wxLineChartPanel::wxLineChartPanel(wxWindow* parent)
: wxPanel(parent)
{
// Create the data for the line chart widget
wxVector<wxString> labels;
labels.push_back("January");
labels.push_back("February");
labels.push_back("March");
labels.push_back("April");
labels.push_back("May");
labels.push_back("June");
labels.push_back("July");
wxLineChartData chartData(labels);
// Add the first dataset
wxVector<wxDouble> points1;
points1.push_back(3);
points1.push_back(-2.5);
points1.push_back(-1.2);
points1.push_back(3);
points1.push_back(6);
points1.push_back(5);
points1.push_back(1);
wxLineChartDataset::ptr dataset1(new wxLineChartDataset(
"My First Dataset", wxColor(220, 220, 220),
wxColor(255, 255, 255), wxColor(220, 220, 220, 0x33),
points1));
chartData.AddDataset(dataset1);
// Add the second dataset
wxVector<wxDouble> points2;
points2.push_back(1);
points2.push_back(-1.33);
points2.push_back(2.5);
points2.push_back(7);
points2.push_back(3);
points2.push_back(-1.8);
points2.push_back(0.4);
wxLineChartDataset::ptr dataset2(new wxLineChartDataset(
"My Second Dataset", wxColor(151, 187, 205),
wxColor(255, 255, 255), wxColor(151, 187, 205, 0x33),
points2));
chartData.AddDataset(dataset2);
// Create the line chart widget from the constructed data
m_lineChart = new wxLineChartCtrl(this, wxID_ANY, chartData,
wxDefaultPosition, wxDefaultSize, wxBORDER_NONE);
// Set up the sizer for the panel
wxBoxSizer* sizer = new wxBoxSizer(wxHORIZONTAL);
sizer->Add(m_lineChart, 1, wxEXPAND);
SetSizer(sizer);
}
int solve(const std::vector<int>& dataset)
{
if (dataset.size() == 1) {
return dataset[0];
} else {
std::vector<int> dataset2(dataset.size() - 1);
for (int i = 0; i < dataset2.size(); ++i) {
dataset2[i] = (dataset[i] + dataset[i+1]) % 10;
// std::cout << dataset2[i] << " ";
}
// std::cout << std::endl;
return solve(dataset2);
}
}
CheckParallelPassages::CheckParallelPassages(bool nt, const ustring & project, const vector < unsigned int >&books, bool includetext, bool gui,const ustring & project2)
{
// Language.
extern Settings *settings;
ustring language = settings->projectconfig(project, false)->language_get();
// Mapping.
ustring versification = settings->projectconfig(project, false)->versification_get();
Mapping mapping(versification, 0);
// Get a list of the books to check. If no books were given, take them all.
vector < unsigned int >mybooks(books.begin(), books.end());
if (mybooks.empty())
mybooks = project_get_books(project);
set < unsigned int >bookset(mybooks.begin(), mybooks.end());
// Get the parallel passages.
OtNtParallels otntparallels(0);
if (nt)
otntparallels.readnt();
else
otntparallels.readot();
// GUI.
progresswindow = NULL;
if (gui) {
progresswindow = new ProgressWindow(_("Producing passages"), true);
progresswindow->set_iterate(0, 1, otntparallels.sections.size());
}
// Go through each section.
for (unsigned int i = 0; i < otntparallels.sections.size(); i++) {
if (gui) {
progresswindow->iterate();
if (progresswindow->cancel)
return;
}
OtNtParallelDataSection datasection(0);
// Section's heading.
datasection.title = otntparallels.sections[i].title;
// Go through each set of references.
for (unsigned int i2 = 0; i2 < otntparallels.sections[i].sets.size(); i2++) {
// Go through the references in the set.
OtNtParallelDataSet dataset(0);
for (unsigned int i3 = 0; i3 < otntparallels.sections[i].sets[i2].references.size(); i3++) {
// Skip if NT book is not to be included.
if (bookset.find(otntparallels.sections[i].sets[i2].references[i3].book) == bookset.end())
continue;
vector < int >remapped_chapter;
vector < int >remapped_verse;
mapping.book_change(otntparallels.sections[i].sets[i2].references[i3].book);
mapping.original_to_me(otntparallels.sections[i].sets[i2].references[i3].chapter, otntparallels.sections[i].sets[i2].references[i3].verse, remapped_chapter, remapped_verse);
Reference mapped_reference(otntparallels.sections[i].sets[i2].references[i3].book, remapped_chapter[0], convert_to_string(remapped_verse[0]));
ustring verse = mapped_reference.human_readable(language);
if (includetext) {
verse.append(" ");
verse.append(usfm_get_verse_text_only(project_retrieve_verse(project, mapped_reference.book, mapped_reference.chapter, mapped_reference.verse)));
}
dataset.data.push_back(verse);
references.push_back(books_id_to_english(mapped_reference.book) + " " + convert_to_string(mapped_reference.chapter) + ":" + mapped_reference.verse);
comments.push_back(_("Parallel"));
}
datasection.sets.push_back(dataset);
//output verses of second project
OtNtParallelDataSet dataset2(0);
//TODO refactor this loop into a separate function
if (project2!="")
{
ustring language2 = settings->projectconfig(project2, false)->language_get();
// Mapping.
ustring versification2 = settings->projectconfig(project2, false)->versification_get();
Mapping mapping2(versification2, 0);
for (unsigned int i3 = 0; i3 < otntparallels.sections[i].sets[i2].references.size(); i3++) {
// Skip if NT book is not to be included.
if (bookset.find(otntparallels.sections[i].sets[i2].references[i3].book) == bookset.end())
continue;
vector < int >remapped_chapter;
vector < int >remapped_verse;
mapping2.book_change(otntparallels.sections[i].sets[i2].references[i3].book);
mapping2.original_to_me(otntparallels.sections[i].sets[i2].references[i3].chapter, otntparallels.sections[i].sets[i2].references[i3].verse, remapped_chapter, remapped_verse);
Reference mapped_reference(otntparallels.sections[i].sets[i2].references[i3].book, remapped_chapter[0], convert_to_string(remapped_verse[0]));
ustring verse = mapped_reference.human_readable(language);
if (includetext) {
verse.append(" ");
verse.append(usfm_get_verse_text_only(project_retrieve_verse(project2, mapped_reference.book, mapped_reference.chapter, mapped_reference.verse)));
}
dataset2.data.push_back(verse);
references.push_back(books_id_to_english(mapped_reference.book) + " " + convert_to_string(mapped_reference.chapter) + ":" + mapped_reference.verse);
comments.push_back(_("Parallel"));
}
datasection.sets.push_back(dataset2);
}
}
data.push_back(datasection);
}
}
void save_particle_space(const Tspace_& space, H5::Group* root)
{
typedef ParticleSpaceHDF5Traits traits_type;
typedef typename traits_type::h5_species_struct h5_species_struct;
typedef typename traits_type::h5_particle_struct h5_particle_struct;
typedef std::vector<std::pair<ParticleID, Particle> >
particle_container_type;
const particle_container_type& particles(space.list_particles());
const unsigned int num_particles(particles.size());
std::vector<Species> species;
typedef utils::get_mapper_mf<Species::serial_type, unsigned int>::type
species_id_map_type;
species_id_map_type species_id_map;
boost::scoped_array<h5_particle_struct>
h5_particle_table(new h5_particle_struct[num_particles]);
for (unsigned int i(0); i < num_particles; ++i)
{
species_id_map_type::const_iterator
it(species_id_map.find(particles[i].second.species_serial()));
if (it == species_id_map.end())
{
species.push_back(particles[i].second.species());
it = species_id_map.insert(
std::make_pair(particles[i].second.species_serial(),
species.size())).first;
}
h5_particle_table[i].lot = particles[i].first.lot();
h5_particle_table[i].serial = particles[i].first.serial();
h5_particle_table[i].sid = (*it).second;
h5_particle_table[i].posx = particles[i].second.position()[0];
h5_particle_table[i].posy = particles[i].second.position()[1];
h5_particle_table[i].posz = particles[i].second.position()[2];
h5_particle_table[i].radius = particles[i].second.radius();
h5_particle_table[i].D = particles[i].second.D();
}
boost::scoped_array<h5_species_struct>
h5_species_table(new h5_species_struct[species.size()]);
for (unsigned int i(0); i < species.size(); ++i)
{
h5_species_table[i].id = i + 1;
std::strcpy(h5_species_table[i].serial,
species[i].serial().c_str());
}
const int RANK = 1;
hsize_t dim1[] = {num_particles};
H5::DataSpace dataspace1(RANK, dim1);
boost::scoped_ptr<H5::DataSet> dataset1(new H5::DataSet(
root->createDataSet(
"particles", traits_type::get_particle_comp_type(), dataspace1)));
hsize_t dim2[] = {species.size()};
H5::DataSpace dataspace2(RANK, dim2);
boost::scoped_ptr<H5::DataSet> dataset2(new H5::DataSet(
root->createDataSet(
"species", traits_type::get_species_comp_type(), dataspace2)));
dataset1->write(h5_particle_table.get(), dataset1->getDataType());
dataset2->write(h5_species_table.get(), dataset2->getDataType());
const uint32_t space_type = static_cast<uint32_t>(Space::PARTICLE);
H5::Attribute attr_space_type(
root->createAttribute(
"type", H5::PredType::STD_I32LE, H5::DataSpace(H5S_SCALAR)));
attr_space_type.write(H5::PredType::STD_I32LE, &space_type);
const double t = space.t();
H5::Attribute attr_t(
root->createAttribute(
"t", H5::PredType::IEEE_F64LE, H5::DataSpace(H5S_SCALAR)));
attr_t.write(H5::PredType::IEEE_F64LE, &t);
const Real3 edge_lengths = space.edge_lengths();
const hsize_t dims[] = {3};
const H5::ArrayType lengths_type(H5::PredType::NATIVE_DOUBLE, 1, dims);
H5::Attribute attr_lengths(
root->createAttribute(
"edge_lengths", lengths_type, H5::DataSpace(H5S_SCALAR)));
double lengths[] = {edge_lengths[0], edge_lengths[1], edge_lengths[2]};
attr_lengths.write(lengths_type, lengths);
}
CheckParallelPassages::CheckParallelPassages(bool nt, const ustring & project, const vector < unsigned int >&books, bool includetext, bool gui,const ustring & project2)
{
// Language.
extern Settings *settings;
ustring language = settings->projectconfig(project, false)->language_get();
// Mapping.
ustring versification = settings->projectconfig(project, false)->versification_get();
Mapping mapping(versification, 0);
// Get a list of the books to check. If no books were given, take them all.
vector < unsigned int >mybooks(books.begin(), books.end());
if (mybooks.empty()) {
mybooks = project_get_books(project);
}
set < unsigned int >bookset(mybooks.begin(), mybooks.end());
// Get the parallel passages.
OtNtParallels otntparallels(0);
if (nt) {
otntparallels.readnt();
}
else {
otntparallels.readot();
}
// GUI.
progresswindow = NULL;
if (gui) {
progresswindow = new ProgressWindow(_("Producing passages"), true);
progresswindow->set_iterate(0, 1, otntparallels.sections.size());
}
// Go through each section.
for (unsigned int i = 0; i < otntparallels.sections.size(); i++) {
if (gui) {
progresswindow->iterate();
if (progresswindow->cancel)
return;
}
OtNtParallelDataSection datasection(0);
// Section's heading.
datasection.title = otntparallels.sections[i].title;
// Go through each set of references.
for (unsigned int i2 = 0; i2 < otntparallels.sections[i].sets.size(); i2++) {
// Go through the references in the set.
OtNtParallelDataSet dataset(0);
for (unsigned int i3 = 0; i3 < otntparallels.sections[i].sets[i2].references.size(); i3++) {
// Skip if NT book is not to be included.
if (bookset.find(otntparallels.sections[i].sets[i2].references[i3].book_get()) == bookset.end()) {
continue;
}
vector < int >remapped_chapter;
vector < int >remapped_verse;
mapping.book_change(otntparallels.sections[i].sets[i2].references[i3].book_get());
mapping.original_to_me(otntparallels.sections[i].sets[i2].references[i3].chapter_get(), otntparallels.sections[i].sets[i2].references[i3].verse_get(), remapped_chapter, remapped_verse);
ustring verse;
// The verse can have a range, like Matthew 3:1-2, and we have to handle all verses in that range.
// Prior to 5/23/2016, all that was used was remapped_verse[0], which destroyed any other verses in the range.
for (unsigned int i4 = 0; i4 < remapped_verse.size(); i4++) {
Reference mapped_reference(otntparallels.sections[i].sets[i2].references[i3].book_get(), remapped_chapter[0], convert_to_string(remapped_verse[i4]));
if (i4 > 0) {
// For the second verse and beyond, we need to put an extra space and handle the verse number specially.
verse.append(" [" + mapped_reference.verse_get() + "]");
}
else {
verse.append(mapped_reference.human_readable(language));
}
if (includetext) {
verse.append(" ");
verse.append(usfm_get_verse_text_only(project_retrieve_verse(project, mapped_reference.book_get(), mapped_reference.chapter_get(), mapped_reference.verse_get())));
}
}
dataset.data.push_back(verse);
// references.push_back(books_id_to_localname(mapped_reference.book_get()) + " " + convert_to_string(mapped_reference.chapter_get()) + ":" + mapped_reference.verse_get());
references.push_back(books_id_to_localname(otntparallels.sections[i].sets[i2].references[i3].book_get()) + " "
+ convert_to_string(otntparallels.sections[i].sets[i2].references[i3].chapter_get()) + ":"
+ otntparallels.sections[i].sets[i2].references[i3].verse_get());
comments.push_back(_("Parallel"));
}
datasection.sets.push_back(dataset);
//output verses of second project
OtNtParallelDataSet dataset2(0);
//TODO refactor this loop into a separate function
if (project2!="")
{
ustring language2 = settings->projectconfig(project2, false)->language_get();
// Mapping.
ustring versification2 = settings->projectconfig(project2, false)->versification_get();
Mapping mapping2(versification2, 0);
for (unsigned int i3 = 0; i3 < otntparallels.sections[i].sets[i2].references.size(); i3++) {
// Skip if NT book is not to be included.
if (bookset.find(otntparallels.sections[i].sets[i2].references[i3].book_get()) == bookset.end())
continue;
vector < int >remapped_chapter;
vector < int >remapped_verse;
mapping2.book_change(otntparallels.sections[i].sets[i2].references[i3].book_get());
mapping2.original_to_me(otntparallels.sections[i].sets[i2].references[i3].chapter_get(), otntparallels.sections[i].sets[i2].references[i3].verse_get(), remapped_chapter, remapped_verse);
Reference mapped_reference(otntparallels.sections[i].sets[i2].references[i3].book_get(), remapped_chapter[0], convert_to_string(remapped_verse[0]));
ustring verse = mapped_reference.human_readable(language);
if (includetext) {
verse.append(" ");
verse.append(usfm_get_verse_text_only(project_retrieve_verse(project2, mapped_reference.book_get(), mapped_reference.chapter_get(), mapped_reference.verse_get())));
}
dataset2.data.push_back(verse);
references.push_back(books_id_to_localname(mapped_reference.book_get()) + " " + convert_to_string(mapped_reference.chapter_get()) + ":" + mapped_reference.verse_get());
comments.push_back(_("Parallel"));
}
datasection.sets.push_back(dataset2);
}
}
data.push_back(datasection);
}
}
WxBarFrame::WxBarFrame(const wxString& title)
: wxFrame(NULL, wxID_ANY, title)
{
// Create a top-level panel to hold all the contents of the frame
wxPanel* panel = new wxPanel(this, wxID_ANY);
// Create the data for the bar chart widget
wxVector<wxString> labels;
labels.push_back("January");
labels.push_back("February");
labels.push_back("March");
labels.push_back("April");
labels.push_back("May");
labels.push_back("June");
labels.push_back("July");
wxBarChartData chartData(labels);
// Add the first dataset
wxVector<wxDouble> points1;
points1.push_back(3);
points1.push_back(2.5);
points1.push_back(1.2);
points1.push_back(3);
points1.push_back(6);
points1.push_back(5);
points1.push_back(1);
wxBarChartDataset::ptr dataset1(
new wxBarChartDataset(
wxColor(220, 220, 220, 0x7F),
wxColor(220, 220, 220, 0xCC),
points1)
);
chartData.AddDataset(dataset1);
// Add the second dataset
wxVector<wxDouble> points2;
points2.push_back(1);
points2.push_back(1.33);
points2.push_back(2.5);
points2.push_back(2);
points2.push_back(3);
points2.push_back(1.8);
points2.push_back(0.4);
wxBarChartDataset::ptr dataset2(new wxBarChartDataset(
wxColor(151, 187, 205, 0x7F),
wxColor(151, 187, 205, 0xFF),
points2));
chartData.AddDataset(dataset2);
// Create the bar chart widget
wxBarChartCtrl* barChartCtrl = new wxBarChartCtrl(panel, wxID_ANY, chartData);
// Set up the sizer for the panel
wxBoxSizer* panelSizer = new wxBoxSizer(wxHORIZONTAL);
panelSizer->Add(barChartCtrl, 1, wxEXPAND);
panel->SetSizer(panelSizer);
// Set up the sizer for the frame
wxBoxSizer* topSizer = new wxBoxSizer(wxHORIZONTAL);
topSizer->Add(panel, 1, wxEXPAND);
SetSizerAndFit(topSizer);
}
