/**
* this is a function more for convience given a set of nodes, run a bunch of metrics across them
* to find which one is best for building a settlement
*
* @param nodes a hashtable of nodes, the scores in the table will be modified.
* Hashtable<Integer,Integer>.
* @param numberWeight the weight given to nodes on good numbers
* @param miscPortWeight the weight given to nodes on 3:1 ports
* @param portWeight the weight given to nodes on good 2:1 ports
*/
protected void scoreNodesForSettlements(
Hashtable nodes,
int numberWeight,
int miscPortWeight,
int portWeight,
SOCGame game,
SOCPlayer ourPlayerData) {
/** favor spots with the most high numbers */
bestSpotForNumbers(nodes, ourPlayerData, numberWeight, game);
/** favor spots on good ports */
/** check if this is on a 3:1 ports, only if we don't have one */
if (!ourPlayerData.getPortFlag(SOCBoard.MISC_PORT)) {
Vector miscPortNodes = game.getBoard().getPortCoordinates(SOCBoard.MISC_PORT);
bestSpotInANodeSet(nodes, miscPortNodes, miscPortWeight);
}
/** check out good 2:1 ports that we don't have */
// TODO: this is extremely dangerous as there already exists a variable called resourceEstimates
int[] resourceEstimates = null;
resourceEstimates = estimateResourceRarity(game);
for (int portType = SOCBoard.CLAY_PORT; portType <= SOCBoard.WOOD_PORT; portType++) {
/**
* if the chances of rolling a number on the resource is better than 1/3, then it's worth
* looking at the port
*/
if ((resourceEstimates[portType] > 33) && (!ourPlayerData.getPortFlag(portType))) {
Vector portNodes = game.getBoard().getPortCoordinates(portType);
int estimatedPortWeight = (resourceEstimates[portType] * portWeight) / 56;
bestSpotInANodeSet(nodes, portNodes, estimatedPortWeight);
}
}
}
/**
* Given a set of nodes, run a bunch of metrics across them to find which one is best for building
* a settlement.
*
* @param nodes a hashtable of nodes; the scores in the table will be modified. Key = coord
* Integer; value = score Integer.
* @param numberWeight the weight given to nodes on good numbers
* @param miscPortWeight the weight given to nodes on 3:1 ports
* @param portWeight the weight given to nodes on good 2:1 ports
*/
protected void scoreNodesForSettlements(
Hashtable<Integer, Integer> nodes,
final int numberWeight,
final int miscPortWeight,
final int portWeight) {
/** favor spots with the most high numbers */
bestSpotForNumbers(nodes, ourPlayerData, numberWeight);
/** Favor spots on good ports: */
/** check if this is on a 3:1 ports, only if we don't have one */
if (!ourPlayerData.getPortFlag(SOCBoard.MISC_PORT)) {
Vector<Integer> miscPortNodes = game.getBoard().getPortCoordinates(SOCBoard.MISC_PORT);
bestSpotInANodeSet(nodes, miscPortNodes, miscPortWeight);
}
/** check out good 2:1 ports that we don't have and calculate the resourceEstimates field */
final int[] resourceEstimates = estimateResourceRarity();
for (int portType = SOCBoard.CLAY_PORT; portType <= SOCBoard.WOOD_PORT; portType++) {
/**
* if the chances of rolling a number on the resource is better than 1/3, then it's worth
* looking at the port
*/
if ((resourceEstimates[portType] > 33) && (!ourPlayerData.getPortFlag(portType))) {
Vector<Integer> portNodes = game.getBoard().getPortCoordinates(portType);
int estimatedPortWeight = (resourceEstimates[portType] * portWeight) / 56;
bestSpotInANodeSet(nodes, portNodes, estimatedPortWeight);
}
}
}
