alpha values 24
ambient light
AmbientLightColor property
illustration
AmbientStrength property
illustration
aspect ratio
for realistic objects
properties that affect
specifying
axes
aspect ratio <1> <2>
3-D
properties that affect
specifying
camera properties
controlling the shape of
default aspect ratio
limits
example
plot box
position rectangle
scaling
stretch-to-fill
axis
auto
equal
ij
illustrated examples, 3-D
image
manual
normal
square
tight
vis3d
xy
azimuth of viewpoint
default 2-D
default 3-D
limitations
BackFaceLighting property
illustration
brighten 25
camdolly
camera position, moving
camera properties
illustration showing
camera toolbar
CameraPosition property
and perspective
fly-by
CameraPositionMode property
CameraTarget property
CameraTargetMode property
CameraUpVector property <1> <2>
example
CameraUpVectorMode property
CameraViewAngle property
and perspective
zooming with
CameraViewAngleMode property <1> <2>
camlookat property
camorbit
campan
campos
camproj
camroll
camtarget
camup
camva
camzoom
CData property
patches
CDataMapping property 23
patches
color property of lights
colorbar 21
colormap 20
colormaps
altering 25
brightening 25
brightness component of TV signal 26
displaying 21
for surfaces 19
functions that create 20
range of RGB values in 19
colors
colormaps 19
dithering 29
indexed 19
direct 22
scaled 22
interpreted by surfaces 19
NTSC encoding of 26
of patches
of surface plots 19
scaling algorithm 23
specifying for surface plot, example 23
truecolor 19
on indexed color systems 29
specifying 27
typical RGB values 20
cone plots
coordinate system and viewpoint
DataAspectRatio property
example
DataAspectRatioMode property
default
aspect ratio
azimuth
2-D
3-D
CameraPosition
CameraTarget
CameraUpVector
CameraViewAngle
elevation
2-D
3-D
Projection
view
del2 23
diffuse reflection
DiffuseStrength property
illustration
direct color mapping 22
direction cosines
edge effects and lighting
EdgeColor property
EdgeLighting property
edges of patches
elevation of viewpoint
default 2-D
default 3-D
limitations
examples
3-D graph 8
axis
changing CameraPosition
DataAspectRatio property
del2 23
direction cosines
displaying real objects
linspace 15
meshgrid 9, 15 <1> <2>
of lighting
parametric surfaces 17
plot3 9
PlotBoxAspectRatio property
specifying truecolor
surfaces 27
stretch-to-fill
texture mapping 30
unevenly sampled data 14
view
FaceColor property
FaceLighting property
Faces property
FaceVertexCData property <1> <2>
fly-by effect
Gouraud lighting algorithm
graphs
steps to create 3-D 8
griddata 15
Hadamard matrix 17
hidden 18
hidden line removal 18
indexed color
surfaces 19
Infs, avoiding in data 12
interpolated colors
patches
indexed vs. truecolor
isosurface
illustrating flow data
Laplacian of a matrix 23
light
lighting
algorithms
flat
Gouraud
Phong
ambient light
backface
diffuse reflection
important properties
properties that affect
reflectance characteristics
specular
color
exponent
reflection
lighting command
lines
removing hidden 18
linspace 14
material command
mathematical functions
visualizing with surface plot 12
matrix
Hadamard 17
representing as
surface 11
mesh 11
meshgrid 12
MRI data, visualizing
nonuniform data, plotting 14
NormalMode property
NTSC color encoding 26
orthographic projection
and Z-buffer
parametric surfaces 16
patch
behavior of function
interpreting color
patches
coloring
faces and edges
face coloring
flat
interpolated
indexed color
direct
scaled
interpreting color data
multifaceted
single polygons
specifying faces and vertices
truecolor
ways to specify
perspective projection
and Z-buffer
Phong lighting algorithm
plot box
plot3 9
PlotBoxAspectRatio property
example
PlotBoxAspectRatioMode property
plotting
3-D
matrices 9
vectors 9
nonuniform data 14
surfaces 11
polygons, creating with patch
position rectangle
printing
3-D scenes
Projection property
projection types
camera position
orthographic
perspective
rendering method
realism, adding with lighting
realistic display of objects
reflection, specular and diffuse
Renderer property 29
RendererMode property 29
RGB
color values 20
rgbplot 25
rotation
about viewing axis
without resizing
scaled color mapping 22
slice planes
colormapping
slicing a volume
specular
color
exponent
highlight
reflection
SpecularColorReflectance property
illustration
SpecularExponent property
illustration
SpecularStrength property
illustration
sphere 30
starting points for stream plots
stream line plots
stream plots
starting points
stretch-to-fill
overriding
style property of lights
surf 11
Surfaces
CData 30
coloring 19
curvature mapped to color 23
FaceColor, texturemap 30
parametric 16
plotting 11
nonuniformly sampled data 14
texture mapping 30
three-dimensional objects, creating with patch
toolbar, camera
truecolor
patches
rendering method used for 29
simulating 29
surface plots 19, 27 <1> <2>
vectors
determined by direction cosines
vertex normals and back face lighting
VertexNormals property
Vertices property
view
azimuth of viewpoint
camera properties
coordinate system defining
elevation of viewpoint
limitation of azimuth and elevation
MATLAB's default behavior
projection types
specifying
specifying with azimuth and elevation
view
example of rotation
limitations using
viewing axis
moving camera along
viewpoint, controlling
visualizing
commands for volume data
mathematical functions 12
steps for volume data
techniques for volume data
volume data
accessing subregions
examples of
MRI
scalar
slicing with plane
steps to visualize
techniques for visualizing
vector
visualizing
wire frame surface 11, 18 <1> <2>
Z-buffer
orthographic projection
perspective projection
rendering truecolor 29
zooming by setting camera angle