2d plot
pltseries0(y,y0,title,xscale0,wind,arg1,...,argn)
* y = the (nxp) values real matrix of the graphed series
* y0 = the value where to draw the x axis or [] if the user wants the axis to be put a the y minimum value
* xscale0 = a (nx1) string vector representing the x scale
* title = title of the graph
* wind = the number of the window where to draw the graph (-1 if the user wants to draw it on the currently opened window)
* argi = optional arguments:
- 'styleg = xx' with xx integer representing the location of the legend (default: 5, that is the legend is placed interactively with the mouse, see legends in the help menu)
- 'color = xx' with xxinteger row vector of size p representing the line color of each series
- 'mycolor=[r1,g1,b1;...;rp,gp,bp]' for user defined colors with ri,gi,bi the RGB integer values of a color
- 'shade=xx' a (nx1) vector composed of 0 and 1 where the ones delimit areas to be shaded
- 'style = xx' with xx' integer row vector of size p representing the line style of each series
- 'thickn = xx' with xx integer vector of size p representing the thickness of the line drawn for each series (default all equal to 1)
- 'leg = xx' with xxtitle of the legend
- 'yaxis = xx' with xx integer row vector of size p representing the axis for each series (1=left; 2=right)
- 'bars = xx' with xx integer row vector of size p representing the nature of the representation of the series (1=bars; anything else = curves)
- 'x0(1)=xx' with xx integer representing the x location of the first y axis (default: put at x=1)
- 'x0(2)=xx' with xx integer representing the x location of the second y axis (default: put at x=nobs)
- 'font_legend=xx' with xx the size of the legend font
- 'font_title=xx' with xx the size of the title font
- 'font_axis=xx' with xx the size of the axis font
-'style_title=xx' with xx the font style of the title
- 'ntics=xx' with xx an integer representing number of of tics between 2 occurences of the axis values
- 'just_scale=bool' with bool a boolean which is:
. %T if you want the y scale to be exactly the length [min(y),max(y)]
. %F if you want the y scale to begin and end with rounded numbers (default)
* nothing (printed on a graphic window)