The MIA Toolbox GUI Environment and Peaksigmoid: Difference between pages

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imported>Scott
(New page: PLS_Toolbox and Solo both contain a wide range of GUIs to perform various data analysis tasks. The following is a list of topics which are useful for becoming familiar with the various GUI...)
 
imported>Mathias
 
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PLS_Toolbox and Solo both contain a wide range of GUIs to perform various data analysis tasks. The following is a list of topics which are useful for becoming familiar with the various GUIs available in these packages.  
===Purpose===
Outputs a sigmoid function.


== Key GUIs==
* [[Key GUIs]] discusses overall organization of Interfaces in PLS_Toolbox and Solo.
* [[miagui| Image Manager]] the PLS_Toolbox/Solo desktop.
* [[Texture GUI]] the primary model building interface.
* [[Plot Controls MIA]] plot editor with image data.


== Other Topics ==
===Synopsis===
*[[Managing Windows]]
*[[Loading and Saving]]
*[[Working With Options]]


== Other GUIs ==
:[y,y1,y2] = peaksigmoid(x,ax)
*[[Preprocessing]]


Because Solo+MIA is the stand-alone version of PLS_Toolbox/MIA_Toolbox, most of the documentation is applicable to both products. However, you may find that in some cases references are made to the "Command Line" or to typing some command. In most cases, the same behavior can be achieved through the menus and/or the [[Workspace Browser]]. However, there are some options and some functionality which is only available in MIA_Toolbox.
 
===Inputs===
 
* '''x''' =  3 element vector where
:* x(1) = coefficient
:* x(2) = offset
:* x(3) = decay constant
 
===Outputs===
 
 
 
 
<math>\sqrt{1-e^2}</math>
 
<math>f\left( {{a}_{i}},\mathbf{x} \right)={{x}_{1}}\left[ {{x}_{4}}{{\operatorname{e}}^{\frac{-4\ln \left( 2 \right){{\left( {{a}_{i}}-{{x}_{2}} \right)}^{2}}}{x_{3}^{2}}}}+\left( 1-{{x}_{4}} \right)\left[ \frac{x_{3}^{2}}{{{\left( {{a}_{i}}-{{x}_{2}} \right)}^{2}}+x_{3}^{2}} \right] \right]</math>
 
 
<math>f\left( {{a}_{i}},\mathbf{x} \right)={{x}_{1}}\left[ {{x}_{4}}{{\operatorname{e}}^{\frac{-4\ln \left( 2 \right){{\left( {{a}_{i}}-{{x}_{2}} \right)}^{2}}}{x_{3}^{2}}}}+\left( 1-{{x}_{4}} \right)\left[ \frac{1-x_{3}^{2}}{{{\left( {1}+{{x}_{2}} \right)}^{2}}+x_{3}^{2}} \right] \right]</math>
 
 
 
<math>f\left( {{a}_{i}},\mathbf{x} \right)={{x}_{1}}\left[ {}+\left( 1-{{x}_{4}} \right)\left[ \frac{1-x_{3}^{2}}{{{\left( \right)}+x_{3}^{2}} \right] \right]</math>
 
* '''y(1) ''' =
 
* '''y(2)  '''  = <math>{\operatorname{d}\!y\over\operatorname{d}\!{x}_{i}}</math>
 
* ''' y(3)  '''  = <math>{\operatorname{d^2}\!y\over\operatorname{d}\!{{x}_{i}}^{2}}</math>

Revision as of 11:37, 4 August 2016

Purpose

Outputs a sigmoid function.


Synopsis

[y,y1,y2] = peaksigmoid(x,ax)


Inputs

  • x = 3 element vector where
  • x(1) = coefficient
  • x(2) = offset
  • x(3) = decay constant

Outputs



Failed to parse (syntax error): {\displaystyle f\left( {{a}_{i}},\mathbf{x} \right)={{x}_{1}}\left[ {}+\left( 1-{{x}_{4}} \right)\left[ \frac{1-x_{3}^{2}}{{{\left( \right)}+x_{3}^{2}} \right] \right]}

  • y(1) =
  • y(2) =
  • y(3) =