GameBoard
Each instance of the class GameBoard represents a board for a game of Viinaharava. A game board is a Grid whose elements are Glass objects.
A GameBoard is first initialized with water glasses (by initialElements). However, a number of the glasses are then immediately poured full of booze while the rest keep their default content of water.
Once created, a GameBoard does not replace any of its Glass objects with another. However, the state of each individual Glass may change.
Parameters
- boozeCount
-
the number of booze glasses on the game board. When a
GameBoardobject is created, it randomly chooses this many different locations on the board and pours booze in them. - height
-
the number of rows of glasses in the game board
- width
-
the number of glasses in each row of the game board
Attributes
- Graph
-
- Supertypes
Members list
Value members
Concrete methods
Returns a collection of all the booze glasses currently on the board.
Returns a collection of all the booze glasses currently on the board.
Attributes
Virtually drinks the contents of the given glass.
Virtually drinks the contents of the given glass.
For a glass of water, “drinking” it just means that the glass is emptied. (If the water glass was already empty, this method does nothing.)
For a glass of booze, “drinking” it empties not just that glass but also all the other glasses of booze on the game board. (This will have carry-on effects in the game’s GUI: all the locations of booze glasses will be revealed, and the game will end. However, this method does nothing more than empty the glasses.)
Parameters
- target
-
a glass on this game board
Attributes
Generates the elements that initially occupy the grid. In the case of a GameBoard grid, this means generating a new Glass object for each location on the board. This method is automatically invoked by the superclass Grid to initialize the contents of the grid.
Generates the elements that initially occupy the grid. In the case of a GameBoard grid, this means generating a new Glass object for each location on the board. This method is automatically invoked by the superclass Grid to initialize the contents of the grid.
Note to students: You don’t need to call this method. Don’t call it. You might want to call allElements, though.
Attributes
Determines whether the game is over. The game is over if (a) there are one or more empty booze glasses on the board; or (b) there are no full water glasses on the board.
Determines whether the game is over. The game is over if (a) there are one or more empty booze glasses on the board; or (b) there are no full water glasses on the board.
Attributes
Determines whether all the water on the board has been drunk already. This is the case if and only if each of the glasses either contains booze or is empty.
Determines whether all the water on the board has been drunk already. This is the case if and only if each of the glasses either contains booze or is empty.
Attributes
Inherited methods
Returns a collection of all the elements currently in the grid.
Returns a collection of all the locations on the grid.
Returns the element at the given pair of coordinates. (This does the same as elementAt.)
Returns the element at the given pair of coordinates. (This does the same as elementAt.)
Parameters
- location
-
a location on the grid (which must be within range or this method will fail with an error)
Attributes
- Inherited from:
- Grid
Determines whether the grid contains the given pair of coordinates. For instance, a grid with a width and height of 5 will contain (0, 0) and (4, 4) but not (-1, -1), (4, 5) or (5, 4).
Determines whether the grid contains the given pair of coordinates. For instance, a grid with a width and height of 5 will contain (0, 0) and (4, 4) but not (-1, -1), (4, 5) or (5, 4).
Attributes
- Inherited from:
- Grid
Returns the element at the given pair of coordinates. (This does the same as apply.)
Returns the element at the given pair of coordinates. (This does the same as apply.)
Parameters
- location
-
a location on the grid (which must be within range or this method will fail with an error)
Attributes
- Inherited from:
- Grid
Returns a vector of all the neighboring elements of the element indicated by the first parameter. Depending on the second parameter, either only the four neighbors in cardinal compass directions (north, east, south, west) are considered, or the four diagonals as well.
Returns a vector of all the neighboring elements of the element indicated by the first parameter. Depending on the second parameter, either only the four neighbors in cardinal compass directions (north, east, south, west) are considered, or the four diagonals as well.
Note that an element at the grid’s edge has fewer neighbors than one in the middle. For instance, the element at (0, 0) of a 5-by-5 grid has only three neighbors, diagonals included.
Parameters
- includeDiagonals
-
trueif diagonal neighbors also count (resulting in up to eight neighbors),falseif only cardinal directions count (resulting in up to four) - middleLoc
-
the location between the neighbors
Attributes
- Inherited from:
- Grid
Swaps the elements at two given locations on the grid. The given locations must be within range or this method will fail with an error.
Swaps the elements at two given locations on the grid. The given locations must be within range or this method will fail with an error.
Attributes
- Inherited from:
- Grid
Modifies the grid by replacing the existing element at the given location with the new element.
Modifies the grid by replacing the existing element at the given location with the new element.
Parameters
- location
-
a location on the grid (which must be within range or this method will fail with an error)
- newElement
-
the new element that replaces the old one at
location
Attributes
- Inherited from:
- Grid