# Re: [Scilab-users] Fwd: Re: Fwd: plotxxyyy

```Hi FRieder,
The plots look really beautiful. Congratulation!```
```
```
Normally you should always have an axis. To produce a grid without 'grid' ('cax.grid=[1 1]', see 'axes_properties', 'grid' in the help pages) you can use
```
x=0:10;  y=-5:5;
[X,Y]=ndgrid(x,y);
xdel();
plot(X,Y)
plot(X',Y')

Kind regards
Jens

.-----------------------------------
Am 13.10.2016 14:05, schrieb Frieder Nikolaisen:
```
```
Dear community,

thank you for you support. I get now wonderful plots.

```
There is still a feature missing: Plot two has not x grid. *How to add a grid without a axis?* (I tried a bit with newaxis... no success)
```
subplot(3,  1,  2)
```
co = color("blue"); plot2d(x1, y2, co);
```b  =  gca();
```
b.font_color = co; b.foreground = co;
```*b.axes_visible(1) = "off"; xgrid(co, 1, 10)*
```
This code works well now:
```subplot(3,  1,  3)
co=color("red");
```
plot2d(x1, y3, co); xgrid(co, 1, 10) c = gca(); c.font_color = co; c.foreground = co; c.data_bounds = [min(x1),min(y3); max(x1),max(y3)+(max(y3)-min(y3))*0.45]
```//c.axes_visible(1) ="off";
ylabel(string(kT(y_3)),"color",co)
xlabel('Sekunden')

x=  (A(:,1)  -  A(1,1))  *  24  *  3600;
//Input parameters for plotting the measurement numbers with optional gaps and
stacking to avoid overlapping
nstack=5;//maximum number of stacked measurement numbers
hstack=0.3;//height of measurement number stack (relative to window height)
ybase=max(y3)*1;  //base ordinate for measurement numbers
yspan=max(y3)-min(y3);
plot(x1(M),y3(M),  'ko')          // fügt schwarze dots hinzu
for  m=1:length(M)                              //Beschriftung
```
xstring(x1(M(m)),ybase+(modulo(M(m),nstack))*hstack*yspan/nstack,string(M(m))) set(handles.Anzeige, 'string', 'Diagrammbeschriftung' + string(k) + ' von' + string(A_size(1,1)))
```end
```
If I have a few hours nothingelse to do, I will try to solve the prolbem withDenis sparse function. With out using a for loop, it will be faster.
```Best regards
Frieder
```
PS: I wanted to send two plots, but they are 111kB. I plead for a higher limit.
```On 2016-10-12 20:15, Jens Simon Strom wrote:

Hallo Frieder,
If you insert
plot(x(M),y(M),'go') after//Writing measurement numbers

you get circle marks at the selected points to ease their correlation to
the measurement number.

Kind regards
Jens
-----------------------------------------------------------

Am 12.10.2016 18:16, schrieb Jens Simon Strom:

Hallo Frieder,
You can independently combine stack and skip of the
measurement numbers by the code below.

//Plotting measurement numbers with optional gaps and optional stacking
to avoid overlapping
//Generating dummy measurement data x,y and plotting them
dx=0.5:50;// increment of x
x=cumsum(dx);
y=sind(x);
yspan=max(y)-min(y);
nM=length(x);//number of measurements
xdel();
plot(x,y,'r')
plot(x,y,'b+')

//Input parameters for plotting the measurement numbers with optional
gaps and stacking to avoid overlapping
nstack=6;//maximum number of stacked measurement numbers
hstack=0.1;//height of measurement number stack (relative to span).
hstack=0: no stacking independent of nstack
ybase=-1;  //base ordinate for measurement numbers
step=2;// step=1: no gap, step=2: every second measurement number, etc.

//Writing measurement numbers
M=1:step:nM;//opted measurement numbers
```
for m=1:length(M) xstring(x(M(m)),ybase+(modulo(M(m),nstack))*hstack*yspan/nstack,string(M(m)))
```        end

"How can I move the lettering above the plot (or at least to the bottom,
next to the x-axis)?"By data_bounds (see axes_properties in the help pages) you can
enlarge the y-axis beyond the y data span at will.The y-level of the lettering is
controlled by the input variable 'ybase' (see code above).

Kind regards
Jens

---------------------------------------------------------------------------------------------------------------------------------

Am 12.10.2016 14:01, schrieb Frieder Nikolaisen:

Hello everybody,

I did solve the Problem with showing only 10 line numbers,
by using IF.

printer=1

for  k=1:A_size(1,1)                              //Beschriftung
```
*if k>A_size(1,1)*(printer/10) then* printer = printer + 1 xstring(x(k),y3(1),string(k)) // xstring(x,y,str,[angle,[box]]) end set(handles.Anzeige, 'string', 'Diagrammbeschriftung' + string(k) + ' von' + string(A_size(1,1)))
```            end

```
```            The line numbering is connected to the y-axis. How can I move the
lattering aboth the plot (or at least the bottom, next to the x-axis)?
(attached plot: subplot_with_line_number_2_tenth.gif)

```
```            About Jens help:

I attached three plots: the stacks Picture are with the Code of
Jens. Stacking is really nice, but I do not need every line number. With 921
Code is great for learningn anyway.

```
```            Cheers

Frieder

On 2016-10-12 11:48, Jens Simon Strom wrote:

Hello Frieder,
Your plots look better now. You can avoid overlapping
of measurement numbers by  sawtooth stacking them. See
example code below.

xdel();
//Generating dummy measurements x,y
dx=0.5:50;
x=cumsum(dx);
y=sind(x);
nM=length(x);//number of measurements
plot(x,y,'r')
plot(x,y,'b+')
//Plotting the measurement numbers in stacks to avoid
overlapping
nstack=6;//number of stacked measurement numbers
hstack=0.2;//height of measurement number stack (relative to
window height)
ybase=-0.9;  //base ordinate for measurement numbers
yspan=max(y)-min(y);
for  m=1:nM//measurement number

xstring(x(m),ybase+(modulo(m,nstack)-1)*hstack*yspan/nstack,string(m))
end

Kind regards
Jens

------------------------------------------------------------------------------------------------------------------------------
Am 12.10.2016 10:52, schrieb Frieder Nikolaisen:

Hello,

thank you for all the feedback and help. It's
really great.

I used the idea of Jens Simon Strom combined with
some help from last week:

//Datensätze
x1  =  (A(:,1)  -  A(1,1))  *  24  *  3600;
y1  =  A(:,y_1);
y2  =  A(:,y_2);
y3  =  A(:,y_3);
drawlater()

subplot(3,  1,  1)
```
co = color("green"); plot2d(x1, y1, co);
```                    a  =  gca();
```
b.font_color = co; a.foreground = co;
```                    ylabel(string(kT(y_1)),"color",co)
a.x_location  =  'top';

subplot(3,  1,  2)
```
co = color("blue"); plot2d(x1, y2, co);
```                    b  =  gca();
```
b.font_color = co; b.foreground = co;
```                    ylabel(string(kT(y_2)),"color",co)
```
b.axes_visible(1) = "off"; //b.marings = [0.1 0.1 0.3 0.5];
```                    //b.filled ="off";
subplot(3,  1,  3)
co=color("red");
```
plot2d(x1, y3, co); c = gca(); c.font_color = co; c.foreground = co; //c.axes_visible(1) ="off";
```                    ylabel(string(kT(y_3)),"color",co)
//xlabel(string('Zeit [Sekunden]'), co)
x=  (A(:,1)  -  A(1,1))  *  24  *  3600;
for  k=1:A_size(1,1)   //Beschriftung
xstring(x(k),x(1),string(k))         // x(1) always 0
// xstring(x,y,str,[angle,[box]])
disp(x(1))
end
//c.marings = [0.1 0.1 0.5 0.3];
//c.filled ="off";

drawnow()

```
```                    The printed plots are attached. I did plot different
paramters, as I can choose then in my GUI.

That works well:

* Three plots, having the same x axis.
* x axis on the top and bottom
* Line *numbers Fitting the x axis*.

That does not work:

* showing a *few line numbers* only,
for reading (best case: Fitting the automatic
shown times in sec

Problem: I cannot tell, how many datapoints there
are going to be. So it mus be choosen automaticly.

Best regards

Frieder

On 2016-10-11 21:04, Samuel Gougeon wrote:

Hello,

Le 11/10/2016 14:46, Rafael Guerra a écrit :

Hi,

I was not able to follow the whole discussion

Neither did i,

"/... I cannot add a second x-axis in a
subplot by newaxis(). How to add a x-axis
by using subplot?/"and your last example,

Couldn't you add a 4^th subplot at the
bottom in order to plot the 2^nd x-axis
(say by plotting only zeros)?

.
Why not using drawaxis() as already suggested?
drawaxis() is made for this kind of situation.
In this thread, no logarithmic axis is
involved. So i do to catch the reason of
ignoring drawaxis().

By the way, IMO, a drawing of what exactly is
required would be clearer than hundred of
lines of description, with schematic curves,
axes, arrows linking curves to their multiple
axes in x and y.

BR
Samuel Gougeon

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```
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