jens@0: /*  This code is based on Apple's "GeekGameBoard" sample code, version 1.0.
jens@0:     http://developer.apple.com/samplecode/GeekGameBoard/
jens@0:     Copyright © 2007 Apple Inc. Copyright © 2008 Jens Alfke. All Rights Reserved.
jens@0: 
jens@0:     Redistribution and use in source and binary forms, with or without modification, are permitted
jens@0:     provided that the following conditions are met:
jens@0: 
jens@0:     * Redistributions of source code must retain the above copyright notice, this list of conditions
jens@0:       and the following disclaimer.
jens@0:     * Redistributions in binary form must reproduce the above copyright notice, this list of
jens@0:       conditions and the following disclaimer in the documentation and/or other materials provided
jens@0:       with the distribution.
jens@0: 
jens@0:     THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR
jens@0:     IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND 
jens@0:     FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRI-
jens@0:     BUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
jens@0:     (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR 
jens@0:     PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN 
jens@0:     CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF 
jens@0:     THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
jens@0: */
jens@0: #import "HexchequerGame.h"
jens@0: #import "HexGrid.h"
jens@0: #import "Piece.h"
jens@0: #import "QuartzUtils.h"
jens@1: #import "GGBUtils.h"
jens@0: 
jens@0: 
jens@0: @implementation HexchequerGame
jens@0: 
jens@0: 
jens@0: - (Grid*) x_makeGrid
jens@0: {
jens@7:     HexGrid *grid = [[HexGrid alloc] initWithRows: 9 columns: 9 frame: _board.bounds];
jens@7:     _grid = grid;
jens@0:     CGPoint pos = grid.position;
jens@0:     pos.x = floor((_board.bounds.size.width-grid.frame.size.width)/2);
jens@0:     grid.position = pos;
jens@0:     grid.allowsMoves = YES;
jens@0:     grid.allowsCaptures = NO;      // no land-on captures, that is
jens@1:     grid.cellColor = CreateGray(1.0, 0.25);
jens@0:     grid.lineColor = kTranslucentLightGrayColor;
jens@0:     
jens@7:     [grid addCellsInHexagon];
jens@7:     for( int y=0; y<9; y++ ) {
jens@7:         for( int x=0; x<9; x++ ) {
jens@7:             GridCell *cell = [_grid cellAtRow: y column: x];
jens@7:             if( cell )
jens@7:                 [_cells addObject: cell];
jens@7:         }
jens@7:     }
jens@7:     self.stateString = @"111111111111111111-------------------------222222222222222222";
jens@7:     
jens@7:     [self performSelector: @selector(applyMoveString:) withObject: @"C4D4" afterDelay: 2.0];
jens@7:     [self performSelector: @selector(applyMoveString:) withObject: @"G3F3" afterDelay: 5.0];
jens@7:     [self performSelector: @selector(applyMoveString:) withObject: @"D4E4" afterDelay: 8.0];
jens@7:     [self performSelector: @selector(applyMoveString:) withObject: @"F3D4" afterDelay: 11.0];
jens@7:     
jens@0:     return grid;
jens@0: }
jens@0: 
jens@0: 
jens@0: - (BOOL) canBit: (Bit*)bit moveFrom: (id<BitHolder>)srcHolder to: (id<BitHolder>)dstHolder
jens@0: {
jens@0:     Hex *src=(Hex*)srcHolder, *dst=(Hex*)dstHolder;
jens@0:     if( [bit valueForKey: @"King"] )
jens@0:         if( dst==src.bl || dst==src.br || dst==src.l || dst==src.r
jens@0:            || (src.bl.bit.unfriendly && dst==src.bl.bl) || (src.br.bit.unfriendly && dst==src.br.br)
jens@0:            || (src.l.bit.unfriendly  && dst==src.l.l)   || (src.r.bit.unfriendly  && dst==src.r.r) )
jens@0:             return YES;    
jens@0:     return dst==src.fl || dst==src.fr
jens@0:         || (src.fl.bit.unfriendly && dst==src.fl.fl) || (src.fr.bit.unfriendly && dst==src.fr.fr);
jens@0: }
jens@0: 
jens@0: - (void) bit: (Bit*)bit movedFrom: (id<BitHolder>)srcHolder to: (id<BitHolder>)dstHolder
jens@0: {
jens@0:     Hex *src=(Hex*)srcHolder, *dst=(Hex*)dstHolder;
jens@0:     int playerIndex = self.currentPlayer.index;
jens@7: 
jens@7:     if( self.currentMove.length==0 )
jens@7:         [self.currentMove appendString: src.name];
jens@7:     [self.currentMove appendString: dst.name];
jens@0:     
jens@7:     BOOL isKing = ([bit valueForKey: @"King"] != nil);    
jens@1:     PlaySound(isKing ?@"Funk" :@"Tink");
jens@0: 
jens@0:     // "King" a piece that made it to the last row:
jens@0:     if( dst.row == (playerIndex ?0 :8) )
jens@0:         if( ! isKing ) {
jens@1:             PlaySound(@"Blow");
jens@0:             bit.scale = 1.4;
jens@0:             [bit setValue: @"King" forKey: @"King"];
jens@0:             // don't set isKing flag - piece can't capture again after being kinged.
jens@0:         }
jens@0: 
jens@0:     // Check for a capture:
jens@0:     Hex *capture = nil;
jens@0:     if(dst==src.fl.fl)
jens@0:         capture = src.fl;
jens@0:     else if(dst==src.fr.fr)
jens@0:         capture = src.fr;
jens@0:     else if(dst==src.bl.bl)
jens@0:         capture = src.bl;
jens@0:     else if(dst==src.br.br)
jens@0:         capture = src.br;
jens@0:     else if(dst==src.l.l)
jens@0:         capture = src.l;
jens@0:     else if(dst==src.r.r)
jens@0:         capture = src.r;
jens@0:     
jens@0:     if( capture ) {
jens@1:         PlaySound(@"Pop");
jens@0:         Bit *bit = capture.bit;
jens@0:         _numPieces[bit.owner.index]--;
jens@0:         [bit destroy];
jens@0:         
jens@0:         // Now check if another capture is possible. If so, don't end the turn:
jens@0:         if( (dst.fl.bit.unfriendly && dst.fl.fl.empty) || (dst.fr.bit.unfriendly && dst.fr.fr.empty) )
jens@0:             return;
jens@0:         if( isKing )
jens@0:             if( (dst.bl.bit.unfriendly && dst.bl.bl.empty) || (dst.br.bit.unfriendly && dst.br.br.empty)
jens@0:                     || (dst.l.bit.unfriendly && dst.l.l.empty) || (dst.r.bit.unfriendly && dst.r.r.empty))
jens@0:                 return;
jens@0:     }
jens@0:     
jens@0:     [self endTurn];
jens@0: }
jens@0: 
jens@0: 
jens@0: @end