Channel mode switching method, device, and storage medium

The method according to claim 21, wherein when the electronic device plays the voice signal at the fourth volume in the standard channel mode, loudness at a second location is third loudness;

• when the electronic device plays the voice signal at the fifth volume in the private channel mode, loudness at the second location is fourth loudness;
• a distance between the second location and the electronic device is less than the preset distance;
• and
• a difference between the first loudness and the second loudness is greater than or equal to a first difference, a difference between the third loudness and the fourth loudness is less than or equal to a second difference, and the second difference is less than the first difference.

An electronic device, comprising:

• a processor,
• a communication interface, and
• a memory coupled to the processor and the communication interface, wherein the memory stores instructions, and when the processor execute the instructions, the electronic device is enabled to:
• receive a first operation of a user;
• display an interface of a call application in response to the first operation;
• receive a second operation of the user;
• play a voice signal of the call application at a first volume in response to the second operation;
• receive a third operation of the user;
• and
• when the third operation is an operation for increasing the first volume to a second volume, play the voice signal at the second volume in a standard channel mode in response to the third operation, when the third operation is an operation for decreasing the first volume to a third volume, play the voice signal at the third volume in a private channel mode in response to the third operation;
• wherein
• when the electronic device plays the voice signal at a fourth volume in the standard channel mode, loudness at a first location is first loudness, when the electronic device plays the voice signal at a fifth volume in the private channel mode, loudness at the first location is second loudness;
• and a distance between the first location and the electronic device is greater than or equal to a preset distance, the second loudness is less than the first loudness, and the fourth volume is the same as the fifth volume.

A non-transitory computer-readable storage medium, wherein the non-transitory computer-readable storage medium stores a computer program, and when the computer program is run on an electronic device, the electronic device is enabled to:

• receive a first operation of a user;
• display an interface of a call application in response to the first operation;
• receive a second operation of the user;
• play a voice signal of the call application at a first volume in response to the second operation;
• receive a third operation of the user;
• and
• when the third operation is an operation for increasing the first volume to a second volume, play the voice signal at the second volume in a standard channel mode in response to the third operation, when the third operation is an operation for decreasing the first volume to a third volume, play the voice signal at the third volume in a private channel mode in response to the third operation;
• wherein
• when the electronic device plays the voice signal at a fourth volume in the standard channel mode, loudness at a first location is first loudness, when the electronic device plays the voice signal at a fifth volume in the private channel mode, loudness at the first location is second loudness;
• and a distance between the first location and the electronic device is greater than or equal to a preset distance, the second loudness is less than the first loudness, and the fourth volume is the same as the fifth volume;
• wherein the first loudness and the second loudness satisfy the following relationship:
• a difference between the first loudness and the second loudness is greater than or equal to a first difference.