# This is my hand generated scenefile.  I converted most of it
# from a scene I previsualized in Maya, just so I could tell what
# it looked like before I wrote it.  PLEASE REPORT ANY MISTAKES
# TO THE TA IMMEDIATELY!  There shouldn't be any; the only numbers
# I am unsure of are the Camera [...] [...] variables.
#
#
# Filename == the filename to save to
Filename simplescene.tif
#
# Format [<width> <height>]
# the size of the image to render
Format [640 480]
#
# Camera [fovy aspect zNear zFar] [eyeX eyeY eyeZ centerX centerY centerZ upX upY upZ]
# These parameters are taken directly from OpenGL gluPerspective and
# gluLookAt functions.  Use OpenGL to do your transformation from
# world coordinates to screen coordinates, but please save your
# files in the tiff files as described earlier.
# The first part are your arguments for perspective(), the second
# are the arguments for LookAt()
Camera [52.45 1.50 0.010 1000.000] [7.931 2.680 0.119 -0.948 0.77 0.124 0.0 1.0 0.0]
#
# Light [x y z] [R G B]
# All lights are simply point lights.  Assume intensity is 1.
Light [11.076 0.806 -4.278] [0.2 0.5 0.2]
Light [8.086 9.587 5.121] [1 1 1]
#
# Color [float float float]
# The colors are an RGB value.  Each float is from 0-1.
Color [1.0 1.0 1.0]
#
# Opacity is the opposite of transparency.  Therefore, your
# transparency scalar is 1-Opacity.
Opacity 1.0
#
# Reflect == the refelction scalar
Reflect 1.0
#
# Sphere [<radius> <center x> <center y> <center z>]
Sphere [1 0 2.066 -0.785]
Color [0.0 0.0 1.0]
Opacity 0.1
Reflect 0.5
Sphere [1 2.787 2.066 0.406]
Color [1.0 0.0 0.0]
Opacity 1.0
Reflect 0.7
#
# This is the same format that you have used all year. The number
# immediately following the "Polygons" is the number of polygons
# on the surface.  The second line is the number of verticies in
# each polygon, and the third is the vertex index used in the last
# two sections.  The one starting with "P" is the world cordinates
# of the vertices.  The line starting with "N" is the normals for
# each vertex.
Polygons [7]
[4 4 4 4 4 4 4] 
[3 2 1 0 7 6 5 4 11 10 9 8 10 7 4 9 15 14 13 12 6 15 12 5 14 3 0 13] 
"P" [6.6634 0.0455482 -16.808 9.21316 0.0376026 -16.808 9.21316 0.0376026 10.7259 6.6634 0.0455482 10.7259 -3.30443 1.02547 -16.808 -0.898286 0.306357 -16.808 -0.898286 0.306357 10.7259 -3.30443 1.02547 10.7259 -5.26243 5.40276 -16.808 -4.90276 2.90471 -16.808 -4.90276 2.90471 10.7259 -5.26243 5.40276 10.7259 1.61462 0.104454 -16.808 4.13919 0.056186 -16.808 4.13919 0.056186 10.7259 1.61462 0.104454 10.7259]
"N" [-0.00366522 -0.999993 0.0 -0.00311618 -0.999995  0.0 -0.00311618 -0.999995 0.0 -0.00366522 -0.999993 0.0 -0.546525 -0.837443 0.0 -0.184237 -0.982882 0.0 -0.184237 -0.982882 0.0 -0.546525 -0.837443 0.0 -0.989793 -0.14251 0.0 -0.911493 -0.411315 0.0 -0.911493 -0.411315 0.0 -0.989793 -0.14251 0.0 -0.0496253 -0.998768 0.0 -0.0116654 -0.999932 0.0 -0.0116654 -0.999932 0.0 -0.0496253 -0.998768 0.0]