【When using a fixed parking position】 　First , click the [The dice roll] button 　For example , if the dice roll is 3 and parking lot�B is empty , click the [�B] button to park car�B in parking lot�B 　If the dice roll is 3 and car�B is parked in parking lot�B , click the [�B] button to get car�B out of parking lot�B. 　To get car�B out of parking lot�B , click the [�B] button six times. Leave it blank as it changes like "�C→�D→�E→�@→�A→blank (indicating the state where the car is out)." 　If other parked cars are in the way and the car can not enter or exit unless they are moved , click the [Number of Moves] to count. 　(However , even when moving two cars , the number of times of moving is set to 1.) 　And repeat this over and over. 【When using without fixing the parking position】 　First , click the [The dice roll ] button. 　For example , if the dice roll is 3 and car�B is not parked , park car�B in an empty space from the back of the parking lot. 　For example , to park the car�B in the farthest parking lot�@ on the left , click the [�@] button three times. �@→�A→�B (presents the state where the car�B is parked) , so please put it in the state of �B. Car�B is now parked in parking lot�@. 　If the dice roll is 3 , and car�B is parked in parking lot�@ , take out car�B from parking lot�@. 　To get car�B out of parking lot�@ , click the [�@] button four times . �C→�D→�E→blank (with the car out) , so leave it blank. 　If other parked cars are in the way and you can not get in and out unless you move them , click the [Number of moves] button to count. 　(However , even when moving two cars , the number of times of moving is set to 1.) 　And repeat this over and over.

There is a building with a parking lot where the first floor can park a total of 6 cars , 3 on each side. 　The entrance and exit of the parking lot faces the road , and cars can only enter and exit from there. 　In addition , the parking lot is divided into left and right , the car can not move left and right in the parking lot. 　For example , assume that car�@ is parked at the farthest point on the left side of the parkig lot , and car�A is parked at the farthest road side on the left side of the parking lot. 　In order for car�@ to leave the parking lot , car�A must be removed because it is in the way. 　The same thing happens when a car enters. 　When the residents of this building drive 6 cars in and out of this parking lot , would it be better to specify the parking position and use it fixedly ? Or is it better to park from the back without fixing the parking position ?

Please download the simulation software "Parking Lot Model Experiment" , move it and play with it. 　Of course , it is free , so feel free to use it. 　The downloaded file is compressed , so please decompress it. ＜How to use the downloaded application for windows＞ ■Click the [Dice Roll] button , then click the [Dice stop] button. ■When fixing the parking lot position on the left side of the screen 　　　For example , if the dice roll is 3 and parking lot�B is empty , put the car in parking lot�B. 　　　If the dice roll is 3 and parking lot�B is not empty , take the car out of parking lot�B. 　　　Click the button�@ to the button�E to move the car in and out. ■When the parking lot position on the right side of the screen is not fixed 　　　For example , if the dice roll is 3 , and car�B is not parked , move in from the back and put car�B in. 　　　If the dice roll is 3 and car�B is parked , get car�B out of parking lot. 　　　When you click the button of the parking position , it changes like �@→�A→�B→�C→�D→�E→blank. 　　　For example , �B represents a car�B. A blank indicates that no car is parked in the parking lot. ■If other cars are in the way and you have to move them , click the [↑] button and count the number of times you move them.

No	Simulation software name	Compatible OS
１	VB application software "Parking Lot Model Experiment"	Windows Me/2000/XP/Vista/7/8/10
2	Java application software "Parking Lot Model Experiment"	Windows XP/Vista/7/8/10

To run VB application , it is necessary to download and install BV Runtime "vb6rt340.exe ". 　To install , double-click the downloaded file "vb6rt340.exe " , double-click file "setup.exe" in the created folder "vb6test" , and follow the message to install.

A Java application can be operated only in an environment in which JRE (Java SE execution environment) is installed. 　Download the JDK (Java Development Kid) from the Oracle website and install it (Free).

The following publishes a list of Java application programs.

No	Program list name	File format
１	Java program list "Parking Lot Model Experiment"	PDF

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