Display control method for demand forecast information, display control device, and storage medium storing display control program

1. A display control method for displaying demand forecast information, the method comprising:

calculating a predicted number of pick-ups based on demand forecast information and vacant taxi information of a forecast target area, and displaying the calculated predicted number of pick-ups on a map screen, when a magnification for displaying map information is equal to or smaller than a first magnification, a font of the calculated predicted number of pick-ups displayed on the map screen being directly proportional in size to the calculated predicted number of pick-ups; and

displaying the demand forecast information of the forecast target area on the map screen as shaded mesh units, when the magnification is equal to or larger than a second magnification that is larger than the first magnification,

wherein a size of the mesh units in a high demand area is smaller than a size of the mesh units in a low demand area that has a demand lower than the high demand area.

2. The method according to claim 1 , further comprising switching the magnification from the first magnification to the second magnification at a timing when a host vehicle enters a high demand area and/or a range of a predetermined distance from a destination.

3. The method according to claim 1 , further comprising displaying a recommended traveling direction of a host vehicle in accordance with a demand forecast, when the magnification is equal to or larger than the second magnification.

4. A display control device for displaying demand forecast information comprising:

a memory; and

a hardware processor, wherein:

the hardware processor is configured to calculate a predicted number of pick-ups based on demand forecast information and vacant taxi information of a forecast target area, and displaying the calculated predicted number of pick-ups on a map screen, when a magnification for displaying map information is equal to or smaller than a first magnification, a font of the calculated predicted number of pick-ups displayed on the map screen being directly proportional in size to the calculated predicted number of pick-ups; and

the hardware processor is configured to display demand forecast information of the forecast target area on the map screen as shaded mesh units when the magnification is equal to or larger than a second magnification that is larger than the first magnification,

wherein a size of the mesh units in a high demand area is smaller than a size of the mesh units in a low demand area that has a demand lower than the high demand area.

5. A non-transitory storage medium storing a display control program that, when executed by a computers, causes the computer to perform a method for displaying demand forecast information comprising: calculating a predicted number of pick-ups based on demand forecast information and vacant taxi information of a forecast target area, and displaying the calculated predicted number of pick-ups on a map screen, when a magnification for displaying map information is equal to or smaller than a first magnification, a font of the calculated predicted number of pick-ups displayed on the map screen being directly proportional in size to the calculated predicted number of pick-ups; and

displaying demand forecast information of the forecast target area on the map screen as shaded mesh units when the magnification is equal to or larger than a second magnification that is larger than the first magnification,

wherein a size of the mesh units in a high demand area is smaller than a size of the mesh units in a low demand area that has a demand lower than the high demand area.

6. The method according to claim 1 , wherein the calculated predicted number of pick-ups is displayed in a circle and a diameter of the circle is directly proportional to the calculated predicted number of pick-ups.

7. The method according to claim 6 , wherein the circle is located on the map screen at a location of the forecast target area.