Motorola C550 ユーザーズマニュアル
source and destination cells overlap, the method shall behave as if the source cells
are first copied to a separate array, the source cells are cleared, and the tiles are
are first copied to a separate array, the source cells are cleared, and the tiles are
then copied back to the destination cells. The method parameters are the following:
dstCol
- column of top-left destination cell;
dstRow
- row of top-left destination
cell;
srcCol
- column of top-left source cell;
srcRow
- row of top-left source cell;
width
- width, in rows, of area of tiles to move; and
height
- height, in rows, of
area of tiles to move.
•
public void fillCells(int col, int row, int width, int height, int tileIdx) throws
IndexOutOfBoundsException, ArrayIndexOutOfBoundsException – Fill each cell in a
rectangular area with a given animated or static tile. The method parameters are the
following:
rectangular area with a given animated or static tile. The method parameters are the
following:
col
- column of top-left cell;
row
- row of top-left cell;
width
- width, in
rows, of area of cells to fill;
height
- height, in rows, of area of cells to fill; and
tileIdx
- index of tile to place in fill region.
•
public void
draw(javax.microedition.lcdui.Graphics g, int x,
draw(javax.microedition.lcdui.Graphics g, int x,
int y)
throws
NullPointerException
– Draw the PlayField to a
Graphics instance, anchoring the top left corner of the PlayField view window at the
position
position
(x, y)
on the Graphics instance. The method parameters are the
following:
g
- Graphics instance on which to draw the PlayField;
x
- the x coordinate
of the top left corner of the PlayField; and
y
- the y coordinate of the top left corner of
the PlayField. The PlayField will be drawn as follows:
•
Draw all the
Sprites
with depth < 0 in increasing order of depth (depth -2 drawn
before or below depth -1);
•
Draw the tiles for all cells. Empty cells, those with Tile 0, are considered fully
transparent, so nothing is drawn for them.
transparent, so nothing is drawn for them.
•
Draw the all the
Sprites
with depth >= 0 in increasing order of depth (depth 1
drawn before or below depth 2). The location of the Sprites is defined by the
Sprite
instance and is relative to the top left corner of the
PlayField
grid.
•
public int getCellWidth()
– Get width of a cell, in pixels.
•
public int getCellHeight()
– Get height of a cell, in pixels.
•
public int getGridWidth()
– Get width of the PlayField grid, in cells.
•
public int getGridHeight()
– Get height of the PlayField grid, in cells.
•
public boolean anyCollisions()
– This method checks whether any
of the PlayField's Sprites collide with any of the PlayField's tiles or other Sprites on
the PlayField. It will return
the PlayField. It will return
true
if any Sprite on the PlayField collides with a tile or
any other Sprite. Like collidesWithSprites(Sprite) and collidesWithAnyTile(Sprite), this
method reports collisions only at a boundary level granularity, not pixel level
method reports collisions only at a boundary level granularity, not pixel level
granularity.
•
public boolean collidesWithSprites(Sprite s)
throws
NullPointerException
– Check for Sprite collision with any other Sprites
on the PlayField. This method is complemented by Sprite.collidesWith(Sprite,
boolean); If collidesWithSprites(Sprite) returns true, the developer can find the exact
Sprite collision(s) by using Sprite.collidesWith(Sprite, boolean). This is similar to how
Sprite collision(s) by using Sprite.collidesWith(Sprite, boolean). This is similar to how