Template:Box: Difference between revisions
m Document callout templates and snippet triggers with a colour gallery |
m Document all eleven box snippets and add derivation example |
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{| class="wikitable" | {| class="wikitable" | ||
! Template !! Snippet | ! Template !! Snippet !! Colour !! Heading | ||
|- | |- | ||
| [[Template:Key result|Key result]] || <code>key</code> | | [[Template:Key result|Key result]] || <code>key</code> || Purple || Key result: title (optional) | ||
|- | |- | ||
| [[Template:Proof|Proof]] || <code>pf</code> | | [[Template:Proof|Proof]] || <code>pf</code> || Green || Proof: title (optional) | ||
|- | |- | ||
| [[Template: | | [[Template:Derivation|Derivation]] || <code>deriv</code> || Sky blue || Derivation: title (optional) | ||
|- | |- | ||
| [[Template: | | [[Template:Example|Example]] || <code>ex</code> || Gold || Example: title (optional) | ||
|- | |- | ||
| [[Template:Warning|Warning]] || <code>warn</code> | | [[Template:Aside|Aside]] || <code>aside</code> || Orange || Aside: title (optional) | ||
|- | |||
| [[Template:Warning|Warning]] || <code>warn</code> || Red || Warning: title (optional) | |||
|- | |||
| [[Template:Definition|Definition]] || <code>defn</code> || Blue || Definition: term | |||
|- | |||
| [[Template:Theorem|Theorem]] || <code>thm</code> || Indigo || Theorem: name | |||
|- | |||
| [[Template:Exercise|Exercise]] || <code>exercise</code> || Teal || Exercise (fixed heading) | |||
|- | |||
| [[Template:Notice|Notice]] || <code>notice</code> || Magenta || No heading | |||
|- | |||
| [[Template:Box|Box]] || <code>box</code> || Cyan || No heading | |||
|} | |} | ||
{{Key result|title=Fourier orthogonality|body=The central result of this section.}} | {{Key result|title=Fourier orthogonality|body=The central result of this section.}} | ||
{{Proof|title=Derivation|body=Apply orthogonality and integrate term by term.}} | {{Proof|title=Derivation|body=Apply orthogonality and integrate term by term.}} | ||
{{Derivation|title=Fourier coefficients|body=Multiply by a basis function and integrate over one period.}} | |||
{{Example|title=Square wave|body=A worked calculation.}} | {{Example|title=Square wave|body=A worked calculation.}} | ||
{{Aside|title=Geometric interpretation|body=An optional observation.}} | {{Aside|title=Geometric interpretation|body=An optional observation.}} | ||
Revision as of 20:09, 11 October 2026
Use {{Box|Your content}} for simple text. Use {{Box|body=$E=mc^2$}} when content contains equals signs; the snippet inserts this named form automatically.
Callout templates
Use title= for an optional title and body= for the contents. The editor snippets use title and body tab stops.
| Template | Snippet | Colour | Heading |
|---|---|---|---|
| Key result | key |
Purple | Key result: title (optional) |
| Proof | pf |
Green | Proof: title (optional) |
| Derivation | deriv |
Sky blue | Derivation: title (optional) |
| Example | ex |
Gold | Example: title (optional) |
| Aside | aside |
Orange | Aside: title (optional) |
| Warning | warn |
Red | Warning: title (optional) |
| Definition | defn |
Blue | Definition: term |
| Theorem | thm |
Indigo | Theorem: name |
| Exercise | exercise |
Teal | Exercise (fixed heading) |
| Notice | notice |
Magenta | No heading |
| Box | box |
Cyan | No heading |
Key resultFourier orthogonality
The central result of this section.
ProofDerivation
Apply orthogonality and integrate term by term.
DerivationFourier coefficients
Multiply by a basis function and integrate over one period.
ExampleSquare wave
A worked calculation.
AsideGeometric interpretation
An optional observation.
WarningConvergence
Check the assumptions before applying this result.
A general-purpose box.
Definition: Period
The interval over which a function repeats.
Theorem: Parseval
The energy is preserved.
Exercise
Find the Fourier coefficients.
Additional information.