void mmReportCategoryExpenses::RefreshData()
{
data_.clear();
valueList_.clear();
valueListTotals_.clear();
std::map<int, std::map<int, std::map<int, double> > > categoryStats;
Model_Category::instance().getCategoryStats(categoryStats
, date_range_
, ignoreFutureDate_
, false
, with_date_);
for (const auto& entry : categoryStats)
{
wxString categName = "";
Model_Category::Data *category = Model_Category::instance().get(entry.first);
if (category) categName = category->CATEGNAME;
double categ_total = entry.second.at(-1).at(0);
for (const auto &subentry : entry.second)
{
double subcateg_total = subentry.second.at(0);
if ((type_ == GOES && subcateg_total > 0.0) || (type_ == COME && subcateg_total < 0.0) || (type_ == NONE && subcateg_total != 0.0))
valueList_.push_back({ Model_Category::full_name(entry.first, subentry.first), subcateg_total });
categ_total += subcateg_total;
}
if ((type_ == GOES && categ_total > 0.0) || (type_ == COME && categ_total < 0.0) || (type_ == NONE && categ_total != 0.0))
valueListTotals_.push_back({ categName, categ_total });
}
data_holder line;
int groupID = 1;
for (const auto& category : Model_Category::instance().all(Model_Category::COL_CATEGNAME))
{
const wxString& sCategName = category.CATEGNAME;
double amt = categoryStats[category.CATEGID][-1][0];
if (type_ == GOES && amt < 0.0) amt = 0;
if (type_ == COME && amt > 0.0) amt = 0;
if (amt != 0.0)
data_.push_back({ sCategName, amt, groupID });
auto subcategories = Model_Category::sub_category(category);
std::stable_sort(subcategories.begin(), subcategories.end(), SorterBySUBCATEGNAME());
for (const auto& sub_category : subcategories)
{
wxString sFullCategName = Model_Category::full_name(category.CATEGID, sub_category.SUBCATEGID);
amt = categoryStats[category.CATEGID][sub_category.SUBCATEGID][0];
if (type_ == GOES && amt < 0.0) amt = 0;
if (type_ == COME && amt > 0.0) amt = 0;
if (amt != 0.0)
data_.push_back({ sFullCategName, amt, groupID });
}
groupID++;
}
}
void mmReportCategoryExpenses::RefreshData()
{
data_.clear();
wxString color;
std::map<int, std::map<int, std::map<int, double> > > categoryStats;
Model_Category::instance().getCategoryStats(categoryStats
, const_cast<mmDateRange*>(m_date_range)
, Option::instance().IgnoreFutureTransactions()
, false
, m_date_range->is_with_date());
data_holder line;
int i = 0;
mmHTMLBuilder hb;
int groupID = 1;
for (const auto& category : Model_Category::instance().all(Model_Category::COL_CATEGNAME))
{
const wxString& sCategName = category.CATEGNAME;
double amt = categoryStats[category.CATEGID][-1][0];
if (type_ == COME && amt < 0.0) amt = 0;
if (type_ == GOES && amt > 0.0) amt = 0;
if (amt != 0.0)
data_.push_back({ hb.getColor(i++), sCategName, amt, groupID });
auto subcategories = Model_Category::sub_category(category);
std::stable_sort(subcategories.begin(), subcategories.end(), SorterBySUBCATEGNAME());
for (const auto& sub_category : subcategories)
{
wxString sFullCategName = Model_Category::full_name(category.CATEGID, sub_category.SUBCATEGID);
amt = categoryStats[category.CATEGID][sub_category.SUBCATEGID][0];
if (type_ == COME && amt < 0.0) amt = 0;
if (type_ == GOES && amt > 0.0) amt = 0;
if (amt != 0.0)
data_.push_back({ hb.getColor(i++), sFullCategName, amt, groupID });
}
groupID++;
}
}
