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This is the sandbox page. Here you can freely try things and play with the layout without risking to break something important.

1 reStructuredText test
2 material layout test
3 test222.. luxblend style
4 table
5 other stuff
6 header one (avoid this one as it is the same size as the page header)
- 6.1 header two
  - 6.1.1 header three
    - 6.1.1.1 header four
      - 6.1.1.1.1 header five
        
        6.1.1.1.1.1 header six - does this even exist?
        
        6.1.1.1.1.2 =header seven =
        
        6.1.1.1.1.3 ==header eight ==
- 6.2 here

reStructuredText test

Heading 1

this is a test

Heading 2

another test

material layout test

Metal

description

The metal material uses measured data to accurately render various metals. Presets for gold, copper, aluminium, amorphous carbon and silver are provided, but the material also accepts user provided n/k spectral data files in the sopra format. It is fairly efficient to render.

Render-Tip: This text is just intended to make the text area big enough to make the table bigger than the preview image.

Usage-Tip: This text is just intended to make the text area big enough to make the table bigger than the preview image.

Channels
exponent	A value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.
channel2	Some value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.
channel3	Yet another value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.

Examples

gold

Metal 2

description

The metal material uses measured data to accurately render various metals. Presets for gold, copper, aluminium, amorphous carbon and silver are provided, but the material also accepts user provided n/k spectral data files in the sopra format. It is fairly efficient to render.

Render-Tip: This text is just intended to make the text area big enough to make the table bigger than the preview image.

Usage-Tip:

This text is just intended to make the text area big enough to make the table bigger than the preview image.

Channels

exponent	A value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.
channel2	Some value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.
channel3	Yet another value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.

Examples

gold

Metal 3

description

The metal material uses measured data to accurately render various metals. Presets for gold, copper, aluminium, amorphous carbon and silver are provided, but the material also accepts user provided n/k spectral data files in the sopra format. It is fairly efficient to render.

Render-Tip: This text is just intended to make the text area big enough to make the table bigger than the preview image.

Usage-Tip:

This text is just intended to make the text area big enough to make the table bigger than the preview image.

channels

exponent	A value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.
channel2	Some value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.
channel3	Yet another value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.

Glass

Information

The metal material uses measured data to accurately render various metals. Presets for gold, copper, aluminium, amorphous carbon and silver are provided, but the material also accepts user provided n/k spectral data files in the sopra format. It is fairly efficient to render.

Render-Tip: This text is just intended to make the text area big enough to make the table bigger than the preview image.

Usage-Tip: This text is just intended to make the text area big enough to make the table bigger than the preview image.

Channels
exponent	A value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.
channel2	Some value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.
channel3	Yet another value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.

test222.. luxblend style

Metal

Information

The metal material uses measured data to accurately render various metals. Presets for gold, copper, aluminium, amorphous carbon and silver are provided, but the material also accepts user provided n/k spectral data files in the sopra format. It is fairly efficient to render.

Render-Tip: This text is just intended to make the text area big enough to make the table bigger than the preview image.

Usage-Tip: This text is just intended to make the text area big enough to make the table bigger than the preview image.

Channels

exponent	A value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.
channel2	Some value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.
channel3	Yet another value to define the glossiness of the specular component. (1.0 = rough/diffuse - 1000000 = very shiny/near specular). Both isotropic and anisotropic roughness are supported.

table

main cell

other stuff

test poncho:

Here comes a short paragraph that is
contained in a "div" element that is

floated to the right.

NICE!!! div's :D :D that's something we can work with.

latex rendering test:

$\frac{\sqrt{1-e^2}}{\sqrt{1+e^2}}$

$\frac{\sqrt{1+e^2}}{\sqrt{1-e^2}}$

header one (avoid this one as it is the same size as the page header)

header two

header three

header four

header five

header six - does this even exist?

=header seven =

==header eight ==

$f={\sigma g(\theta_{in}, \theta_{out})\over (\sigma+a)(\cos(\theta_{in})+\cos(\theta_{out}))}(1-e^{-(\sigma+a) d ({1\over\cos(\theta_{out}) }+{1\over\cos(\theta_{in}) }) })$

$f={ g(\theta_{in}, \theta_{out}) \over \cos(\theta_{in}) + \cos(\theta_{out})}$

here

)

-or- .just. experiment

How about a tranlation? nl:Sandbox that didn't work :[

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From LuxRender Wiki

Contents

reStructuredText test

Heading 1

Heading 2

material layout test

test222.. luxblend style

table

other stuff

header one (avoid this one as it is the same size as the page header)

header two

header three

header four

header five

header six - does this even exist?

=header seven =

==header eight ==

here