Why I want a bigger Lego collection :)

Beautiful Lego in Hoth Photos Have Me in Total Awe

Final Project

Experimental Final

Notes

Test Shots for Project 2

http://www.flickr.com/photos/clarkent/sets/72157622860190075/

Following the Rules

Image 1: light bulb(s), swan(s), copper mesh scourer
item size: random, placement - quadrant 4, color - group according to color
Swan(s) - All 12

Image 2: vice grip, light bulb(s), terminal set, swan(s)
item size: random, placement - quadrant 2, color - group according to color
Swan(s) 7 -  2 pink, 6 gold, 8 darker pink, 4 purple, 5 dark blue, 7 light green, 3 silver

Image 3: crayons, vice grip, swan(s), copper mesh scourer
item size: biggest to smallest, placement - quadrant 3, color - light to dark
Swans(s)  6 - 10 dark green, 8 darker pink, 7 light green, 4 purple, 2 pink, 6 gold
Crayons 24 in a box 8 crayons - 6 white, 2 apricot, 11 blue violet, 12 red orange, 4 green yellow, 16 yellow, 7 violet red, 14 yellow green, 9 cerulean, 18, blue green
Image 4: light bulb(s), fuse tester, bells, copper mesh scourer
item size: random, placement - random, color - dark to light

Image 5: crayons, vice grip, terminal set
item size: random, placement - quadrant 1, 3. color - light to dark
4 crayons - 10 green, 2 pink, 1 grey, 9 cerulean

Image 6: clothespins, light bulb(s), terminal set, art stones
item size: smallest to biggest, placement - quadrant 3, color - random

Rules for composition ie how/where to place the objects

1. item size: biggest to smallest
2. item size: smallest to biggest
3. item size: random

    1. placement - quadrant 1
    2. placement - quadrant 2
    3. placement - quadrant 3
    4. placement - quadrant 4
    5. placement - random

1. color - light to dark
2. color - dark to light
3. color - group according to color
4. color - random

No less than 1 rule per section and every rule must be used at least once
Image 1: 3 rules - 3 4 3    item size: random, placement - quadrant 4, color - group according to color
Image 2: 4 rules - 3 2 3    item size: random, placement - quadrant 2, color - group according to color

Image 3: 2 rules - 1 3 1    item size: biggest to smallest, placement - quadrant 3, color - group according to color

Image 4: 4 rules - 3 5 2    item size: random, placement - random, color - dark to light
Image 5: 2 rules - 3 1 1    item size: random, placement - quadrant 1, 3. color - group according to color

Image 6: 3 rules - 2 3 4    item size: smallest to biggest, placement - quadrant 3,  color - random

 

 

Image 1: light bulb(s), swan(s), copper mesh scourer

Image 2: vice grip, light bulb(s), terminal set, swan(s)

Image 3: crayons, vice grip, swan(s), copper mesh scourer

Image 4: light bulb(s),  fuse tester, bells, copper mesh scourer

Image 5: crayons, vice grip, terminal set

Image 6: clothespins, light bulb(s), terminal set, art stones

Rules

• 6 images made from 10 objects
• The object cost less than $1.00, no more than 3 can cost more than $5.00
• No less than 3 and no more than 8 objects in an image
• Objects:
1. clothespins
2. crayons
3. grip
4. light bulbs
5. terminal set
6. fuse tester
7. art stones
8. bells
9. swans
10. copper mesh scourcers
• Using chance by roll of dice to choose the objects and roll dice the number of times it states so if there is a repeat of a number it still counts as a roll: http://www.bgfl.org/bgfl/custom/resources_ftp/client_ftp/ks1/maths/dice/
• Image 1
• rolled a 3
• 4
• 10
• 9
• objects 4, 9, 10
• Image 2
• rolled a 7
• 5
• 3
• 5
• 4
• 5
• 9
• 3
• objects 3,4,5 and 9
• Image 3
• rolled a 6
• 3
• 2
• 2
• 9
• 10
• 2(or 7)
• object 2, 3, 9, 10
• Image 4
• rolled a 4
• 10
• 8
• 10
• 4
• objects 4, 8, 10 and 6
• Image 5
• rolled a 5
• 2
• 3
• 3
• 5
• 2
• objects 2, 3, 5
• Image 6
• rolled an 8
• 5
• 7
• 1
• 1
• 4
• 7
• 5
• 4
• Objects 1, 4, 5,  and 7
• While rolling the only number not pop up was a 6. So I used a six-sided die to determine which image(s) would get item 6. Rolled a 4 so image 4 gets item 6.

For people with iPhones

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