addressable electric structures, wherein the matrix of individually addressable electric structures comprises a matrix of conductively coated tubes; and
a camera located under the matrix and configured to record a capacitive touchscreen of a device under test.