MIN_f
=====

Minimum value of a vector's elements



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





Contents
~~~~~~~~


+ `Minimum value of a vector's elements`_
  +

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





Palette
~~~~~~~


+ `Math operations palette`_




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

This block finds the minimum value of the elements of its input
vector.



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


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




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


+ SCI/modules/scicos_blocks/macros/NonLinear/MIN_f.sci




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


+ SCI/modules/scicos_blocks/src/fortran/minblk.f (Type 0)




Example
~~~~~~~

` `_



See also
~~~~~~~~


+ `MAX_f - Maximum value of a vector's elements (Xcos block)`_
+ `MAXMIN - Maximum or minimum value of vectors's elements (Xcos
  block)`_


.. _s elements (Xcos block): MAXMIN.html
.. _s elements (Xcos block): MAX_f.html
.. _See also: MIN_f.html#Seealso_MIN_f
.. _Computational function: MIN_f.html#Computationalfunction_MIN_f
.. _Default properties: MIN_f.html#Defaultproperties_MIN_f
.. _Example: MIN_f.html#Example_MIN_f
.. _Interfacing function: MIN_f.html#Interfacingfunction_MIN_f
.. _Description: MIN_f.html#Description_MIN_f
.. _s elements: MIN_f.html
.. _Math operations palette: Mathoperations_pal.html
.. _Palette: MIN_f.html#Palette_MIN_f