Difference between revisions of "Template:Industrial and applied mathematics"

From blackwiki
Jump to navigation Jump to search
Line 27: Line 27:
 
| list3 =
 
| list3 =
 
* [[Approximation theory]]
 
* [[Approximation theory]]
* [[Numerical analysis]]
+
* [[Clifford analysis]]
** [[Numerical linear algebra]]
+
** [[Clifford algebra]]
** [[Numerical methods for ordinary differential equations]]
 
** [[Numerical methods for partial differential equations]]
 
** [[Validated numerics]]
 
* [[Multivariable calculus]]
 
** [[Geometric calculus]]
 
** [[Tensor calculus]]
 
 
* [[Differential equations]]
 
* [[Differential equations]]
 
** [[Complex differential equations]]
 
** [[Complex differential equations]]
Line 40: Line 34:
 
** [[Partial differential equations]]
 
** [[Partial differential equations]]
 
** [[Stochastic differential equations]]
 
** [[Stochastic differential equations]]
* [[Geometric analysis]]
 
** [[Differential forms]]
 
** [[Differential geometry#Applications|Differential geometry]]
 
** [[Gauge theory (mathematics)|Gauge theory]]
 
 
* [[Dynamical systems]]
 
* [[Dynamical systems]]
 
** [[Chaos theory]]
 
** [[Chaos theory]]
Line 50: Line 40:
 
** [[Operator algebra]]
 
** [[Operator algebra]]
 
** [[Operator theory]]
 
** [[Operator theory]]
 +
* [[Geometric analysis]]
 +
** [[Differential forms]]
 +
** [[Differential geometry#Applications|Differential geometry]]
 +
** [[Gauge theory (mathematics)|Gauge theory]]
 
* [[Harmonic analysis (mathematics)|Harmonic analysis]]
 
* [[Harmonic analysis (mathematics)|Harmonic analysis]]
 
** [[Fourier analysis]]
 
** [[Fourier analysis]]
* [[Clifford analysis]]
+
* [[Multivariable calculus]]
** [[Clifford algebra]]
+
** [[Geometric calculus]]
 +
** [[Tensor calculus]]
 +
* [[Numerical analysis]]
 +
** [[Numerical linear algebra]]
 +
** [[Numerical methods for ordinary differential equations]]
 +
** [[Numerical methods for partial differential equations]]
 +
** [[Validated numerics]]
 
* [[Calculus of variations|Variational calculus]]
 
* [[Calculus of variations|Variational calculus]]
  

Revision as of 03:14, 19 July 2020

Template documentation

Initial visibility: currently defaults to autocollapse

To set this template's initial visibility, the |state= parameter may be used:

  • |state=collapsed: {{Industrial and applied mathematics|state=collapsed}} to show the template collapsed, i.e., hidden apart from its title bar
  • |state=expanded: {{Industrial and applied mathematics|state=expanded}} to show the template expanded, i.e., fully visible
  • |state=autocollapse: {{Industrial and applied mathematics|state=autocollapse}}
    • shows the template collapsed to the title bar if there is a {{navbar}}, a {{sidebar}}, or some other table on the page with the collapsible attribute
    • shows the template in its expanded state if there are no other collapsible items on the page

If the |state= parameter in the template on this page is not set, the template's initial visibility is taken from the |default= parameter in the Collapsible option template. For the template on this page, that currently evaluates to autocollapse.