Index

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A
Agfa Compugraphic glyphs: Chapter 4 Part 2, Chapter 5 Part 1
AMLs
naming: Chapter 2 Part 4
running: Chapter 2 Part 4
Animation: Chapter 2 Part 1, Chapter 2 Part 3, Chapter 10
Area symbolization
choropleths: Chapter 1 Part 1, Chapter 1 Part 5, Chapter 2 Part 4, Chapter 5, Chapter 5 Part 1, Chapter 5 Part 2, Chapter 5 Part 3, Chapter 5 Part 4, Chapter 9 Part 2
color bivariate: Chapter 5 Part 3, Chapter 6 Part 3, Chapter 7 Part 2, Chapter 8 Part 3, Chapter 9 Part 2
dot density: Chapter 1 Part 1 Chapter 8
fishnet: Chapter 1 Part 1, Chapter 1 Part 5, Chapter 9
graduated symbols: Chapter 1 Part 1, Chapter 6
grid cells: Chapter 7
isolines: Chapter 1 Part 1, Chapter 1 Part 5, Chapter 9
monochrome bivariate: Chapter 5 Part 2, Chapter 6 Part 2, Chapter 8 Part 2, Chapter 9 Part 2
multivariate: Chapter 5 Part 4, Chapter 6 Part 4, Chapter 7 Part 2, Chapter 8 Part 3, Chapter 9 Part 3
single variable: Chapter 5 Part 1, Chapter 6 Part 1, Chapter 7 Part 1, Chapter 8 Part 1, Chapter 9 Part 1
Audiences: Chapter 1 Part 3, Chapter 2 Part 1
color selection: Chapter 1 Part 4
symbol selection: Chapter 1 Part 4
B
Bivariate mapping: Chapter 1 Part 5
choropleths: Chapter 5 Part 2, Chapter 5 Part 3
dot density: Chapter 8 Part 2
fishnets: Chapter 9 Part 2
graduated circles: Chapter 6 Part 2, Chapter 6 Part 3
grid cells: Chapter 7 Part 2
lines: Chapter 4 Part 2, Chapter 4 Part 3
points: Chapter 3 Part 2, Chapter 3 Part 3
Boot files: Chapter 2 Part 4
C
Cartograms: Chapter 6 Part 1, Chapter 6 Part 2, Chapter 6 Part 3, Chapter 6 Part 4
Classifying data: Chapter 1 Part 1, Chapter 2 Part 2
Eyton's ellipse Chapter 2 Part 2
Jenks' optimal: Chapter 2 Part 2
optimal breakpoints Chapter 2 Part 2
unclassed maps Chapter 2 Part 2
Classifying Space: Chapter 2 Part 1
Color production: Chapter 1 Part 4
Communication of environmental risk: Chapter 1 Part 3
messages: Chapter 1 Part 3
Complementary colors: Chapter 1 Part 5, Chapter 3 Part 3, Chapter 5 Part 3
D
Data: Chapter 1 Part 1
attribute: Chapter 1 Part 1
classification: Chapter 1 Part 1
empirical levels: Chapter 1 Part 1
location: Chapter 1 Part 1
spatial categories: Chapter 1 Part
spatial grouping: Chapter 1 Part
valid comparisons: Chapter 1 Part
Design of uncertainty displays: Chapter 1 Part 3, Chapter 1 Part 5
Discrimination of hues: Chapter 1 Part 4
Discrimination of values: Chapter 1 Part 4
Dual hue ranges: Chapter 1 Part 5, Chapter 5 Part 3
E
Eyton's equiprobability ellipse': Chapter 1 Part 5, Chapter 3 Part 3
H
Heisenberg's Uncertainty Principle: Chapter 1 Part 2
Hue and intensity: Chapter 1 Part 5, Chapter 5 Part 3
I
Image to Graphic continuum: Chapter 2 Part 1
Insets: Chapter 2 Part 3
legends: Chapter 2 Part 3
locator diagrams: Chapter 2 Part 1, Chapter 2 Part 3
Intersecting lines: Chapter 1 Part 4, Chapter 1 Part 4
Interval data: Chapter 1 Part 1
L
Legends: Chapter 2 Part 3
areas: Chapter 5 Part 1, Chapter 5 Part 2, Chapter 5 Part 3
cartograms: Chapter 6 Part 3
dot density: Chapter 8 Part 1, Chapter 8 Part 2
graduated circles: Chapter 6 Part 3
intersecting lines: Chapter 5 Part 2
isolines and fishnets: Chapter 9 Part 1
lines: Chapter 4 Part 3
orientation: Chapter 5 Part 1
points: Chapter 3 Part 3
Line symbolization: Chapter 4
color bivariate: Chapter 4 Part 3
monochrome bivariate: Chapter 4 Part 2
multivariate: Chapter 4 Part 4
single variable: Chapter 4 Part 1
M
Map scale:
generalization: Chapter 2 Part 1
projections: Chapter 2 Part 1
Meta-Data: Chapter 1 Part 2, Chapter 1 Part 5
definition: Chapter 1 Part 2
Micro and a macro reading: Chapter 2 Part 1
Multivariate mapping:
choropleths: Chapter 5 Part 4
dot density Chapter 8
graduated circles: Chapter 6 Part 4
lines: Chapter 4 Part 4
points: Chapter 3 Part 4
Munsell color system: Chapter 1 Part 4
N
Nominal data: Chapter 1 Part 1
O
Ordinal data: Chapter 1 Part 1
P
Page layout: Chapter 2 Part 3
paper: Chapter 2 Part 3
posters: Chapter 2 Part 3
slides: Chapter 2 Part 3
video: Chapter 2 Part 3
visual isolation: Chapter 2 Part 3
visual levels: Chapter 2 Part 3
Point symbolization: Chapter 3
color bivariate: Chapter 3 Part 3
monochrome bivariate: Chapter 3 Part 2
multivariate: Chapter 3 Part 4
single variable: Chapter 3 Part 1
Presentation graphics: Chapter 1 Part 3
Principles of graphic excellence: Chapter 1 Part 3
Projections: Chapter 2 Part 1
Alber's conic: Chapter 2 Part 1
equal area: Chapter 2 Part 1
Lambert's azimuthal: Chapter 2 Part 1
sinusoidal: Chapter 2 Part 1
Universal Transverse Mercator: Chapter 2 Part 1
R
Ratio data: Chapter 1 Part 1
S
Slides: Chapter 2 Part 3
Spatial data: Chapter 1 Part 1
autocorrelation: Chapter 1 Part 1
grouping: Chapter 1 Part 1
models: Chapter 1 Part 1
raster systems: Chapter 1 Part 1
vector systems: Chapter 1 Part 1
Spectral encoding: Chapter 1 Part 5, Chapter 3 Part 3, Chapter 5 Part 3
STORET: Chapter 10
T
Text: Chapter 2 Part 3
fonts: Chapter 2 Part 3
labels: Chapter 2 Part 3
size: Chapter 2 Part 3
titles: Chapter 2 Part 3
verbiage in labels: Chapter 2 Part 3
Toxic Release Inventory: Chapter 10
U
Uncertainty: Chapter 1 Part 2
attribute: Chapter 1 Part 2
computational: Chapter 1 Part 2
computer: Chapter 1 Part 2
definition: Chapter 1 Part 2
descriptive: Chapter 1 Part 2
graphic communication: Chapter 1 Part 5
human communication: Chapter 1 Part 2
location: Chapter 1 Part 2
measurement: Chapter 1 Part 2
modeling: Chapter 1 Part 2
overflow: Chapter 1 Part 2
parameter: Chapter 1 Part 2
policy oriented research: Chapter 1 Part 2
propagational: Chapter 1 Part 2
raster systems: Chapter 1 Part 2
robustness: Chapter 1 Part 2
rounding: Chapter 1 Part 2
significant digit shift: Chapter 1 Part 2
spatial display: Chapter 1 Part 5
taxonomy: Chapter 1 Part 2
underflow: Chapter 1 Part 2
validity: Chapter 1 Part 2
vector systems: Chapter 1 Part 2
visual communication: Chapter 1 Part 5
Updating lookup tables:
numeric progressions: Chapter 2 Part 2
unclassed maps: Chapter 2 Part 2
V
Video: Chapter 2 Part 3
Visual isolation: Chapter 2 Part 3
Visual levels: Chapter 2 Part 3
Visualization: Chapter 1 Part 3
arrangement: Chapter 1 Part 4
bivariate maps: Chapter 1 Part 5
color addition: Chapter 1 Part 4
color schemes: Chapter 1 Part 4
color selection: Chapter 1 Part 4
color subtraction: 1 Chapter 1 Part 4
complementary colors: Chapter 1 Part 5, Chapter 3 Part 3, Chapter 5 Part 3
equiprobability ellipse: Chapter 1 Part 5, Chapter 3 Part 3
focus: Chapter 1 Part 4, Chapter 1 Part 5
hue: Chapter 1 Part 4, Chapter 3 Part 1, Chapter 4 Part 1, Chapter 5 Part 1
hue and intensity: Chapter 1 Part 5, Chapter 3 Part 3
image to graphic continuum: Chapter 2 Part 1
intensity: Chapter 1 Part 4, Chapter 1 Part 5
intersecting lines: Chapter 1 Part 5
location: Chapter 1 Part 4
orientation: Chapter 1 Part 4, Chapter 3 Part 1, Chapter 5 Part 1
risk communication: Chapter 1 Part 3
saturation: Chapter 1 Part 4
shape: Chapter 1 Part 4, Chapter 3 Part 1, Chapter 4 Part 1, Chapter 5 Part 1
size: Chapter 1 Part 4, Chapter 3 Part 1, Chapter 4 Part 1
spectral encoding: Chapter 1 Part 5, Chapter 3 Part 3, Chapter 4 Part 4
texture: Chapter 1 Part 4
uncertainty: Chapter 1 Part 4, Chapter 1 Part 5
value: Chapter 1 Part 4, Chapter 3 Part 1, Chapter 4 Part 1, Chapter 5 Part 1
visual communication: Chapter 1 Part 3
visual isolation: Chapter 2 Part 3
visual levels: Chapter 2 Part 3
visual thinking: Chapter 1 Part 3
visual variables: Chapter 1 Part 1, Chapter 1 Part 4, Chapter 1 Part 5 Chapter 10
W
Workstation environment: Chapter 2 Part 4