Removed custom mercator projection functions.

lib/+artoa/+convert/+mercator/imerc.m

-function yo = imerc(y);
-
-%IMERC inverse mercator projection
-
-%-----------
-%yo = 2 * atan(exp(y)) - pi/2;
-%yo = yo/pi*180;
-%-----------
-
-c1 = 0.19231594611859;
-c2 = 0.3773144885e-3;
-
-yo = 2 * atan(exp(y)) - pi/2;
-yo = yo/pi*180;
-
-yo = yo + sin(yo/90*pi)*c1 + sin(yo/45*pi)*c2;
-
-
-

lib/+artoa/+convert/+mercator/merc.m

-function [yo] = merc(y)
-% MERC transfer coordinates according Mercator projection.
-%      Yo = MERC(Y) returns the mercator-transformed of Y.
-
-a = 6378137.000;
-b = 6356752.314;
-e = sqrt(a^2-b^2)/a;
-
-rad = pi/180;
-
-s = e * sin(y*rad);
-
-yo = log(tan(pi./4 + (y*rad)/2) .* (((1-s)./(1+s)) .^ (e/2) ));
-
-yo = real(yo);

lib/+artoa/+convert/axes2mercator.m

-function [] = axes2mercator(pAxesHandle, pInverse)
-%AXES2MERCATOR Converts the given axes and all its children to mercator projection.
-%   Detailed explanation goes here
-
-%% Get required variables
-children = pAxesHandle.Children;
-
-if nargin == 1
-    pInverse = false;
-end
-
-%% Check if already converted
-if strcmp(pAxesHandle.UserData, 'mercator')
-    warning([mfilename ': Given axes has already been converted to mercator! Skipping...']);
-    return;
-end
-
-%% Set units
-pAxesHandle.Units = 'norm';
-
-%% Convert every children
-for i = 1:length(children)
-    currentChild = children(i);
-    % get position, depending on type
-    switch (currentChild.Type)
-        case 'image'
-            disp('Image discovered, skipping...');
-            continue;
-        case 'text'
-            if pInverse
-                currentChild.Position(2) = artoa.convert.mercator.imerc( ...
-                    currentChild.Position(2) ...
-                );
-            else
-                currentChild.Position(2) = artoa.convert.mercator.merc( ...
-                    currentChild.Position(2) ...
-                );
-            end
-        otherwise
-            if pInverse
-                currentChild.YData = artoa.convert.mercator.imerc( ...
-                    currentChild.YData ...
-                );
-            else
-                currentChild.YData = artoa.convert.mercator.merc( ...
-                    currentChild.YData ...
-                );
-            end
-    end
-end
-
-%% Set corrected limits
-if pInverse
-    pAxesHandle.YLim = artoa.convert.mercator.imerc(pAxesHandle.YLim);
-else
-    pAxesHandle.YLim = artoa.convert.mercator.merc([pAxesHandle.YLim(1) - 1, pAxesHandle.YLim(2) + 1]);
-end
-
-%% Save state to axes
-pAxesHandle.UserData = 'mercator';
-
-end
-