public Move get1stMove(
Game game, CheckersSetup setup, checkersSetup.Board board, ArrayList<Move> choices) {
// BasicCheckersAIFunctions.delayCompALittle();
// start fresh after every turn:
viewedPos = null;
// TESTING
numPosRecorded = 0;
// END TESTING
numJumpsAlreadyDoneThisTurn = 0;
BasicCheckersAIFunctions.printAllAIPlayerOptions(setup, isDarkPlayer);
desiredTurn = getBestMoveBasedOnSearchOfDepthN(setup, isDarkPlayer, this.depth);
ArrayList<Move> desiredMoves = desiredTurn.getMovesFor1Turn();
BasicCheckersAIFunctions.PrintDesiredMoves(desiredMoves);
if (desiredMoves.get(0).isJump()) {
numJumpsAlreadyDoneThisTurn++;
}
// TESTING (Display)
System.out.println("Number of positions analysed for AI with Tree: " + numPosRecorded);
if (viewedPos != null) {
System.out.println("Height of tree: " + viewedPos.getHeightOfTree());
}
System.out.println();
// END TESTING
return desiredMoves.get(0);
}
public Move getNextJumps(
CheckersSetup setup, checkersSetup.Board board, ArrayList<Move> multiJumpChoices) {
// BasicCheckersAIFunctions.delayCompALittle();
// get the next move in the desired multi jump choice:
Move move = desiredTurn.getMovesFor1Turn().get(numJumpsAlreadyDoneThisTurn);
// Testing
BasicCheckersAIFunctions.doSanityCheckMakeSureCompMoveIsRealMove(
desiredTurn.getMovesFor1Turn().get(numJumpsAlreadyDoneThisTurn), multiJumpChoices);
// Testing
numJumpsAlreadyDoneThisTurn++;
return move;
}