CREWrapperFormulae.cpp

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#include "CREWrapperFormulae.h"
 
CREWrapperFormulae::CREWrapperFormulae()
{
    myFormulae = NULL;
}
 
void CREWrapperFormulae::setFormulae(const recipe* rec)
{
    myFormulae = rec;
}
 
QString CREWrapperFormulae::fullname() const
{
    if (myFormulae->arch_names == 0)
    {
        return QString("%1 (no archetype?)").arg(myFormulae->title);
    }
 
    const archetype* base = find_archetype(myFormulae->arch_name[0]);
    if (!base)
    {
        return QString("%1 (no archetype?)").arg(myFormulae->title);
    }
    if (strcmp(myFormulae->title, "NONE") == 0)
    {
        return base->clone.name;
    }
 
    return QString("%1 of %2").arg(base->clone.name, myFormulae->title);
}
 
QString CREWrapperFormulae::title() const
{
    return myFormulae->title;
}
 
int CREWrapperFormulae::chance() const
{
    return myFormulae->chance;
}
 
int CREWrapperFormulae::difficulty() const
{
    return myFormulae->diff;
}
 
int CREWrapperFormulae::experience() const
{
    return myFormulae->exp;
}
 
QStringList CREWrapperFormulae::archs() const
{
    QStringList archs;
    for (size_t i = 0; i < myFormulae->arch_names; i++)
    {
        archs.append(myFormulae->arch_name[i]);
    }
    return archs;
}
 
QStringList CREWrapperFormulae::ingredients() const
{
    QStringList ingredients;
    for (linked_char* ing = myFormulae->ingred; ing; ing = ing->next)
    {
        ingredients.append(ing->name);
    }
    return ingredients;
}
 
bool CREWrapperFormulae::transmute() const
{
    return myFormulae->transmute != 0;
}
 
int CREWrapperFormulae::minLevel() const
{
    return myFormulae->min_level;
}
 
QString CREWrapperFormulae::keycode() const
{
    return myFormulae->keycode;
}