User contributions
Jump to navigation
Jump to search
- 11:01, 2 February 2017 diff hist 0 File:Incident1.png John uploaded a new version of "File:Incident1.png" current
- 10:56, 2 February 2017 diff hist 0 Creating a BRDF file and using it as a bottom boundary
- 10:56, 2 February 2017 diff hist +1,089 Creating a BRDF file and using it as a bottom boundary
- 10:46, 2 February 2017 diff hist 0 N File:Interface1.png
- 10:46, 2 February 2017 diff hist 0 N File:Incident1.png
- 10:44, 2 February 2017 diff hist 0 N File:Medium.png current
- 10:44, 2 February 2017 diff hist 0 N File:Depth1.png current
- 10:44, 2 February 2017 diff hist 0 N File:Boundary1.png current
- 10:36, 2 February 2017 diff hist 0 Creating a BRDF file and using it as a bottom boundary
- 10:36, 2 February 2017 diff hist +25 Creating a BRDF file and using it as a bottom boundary
- 10:35, 2 February 2017 diff hist 0 N File:Iface none.png current
- 10:29, 2 February 2017 diff hist +333 Creating a BRDF file and using it as a bottom boundary
- 10:16, 2 February 2017 diff hist +520 Creating a BRDF file and using it as a bottom boundary →Multiple runs for characterising the BRDF
- 10:10, 2 February 2017 diff hist +1,526 Creating a BRDF file and using it as a bottom boundary
- 09:53, 2 February 2017 diff hist +3 Creating a BRDF file and using it as a bottom boundary
- 09:51, 2 February 2017 diff hist +11 Creating a BRDF file and using it as a bottom boundary
- 09:50, 2 February 2017 diff hist +1,446 N Creating a BRDF file and using it as a bottom boundary Created page with " It is possible to use PlanarRad to generate a BRDF file that can then be used as input as the bottom boundary condition for another run. One reason to do this is to implement..."
- 09:35, 2 February 2017 diff hist +60 General scattering and absorbing media current
- 18:41, 19 July 2015 diff hist 0 PlanarRad
- 16:27, 17 July 2015 diff hist +1 PlanarRad
- 16:09, 24 February 2015 diff hist -11 BRDF of a material with isotropic phase function →Step 2 : Be aware of the directional discretisation in use current
- 16:06, 24 February 2015 diff hist +483 BRDF of a material with isotropic phase function →Step 2 : Be aware of the directional discretisation in use
- 09:05, 24 February 2015 diff hist +17 BRDF of a material with isotropic phase function →Step 2 : Be aware of the directional discretisation in use
- 09:03, 24 February 2015 diff hist +5 BRDF of a material with isotropic phase function
- 19:54, 7 January 2015 diff hist -4 Command line running (Linux)
- 19:54, 7 January 2015 diff hist +9 Command line running (Linux)
- 19:54, 7 January 2015 diff hist +1 Command line running (Linux)
- 19:53, 7 January 2015 diff hist +1 Command line running (Linux)
- 19:53, 7 January 2015 diff hist 0 Command line running (Linux)
- 19:51, 7 January 2015 diff hist -2 Command line running (Linux)
- 19:51, 7 January 2015 diff hist +124 Command line running (Linux)
- 19:46, 7 January 2015 diff hist +232 Command line running (Linux)
- 19:44, 7 January 2015 diff hist +22 Command line running (Linux)
- 19:42, 7 January 2015 diff hist +355 Command line running (Linux)
- 19:39, 7 January 2015 diff hist +727 Command line running (Linux)
- 19:35, 7 January 2015 diff hist +153 Command line running (Linux)
- 19:33, 7 January 2015 diff hist +1,025 N Command line running (Linux) Created page with " PlanarRad can be run from the command line without opening the GUI window, the run parameters are specified in a simple text file. The executable for command line running is ..."
- 19:21, 7 January 2015 diff hist +34 PlanarRad
- 23:55, 24 February 2014 diff hist 0 BRDF of a material with isotropic phase function →Step 12 : What are the units of my BRDF ?
- 23:54, 24 February 2014 diff hist -16 BRDF of a material with isotropic phase function →Step 12 : What are the units of my BRDF ?
- 23:54, 24 February 2014 diff hist -2 BRDF of a material with isotropic phase function →Step 12 : What are the units of my BRDF ?
- 23:52, 24 February 2014 diff hist +602 BRDF of a material with isotropic phase function →Step 12 : What are the units of my BRDF ?
- 23:41, 24 February 2014 diff hist +25 BRDF of a material with isotropic phase function →Step 12 : What are the units of my BRDF ?
- 23:39, 24 February 2014 diff hist +1,243 BRDF of a material with isotropic phase function
- 23:24, 24 February 2014 diff hist +2 BRDF of a material with isotropic phase function →Step 11 : Get the report file
- 23:22, 24 February 2014 diff hist +1 BRDF of a material with isotropic phase function
- 23:21, 24 February 2014 diff hist +365 BRDF of a material with isotropic phase function →Step 11 : Get the report file
- 23:17, 24 February 2014 diff hist +890 BRDF of a material with isotropic phase function →Step 11 : Get the report file
- 23:13, 24 February 2014 diff hist 0 N File:Report phi example1.png current
- 23:13, 24 February 2014 diff hist 0 N File:Report theta example1.png current
- 23:09, 24 February 2014 diff hist +656 BRDF of a material with isotropic phase function →Step 11 : Get the report file
- 23:02, 24 February 2014 diff hist +927 BRDF of a material with isotropic phase function →Step 11 : Get the report file
- 22:51, 24 February 2014 diff hist +1 BRDF of a material with isotropic phase function →Step 11 : Get the report file
- 22:50, 24 February 2014 diff hist +560 BRDF of a material with isotropic phase function →Step 11 : Get the report file
- 22:48, 24 February 2014 diff hist 0 N File:Report la example1.png current
- 22:43, 24 February 2014 diff hist 0 N File:Run dir example1.png current
- 17:25, 24 February 2014 diff hist +8 BRDF of a material with isotropic phase function
- 17:13, 24 February 2014 diff hist +288 BRDF of a material with isotropic phase function
- 17:11, 24 February 2014 diff hist -1 BRDF of a material with isotropic phase function →Step 10 : Review the visualisations
- 17:09, 24 February 2014 diff hist +758 BRDF of a material with isotropic phase function
- 17:02, 24 February 2014 diff hist 0 N File:Lu 0 example1.png current
- 17:02, 24 February 2014 diff hist 0 N File:Ld 0 example1.png current
- 16:57, 24 February 2014 diff hist +1,176 BRDF of a material with isotropic phase function
- 16:48, 24 February 2014 diff hist 0 N File:Ed profile example1.png current
- 16:43, 24 February 2014 diff hist +471 BRDF of a material with isotropic phase function →Step 9 : Process the run
- 16:36, 24 February 2014 diff hist +355 BRDF of a material with isotropic phase function
- 16:32, 24 February 2014 diff hist 0 N File:Boundary props example1.png current
- 16:31, 24 February 2014 diff hist +331 BRDF of a material with isotropic phase function
- 16:28, 24 February 2014 diff hist -1 BRDF of a material with isotropic phase function →Step 5 : Interface Properties
- 16:28, 24 February 2014 diff hist 0 BRDF of a material with isotropic phase function →Step 4 : Input Radiance Distribution
- 16:27, 24 February 2014 diff hist -2 BRDF of a material with isotropic phase function →Step 7 : Depth Options
- 16:27, 24 February 2014 diff hist -1 BRDF of a material with isotropic phase function →Step 7 : Depth Options
- 16:26, 24 February 2014 diff hist +841 BRDF of a material with isotropic phase function
- 16:17, 24 February 2014 diff hist 0 N File:Depth options example1.png current
- 16:17, 24 February 2014 diff hist 0 File:Iface props example1.png John uploaded a new version of "File:Iface props example1.png" current
- 16:16, 24 February 2014 diff hist 0 N File:Input rad example1.png current
- 16:00, 24 February 2014 diff hist +25 BRDF of a material with isotropic phase function →Step 6 : Medium Properties
- 15:59, 24 February 2014 diff hist +295 BRDF of a material with isotropic phase function →Step 6 : Medium Properties
- 15:56, 24 February 2014 diff hist 0 N File:Medium props example1.png current
- 15:56, 24 February 2014 diff hist +653 BRDF of a material with isotropic phase function
- 15:48, 24 February 2014 diff hist +18 BRDF of a material with isotropic phase function →Step 5 : Interface Properties
- 15:46, 24 February 2014 diff hist +1 BRDF of a material with isotropic phase function →Step 5 : Interface Properties
- 15:46, 24 February 2014 diff hist +48 BRDF of a material with isotropic phase function →Step 5 : Interface Properties
- 15:43, 24 February 2014 diff hist +37 BRDF of a material with isotropic phase function
- 15:43, 24 February 2014 diff hist 0 N File:Iface props example1.png
- 15:42, 24 February 2014 diff hist +1,225 BRDF of a material with isotropic phase function
- 15:13, 24 February 2014 diff hist -1 BRDF of a material with isotropic phase function
- 15:13, 24 February 2014 diff hist -1 BRDF of a material with isotropic phase function
- 15:13, 24 February 2014 diff hist +11 BRDF of a material with isotropic phase function
- 15:12, 24 February 2014 diff hist +4 BRDF of a material with isotropic phase function
- 15:11, 24 February 2014 diff hist +131 BRDF of a material with isotropic phase function
- 15:09, 24 February 2014 diff hist +199 BRDF of a material with isotropic phase function
- 15:07, 24 February 2014 diff hist +220 BRDF of a material with isotropic phase function →Step 4 : Set up incident light field
- 15:03, 24 February 2014 diff hist 0 N File:Input rad hlideal.png current
- 14:48, 24 February 2014 diff hist +319 BRDF of a material with isotropic phase function
- 14:44, 24 February 2014 diff hist +87 BRDF of a material with isotropic phase function →Step 3 : Outline of basic procedure
- 14:43, 24 February 2014 diff hist +2 BRDF of a material with isotropic phase function →Step 3 : Outline of basic procedure
- 14:42, 24 February 2014 diff hist +90 BRDF of a material with isotropic phase function →Step 3 : Outline of basic procedure
- 14:40, 24 February 2014 diff hist +648 BRDF of a material with isotropic phase function →Step 3 : Outline of basic procedure
- 14:34, 24 February 2014 diff hist +748 BRDF of a material with isotropic phase function