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64 Cards in this Set

  • Front
  • Back
balance, rhythm and emphasis involve ____
balance, rhythm and memphasis involve MOVEMENT,

'vital and dynamic principles'
balance
equal distribution of visual weight

universal aim of design composition
imbalance -->
INTEREST, attracts attention

especially if at bottom = calm/stable

at top = unstable
types of balance
1. horiztonal, vert, radial
2. structural, visual
3. sym/asym
types of balance
1a. horizontalbalance
see-saw, fulcrum
types of balance
1b. vertical balance
height, obj in realat to weight (ex bottom and top)
types of balance:

2. structural and visual balance
a) structural: actual equilib of ojb, w/o this obj falls down

b) visual balance: comparative visual weight of parts

IMPRESSION of balalnce, not real
perception, psychology, impression of balance,
point of emphasis
types of balance

3. sym/asym balance
a) sym balance: same on both siddes, central pt axis

order, serenity, formality, permanence, strenght, stability, order

b) asym balance: infomrla, complex, complicated

get asym balance thru:
value difference: contrast light v dark
color to attract eye
use of position
rhythm
- movement of eye across recurrent motifs

- leads viewres eye through compoisiton, may/not end in pt interest

-repeat same or slightly changed elements

- consistent/regular or irregular repetition
4 types of rhythm
metric: repeat single beat

flowing: rhythmic curve, moves easily

swirling: action around central core, radial

climatic: crescendo builds to a climax, same pattern --> change
emphasis
what captures our attention/draws eye

**shouldn't overwhelm, subtle OR obvious
to get emphasis
define focal pt diff from others

location/place

isolation

lightshadow

contrast

drama

COLOR
proportion
size relats to parts

WITHIN WHOLE

relative size: measure against mental norm

makes things in our world recognizable: brand of cars, human/animal features
types of proportion
golden mean

spiral

fibonacci series

dynamic symmetry
types of proportion:

golden mean
ratio of smaller/larger part to larger/whole part

3:5 & 5:8 ratio

ex: photos, index card
types of proportion:

spiral
nautilus shell

milipede
types of proportion:

fibonacci series
#s found in nature, seeds of sunflower

7
5+2
3+2
1+2
types of proportion:
dynamic symmetry
composition of painting, Greek proportions
proportion as information
used to group ppl, same region=same body type

change over time in proportions of buildings/interiors (ppls bodies changes)

symbolic connotation ex: psychology
scale
size in relation to...

acepted unit of measure
size of ANOTHER object
exaggeration to make a pt

surroundsings
scale as emphasis
basic tool of commercial artists

pt of emphasis in opposition to <er/>er objects
symbolic scale
use of scale to show significance

used of smaller/larger than rest of objects

buildings larger than surroundings
designers, proportion, and scale
P&S from deisgners decisions, projects reqs
medium and tools to influence P&S
variety & how to develop it
provides interest

how develop?
contrast

structure: arragement of materials

undeprlay unifying components lessens formality
unity
an integrated image

a 'rule'

MOST FUNDAMENTAL PRINCIPLE

agreement b/ components: harmony

final design: final sum of parts, belong together (?)
unity with the designer
planned and controlled: conscious/un

reflects skill of designer
when achieving unity
the WHOLE is dominant over parts

each part has meaning/use, +s to total effect
how to achieve unity
proximity: belong together (?)

repetition: similar motifs throughout = pattern, visual unity

continuation: planned arranged eye movement -->> continuous across design
partnerships of unity and variety
shapes repeat in diff sizes

color repeats in diff values

****but U&V need to be balance to achieve harmony***

correct balance varies by designer/teheme/viewer
unity and variety: opposition/transition
opposition: use of ocntrast/comparison for tension
transition: blending thru modification
influence of materials on design
designed determined by materials, paterns
definiton of design...materials?
definition of design as a PLAN FOR ORDER implies arrangement of materials to fulfill purpose

design should:
1. fulfill purpose for which -->ed,
2. have aesthetically pleasing form,
3. proper use of amterial
integrity of material
know capabilityes and how to stretch them use ot their advantage
plasticity
capability to be molded,

retains shape once formed

hardening: glass

also in glass, plastics
pliability
easily bend/twist, fold,

paper, leather, fabric, baskets
malleability
maniuplation w/ tools

metals --> ja,,ered

wppd pr c;au imder [ressire
ductility
pulled or extended w/ ease

metal into fine wires or spinning fibers
flexibility
bend/twist w/o breaking

textile, fiber, wood
adaptability
fibers of diff thickness/smoothness when woven

to make flexible, soak fibers

fiber, wood, glass
rigidity
work against rigid mass, human strength v. substance that doesnt bend

metal, stone, bone, plastic, wood

architecture and furniture
solidity
rigidity + mass

architrecture
solid block (wood/stone)
carve out negative spaces

wood, stone
wood
varies by cut, texture, grain, color
uses inlay

easy to work with

marquetry
parquetry
innate warmth/sense
plywood layers
veneer: thin piece
stone
ancient and modern = durable

structural/decorative
used in many designs: scultpure, buildings jewelry

often combo w/ other materials
simulated 'stone' from glass/plastic

types: marble, soapstone, jade
concrete
man made: cement + sand

originated as sub stone

use: structure, decorative
bone and ivory
ivory replaced w/ synthetics today
animal source
historical and modern use: tools
metals
can be formed: hammer, bent, cast shape

diverse visual qualities

durable
how to shape metals
casting: melt + pour --> molds

alloyed: combo w/ softer/stronger metal

plating: veneer fused to stronger metals

gilding: washing surface w/ valuable metal
types of metals
gold and silver: power/elegance

tin: alloyed, industrial uses

aluminum: recent, industrial/resdiential
copper: resist corrosion
iron: wrought/cast
metal alloys: pweter, brass, bronze, steel
clay
natural color or variety

can + color

useful and decorative objects

3 basic types
3 basic types of clay
earthenware: red, lowest temp, porous unless glazed

stoneware: gray/tan, midrange temps, durable

porcelin: white, highest temp, hard, glossy, thin
glass
props change according to compounds (+)ed

techniques: color/texture

most manufactured (except obsidian)
types of glass
lead glass: aka 'crystal', most imp, high refrac, --> table crystal, decorative, chadneleiers, interiors

soda-lime: inexpensive, windows, light fixtures, table glasses, bottles,

borosilicate: resis to heat/temp, cooking utensils, lab equip, airplan

industrial/science use (missiles, laser-beam, space ship): fused silica, 96% silica, alumino-silicate
plastics
most contemporary
carbon compounds --> specific use

termoplastics: soften/resoften, heat, modify, melt down/recycle acrylic

thermoset; chem changes occur, no modify, polystester, epoxy, melamines, vinyles
fiber
spun into thread
natural v synthetic
natural fiber characs
silk: soft, fine, varies by silk worm/weave

cotton: popular, strong, conducts heat

linen: crisp, conducts heat

wool: many varieties, fabric interlocks
synthetic fiber
sens to heat

rayon: 1st
nylon: popular, from coal
polyester: from coal, combo w/ cotton, no wrinkle, keeps body heat
2 basic overlapping techniques related to materials
additive:
subtractive: remove part of material
wood: (+) or (-)?
mostly (-), can be (+)

by machine or hand

use grain in design

nat colors or tints

techniques: cutting, sawing, chopping, carving, lathe turning, burning, inlay
metal: (+) or (-)?

techniques
begins (-), can be both

by mach/hand,
in studio/factory
tiny --> large scale
tradit --> contemp

techniques: hammered, forged, spinning on lathe,extrusion, riveting, stamping, welding, casting
glass: (+) or (-)?

techniques
both

formed when very hot
transparent/reflective
by hand/machine

techniques: pressing, drawing , rolling, casting, glass blowing
clay: (+) or (-)?

techniques
(+) glazes, objects
(-) too

fired in kiln

may be glazed/colored

by hand/machine

techniques: pinching, coiling, slab, throwing
fibers: (+) or (-)?

techniques
BOTH

machine/hand

make cloth to art form

techniques:
1) interlacing: weaving/tapestry, knittoing, crochet, knotting
2) pressing: using steam to get fiber sto stick to each other

3) painting: use pigmented powders ground into a binder (organic/in.), easel painting, murals, frescos
types of paints
encaustic, oil paint, tempra, watercolor, acrylic
styles painting
cubism, abstract expressionism, surrealism