All pushed back values in vector changing to default value

All pushed back values in vector changing to default value

In an effort to reduce multiple functions (that were nearly identical) in
my code, I decided to consolidate them all into one function which takes
an additional parameter (a class with multiple parameters, actually), and
then uses those values to imitate what the multiple functions would have
done. Then, long story short, I put each of those class declarations into
a vector, and now my program seems dysfunctional.
My multiple instances of a class:
FragmentCostParameters commonFCP = FragmentCostParameters(.05, 0);
FragmentCostParameters rareFCP = FragmentCostParameters(.05, 50);
FragmentCostParameters uniqueFCP = FragmentCostParameters(.05, 125);
FragmentCostParameters legendaryFCP = FragmentCostParameters(.02, 175);
FragmentCostParameters crystallineFCP = FragmentCostParameters(.02, 250);
FragmentCostParameters superEliteFCP = FragmentCostParameters(.02, 300);
Which get placed into a vector by:
vector<FragmentCostParameters> FCPs(6);
FCPs.push_back(FragmentCostParameters(.05, 0));
FCPs.push_back(FragmentCostParameters(.05, 50));
FCPs.push_back(FragmentCostParameters(.05, 125));
FCPs.push_back(FragmentCostParameters(.02, 175));
FCPs.push_back(FragmentCostParameters(.02, 250));
FCPs.push_back(FragmentCostParameters(.02, 300));
Additionally, that class is defined below:
class FragmentCostParameters {
public:
double multFactor;
double subtractFactor;
FragmentCostParameters(double _multFactor, double _subtractFactor){
multFactor = _multFactor;
subtractFactor = _subtractFactor;
}
FragmentCostParameters(){
multFactor = .05;
subtractFactor = 0;
}
};
Now, you'll notice that the default constructor for the
FragmentCostParameters involves setting multFactor = .05 and
subtractFactor = 0. However, it seems that no matter what I push back,
each of the values in my vector become mutated into those values. At
least, that's what VS 2011 tells me the values are equal to when I'm
looking at them in a local scope in the following function (which is the
only place they're used).
int FragmentCost(double skillLevel, int duration, FragmentCostParameters
FCP){
return
max((int)(ceil(FCP.multFactor*(skillLevel-FCP.subtractFactor))*ceil(duration/30.0))
, 0);
}
And the only place that FragmentCost is called is from this function
below, which is supposed to pass different values .. but somewhere in the
process, when I look at locals in FragmentCost, they're always the default
values in the constructor for the class.
//given a skill level + duration, will return an array with the fragment
usage
int* regularTotalFragCost(int skillLevel, int duration){
int fragments[7] = {0,0,0,0,0,0,0};
fragments[0]+= FragmentCost(skillLevel,duration, FCPs[0]);
fragments[1]+= FragmentCost(skillLevel,duration, FCPs[0]);
fragments[0]+= FragmentCost(skillLevel,duration, FCPs[1]);
fragments[2]+= FragmentCost(skillLevel,duration, FCPs[1]);
fragments[0]+= FragmentCost(skillLevel,duration, FCPs[2]);
fragments[3]+= FragmentCost(skillLevel,duration, FCPs[2]);
fragments[0]+= FragmentCost(skillLevel,duration, FCPs[3]);
fragments[4]+= FragmentCost(skillLevel,duration, FCPs[3]);
fragments[0]+= FragmentCost(skillLevel,duration, FCPs[4]);
fragments[5]+= FragmentCost(skillLevel,duration, FCPs[4]);
fragments[0]+= FragmentCost(skillLevel,duration, FCPs[5]);
fragments[6]+= FragmentCost(skillLevel,duration, FCPs[5]);
return fragments;
}
For some reason I feel that I'm making a really stupid mistake somewhere,
but for the life of me I can't seem to figure it out. I would appreciate
any help and/or advice anyone could offer.