An information processing method, comprising: acquiring a current capacitance corresponding to each sensing point on a capacitive touchscreen of an electronic device; separately subtracting a preset capacitance from the current capacitance corresponding to each sensing point to obtain a capacitance difference corresponding to each sensing point, wherein the preset capacitance is a capacitance of any one of each sensing point when there is neither water nor a finger touch operation on the capacitive touchscreen; and determining, according to the capacitance difference corresponding to each sensing point, a touch region on which a finger touch operation on the capacitive touchscreen acts; wherein the determining, according to the capacitance difference corresponding to each sensing point, a touch region on which a finger touch operation on the capacitive touchscreen acts comprises: determining a sensing region that is formed by sensing points whose capacitance difference is a negative value among all the sensing points as a first sensing region; determining a sensing region that is formed by sensing points whose capacitance difference is a positive value among all the sensing points as a second sensing region; and determining, according to a location relationship between the first sensing region and the second sensing region, the touch region on which the finger touch operation on the capacitive touchscreen acts. acquiring a current capacitance corresponding to each sensing point on a capacitive touchscreen of an electronic device; separately subtracting a preset capacitance from the current capacitance corresponding to each sensing point to obtain a capacitance difference corresponding to each sensing point, wherein the preset capacitance is a capacitance of any one of each sensing point when there is neither water nor a finger touch operation on the capacitive touchscreen; and determining, according to the capacitance difference corresponding to each sensing point, a touch region on which a finger touch operation on the capacitive touchscreen acts; wherein the determining, according to the capacitance difference corresponding to each sensing point, a touch region on which a finger touch operation on the capacitive touchscreen acts comprises: determining a sensing region that is formed by sensing points whose capacitance difference is a negative value among all the sensing points as a first sensing region; determining a sensing region that is formed by sensing points whose capacitance difference is a positive value among all the sensing points as a second sensing region; and determining, according to a location relationship between the first sensing region and the second sensing region, the touch region on which the finger touch operation on the capacitive touchscreen acts. determining a sensing region that is formed by sensing points whose capacitance difference is a negative value among all the sensing points as a first sensing region; determining a sensing region that is formed by sensing points whose capacitance difference is a positive value among all the sensing points as a second sensing region; and determining, according to a location relationship between the first sensing region and the second sensing region, the touch region on which the finger touch operation on the capacitive touchscreen acts.