void ScrollBar::calculate_ranges(int view_size, int total_size)
{
if (view_size <= 0 || total_size <= 0)
{
set_ranges(0, 1, 1, 1);
}
else
{
int scroll_max = max(1, total_size - view_size + 1);
int page_step = max(1, view_size);
set_ranges(0, scroll_max, 1, page_step);
}
}
MC1p(const Par &par) : TSP(par) {
LOG << "# Read parameters" << std::endl;
read_par();
LOG << "# Set parameters" << std::endl;
#define JN_MCPSB_PAR_SET(a) par.set(PP_CAT(_mc_, a), PP_STRING3(PP_CAT(mc_, a)));
JN_MAP(JN_MCPSB_PAR_SET, JN_MC_PARS1, JN_MC_PARS2)
LOG << "# Print parameters" << std::endl;
print_parameters();
LOG << "# Read initial structure" << std::endl;
chain_read_model(_pred_chain, par.get("pdb"));
LOG << "# Set indices" << std::endl;
thread_local static std::map<char, int> m {{'A', 0}, {'U', 1}, {'G', 2}, {'C', 3}};
m_indices.resize(_seq.size());
for (int i = 0; i < _seq.size(); i++) {
m_indices[i] = m[_seq[i]];
}
LOG << "# Set 2D trees" << std::endl;
set_trees();
LOG << "# Set ranges" << std::endl;
set_ranges();
LOG << "# Print ranges" << std::endl;
print_ranges();
}
covariance_param_t::covariance_param_t()
: m_covariance_type(COV_SPHERICAL),
m_sill(0),
m_nugget(0)
{
set_ranges(0, 0, 0);
set_angles(0, 0, 0);
}
void ScrollBar::set_page_step(int step)
{
set_ranges(impl->scroll_min, impl->scroll_max, impl->line_step, step);
}
void ScrollBar::set_max(int new_scroll_max)
{
set_ranges(impl->scroll_min, new_scroll_max, impl->line_step, impl->page_step);
}
void CL_ScrollBar::set_line_step(int step)
{
set_ranges(impl->scroll_min, impl->scroll_max, step, impl->page_step);
}
void CL_ScrollBar::set_min(int new_scroll_min)
{
set_ranges(new_scroll_min, impl->scroll_max, impl->line_step, impl->page_step);
}
explicit base_sub_matrix(size_type br, size_type er, size_type bc, size_type ec) : my_nnz(0)
{
set_ranges(br, er, bc, ec);
}