// 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
+// are also available at
// http://www.cecill.info/licences/Licence_CeCILL_V2-en.txt
function plot(varargin)
-// Try to build a new better parser that could manage things like:
-// plot(x,y,'X',1:10); // where X stands for Xdata (Matlab recognize
-//it and treats it well...
+ // Try to build a new better parser that could manage things like:
+ // plot(x,y,'X',1:10); // where X stands for Xdata (Matlab recognize
+ //it and treats it well...
+
+ [lhs,rhs]=argn(0);
+
+ if ~rhs
+ //LineSpec and PropertySpec examples:
+ t = 0:%pi/20:2*%pi;
+ clf();
+ drawlater();
+ subplot(211);
+ plot(t,sin(t),"ro-.",t,cos(t),"cya+",t,abs(sin(t)),"--mo");
+ subplot(212);
+ plot([t ;t],[sin(t) ;cos(t)],"xdat",[1:2]);
+ drawnow();
+ return;
+ end
+
-[lhs,rhs]=argn(0);
-if ~rhs
- //LineSpec and PropertySpec examples:
- t = 0:%pi/20:2*%pi;
- drawlater();
- subplot(211);
- plot(t,sin(t),'ro-.',t,cos(t),'cya+',t,abs(sin(t)),'--mo');
- subplot(212);
- plot([t ;t],[sin(t) ;cos(t)],'xdat',[1:2]);
- drawnow();
- return;
-end
+ CurColor = 0; // current color used if no color specified via LineSpec
+ // nor PropertyName
-CurColor = 0; // current color used if no color specified via LineSpec
-// nor PropertyName
+ 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("Handle should be an Axes handle")
+ return;
+ end
+ end
-ListArg = varargin;
+ nv = size(ListArg)
-//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("Handle should be an Axes handle")
- return;
- end
-end
+ argTypes=[];
+ couple=[];
-nv = size(ListArg)
+ typeOfPlot = "plot";
+ provided_data = 2;
+ for curArgIndex=1:nv
+ argTypes(curArgIndex,1) = type(ListArg(curArgIndex))
+ end
-argTypes=[];
-couple=[];
+ Ttmp=argTypes;
-typeOfPlot = 'plot';
-provided_data = 2;
+ for i=1:nv-1
+ acceptedTypes=[];
+ acceptedTypes=find(Ttmp(i,1)==1 & or(Ttmp(i+1,1)==[1,13,130])) // to accept double, macro function or primitive as second argument
-for curArgIndex=1:nv
- argTypes(curArgIndex,1) = type(ListArg(curArgIndex))
-end
+ if (acceptedTypes<>[]) then
+ couple=[couple i];
+ Ttmp(i,1) = 99; // Replace a known type by 99 (no meaning) to count it once only!
+ Ttmp(i+1,1)= 99; // to avoid having (x1,y1,x2,y2) ->couple=[1,2,3]
+ // With this trick, couple=[1,3];
+ end
-Ttmp=argTypes;
+ end
-for i=1:nv-1
- acceptedTypes=[];
- acceptedTypes=find(Ttmp(i,1)==1 & or(Ttmp(i+1,1)==[1,13,130])) // to accept double, macro function or primitive as second argument
- if (acceptedTypes<>[]) then
- couple=[couple i];
- Ttmp(i,1) = 99; // Replace a known type by 99 (no meaning) to count it once only!
- Ttmp(i+1,1)= 99; // to avoid having (x1,y1,x2,y2) ->couple=[1,2,3]
- // With this trick, couple=[1,3];
- end
+ if (couple==[]) // No data couple found
+ // Search for at least a single data , i.e.: plot(y)
-end
+ if (argTypes(1,1)==1 & ListArg(1)<>[]) then // case plot(SINGLE y,...)
+ couple = 1;
+ provided_data = 1;
+ if (modulo(nv-couple,2)<>0) then
+ P1 = couple+2 // Position of the first PropertyName field
+ else
+ P1 = couple+1
+ end
-if (couple==[]) // No data couple found
- // Search for at least a single data , i.e.: plot(y)
+ else
+ warning("Error inside input argument : no data");
+ return;
+ end
- if (argTypes(1,1)==1 & ListArg(1)<>[]) then // case plot(SINGLE y,...)
- couple = 1;
- provided_data = 1;
-
- if (modulo(nv-couple,2)<>0) then
- P1 = couple+2 // Position of the first PropertyName field
else
- P1 = couple+1
- end
-
- else
- warning("Error inside input argument : no data");
- return;
- end
-
-else
-
- // Some test to check wrong inputs
- //
- // 1. Test if 2 data couples (first : type==1, second : type=[1,13,130])
- // are at least separated by 2 indices
- if (couple(2:$)-couple(1:$-1)<2)
- warning("Error inside input argument !");
- return;
- end
-
- // 2. Test if no string couples happen before P1 (see below for P1 definition)
- for index=1:couple($)
- acceptedTypes=[];
- acceptedTypes=find(Ttmp(index,1)==10 & Ttmp(index+1,1)==10)
-
- if (acceptedTypes<>[]) then
- warning("Error inside input argument : String argument is an unknown option.");
- return;
+
+ // Some test to check wrong inputs
+ //
+ // 1. Test if 2 data couples (first : type==1, second : type=[1,13,130])
+ // are at least separated by 2 indices
+ if (couple(2:$)-couple(1:$-1)<2)
+ warning("Error inside input argument !");
+ return;
+ end
+
+ // 2. Test if no string couples happen before P1 (see below for P1 definition)
+ for index=1:couple($)
+ acceptedTypes=[];
+ acceptedTypes=find(Ttmp(index,1)==10 & Ttmp(index+1,1)==10)
+
+ if (acceptedTypes<>[]) then
+ warning("Error inside input argument : String argument is an unknown option.");
+ return;
+ end
+ end
+
+
+
+ if (modulo(nv-(couple($)+1),2)<>0) then
+ P1 = couple($)+3 // Position of the first PropertyName field
+ else
+ P1 = couple($)+2
+ end
+
end
- end
+ numplot = size(couple,"*");
-
- if (modulo(nv-(couple($)+1),2)<>0) then
- P1 = couple($)+3 // Position of the first PropertyName field
- else
- P1 = couple($)+2
- end
-
-end
+ xyIndexLineSpec = zeros(numplot,3);
+ // xyIndexLineSpec is a matrix storing the index of x, y and linespec
+ // if one of these indices is 0 => it does not exist
+ // (which is possible for x and linepsec, not for y)
-numplot = size(couple,'*');
+ if (provided_data == 2) then
-xyIndexLineSpec = zeros(numplot,3);
-// xyIndexLineSpec is a matrix storing the index of x, y and linespec
-// if one of these indices is 0 => it does not exist
-// (which is possible for x and linepsec, not for y)
+ for curCouple=1:size(couple,"*")
+ xyIndexLineSpec(curCouple,1:2) = couple(curCouple) +[0,1] // x,y index storage
-if (provided_data == 2) then
+ if (couple(curCouple)+2 < P1)
+ if (argTypes(couple(curCouple)+2,1)==10) then // LineSpec treatment
+ xyIndexLineSpec(curCouple,3) = couple(curCouple)+2;
+ end
+ end
+ end
+ else
+ // we are in the case where: plot(SINGLE y,... x not specified
+ // or plot(handle,SINGLE y,...
+ xyIndexLineSpec(1,1) = 0; // no x specified
+ xyIndexLineSpec(1,2) = couple;
- for curCouple=1:size(couple,'*')
- xyIndexLineSpec(curCouple,1:2) = couple(curCouple) +[0,1] // x,y index storage
+ //pause;
- if (couple(curCouple)+2 < P1)
- if (argTypes(couple(curCouple)+2,1)==10) then // LineSpec treatment
- xyIndexLineSpec(curCouple,3) = couple(curCouple)+2;
- end
+ if (couple+1 < P1)
+ if (argTypes(couple+1,1)==10) then // LineSpec treatment
+ xyIndexLineSpec(1,3) = couple+1;
+ end
+ end
end
- end
-else
- // we are in the case where: plot(SINGLE y,... x not specified
- // or plot(handle,SINGLE y,...
- xyIndexLineSpec(1,1) = 0; // no x specified
- xyIndexLineSpec(1,2) = couple;
-
-//pause;
-
-if (couple+1 < P1)
- if (argTypes(couple+1,1)==10) then // LineSpec treatment
- xyIndexLineSpec(1,3) = couple+1;
- end
-end
-end
-
-
-
-// delay the drawing commands
-// smart drawlater
-current_figure=gcf();
-cur_draw_mode = current_figure.immediate_drawing;
-current_figure.immediate_drawing = 'off';
-
-// check wether this is the first plot for the axes in which we will draw
-curAxes = gca();
-// save auto_clear state.
-OldAutoClear = curAxes.auto_clear;
-
-isFirstPlot = (curAxes.children == [])
-
-//Now, we plot the decomposed plots one by one with their own linespec
-// provided_data = 2 : x and y are provided
-
-FinalAgreg=[]; // Final Compound containing all the new created plots.
-
-//for i=numplot:-1:1
-for i=1:numplot
- // Set off auto_clear for allowing multiple graphics entity
- // will be restored behond
- if i>1 then
- curAxes.auto_clear='off';
- end
-
- //default values
- Marker=[];
- MarkerSize=1;
- Color=[];
- LineStyle=1;
- Line = %F;
- Marker = %F;
-
- if (provided_data == 2) then
-
- if (type(ListArg(xyIndexLineSpec(i,2))) == 13 | type(ListArg(xyIndexLineSpec(i,2))) == 130)
- // A function (macro or primitive) is given. We need to build the vector or matrix.
- sizefirstarg = size(ListArg(xyIndexLineSpec(i,1)));
- buildFunc = ListArg(xyIndexLineSpec(i,2));
- firstarg = ListArg(xyIndexLineSpec(i,1));
- tmp = [];
-
- for ii=1:sizefirstarg(1,2)
- for jj=1:sizefirstarg(1,1)
-
- // function evaluation may fail
- // try/cacth is buggy for now
- // so use execstr until the bug is fixed
- err = execstr('tmp(jj,ii) = buildFunc(firstarg(jj,ii))','errcatch','n');
-
- if (err <> 0) then
- // reset data
- ResetFigureDDM(current_figure, cur_draw_mode);
- // get error
- [err_message, err_number, err_line, err_func] = lasterror(%t);
- clear buildFunc;
- // print it
- if (err_func <> "") then
- // ascii(10) = \n
- error(msprintf(gettext("%s: Error : unable to evaluate input function ''%s''.") + ascii(10) + gettext("Error %d at line %d of the function: ''%s''"), "plot", err_func,err_number, err_line, err_message));
- else
- error(msprintf(gettext("%s: Error : unable to evaluate input function.") + ascii(10) + gettext("Error %d at line %d of the function: ''%s''"), "plot", err_number, err_line, err_message));
+
+ // delay the drawing commands
+ // smart drawlater
+ current_figure=gcf();
+ cur_draw_mode = current_figure.immediate_drawing;
+ current_figure.immediate_drawing = "off";
+
+ // check wether this is the first plot for the axes in which we will draw
+ curAxes = gca();
+ // save auto_clear state.
+ OldAutoClear = curAxes.auto_clear;
+
+ isFirstPlot = (curAxes.children == [])
+
+ //Now, we plot the decomposed plots one by one with their own linespec
+ // provided_data = 2 : x and y are provided
+
+ FinalAgreg=[]; // Final Compound containing all the new created plots.
+
+ //for i=numplot:-1:1
+ for i=1:numplot
+ // Set off auto_clear for allowing multiple graphics entity
+ // will be restored behond
+ if i>1 then
+ curAxes.auto_clear="off";
+ end
+
+ //default values
+ Marker=[];
+ MarkerSize=1;
+ Color=[];
+ LineStyle=1;
+ Line = %F;
+ Marker = %F;
+
+ if (provided_data == 2) then
+
+ if (type(ListArg(xyIndexLineSpec(i,2))) == 13 | type(ListArg(xyIndexLineSpec(i,2))) == 130)
+ // A function (macro or primitive) is given. We need to build the vector or matrix.
+ sizefirstarg = size(ListArg(xyIndexLineSpec(i,1)));
+ buildFunc = ListArg(xyIndexLineSpec(i,2));
+ firstarg = ListArg(xyIndexLineSpec(i,1));
+ tmp = [];
+
+ for ii=1:sizefirstarg(1,2)
+ for jj=1:sizefirstarg(1,1)
+
+ // function evaluation may fail
+ // try/cacth is buggy for now
+ // so use execstr until the bug is fixed
+ err = execstr("tmp(jj,ii) = buildFunc(firstarg(jj,ii))","errcatch","n");
+
+ if (err <> 0) then
+ // reset data
+ ResetFigureDDM(current_figure, cur_draw_mode);
+
+ // get error
+ [err_message, err_number, err_line, err_func] = lasterror(%t);
+
+ clear buildFunc;
+ // print it
+ if (err_func <> "") then
+ // ascii(10) = \n
+ error(msprintf(gettext("%s: Error : unable to evaluate input function ''%s''.") + ascii(10) + gettext("Error %d at line %d of the function: ''%s''"), "plot", err_func,err_number, err_line, err_message));
+ else
+ error(msprintf(gettext("%s: Error : unable to evaluate input function.") + ascii(10) + gettext("Error %d at line %d of the function: ''%s''"), "plot", err_number, err_line, err_message));
+ end
+ // exit function
+ return;
+ end
+
+ end
+ end
+
+
+ ListArg(xyIndexLineSpec(i,2)) = tmp;
+ // if there is an other iteration, we will have error message redefining function.
+ // we need to clear here and not before, because user must see the warning if needed.
+ clear buildFunc;
end
- // exit function
+ [X,Y] = checkXYPair(typeOfPlot,ListArg(xyIndexLineSpec(i,1)),ListArg(xyIndexLineSpec(i,2)),current_figure,cur_draw_mode)
+ else
+ if or(size(ListArg(xyIndexLineSpec(1,2)))==1) // If this is a vector
+ X=1:length(ListArg(xyIndexLineSpec(1,2))); // insert an abcsissa vector of same length,
+ else // if this is a matrix,
+ X=1:size(ListArg(xyIndexLineSpec(1,2)),1); // insert an abcsissa vector with
+ end
+ [X,Y] = checkXYPair(typeOfPlot,X,ListArg(xyIndexLineSpec(1,2)),current_figure,cur_draw_mode)
+ end
+
+ // Case if 'Xdata', 'Ydata' or 'Zdata' have been set in (PropertyName,Propertyvalue) couples
+ // must be taken into account now
+
+ // P1 is the position of the first PropertyName field.
+ Property = P1;
+
+ while (Property <= nv-1)
+ PropertyName = ListArg(Property);
+ PropertyValue = ListArg(Property+1);
+
+ // Xdata can ONLY be a vector (cf. Matlab help)
+ PName = getPlotPropertyName(PropertyName,current_figure,cur_draw_mode);
+ if (PName == "xdata")
+
+ if (type(PropertyValue)<>1 | and(size(PropertyValue)<>1))
+ warning("Xdata value must be a column or row vector.");
+ ResetFigureDDM(current_figure, cur_draw_mode);
+ return;
+ else
+ PropertyValue = PropertyValue(:); // force
+ if or(size(X))==1 // If X is a vector (inevitably a column vector because checkXYPair always returns a column vector)
+ X = PropertyValue; // X is replaced by PropertyValue
+ [X,Y] = checkXYPair(typeOfPlot,X,Y,current_figure,cur_draw_mode)
+ else // X is a matrix
+ if size(PropertyValue,"*") == size(X,1)
+ for j=1:size(PropertyValue,"*")
+ X(j,:) = PropertyValue(j,1);
+ end
+ else
+ str="plot : incompatible dimensions in input arguments";
+ warning(str);
+ ResetFigureDDM(current_figure, cur_draw_mode);
+ end
+ end
+ end
+
+ // Ydata ONLY be a vector (contrary to what is said by the Matlab help)
+ elseif (PName == "ydata")
+
+ if (type(PropertyValue)<>1 | and(size(PropertyValue)<>1))
+ warning("Ydata value must be a column or row vector.");
+ ResetFigureDDM(current_figure, cur_draw_mode);
+ return;
+ else
+ PropertyValue = PropertyValue(:); // force
+ if or(size(Y))==1 // If Y is a vector (inevitably a column vector because checkXYPair always returns a column vector)
+ Y = PropertyValue; // Y is replaced by PropertyValue
+ [X,Y] = checkXYPair(typeOfPlot,X,Y,current_figure,cur_draw_mode)
+ else // Y is a matrix
+ if size(PropertyValue,"*") == size(Y,1)
+ for j=1:size(PropertyValue,"*")
+ Y(j,:) = PropertyValue(j);
+ end
+ else
+ str="plot : incompatible dimensions in input arguments";
+ warning(str);
+ ResetFigureDDM(current_figure, cur_draw_mode);
+ end
+ end
+
+ end
+
+ // Zdata will be treated after plot building
+ end
+
+ Property = Property+2;
+ end
+
+
+
+ //Now we have an array xyIndexLineSpec [numplot x 3] containing indices pointing on T for :
+ // - x (<>0 if existing)
+ // - y
+ // - linespec (<>0 if existing)
+ // for each plot passed in argument
+ // x | y | linespec
+ // ----------------
+ //plot1 0|i1 |0 <=> plot(y)
+ //plot2 i2|i3 |0 <=> plot(x,y)
+ //plot3 i4|i5 |i6 <=> plot(x,y,LINESPEC)
+ //...
+
+
+
+ if (xyIndexLineSpec(i,3)<>0) then // if we have a line spec <=> index <> 0
+ [Color,Line,LineStyle,Marker,MarkerStyle,MarkerSize,fail] = getLineSpec(ListArg(xyIndexLineSpec(i,3)),current_figure,cur_draw_mode);
+ end
+
+ // The plot is made now :
+ err = execstr("plot2d(X,Y)","errcatch","m");
+
+ if err <> 0
+ mprintf("Error %d : in plot2d called by plot",err);
+ ResetFigureDDM(current_figure, cur_draw_mode);
return;
- end
+ end
+
+ agreg=gce(); // when using plot2d, we always have an Compound as the current entity
+ FinalAgreg = [agreg FinalAgreg];
+
+ if Color==[]
+ DefaultColor = %T;
+ else
+ DefaultColor = %F;
end
- end
-
- ListArg(xyIndexLineSpec(i,2)) = tmp;
- // if there is an other iteration, we will have error message redefining function.
- // we need to clear here and not before, because user must see the warning if needed.
- clear buildFunc;
- end
- [X,Y] = checkXYPair(typeOfPlot,ListArg(xyIndexLineSpec(i,1)),ListArg(xyIndexLineSpec(i,2)),current_figure,cur_draw_mode)
- else
- if or(size(ListArg(xyIndexLineSpec(1,2)))==1) // If this is a vector
- X=1:length(ListArg(xyIndexLineSpec(1,2))); // insert an abcsissa vector of same length,
- else // if this is a matrix,
- X=1:size(ListArg(xyIndexLineSpec(1,2)),1); // insert an abcsissa vector with
- end
- [X,Y] = checkXYPair(typeOfPlot,X,ListArg(xyIndexLineSpec(1,2)),current_figure,cur_draw_mode)
- end
-
- // Case if 'Xdata', 'Ydata' or 'Zdata' have been set in (PropertyName,Propertyvalue) couples
- // must be taken into account now
-
- // P1 is the position of the first PropertyName field.
- Property = P1;
-
- while (Property <= nv-1)
- PropertyName = ListArg(Property);
- PropertyValue = ListArg(Property+1);
-
- // Xdata can ONLY be a vector (cf. Matlab help)
- PName = getPlotPropertyName(PropertyName,current_figure,cur_draw_mode);
- if (PName == 'xdata')
-
- if (type(PropertyValue)<>1 | and(size(PropertyValue)<>1))
- warning("Xdata value must be a column or row vector.");
- ResetFigureDDM(current_figure, cur_draw_mode);
- return;
- else
- PropertyValue = PropertyValue(:); // force
- if or(size(X))==1 // If X is a vector (inevitably a column vector because checkXYPair always returns a column vector)
- X = PropertyValue; // X is replaced by PropertyValue
- [X,Y] = checkXYPair(typeOfPlot,X,Y,current_figure,cur_draw_mode)
- else // X is a matrix
- if size(PropertyValue,'*') == size(X,1)
- for j=1:size(PropertyValue,'*')
- X(j,:) = PropertyValue(j,1);
- end
- else
- str='plot : incompatible dimensions in input arguments';
- warning(str);
- ResetFigureDDM(current_figure, cur_draw_mode);
- end
- end
- end
-
- // Ydata ONLY be a vector (contrary to what is said by the Matlab help)
- elseif (PName == 'ydata')
-
- if (type(PropertyValue)<>1 | and(size(PropertyValue)<>1))
- warning("Ydata value must be a column or row vector.");
- ResetFigureDDM(current_figure, cur_draw_mode);
- return;
- else
- PropertyValue = PropertyValue(:); // force
- if or(size(Y))==1 // If Y is a vector (inevitably a column vector because checkXYPair always returns a column vector)
- Y = PropertyValue; // Y is replaced by PropertyValue
- [X,Y] = checkXYPair(typeOfPlot,X,Y,current_figure,cur_draw_mode)
- else // Y is a matrix
- if size(PropertyValue,'*') == size(Y,1)
- for j=1:size(PropertyValue,'*')
- Y(j,:) = PropertyValue(j);
- end
- else
- str='plot : incompatible dimensions in input arguments';
- warning(str);
- ResetFigureDDM(current_figure, cur_draw_mode);
- end
- end
-
- end
-
- // Zdata will be treated after plot building
- end
-
- Property = Property+2;
- end
-
-
-
- //Now we have an array xyIndexLineSpec [numplot x 3] containing indices pointing on T for :
- // - x (<>0 if existing)
- // - y
- // - linespec (<>0 if existing)
- // for each plot passed in argument
- // x | y | linespec
- // ----------------
- //plot1 0|i1 |0 <=> plot(y)
- //plot2 i2|i3 |0 <=> plot(x,y)
- //plot3 i4|i5 |i6 <=> plot(x,y,LINESPEC)
- //...
-
-
-
- if (xyIndexLineSpec(i,3)<>0) then // if we have a line spec <=> index <> 0
- [Color,Line,LineStyle,Marker,MarkerStyle,MarkerSize,fail] = getLineSpec(ListArg(xyIndexLineSpec(i,3)),current_figure,cur_draw_mode);
- end
-
- // The plot is made now :
- err = execstr('plot2d(X,Y)','errcatch','m');
-
- if err <> 0
- mprintf("Error %d : in plot2d called by plot",err);
- ResetFigureDDM(current_figure, cur_draw_mode);
- return;
- end
-
- agreg=gce(); // when using plot2d, we always have an Compound as the current entity
-
- FinalAgreg = [agreg FinalAgreg];
-
- if Color==[]
- DefaultColor = %T;
- else
- DefaultColor = %F;
- end
-
- for ii=size(agreg.children,'*'):-1:1
- curPolyline=agreg.children(ii); // we apply linespec to the lines
-
- // Color treatment : if no color specified by LineSpec nor PropertyName
- // Set the default color to the curve
- if DefaultColor == %T
- [Color,CurColor] = setDefaultColor(CurColor);
- end
+ for ii=size(agreg.children,"*"):-1:1
+ curPolyline=agreg.children(ii); // we apply linespec to the lines
- if (Marker == %T)
- curPolyline.mark_style=MarkerStyle;
- curPolyline.mark_mode ='on';
- curPolyline.mark_foreground = Color;
- curPolyline.mark_style=MarkerStyle;
- curPolyline.mark_size=MarkerSize;
- else
- curPolyline.mark_mode ='off'
- end
+ // Color treatment : if no color specified by LineSpec nor PropertyName
+ // Set the default color to the curve
+ if DefaultColor == %T
+ [Color,CurColor] = setDefaultColor(CurColor);
+ end
- if (Line == %T)
- curPolyline.line_mode='on';
- curPolyline.foreground = Color;
- curPolyline.line_style = LineStyle;
- else
- curPolyline.line_mode='off'
- end
+ if (Marker == %T)
+ curPolyline.mark_style=MarkerStyle;
+ curPolyline.mark_mode ="on";
+ curPolyline.mark_foreground = Color;
+ curPolyline.mark_style=MarkerStyle;
+ curPolyline.mark_size=MarkerSize;
+ else
+ curPolyline.mark_mode ="off"
+ end
- if (Line == %F & Marker ==%F) // no linespec nor PropertyName set
- curPolyline.line_mode='on';
- curPolyline.foreground = Color;
- curPolyline.line_style = LineStyle;
+ if (Line == %T)
+ curPolyline.line_mode="on";
+ curPolyline.foreground = Color;
+ curPolyline.line_style = LineStyle;
+ else
+ curPolyline.line_mode="off"
+ end
+
+ if (Line == %F & Marker ==%F) // no linespec nor PropertyName set
+ curPolyline.line_mode="on";
+ curPolyline.foreground = Color;
+ curPolyline.line_style = LineStyle;
+ end
+
+ end
end
- end
-end
+ //Reset auto_clear Property
+ curAxes.auto_clear = OldAutoClear;
-//Reset auto_clear Property
-curAxes.auto_clear = OldAutoClear;
+ ///////////////////////////////////
+ //Global Property treatment //
+ //PropertyName and PropertyValue //
+ ///////////////////////////////////
-///////////////////////////////////
-//Global Property treatment //
-//PropertyName and PropertyValue //
-///////////////////////////////////
+ // Those properties will be applied to Agreg children
+ Agreg = glue(FinalAgreg(1:$))
-// Those properties will be applied to Agreg children
-Agreg = glue(FinalAgreg(1:$))
+ nbCompound = find(Agreg.children.type=="Compound")
-nbCompound = find(Agreg.children.type=="Compound")
+ while (nbCompound<>[])
+ nbCompound=nbCompound(1);
+ unglue(Agreg.children(nbCompound));
+ nbCompound=find(Agreg.children.type=="Compound")
+ end
-while (nbCompound<>[])
- nbCompound=nbCompound(1);
- unglue(Agreg.children(nbCompound));
- nbCompound=find(Agreg.children.type=="Compound")
-end
+ // P1 is the position of the first PropertyName field.
+ Property = P1;
-// P1 is the position of the first PropertyName field.
-Property = P1;
+ Curves = Agreg.children
+ //Curves(:,1) = Curves(:,$:-1:1);
-Curves = Agreg.children
-//Curves(:,1) = Curves(:,$:-1:1);
+ // set mark_size_unit to 'point' for all the curves
+ Curves.mark_size_unit="point";
-// set mark_size_unit to 'point' for all the curves
-Curves.mark_size_unit='point';
+ while (Property <= nv-1)
+ setPlotProperty(ListArg(Property),ListArg(Property+1),Curves,current_figure,cur_draw_mode)
-while (Property <= nv-1)
- setPlotProperty(ListArg(Property),ListArg(Property+1),Curves,current_figure,cur_draw_mode)
-
- Property = Property+2;
-end
+ Property = Property+2;
+ end
-// force drawing of box like in matlab
-// for a first plot
-// unless we are using centered axes
-// to keep compatibility with Scilab 4
-if isFirstPlot & curAxes.x_location <> "origin" & curAxes.y_location <> "origin" then
- curAxes.box = "on";
-end
+ // force drawing of box like in matlab
+ // for a first plot
+ // unless we are using centered axes
+ // to keep compatibility with Scilab 4
+ if isFirstPlot & curAxes.x_location <> "origin" & curAxes.y_location <> "origin" then
+ curAxes.box = "on";
+ end
-//postponed drawings are done now !
-// smart drawnow
-ResetFigureDDM(current_figure, cur_draw_mode)
+ //postponed drawings are done now !
+ // smart drawnow
+ ResetFigureDDM(current_figure, cur_draw_mode)
endfunction
projects / scilab.git / commitdiff