CANIMXY3D
=========

z=f(x,y) animated viewer



Block Screenshot
~~~~~~~~~~~~~~~~





Contents
~~~~~~~~


+ `z=f(x,y) animated viewer`_
  +

    + `Palette`_
    + `Description`_
    + `Dialog box`_
    + `Default properties`_
    + `Interfacing function`_
    + `Computational function`_
    + `See also`_





Palette
~~~~~~~


+ `Sinks palette`_




Description
~~~~~~~~~~~

This block realizes the visualization of the evolution of the three
regular input signals by drawing the third input as a function of the
two others at instants of events on the event input port. When a point
is drawn on screen it stays until the buffer length is reached. This
scope is useful to make simple animations.





Dialog box
~~~~~~~~~~






+ **Number of Curves** Set the number of curves. Properties : Type
  'vec' of size -1
+ **color** an integer. It is the color number ( ) or marker type ( )
  used to draw the evolution of the input port signal. See **xset()**
  for color (dash type) definitions. Properties : Type 'vec' of size -1
+ **line or mark size** an integer. Properties : Type 'vec' of size -1
+ **Output window number** The number of graphic window used for the
  display. It is often good to use high values to avoid conflict with
  palettes and Super Block windows. If you have more than one scope,
  make sure they do not have the same window numbers (unless
  superposition of the curves is desired). Properties : Type 'vec' of
  size -1
+ **Output window position** a 2 vector specifying the coordinates of
  the upper left corner of the graphic window. Answer [] for default
  window position. Properties : Type 'vec' of size -1
+ **Output window sizes** a 2 vector specifying the width and height
  of the graphic window. Answer [] for default window dimensions.
  Properties : Type 'vec' of size -1
+ **Xmin and Xmax** Minimum and Maximum values of the first input;
  used to set up the X-axis of the plot in the graphics window.
  Properties : Type 'vec' of size -1
+ **Ymin and Ymax** Minimum and Maximum values of the second input;
  used to set up the Y-axis of the plot in the graphics window.
  Properties : Type 'vec' of size -1
+ **Zmin and Zmax** Minimum and Maximum values of the third input;
  used to set up the Z-axis of the plot in the graphics window.
  Properties : Type 'vec' of size -1
+ **Alpha and Theta** Set Alpha and Theta for the 3D view. Properties
  : Type 'vec' of size -1
+ **Buffer size** An integer value. In order to minimize the number of
  graphics outputs, data may buffered. Properties : Type 'vec' of size 1




Default properties
~~~~~~~~~~~~~~~~~~


+ **always active:** no
+ **direct-feedthrough:** no
+ **zero-crossing:** no
+ **mode:** no
+ **regular inputs:** **- port 1 : size [1,1] / type 1** **- port 2 :
  size [1,1] / type 1** **- port 3 : size [1,1] / type 1**
+ **number/sizes of activation inputs:** 1
+ **number/sizes of activation outputs:** 0
+ **continuous-time state:** no
+ **discrete-time state:** no
+ **object discrete-time state:** no
+ **name of computational function:** canimxy3d




Interfacing function
~~~~~~~~~~~~~~~~~~~~


+ SCI/modules/scicos_blocks/macros/Sinks/CANIMXY3D.sci




Computational function
~~~~~~~~~~~~~~~~~~~~~~


+ SCI/modules/scicos_blocks/src/c/canimxy3d.c (Type 4)




See also
~~~~~~~~


+ `CANIMXY - y=f(x) animated viewer`_


.. _Interfacing function: CANIMXY3D.html#Interfacingfunction_CANIMXY3D
.. _z=f(x,y) animated viewer: CANIMXY3D.html
.. _Default properties: CANIMXY3D.html#Defaultproperties_CANIMXY3D
.. _Dialog box: CANIMXY3D.html#Dialogbox_CANIMXY3D
.. _Computational function: CANIMXY3D.html#Computationalfunction_CANIMXY3D
.. _See also: CANIMXY3D.html#Seealso_CANIMXY3D
.. _Palette: CANIMXY3D.html#Palette_CANIMXY3D
.. _CANIMXY - y=f(x) animated viewer: CANIMXY.html
.. _Sinks palette: Sinks_pal.html
.. _Description: CANIMXY3D.html#Description_CANIMXY3D