protected Schedule getWaterPolicySchedule(FeedingPolicy fp) {
Vector sched_els = new Vector(0);
if (fp != null) {
RangeRuleParameterEntry[] waterRanges = fp.getWaterPolicyRanges();
ObjectScheduleElement element;
long start, end;
// e.g., min = 0 then start is C + 0 or C - Day of the operation
// e.g., min = 1 then start is C + 1 or 2nd day of the operation
if (waterRanges.length > 0) {
start =
parentPlugin
.getTimeUtils()
.addNDays(logOPlan.getStartTime(), waterRanges[0].getRangeMin());
for (int i = 0; i < waterRanges.length; i++) {
end =
parentPlugin
.getTimeUtils()
.addNDays(
start, (waterRanges[i].getRangeMax() - waterRanges[i].getRangeMin() + 1));
KeyRuleParameterEntry[] keys = fp.getRangeKeys(waterRanges[i]);
element =
new ObjectScheduleElement(
start,
end,
addWater(new HashMap(), BOTTLED_WATER, new Double(keys[0].getValue())));
sched_els.addElement(element);
start = end;
}
}
} // else feeding policy is null return empty schedule
return parentPlugin.getScheduleUtils().newObjectSchedule(sched_els.elements());
}
private HashMap addMeals(HashMap map, int j, FeedingPolicy p) {
RangeRuleParameterEntry[] meals; // bRanges, lRanges, dRanges;
meals = p.getMealPolicyRanges();
if (meals == null) {
return map;
} // if
KeyRuleParameterEntry[] keys = p.getRangeKeys(meals[j]);
String nsn;
for (int i = 0; i < keys.length; i++) {
nsn = keys[i].getValue().toString();
if (nsn != null && nsn.length() > 0) {
calculateConsumptionRate(map, nsn);
map = addSupplementRate(map, nsn);
} // if
} // for
return map;
} // addMeals