diff --git a/lib/storage/@LevelData/plot.m b/lib/storage/@LevelData/plot.m
index 529e2ebc16451d60684034f032862e171ceb7f85..f9e1e0ed53490c0c331ecc072665d47e586bd3ad 100644
--- a/lib/storage/@LevelData/plot.m
+++ b/lib/storage/@LevelData/plot.m
@@ -1,7 +1,7 @@
-function ax = plot(obj, xVariable, varargin)
-%%PLOT plots various scalar variables (specified in varargin) with respect
+function ax = plot(obj, xVariable, yVariable)
+%%PLOT plots various scalar variables (specified in yVariable) with respect
%to the variable xVariable, returns handle to axis object
-% ax = PLOT(obj, xVariable, varargin)
+% ax = PLOT(obj, xVariable, yVariable, ...)
%
% See also LevelData/plotTime, LevelData/plotAbsolute
@@ -21,22 +21,29 @@ function ax = plot(obj, xVariable, varargin)
% along with this program. If not, see <http://www.gnu.org/licenses/>.
%
+ arguments
+ obj
+ xVariable {mustBeTextScalar}
+ end
+
+ arguments (Repeating)
+ yVariable {mustBeTextScalar}
+ end
- % Proceed input
- if nargin >= 3
- variableName = setdiff(varargin, xVariable);
- else
- variableName = setdiff(obj.label, xVariable);
+ if isempty(yVariable)
+ yVariable = setdiff(obj.label, xVariable);
end
+ % TODO: introduce plot specification to allow for different plot types (time, absolute, level)
+
% Plot only scalar variables that do not belong to time or absolute
% variables
- variableName = intersect(variableName, obj.scalarVariable);
- variableName = setdiff(variableName, obj.absoluteVariable);
- variableName = setdiff(variableName, obj.timeVariable);
+ yVariable = intersect(yVariable, obj.scalarVariable);
+ yVariable = setdiff(yVariable, obj.absoluteVariable);
+ yVariable = setdiff(yVariable, obj.timeVariable);
% Creates double logarithmic splot
- ax = obj.plotLevel('loglog', xVariable, variableName);
+ ax = obj.plotLevel(@loglog, xVariable, yVariable);
% Add title
title(ax, 'Convergence history plot');
diff --git a/lib/storage/@LevelData/plotAbsolute.m b/lib/storage/@LevelData/plotAbsolute.m
index e94171a4bf429bbf4e79ce40b8efbeaf496f4037..3c57f9faae45cb1b9640364b61011a8fe2296640 100644
--- a/lib/storage/@LevelData/plotAbsolute.m
+++ b/lib/storage/@LevelData/plotAbsolute.m
@@ -1,8 +1,8 @@
-function ax = plotAbsolute(obj, xVariable, varargin)
+function ax = plotAbsolute(obj, xVariable, yVariable)
%%PLOTABSOLUTE plots various scalar absolute variables (specified in
-%varargin) with respect to the variable xVariable, returns handle to axis
+%yVariable) with respect to the variable xVariable, returns handle to axis
%object
-% ax = PLOTABSOLUTE(obj, xVariable, varargin)
+% ax = PLOTABSOLUTE(obj, xVariable, yVariable, ...)
%
% See also LevelData/plot, LevelData/plotTime
@@ -22,20 +22,25 @@ function ax = plotAbsolute(obj, xVariable, varargin)
% along with this program. If not, see <http://www.gnu.org/licenses/>.
%
+ arguments
+ obj
+ xVariable {mustBeTextScalar}
+ end
+
+ arguments (Repeating)
+ yVariable {mustBeTextScalar}
+ end
- % Proceed input
- if nargin >= 3
- variableName = setdiff(varargin, xVariable);
- else
- variableName = setdiff(obj.label, xVariable);
+ if isempty(yVariable)
+ yVariable = setdiff(obj.label, xVariable);
end
% Plot only scalar variables that do belong to absolute variables
- variableName = intersect(variableName, obj.scalarVariable);
- variableName = intersect(variableName, obj.absoluteVariable);
+ yVariable = intersect(yVariable, obj.scalarVariable);
+ yVariable = intersect(yVariable, obj.absoluteVariable);
% Creates semilogx plot
- ax = obj.plotLevel('semilogx', xVariable, variableName);
+ ax = obj.plotLevel(@semilogx, xVariable, yVariable);
% Add title
title(ax, 'Value plot');
diff --git a/lib/storage/@LevelData/plotLevel.m b/lib/storage/@LevelData/plotLevel.m
index e14537ee0a9ade1019fbb4cca12b349338d29804..e06d1e315b6d72421cd8c1a27d7fdd90a3883d69 100644
--- a/lib/storage/@LevelData/plotLevel.m
+++ b/lib/storage/@LevelData/plotLevel.m
@@ -1,9 +1,9 @@
-function ax = plotLevel(obj, plotFunction, xVariable, variableName)
+function ax = plotLevel(obj, plotFunction, xVariable, yVariable)
%%PLOTLEVEL auxiliary private function for creation of plots for usage in
%LevelData/plot, LevelData/plotTime, and LevelData/plotAbsolute, calls the
-%specified plotFunction for the plot of variables in variableName with
+%specified plotFunction for the plot of variables in yVariable with
%respect to xVariable, returns handle to axis object
-% ax = PLOTLEVEL(obj, plotFunction, xVariable, variableName)
+% ax = PLOTLEVEL(obj, plotFunction, xVariable, yVariable, ...)
% Copyright 2023 Philipp Bringmann
%
@@ -21,6 +21,12 @@ function ax = plotLevel(obj, plotFunction, xVariable, variableName)
% along with this program. If not, see <http://www.gnu.org/licenses/>.
%
+ arguments
+ obj
+ plotFunction function_handle
+ xVariable {mustBeTextScalar}
+ yVariable cell
+ end
% Create handle to currently active axis object
ax = gca;
@@ -32,25 +38,27 @@ function ax = plotLevel(obj, plotFunction, xVariable, variableName)
[COLOURORDER, MARKER] = getPlotStyle();
% Iterate over given variables
- for j = 1:length(variableName)
- if obj.type.(variableName{j}).isFloat
- % Extract value for y-axis
- yValue = obj.get(1:obj.nLevel, variableName{j});
- % Extract label for legend from dictionary
- if isfield(obj.dictionary, variableName{j})
- variableLabel = obj.dictionary.(variableName{j});
- else
- variableLabel = variableName{j};
- end
- % Create plot
- feval(plotFunction, ...
- ax, xValue, yValue, '-', ...
- 'Marker', MARKER{mod(j, length(MARKER))}, ...
- 'Color', COLOURORDER(j, :), ...
- 'LineWidth', 1.5, ...
- 'DisplayName', variableLabel);
- % Add new line into the current figure when calling plotConvergence again
- hold(ax, 'on');
+ for j = 1:length(yVariable)
+ if ~obj.type.(yVariable{j}).isFloat
+ continue
+ end
+
+ % Extract value for y-axis
+ yValue = obj.get(1:obj.nLevel, yVariable{j});
+ % Extract label for legend from dictionary
+ if isfield(obj.dictionary, yVariable{j})
+ variableLabel = obj.dictionary.(yVariable{j});
+ else
+ variableLabel = yVariable{j};
end
+ % Create plot
+ plotFunction( ...
+ ax, xValue, yValue, '-', ...
+ 'Marker', MARKER{mod(j, length(MARKER))}, ...
+ 'Color', COLOURORDER(j, :), ...
+ 'LineWidth', 1.5, ...
+ 'DisplayName', variableLabel);
+ % Add new line into the current figure when calling plotConvergence again
+ hold(ax, 'on');
end
end
\ No newline at end of file
diff --git a/lib/storage/@LevelData/plotTime.m b/lib/storage/@LevelData/plotTime.m
index 60e78d8aeceaaee7950f27993d994fa7febd7c26..86a80e89b2662cd9c97f12b1ec7cac0abee9965a 100644
--- a/lib/storage/@LevelData/plotTime.m
+++ b/lib/storage/@LevelData/plotTime.m
@@ -1,7 +1,7 @@
-function ax = plotTime(obj, xVariable, varargin)
-%%PLOTTIME plots various scalar time variables (specified in varargin) with
+function ax = plotTime(obj, xVariable, yVariable)
+%%PLOTTIME plots various scalar time variables (specified in yVariable) with
%respect to the variable xVariable, returns handle to axis object
-% ax = PLOTTIME(obj, xVariable, varargin)
+% ax = PLOTTIME(obj, xVariable, yVariable, ...)
%
% See also LevelData/plot, LevelData/plotAbsolute
@@ -21,20 +21,25 @@ function ax = plotTime(obj, xVariable, varargin)
% along with this program. If not, see <http://www.gnu.org/licenses/>.
%
+ arguments
+ obj
+ xVariable {mustBeTextScalar}
+ end
+
+ arguments (Repeating)
+ yVariable {mustBeTextScalar}
+ end
- % Proceed input
- if nargin >= 3
- variableName = setdiff(varargin, xVariable);
- else
- variableName = setdiff(obj.label, xVariable);
+ if isempty(yVariable)
+ yVariable = setdiff(obj.label, xVariable);
end
% Plot only scalar variables that do belong to time variables
- variableName = intersect(variableName, obj.scalarVariable);
- variableName = intersect(variableName, obj.timeVariable);
+ yVariable = intersect(yVariable, obj.scalarVariable);
+ yVariable = intersect(yVariable, obj.timeVariable);
% Creates double logarithmic splot
- ax = obj.plotLevel('loglog', xVariable, variableName);
+ ax = obj.plotLevel(@loglog, xVariable, yVariable);
% Add title
title(ax, 'Time plot');
diff --git a/lib/storage/@LevelData/plotToFile.m b/lib/storage/@LevelData/plotToFile.m
index 23ffcee950fcaa105d850c200e1fd8c0091b6411..a5fc72f656e0c723daa6968841873aeeae339e64 100644
--- a/lib/storage/@LevelData/plotToFile.m
+++ b/lib/storage/@LevelData/plotToFile.m
@@ -1,8 +1,8 @@
-function plotToFile(obj, xVariable, varargin)
+function plotToFile(obj, xVariable, yVariable)
%%PLOTTOFILE creates plots of various scalar variables (specified in
-%varargin) with respect %to the variable xVariable and stores it to a file,
+%yVariable) with respect %to the variable xVariable and stores it to a file,
%filename is generated automatically from information in LevelData object
-% PLOTTOFILE(obj, xVariable, varargin)
+% PLOTTOFILE(obj, xVariable, yVariable)
%
% See also LevelData/plot
@@ -22,23 +22,24 @@ function plotToFile(obj, xVariable, varargin)
% along with this program. If not, see <http://www.gnu.org/licenses/>.
%
+ arguments
+ obj
+ xVariable {mustBeTextScalar}
+ end
- % Create problem- and method-specific folder
- ensureFolderExists(obj.foldername);
-
- % Create figure object
- h = createStandardFigure();
+ arguments (Repeating)
+ yVariable {mustBeTextScalar}
+ end
- % Create plot
- if nargin < 3
- obj.plot(xVariable);
- else
- obj.plot(xVariable, varargin);
+ if isempty(yVariable)
+ yVariable = setdiff(obj.label, xVariable);
end
+ ensureFolderExists(obj.foldername);
+ h = createStandardFigure();
+ obj.plot(xVariable, yVariable{:});
+
% Export plot
print(h, '-dpng', '-r600', obj.foldername + '/' + obj.filename + '.png');
-
- % Close figure
close(h);
end