VMODEL VERSION 0.60

OBJECT: Cornell Box
AUTHOR: Michael Granz
DATE  : 07.07.1999
UPDATE: 02.11.2001 ! old WinOSi .scn scene file converted to new VModel 0.6 syntax
UPDATE: 02.11.2001 ! boxes are now cube-primitives instead of parallelograms

! This scene file describes the famous "Cornell Box", which is a test scene
! commonly used to demonstrate radiosity.

Settings {
  DiffShots  =   4
  DiffDepth  =   3
  SpecDepth  =   0
  GlobalIOR  = 1.0
  BACKGROUND   0.0, 0.0, 0.0     ! black
  AMBIENT      0.3, 0.3, 0.3     ! some diffuse illumination
}

View {
  Camera = 280, 800,  275
  Target = 280,   0,  275
  Up     = 0.0, 0.0,  1.0
  FOVang = 0.7
}

Material grey {
  Reflection   = 0.75                         ! grey
  Specularity  = 0.00                         ! ideal lambertian reflector
  Transmission = 0.00                         ! no transparency (fully opaque)
}

Material yellow {
  Reflection   = RGB(0.75, 0.65, 0.35)        ! yellow
  Specularity  = 0.00                         ! ideal lambertian reflector
  Transmission = 0.00                         ! no transparency (fully opaque)
}

Material green {
  Reflection   = RGB(0.15, 0.65, 0.15)        ! green
  Specularity  = 0.00                         ! ideal lambertian reflector
  Transmission = 0.00                         ! no transparency (fully opaque)
}

Material red {
  Reflection   = RGB(0.75, 0.05, 0.05)        ! red
  Specularity  = 0.00                         ! ideal lambertian reflector
  Transmission = 0.00                         ! no transparency (fully opaque)
}

Material Light {
  Emission     = 1.0                          ! perfect white light
  Reflection   = 0.8                          ! colour grey
  Specularity  = 0.3                          ! shiny surface
  Transmission = 0.0                          ! no transparency (fully opaque)
}

PARALLELOGRAM Light {
  Material Light
  BASE     =  213.0, -227.0,  548.0
  EDGE1    =  130.0,    0.0,    0.0
  EDGE2    =    0.0, -105.0,    0.0
}

PARALLELOGRAM Floor {
  Material grey
  BASE     =    0.0,    0.0,    0.0
  EDGE1    =    0.0, -560.0,    0.0
  EDGE2    =  560.0,    0.0,    0.0
}

PARALLELOGRAM Ceiling {
  Material grey
  BASE     =    0.0,    0.0,  550.0
  EDGE1    =  560.0,    0.0,    0.0
  EDGE2    =    0.0, -560.0,    0.0
}

PARALLELOGRAM back_wall {
  Material grey
  BASE     =    0.0, -560.0,    0.0
  EDGE1    =    0.0,    0.0,  550.0
  EDGE2    =  560.0,    0.0,    0.0
}

PARALLELOGRAM right_wall {
  Material green
  BASE     =    0.0,    0.0,    0.0
  EDGE1    =    0.0,    0.0,  550.0
  EDGE2    =    0.0, -560.0,    0.0
}

PARALLELOGRAM left_wall {
  Material red
  BASE     =  560.0,    0.0,    0.0
  EDGE1    =    0.0, -560.0,    0.0
  EDGE2    =    0.0,    0.0,  550.0
}

Cube "short box" {
  Material yellow
  Scale 165; Rotate_Z 253∞; Translate 187,-168,83
}

Cube "large box" {
  Material yellow
  Stretch 165,165,346; Rotate_Z -73∞; Translate 368,-350,173
}