Mercurial > repos > public > sbplib
view convergenceTable.m @ 577:e45c9b56d50d feature/grids
Add an Empty grid class
The need turned up for the flexural code when we may or may not have a grid for the open water and want to plot that solution.
In case there is no open water we need an empty grid to plot the empty gridfunction against to avoid errors.
author | Jonatan Werpers <jonatan@werpers.com> |
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date | Thu, 07 Sep 2017 09:16:12 +0200 |
parents | 2663be328d9a |
children |
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function convergenceTable(caption, orders, m, e, q, tableType) default_arg('tableType','plaintext') switch tableType case {'plaintext','text','plain'} plainTextTable(caption, orders, m, e, q); case {'tex', 'latex'} latexTable(caption, orders, m, e, q); end end function plainTextTable(caption, orders, m, e, q) eW = 0; qW = 0; for i = 1:length(orders) log_e{i} = log10(e{i}); eW = max(eW, findFieldWidth('%.2f',log_e{i})); qW = max(qW, findFieldWidth('%.2f',q{i})); end mW = findFieldWidth('%d',m); orderHeaderWidth = eW + qW + 1; fprintf('%s\n',caption); % Print order headers fprintf(' %*s |',mW,'') for i = 1:length(orders) fprintf(' %-*s |', orderHeaderWidth, sprintf('Order %d', orders{i})); end fprintf('\n'); % Print eq headers fprintf(' %*s |',mW,'m'); for i = 1:length(orders) fprintf(' %*s %*s |', eW, 'e', qW, 'q'); end fprintf('\n'); % Print devider m_dev = repmat('-',1,mW); column_dev = repmat('-',1,orderHeaderWidth); fprintf('-%s-+',m_dev); for i = 1:length(orders) fprintf('-%s-+', column_dev); end fprintf('\n'); % Print each row for i = 1:length(m) fprintf(' %*d |',mW,m(i)); for j = 1:length(orders) if i == 1 fprintf(' %*.2f %*s |', eW, log_e{j}(i), qW, ''); else fprintf(' %*.2f %*.2f |', eW, log_e{j}(i), qW, q{j}(i-1)); end end fprintf('\n'); end fprintf('\n'); end function latexTable(caption, orders, m, e, q) nOrders = length(orders); header = { '\begin{table}[H]' '\centering' ['\begin{tabular}{c' repmat('|cc',1,nOrders) '} &'] orderheaders(orders) '\hline' ['$N$' repmat('& $log_{10}(l_2)$ & $q$',1,nOrders) ' \\'] '\hline' }; footer = { '\end{tabular}' ['\caption{' caption '}'] '\label{table:LABEL}' '\end{table}' }; data = cell(1,length(m)); data{1} = num2str(m(1)); for j = 1:nOrders data{1} = [data{1} ' & ' sprintf('%8.2f',log10(e{j}(1))) ' & ' ]; end data{1} = [data{1} '\\']; for i = 2:length(m) data{i} = [data{i} num2str(m(i)) ]; for j = 1:nOrders data{i} = [data{i} ' & ' sprintf('%8.2f',log10(e{j}(i))) ' & ' sprintf('%8.2f',(q{j}(i-1))) ]; end data{i} = [data{i} '\\']; end nlc = sprintf('\n'); header = strjoin(header', nlc); data = strjoin(data, nlc); footer = strjoin(footer', nlc); table = strjoin({header, data, footer}, nlc); fprintf('%s\n', table); end function s = orderheaders(orders) s= sprintf('\\multicolumn{2}{|c}{%dth order}',orders{1}); nOrders = length(orders); for i = 2:nOrders s = [s sprintf('& \\multicolumn{2}{|c}{%dth order}',orders{i})]; end s = [s ' \\']; end