Information processing method, information processing device and non-transitory computer readable recording medium storing information processing program

An information processing device comprising:

• an acquisition part that acquires a departure point of an electric moving body and a current remaining power amount of a battery included in the electric moving body;
• an estimation part that estimates a power consumption amount in a case where the electric moving body moves from the departure point to each of a plurality of mesh regions obtained by dividing a map;
• a calculation part that calculates a remaining power amount after movement in a case where the electric moving body moves from the departure point to each of the plurality of mesh regions based on the current remaining power amount and the power consumption amount;
• a generation part that generates an image in which a color or brightness in a drawing region formed by connecting representative points of four of the mesh regions is changed gradually according to the remaining power amount after movement;
• and
• an output part that outputs information obtained by superimposing the generated image on a map.

A non-transitory computer readable recording medium storing an information processing program that causes a computer to function to:

• acquire a departure point of an electric moving body and a current remaining power amount of a battery included in the electric moving body;
• estimate a power consumption amount in a case where the electric moving body moves from the departure point to each of a plurality of mesh regions obtained by dividing a map;
• calculate a remaining power amount after movement in a case where the electric moving body moves from the departure point to each of the plurality of mesh regions based on the current remaining power amount and the power consumption amount;
• generate an image in which a color or brightness in a drawing region formed by connecting representative points of four of the mesh regions is changed gradually according to the remaining power amount after movement;
• and
• output information obtained by superimposing the generated image on a map.