// This constructor is called for new children
public Human(Human progenitor) {
mode = LifeStage.EARNING;
parent = progenitor;
myId = nextAgentNum++;
producedCommodity = Model.instance().generateMake(this);
residentCommunity = parent.residentCommunity;
age = 0;
money = 100;
children = new ArrayList<Human>();
minThreshold = new double[Commodity.NUM_COMM]; // Between 0 and 5
commoditiesHeld = new double[Commodity.NUM_COMM];
timesTraded = 0;
for (int i = 0; i < Commodity.NUM_COMM; i++) {
minThreshold[i] = Model.instance().generateNeedCommodityThreshold();
while (minThreshold[i] < Commodity.getCommNum(i).getAmtCons()) {
minThreshold[i] = Model.instance().generateNeedCommodityThreshold();
}
Commodity.getCommNum(i).incNeed(minThreshold[i]);
expPrice[i] = Model.instance().generateExpPrice();
commoditiesHeld[i] = 0;
}
allNeeds = 0;
for (int i = 0; i < Commodity.NUM_COMM; i++) {
allNeeds += minThreshold[i];
}
amountProduced = Model.instance().generateAmountProduced();
Commodity.getCommNum(producedCommodity).incMakerNum(amountProduced);
parent.children.add(this);
Model.instance().addToActors(this);
Model.instance().addToCommunity(residentCommunity, this);
}
// Constructors & destructors
// --------------------------------------------------------------------------
// This constructor is called for initial agents
public Human() {
myId = nextAgentNum++;
mode = LifeStage.EARNING;
/*if (myId == 0 || myId == 1) {
producedCommodity = myId;
} else {*/
producedCommodity = Model.instance().generateMake(this);
// }
residentCommunity = Model.instance().generateCommunity(this);
age = 0; // Model.instance().generateAge();
money = Model.MONEY;
children = new ArrayList<Human>();
minThreshold = new double[Commodity.NUM_COMM]; // Between 0 and 5
commoditiesHeld = new double[Commodity.NUM_COMM];
expPrice = new double[Commodity.NUM_COMM];
chokeQuant = new double[Commodity.NUM_COMM];
demandSlope = new double[Commodity.NUM_COMM];
budget = new double[Commodity.NUM_COMM];
// New trade variables
alpha = new double[Commodity.NUM_COMM];
beta = new double[Commodity.NUM_COMM];
goodUtils = new double[Commodity.NUM_COMM];
utilsDollar = new double[Commodity.NUM_COMM];
budgetExp = new double[Commodity.NUM_COMM];
timesTraded = 0;
for (int i = 0; i < Commodity.NUM_COMM; i++) {
minThreshold[i] =
Commodity.getCommNum(i)
.getAmtCons(); // Model.instance().generateNeedCommodityThreshold();
/* while( minThreshold[i]< Commodity.getCommNum(i).getAmtCons()) {
minThreshold[i]=Model.instance().generateNeedCommodityThreshold();
}*/
Commodity.getCommNum(i).incNeed(minThreshold[i]);
expPrice[i] = Model.instance().generateExpPrice();
chokeQuant[i] = Model.instance().generateChokeQuant();
demandSlope[i] = Model.instance().generateDemandSlope();
alpha[i] = Model.instance().generateAlpha();
beta[i] = Model.instance().generateBeta();
commoditiesHeld[i] = 0;
}
allNeeds = 0;
for (int i = 0; i < Commodity.NUM_COMM; i++) {
allNeeds += minThreshold[i];
}
amountProduced = Model.instance().generateAmountProduced();
totalAmountProduced += amountProduced;
Commodity.getCommNum(producedCommodity).incMakerNum(amountProduced);
Model.instance().addToActors(this);
// Model.instance().addToProducers(producedCommodity, this);
}
public void earnIncome() {
// If they didn't empty their inventory, lower price
// Model.instance().showNumOfProducers();
String message;
if (Model.instance().findProducer(producedCommodity, this) && Model.instance().getTick() > 1) {
// cph Decrease price by changeProp to represent unsold inventory
expPrice[producedCommodity] /= changeProp;
if (producedCommodity == GOOD) {
message =
"Due to surplus inventory, price of "
+ Integer.toString(GOOD)
+ " falls to "
+ Double.toString(expPrice[producedCommodity]);
debug(message, PRICE);
}
}
/*if((producedCommodity != 5) && (Model.instance().getNumProducers(producedCommodity)>15)){
producedCommodity = 5;
}*/
if (Model.instance().generateSwitch() < Model.SWITCH_PROZ && Model.instance().getTick() > 1) {
// Remove from current production arrayList
int com = 0;
double max = 0;
for (int i = 0; i < Commodity.NUM_COMM; i++) {
if (expPrice[i] > max) {
com = i;
max = expPrice[i];
}
}
Model.instance().removeFromProducers(producedCommodity, this);
producedCommodity = com;
}
if (Model.instance().findProducer(producedCommodity, this)) {
} else {
// Add to new production arrayList
Model.instance().addToProducers(producedCommodity, this);
}
if (producedCommodity == 0) {
// System.out.println("I produce A!");
} else {
// System.out.println("I produce something else!");
}
// if(age > 3 && producedCommodity == 1){
// }else{
commoditiesHeld[producedCommodity] += amountProduced; // Units?
Commodity.getCommNum(producedCommodity).produce(amountProduced);
totalMoney += money;
makeBudget();
// }
}
// Remove half of every commodity and send that info to the commodity
public void consume() {
for (int i = 0; i < Commodity.NUM_COMM; i++) {
// double prop = commoditiesHeld[i]/2;
double prop = commoditiesHeld[i];
// double prop = 10;
Commodity.getCommNum(i).consumeProp(prop);
commoditiesHeld[i] -= prop;
// commoditiesHeld[i]-=10;
/*if(commoditiesHeld[i]-Commodity.getCommNum(i).getAmtCons()>=0) {
commoditiesHeld[i]-=Commodity.getCommNum(i).getAmtCons();
Commodity.getCommNum(i).consume();
} else {
Commodity.getCommNum(i).consFail(commoditiesHeld[i]);
commoditiesHeld[i]=0;
//considerDeath();
}*/
}
}
private void selectProducer(Human seller, int good) {
double price = seller.expPrice[good];
double quantity = budgetExp[good] / price;
double otherQuantity = seller.budgetExp[good] / price; // seller.chokeQuant[good];
String message;
/*double quantity = chokeQuant[good];
double otherQuantity = seller.chokeQuant[good];
//How much is the buyer willing to buy at the price
for(int i=0; i<Commodity.NUM_COMM; i++){
if(i!=good){
quantity -= demandSlope[i]*expPrice[i];
}else{
quantity -= demandSlope[good]*price;
}
}*/
/*for(int k=0; k<Commodity.NUM_COMM; k++){
otherQuantity -= seller.demandSlope[k]*seller.expPrice[k];
}*/
double firstQuantity = quantity;
if (otherQuantity > (seller.commoditiesHeld[good] - quantity)) {
quantity = (seller.commoditiesHeld[good] - quantity);
// Remove seller from producer arrayList
// cph Seller sold inventory, raises price to reflect scarcity of his good
seller.expPrice[good] *= changeProp;
if (good == GOOD) {
message =
"Producer of good "
+ Integer.toString(GOOD)
+ " ran out, price rises to "
+ Double.toString(seller.expPrice[good])
+ " wanted to hold quantity "
+ Double.toString(quantity)
+ " not "
+ Double.toString(firstQuantity);
debug(message, PRICE);
}
Model.instance().removeFromProducers(seller.producedCommodity, seller);
debug("removing", false);
}
double diff = price - expPrice[good];
diff /= 10;
double tempUnDiff = expPrice[good];
// expPrice[good]+=diff;
if (good == 2) {
message =
"2 price changed from "
+ Double.toString(tempUnDiff)
+ " to "
+ Double.toString(expPrice[good]);
debug(message, TRADE);
message = "2 price changed by " + Double.toString(diff);
debug(message, TRADE);
// System.out.printf("2 price changed from %f to %f\n", tempUnDiff, expPrice[good]);
// System.out.printf("2 price changed by %f\n", diff);
}
// If they bought, raise seller's price
if (quantity > 0) { // && money >= price*quantity){
// System.out.printf("We bought %f at %f!\n",quantity, price);
seller.commoditiesHeld[good] -= quantity;
commoditiesHeld[good] += quantity;
budgetExp[good] -= quantity * price;
seller.money += quantity * price;
money -= quantity * price;
Commodity.getCommNum(good).reportSale(quantity);
totalSpent += quantity * price;
// seller.expPrice[good]*=1.01;
} else {
// System.out.printf("We didn't buy at %f!\n", price);
}
}