Electronic device, operation method of the electronic device, and moving vehicle

The electronic device according to any one of claims 1 to 4,

• wherein the sensor includes a first sensor portion,
• wherein the first sensor portion includes a first light-blocking film, a second light-blocking film, and a plurality of optical sensors,
• wherein the first light-blocking film is provided with a plurality of first openings at intervals of a first distance,
• wherein the second light-blocking film is provided with a plurality of second openings at intervals of a second distance longer than the first distance,
• wherein the first light-blocking film is located over the optical sensors,
• wherein the second light-blocking film is located over the first light-blocking film, and
• wherein one of the plurality of optical sensors, one of the plurality of first openings, and one of the plurality of second openings partly overlap with one another.

A moving vehicle comprising:

• a sensor;
• a semiconductor device including a first memory cell, a second memory cell, and an offset circuit;
• and
• a display portion,
• wherein the first memory cell is configured to output a first current in accordance with first analog data held in the first memory cell,
• wherein the second memory cell is configured to output a second current in accordance with reference analog data held in the second memory cell,
• wherein the offset circuit is configured to output a third current corresponding to a difference between the first current and the second current,
• wherein the first memory cell is configured to output a fourth current in accordance with the first analog data held in the first memory cell and second analog data in the case where the second analog data is supplied as a signal to the first memory cell,
• wherein the second memory cell is configured to output a fifth current in accordance with the reference analog data held in the second memory cell and the second analog data in the case where the second analog data is supplied to the second memory cell as the signal,
• wherein the semiconductor device is configured to output a sixth current that corresponds to a sum of products of the first analog data and the second analog data and that is obtained by subtracting the third current from a difference between the fourth current and the fifth current,
• wherein the sensor is configured to acquire first data,
• wherein the semiconductor device is configured to generate third data in accordance with the first data, second data selected by a user, and the sixth current,
• wherein the second data includes a set value corresponding to first luminance and a first color tone, and
• wherein the display portion displays an image based on the third data.