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// Scilab ( http://www.scilab.org/ ) - This file is part of Scilab
// Copyright (C) 2005 - INRIA - Farid Belahcene
// Copyright (C) 2012 - Michael Baudin
// This file must be used under the terms of the CeCILL.
// This source file is licensed as described in the file COPYING, which
// you should have received as part of this distribution. The terms
// are also available at
// http://www.cecill.info/licences/Licence_CeCILL_V2.1-en.txt
function barh(varargin)
// barh(x,y,width,style,color)
// Input :
// x : a scalar or a vector of reals
// y : a sclar, a vector or a matrix of reals
// width : a double, the bar width, it's the percentage (0<width<1) of the max width of one bar which is wanted (default: width=0.8)
// style : a string, 'grouped' or 'stacked' (default: style='grouped')
if and(size(varargin)<>[1:5]) then
error(msprintf(gettext("%s: Wrong number of input argument(s): %d to %d expected.\n"), "barh", 1, 5));
end
styletab=["grouped","stacked"]
COLORBOOL=%f
// Default values
STYLE="grouped"
WIDTH=0.8
COLORBOOL=%f
// Check RHS arguments
ListArg = varargin;
// Detect and set the current axes now:
if type(ListArg(1)) == 9
hdle = ListArg(1);
if (hdle.type == "Axes")
sca(ListArg(1));
ListArg(1) = null(); // remove this parameter from the list
else
warning(msprintf(gettext("%s: Wrong type for input argument #%d: Axes handle expected.\n"),"barh",1));
return;
end
end
if size(ListArg) == 4 then
COLOR=ListArg(4);
if type(COLOR) <> 10 then
error(msprintf(gettext("%s: Wrong type for input argument #%d: A string expected.\n"),"barh",4));
end
end
if size(ListArg) == 5 then
STYLE=ListArg(5);
if type(STYLE) <> 10 then
error(msprintf(gettext("%s: Wrong type for input argument #%d: A string expected.\n"),"barh",5));
end
end
nv = size(ListArg)
T=[];
for k=1:nv
T(k) = type(ListArg(k))
end
argdb=find(T==1)
argstr=find(T==10)
if size(argdb,"*")<> argdb($) then
error(msprintf(gettext("%s: Wrong type for input arguments: Matrix expected for %s, %s and %s.\n"),"barh", "x", "y", "width"));
end
if size(argstr,"*") <> nv-argdb($) then
error(msprintf(gettext("%s: Wrong type for input arguments: String expected for %s and %s.\n"),"barh", "color", "style"));
end
// Set the double argument : x,y,width
// barh(y,...)
if size(argdb,"*")==1
Y=ListArg(1)
if or(size(Y)==1) then
Y=Y(:)
end
X=1:size(Y,1)
end
if size(argdb,"*")==2
if size(ListArg(2),"*")==1 then
// barh(x,y,...)
if size(ListArg(1),"*")==1 then
X=ListArg(1)
Y=ListArg(2)
else
//barh(y,width,...)
WIDTH=ListArg(2)
Y=ListArg(1)
if or(size(Y)==1) then
Y=Y(:)
end
X=1:size(Y,1)
end
else
// barh(x,y,...)
X=ListArg(1)
Y=ListArg(2)
if or(size(X)==1) then
if size(X,"*")<>1 then // X is a vector
if or(size(Y)==1) then // Y is a vector
Y=Y(:)
end
if size(X,"*")<>size(Y,1)
error(msprintf(gettext("%s: Wrong size for input arguments #%d and #%d: The number of rows of argument #%d must be equal to the size of argument #%d.\n"),"bar",1, 2, 2, 1));
end
elseif size(Y,1)>1 then
error(msprintf(gettext("%s: Wrong size for input arguments #%d: A scalar or a column vector expected.\n"),"bar",2));
end
else
error(msprintf(gettext("%s: Wrong type for input argument #%d: A scalar or a vector expected.\n"),"barh",1));
end
end
end
// barh(x,y,width,...)
if size(argdb,"*")==3
X=ListArg(1)
Y=ListArg(2)
WIDTH=ListArg(3)
if size(WIDTH,"*")<>1 then
error(msprintf(gettext("%s: Wrong type for input argument #%d: A scalar expected.\n"),"barh",3));
elseif or(size(X)==1) then
if size(X,"*")<>1 then // X is a vector
if or(size(Y)==1) then // Y is a vector
Y=Y(:)
end
if size(X,"*")<>size(Y,1)
error(msprintf(gettext("%s: Wrong size for input arguments #%d and #%d: The number of rows of argument #%d must be equal to the size of argument #%d.\n"),"bar",1, 2, 2, 1));
end
elseif size(Y,1)>1 then
error(msprintf(gettext("%s: Wrong size for input arguments #%d: A scalar or a column vector expected.\n"),"bar",2));
end
else
error(msprintf(gettext("%s: Wrong type for input argument #%d: A scalar or a vector expected.\n"),"barh",1));
end
end
X=X(:)
// Set the string argument
for i=1:size(argstr,"*")
// barh(...,style)
if or(ListArg(argstr(i))==styletab) then
STYLE=ListArg(argstr(i))
else
COLOR=ListArg(argstr(i))
COLORBOOL=%t
end
end
// Verify if there are data bounds which are defined before creation the horizontal bars creation, in order to merge the data bounds
a=gca()
if size(a.children)<>0 then
gca_children_empty=%t
a_data_bounds=a.data_bounds
else
gca_children_empty=%f
end
//drawlater
curFig = gcf();
immediate_drawing = curFig.immediate_drawing;
if COLORBOOL
plot(X,Y,COLOR); // plot manages immediate_drawing property itself to avoid flickering
else
plot(X,Y); // plot manages immediate_drawing property itself to avoid flickering
end
curFig.immediate_drawing = "off";
barh_number=size(Y,2)
if size(X,"*")>1 then
Xtemp=gsort(X,"r","i")
inter=Xtemp(2)-Xtemp(1)
for i=2:size(Xtemp,"*")-1
inter=min(Xtemp(i+1)-Xtemp(i),inter)
end
if barh_number>1
inter=inter*0.9
end
else
inter=1
end
wmax=inter/barh_number
y_shift=zeros(size(X,"*"),1)
bar_number= size(Y,2)
e=gce()
a=gca()
a.sub_ticks(2) = 0
for i=bar_number:-1:1
ei = e.children(i)
// Perform x_shift
if modulo(bar_number,2)==0 then
x_shift=(-i+bar_number/2)*wmax+0.4*wmax
elseif modulo(bar_number,2)==1 then
x_shift=(-i+1+floor(bar_number/2))*wmax
end
// Perform y_shift
if i==bar_number then
y_shift=zeros(size(X,"*"),1)
else
y_shift=Y(:,bar_number-i)+y_shift
end
// Update axes data bounds
// case 'grouped'
if STYLE=="grouped"
if i <> bar_number then
ymin=min(a.data_bounds(1,1),min(Y(:,bar_number-i+1)),0)
xmin=min(a.data_bounds(1,2),min(X)+x_shift-0.4*wmax)
ymax=max(a.data_bounds(2,1),max(Y(:,bar_number-i+1)),0)
xmax=max(a.data_bounds(2,2),max(X)+x_shift+0.4*wmax)
else
if ~gca_children_empty
ymin=min(min(Y(:,bar_number-i+1)),0)
xmin=min(X)+x_shift-0.4*wmax
ymax=max(max(Y(:,bar_number-i+1)),0)
xmax=max(X)+x_shift+0.4*wmax
else
ymin=min(a_data_bounds(1,1),min(Y(:,bar_number-i+1)),0)
xmin=min(a_data_bounds(1,2),min(X)+x_shift-0.4*wmax)
ymax=max(a_data_bounds(2,1),max(Y(:,bar_number-i+1)),0)
xmax=max(a_data_bounds(2,2),max(X)+x_shift+0.4*wmax)
end
end
a.data_bounds=[ymin xmin;ymax xmax]
ei.x_shift=x_shift*ones(size(X,"*"),1)
else // case 'stacked'
wmax=inter
if i <> bar_number then
ymin=min(a.data_bounds(1,1),min(Y(:,bar_number-i+1)+y_shift))
xmin=min(a.data_bounds(1,2),0,min(X-0.4*wmax))
ymax=max(a.data_bounds(2,1),max(Y(:,bar_number-i+1)+y_shift))
xmax=max(a.data_bounds(2,2),0,max(X+0.4*wmax))
else
if ~gca_children_empty
ymin=min(Y(:,bar_number-i+1)+y_shift)
xmin=min(0,min(X-0.4*wmax))
ymax=max(Y(:,bar_number-i+1)+y_shift)
xmax=max(0,max(X+0.4*wmax))
else
ymin=min(a_data_bounds(1,1),min(Y(:,bar_number-i+1)+y_shift))
xmin=min(a_data_bounds(1,2),0,min(X-0.4*wmax))
ymax=max(a_data_bounds(2,1),max(Y(:,bar_number-i+1)+y_shift))
xmax=max(a_data_bounds(2,2),0,max(X+0.4*wmax))
end
end
a.data_bounds=[ymin xmin; ymax xmax]
ei.y_shift=y_shift
end
a.y_ticks=tlist("ticks",Xtemp,string(Xtemp))
w=WIDTH*wmax
ei.bar_width=w
ei.background=ei.foreground
ei.polyline_style=7; // bar type
ei.background=ei.foreground
ei.foreground = -1; // black by default
ei.line_mode="off";
end
//drawnow
curFig.immediate_drawing = immediate_drawing;
endfunction
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