Visual Summary Eleanor Maclure Design Literacy Unit 1.1.3 Supporting Material
Input: Object
Design Literacy
Unit 1.1.3 Visual Summary
Dividing A Rectangle into Triangles
Design Literacy
String Art Patterns
Unit 1.1.3 Visual Summary
Dividing With Lines
Design Literacy
String Art Patterns
Unit 1.1.3 Visual Summary
Dividing With Lines
Design Literacy
Unit 1.1.3 Visual Summary
String Typeface Trial
Output Ideas
Design Literacy
Grid Patterns
Unit 1.1.3 Visual Summary
Dividing Spaces into Triangles
Design Literacy
Grid Patterns
Unit 1.1.3 Visual Summary
Dividing Spaces into Triangles
Design Literacy
Unit 1.1.3 Visual Summary
Andy Gilmore Illustrations
Contextual Research
Design Literacy
Unit 1.1.3 Visual Summary
Simple Shapes & Crease Patterns
Design Literacy
Unit 1.1.3 Visual Summary
Sarah Morris Paintings – Origami Series
Contextual Research
Design Literacy
Unit 1.1.3 Visual Summary
Contextual Research – Robert Lang Crease Diagrams
Design Literacy
Unit 1.1.3 Visual Summary
Contextual Research – Islamic Art, Pattens from the Alhambra Palace
Design Literacy
Unit 1.1.3 Visual Summary
Tetrahedrons, Octohedrons, Icosohedrons
Origami Polygons
Design Literacy
Unit 1.1.3 Visual Summary
Photographs for Animation 360째 Rotation
Origami Polygons
Design Literacy
Unit 1.1.3 Visual Summary
Photographs for Animation 360째 Rotation
Origami Polygons
Design Literacy
Unit 1.1.3 Visual Summary
Outline Drawings of Animation Frames
Octohedron Animation
Design Literacy
Unit 1.1.3 Visual Summary
Outline Drawings of Animation Frames
Octohedron Animation
Design Literacy
Unit 1.1.3 Visual Summary
Colour Overlays of Each Frame
Octohedron Animation
Design Literacy
Unit 1.1.3 Visual Summary
Colour Overlays of Each Frame
Octohedron Animation
Design Literacy
Unit 1.1.3 Visual Summary
Creation of Solid Shapes for Each Frame
Octohedron Animation
Design Literacy
Unit 1.1.3 Visual Summary
Creation of Solid Shapes for Each Frame
Octohedron Animation
Design Literacy
Unit 1.1.3 Visual Summary
Octohedron Animation
Divided Triangles Ordered by Position in Sequence
38
46
32
Design Literacy
Unit 1.1.3 Visual Summary
Divided Triangles Ordered by Position in Sequence
Octohedron Animation
Design Literacy
Translate
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Rotate
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Rotate
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Rotate
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Scale
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Scale
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Scale
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Unit 1.1.3 Visual Summary
Add – Based on the Principals of Fractal Geometry
Transformations of a Triangle
Design Literacy
Unit 1.1.3 Visual Summary
Add – Based on the Principals of Fractal Geometry
Transformations of a Triangle
Design Literacy
Unit 1.1.3 Visual Summary
Divide – Based on the Principals of Fractal Geometry
Transformations of a Triangle
Design Literacy
Unit 1.1.3 Visual Summary
Divide – Based on the Principals of Fractal Geometry
Transformations of a Triangle
Design Literacy
Unit 1.1.3 Visual Summary
Divide – Based on the Principals of Fractal Geometry
Transformations of a Triangle
Design Literacy
Outline
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Outline
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Outline
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Overlay
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Overlay
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Tint
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Tint
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Hue
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Tessilate
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Tessilate
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Unit 1.1.3 Visual Summary
Equilateral Triangles Typeface Trial
Output Ideas
Design Literacy
Unit 1.1.3 Visual Summary
Equilateral Triangles Typeface Trial
Output Ideas
Design Literacy
Stretch
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Type
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Design Literacy
Unit 1.1.3 Visual Summary
Transformations of a Triangle
Input: Object – Summary
Unit 1.1.3 Visual Summary
Design Literacy
Summary
Mass
Modular Origami
Sarah Morris
Folding Form
Shadows
Void
Animation
Shape
Crease Patterns
Origami Octohedron
Sequence
Origami
Platonic Solids
Maths
Folding Rectangles
Polyhedra
Folding Squares
Cutting
Folding Hexagons
Meaning 1.1.2
Geometry Symmetry
Angles & Corners
Islamic Art
Patterns
Properties of Triangles
Bridget Riley
Tint Saturate
Overlay
Colour
Tessilate Outline
Destroy Transformations
Translate
Add
Repeat
Reflect
Divide
Stretch
Rotate
Type
Scale
Input: Context
Design Literacy
Unit 1.1.3 Visual Summary
Triangular Road Signs
Visual Survey – Triangular Road Signs
Design Literacy
Hazard Signs
Unit 1.1.3 Visual Summary
Visual Survey – Hazard Signs
Design Literacy
Unit 1.1.3 Visual Summary
Triangular Hazard Signs
Visual Survey – Triangular Hazard Signs
Design Literacy
Unit 1.1.3 Visual Summary
Triangular Road Signs
Visual Survey – Triangular Road Signs
Design Literacy
Unit 1.1.3 Visual Summary
Road Signs without the Triangle
Manipulation of Meaning
Design Literacy
Unit 1.1.3 Visual Summary
How Does Colour Affect the Meaning of the Sign?
Manipulation of Meaning
Design Literacy
Unit 1.1.3 Visual Summary
Altering Meaning through Pattern
Manipulation of Meaning
Design Literacy
Unit 1.1.3 Visual Summary
Altering Meaning through Pattern
Manipulation of Meaning
Design Literacy
Unit 1.1.3 Visual Summary
Altering Meaning through Pattern
Manipulation of Meaning
Design Literacy
Unit 1.1.3 Visual Summary
Triangle, A Village in West Yorkshire
A Place Called Triangle
Design Literacy
Unit 1.1.3 Visual Summary
Triangles in Triangle
A Place Called Triangle
Design Literacy
Unit 1.1.3 Visual Summary
Triangles in Triangle
A Place Called Triangle
Design Literacy
Unit 1.1.3 Visual Summary
A Place Called Triangle
Design Literacy
Unit 1.1.3 Visual Summary
The Matterhorn, Switzerland
Mountains
Design Literacy
Unit 1.1.3 Visual Summary
Visual Survey – Mountain Peaks
Mountains
Design Literacy
Unit 1.1.3 Visual Summary
Visual Survey – Mountain Peaks
Mountains
Design Literacy
Unit 1.1.3 Visual Summary
Mountains
Peaks & Vallies Stock Market – Booms and Busts (Economics)
Stock Market Fluctuations 1901 – 2009
Using a Mountainous Lanscape to illustrate Fluctuations in the Stock Market. Based on Mount Aconagura, taken from Data Flow 2
Design Literacy
Unit 1.1.3 Visual Summary
Sam Winston – A Full Folded Dictionary
Contextual Research
Design Literacy
Unit 1.1.3 Visual Summary
Contour Maps OS Tile SN22 – Wales
Contours
Design Literacy
Unit 1.1.3 Visual Summary
Contour Maps OS Tile TM04 – Norfolk
Contours
Design Literacy
Unit 1.1.3 Visual Summary
Decode Exhibition Identity – Karsten Schmidt
Contextural Research
Design Literacy
Learning Process – Trial 3D Model
Unit 1.1.3 Visual Summary
3D Models
Design Literacy
Learning Process – Trial 3D Mountain 1
Unit 1.1.3 Visual Summary
3D Models
Design Literacy
Learning Process – Trial 3D Mountain 2
Unit 1.1.3 Visual Summary
3D Models
Design Literacy
Learning Process – Trial 3D Terrain 3
Unit 1.1.3 Visual Summary
3D Terrains
Design Literacy
Unit 1.1.3 Visual Summary
Learning Process – Trial 3D Terrain 5 Axonometric View
3D Terrains
Input: Context – Summary
Unit 1.1.3 Visual Summary
Design Literacy
Summary
Elevation Pascal’s Triangle
Mountain Ranges
Height
Matterhorn Mountain
Information Design Food
Spot Heights
Mapping
Relief
Triangulation Points
Triangulation
Earth Mother
In Work Society Education
Chain Biomass Pyramid
Toblerone
Mountains
Contours
Terrain
Greek Goddess Hunting
Orgnisational Hierarchy
Food Group Pyramid
Cake, Pizza, Pie, Melon, Oranges
Lines Graphs
Negative Correlations
Peaks & Vallies
River Deltas
Letter of Dementer
Pronunced Delta ‘th’ From Roman Phonecian Letter ‘D’ ‘Darleth
Means ‘Door’
Hierarchy
Food
Pie Charts
Pyramid
Wedge
Circles
4th Greek Letter
Shape
Segments
Positive Correlations
Stock Market
From the Latin Economic for Wedge Motivation Shaped Cuniform Developed Developed by the written Writing Babylonians Language
Globe Architecture
Surveying
Waves
Bucky Ball
Buckminster Fuller
Polygons
Octohedron
Geometry
The Pyramids
Platonic Solids Plato Theory of Everything
Inverted Delta From the Road Directional Represents Colour called Greek for Signs ‘4’ Wheel Nabla Also Harp Hazard Delta called Opposing Indicating Signs Particle Anadelta Forces Defendant Legal Shorthand
Margaret Calvert
Triangle Village Pink Triangle
3
Movement
Jock Kinneir
Attract/ Repel
Highway Code
Magnetism
Travel
Electromag -netic Spectrum
Journeys Bermuda Triangle Places
3 Points
3 Way Relationships
3 Lines
Concepts List of 3
Fast Forward
Physics Religion
Mapping
People
Left/ Right
Press Play
Maths
Family Trees
Love Triangles
Forward/ Backward
Geography
A to B to C
Golden Triangle
Push/ Pull
Up/ Down
Language
Family Relationships
Graphic Design
3’s a Crowd
Biology Architecture Holy Trinity
Group of 3 Triad
Sociology Philosophy Other
Output
Design Literacy
Unit 1.1.3 Visual Summary
Mount Elbert, Rocky Mountains, USA Perspective View
Triangulated Irregular Networks
Design Literacy
Unit 1.1.3 Visual Summary
Mount Elbert, Rocky Mountains, USA View From Above
Triangulated Irregular Networks
Design Literacy
Unit 1.1.3 Visual Summary
Mount Logan, Rocky Mountains, Canada – Perspective View
Triangulated Irregular Networks
Design Literacy
Unit 1.1.3 Visual Summary
Mount Logan, Rocky Mountains, Canada – View from Above
Triangulated Irregular Networks
Design Literacy
Unit 1.1.3 Visual Summary
Mount McKinley, Alaska, USA Perspective View
Triangulated Irregular Networks
Design Literacy
Unit 1.1.3 Visual Summary
Mount McKinley, Alaska, USA View from Above
Triangulated Irregular Networks
Design Literacy
Unit 1.1.3 Visual Summary
Places With the Name Triangle
Aerial Photos
Triangle Broome New York
Triangle Durham North Carolina
Triangle Bryan Texas
Triangle Falls Texas
Triangle Buffalo New York
Triangle Goulding Florida
Design Literacy
Unit 1.1.3 Visual Summary
Places With the Name Triangle
Aerial Photos
Triangle Lincoln North Carolina
Triangle Owyhee Idaho
Triangle Milwaukee Wisconsin
Triangle Prince William Virginia
Design Literacy
Unit 1.1.3 Visual Summary
Places With the Name Triangle
Triangle Broome New York
Triangle Bryan Texas
Triangulated Irregular Network 12000 points
Triangulated Irregular Network 12000 points
Design Literacy
Unit 1.1.3 Visual Summary
Places With the Name Triangle
Triangle Buffalo New York
Triangle Durham North Carolina
Triangulated Irregular Network 12000 points
Triangulated Irregular Network 12000 points
Design Literacy
Unit 1.1.3 Visual Summary
Places With the Name Triangle
Triangle Falls Texas
Triangle Goulding Florida
Triangulated Irregular Network 12000 points
Triangulated Irregular Network 12000 points
Design Literacy
Unit 1.1.3 Visual Summary
Places With the Name Triangle
Triangle Lincoln North Carolina
Triangle Milwaukee Wisconsin
Triangulated Irregular Network 12000 points
Triangulated Irregular Network 12000 points
Design Literacy
Unit 1.1.3 Visual Summary
Places With the Name Triangle
Triangle Owyhee Idaho
Triangle Prince William Virginia
Triangulated Irregular Network 12000 points
Triangulated Irregular Network 12000 points
Design Literacy
Unit 1.1.3 Visual Summary
Mount Logan, Rocky Mountains Canada – Perspective View
Working with Colour
Design Literacy
Unit 1.1.3 Visual Summary
Mount McKinley, Alaska Range, USA Perspective View
Working with Colour
Design Literacy
Unit 1.1.3 Visual Summary
Mount McKinley, Alaska Range, USA View from Above
Working with Colour
Design Literacy
Rocky Mountains
Unit 1.1.3 Visual Summary
Working with Colour
Design Literacy
Unit 1.1.3 Visual Summary
Triangle, Falls, Texas
Working with Colour
Design Literacy
Unit 1.1.3 Visual Summary
Initial Ideas for Posters
Poster Iterations
Design Literacy
Unit 1.1.3 Visual Summary
Initial Ideas for Posters
Poster Iterations
Design Literacy
Unit 1.1.3 Visual Summary
Poster Iterations
Refinement of Posters
N
Triangle Zip Code County State Latitude (° N) Longitude (° E) Elevation (m) Time Zone Scale DEM Type
Populated Place 76632 Falls Texas (TX) 31’ 16” 53.64 -96’ 59” 23.98 108.134 GMT -6 1:24 000 1/3 arc-second
This map represents an aerial view of the terrain of Triangle, Falls County, Texas as a triangulated irregular network (TIN). The data used to generate it was accessed online from the United States Geological Survey (USGS) as a Spatial Data Transfer Standard (STDS) Digital Elevation Model (DEM). USGS DEM data files are used to represent cartographic information in a raster format. The area covered in this map is defined as a USGS topographical quadrangle, from the 1:24 000 series, a scale virtually unique to the USA. It covers an area 7.5 x 7.5 minutes which equates to between 49 and 71 square miles, dependant on latitude. The for the data USGS was captured as part of NASA’s Shuttle Radar Topography Mission (SRTM) and was the main objective for the Space Shuttle Endeavour’s 11 day STS 99 mission in February 2000.
Elevations are in metres (m) based relative to the local mean sea level in Hawaii and Puerto Rico and National Geodetic Vertical Datum of 1929 (NGVD 29). This is based on the sea level datum of 1929 and was established for vertical control surveying in the USA by the General Adjustment of 1929. The elevation measurements to create the 3D terrain data were taken every 10m or every 1/3 arc-second. 1 arc-second = 1/60 of 1 arc-minute or 1/1296000 of a circle. At sea level this equates to approximately 30m with 1 arc-minute being a nautical mile or approximately 1.86km.
N
Triangle Zip Code County State Latitude (° N) Longitude (° E) Elevation (m) Time Zone Scale DEM Type
Populated Place 76632 Falls Texas (TX) 31’ 16” 53.64 -96’ 59” 23.98 108.134 GMT -6 1:24 000 1/3 arc-second
This map represents an aerial view of the terrain of Triangle, Falls County, Texas as a triangulated irregular network (TIN). The data used to generate it was accessed online from the United States Geological Survey (USGS) as a Spatial Data Transfer Standard (STDS) Digital Elevation Model (DEM). USGS DEM data files are used to represent cartographic information in a raster format. The area covered in this map is defined as a USGS topographical quadrangle, from the 1:24 000 series, a scale virtually unique to the USA. It covers an area 7.5 x 7.5 minutes which equates to between 49 and 71 square miles, dependant on latitude. The for the data USGS was captured as part of NASA’s Shuttle Radar Topography Mission (SRTM) and was the main objective for the Space Shuttle Endeavour’s 11 day STS 99 mission in February 2000.
Elevations are in metres (m) based relative to the local mean sea level in Hawaii and Puerto Rico and National Geodetic Vertical Datum of 1929 (NGVD 29). This is based on the sea level datum of 1929 and was established for vertical control surveying in the USA by the General Adjustment of 1929. The elevation measurements to create the 3D terrain data were taken every 10m or every 1/3 arc-second. 1 arc-second = 1/60 of 1 arc-minute or 1/1296000 of a circle. At sea level this equates to approximately 30m with 1 arc-minute being a nautical mile or approximately 1.86km.
N
Triangle Zip Code County State Latitude (° N) Longitude (° E) Elevation (m) Time Zone Scale DEM Type
Populated Place 76632 Falls Texas (TX) 31’ 16” 53.64 -96’ 59” 23.98 108.134 GMT -6 1:24 000 1/3 arc-second
This map represents an aerial view of the terrain of Triangle, Falls County, Texas as a triangulated irregular network (TIN). The data used to generate it was accessed online from the United States Geological Survey (USGS) as a Spatial Data Transfer Standard (STDS) Digital Elevation Model (DEM). USGS DEM data files are used to represent cartographic information in a raster format. The area covered in this map is defined as a USGS topographical quadrangle, from the 1:24 000 series, a scale virtually unique to the USA. It covers an area 7.5 x 7.5 minutes which equates to between 49 and 71 square miles, dependant on latitude. The for the data USGS was captured as part of NASA’s Shuttle Radar Topography Mission (SRTM) and was the main objective for the Space Shuttle Endeavour’s 11 day STS 99 mission in February 2000.
Elevations are in metres (m) based relative to the local mean sea level in Hawaii and Puerto Rico and National Geodetic Vertical Datum of 1929 (NGVD 29). This is based on the sea level datum of 1929 and was established for vertical control surveying in the USA by the General Adjustment of 1929. The elevation measurements to create the 3D terrain data were taken every 10m or every 1/3 arc-second. 1 arc-second = 1/60 of 1 arc-minute or 1/1296000 of a circle. At sea level this equates to approximately 30m with 1 arc-minute being a nautical mile or approximately 1.86km.
Design Literacy
Unit 1.1.3 Visual Summary
Poster Iterations
Refinement of Posters
N
Triangle Zip Code County State Latitude (° N) Longitude (° E) Elevation (m) Time Zone Scale DEM Type
Populated Place 14220 Erie New York (NY) 42’ 51” 13.54 -78’ 49” 42.07 178.238 GMT -5 1:24 000 1/3 arc-second
This map represents an aerial view of the terrain of Triangle, Erie, New York as a triangulated irregular network (TIN). The data used to generate it was accessed online from the United States Geological Survey (USGS) as a Spatial Data Transfer Standard (STDS) Digital Elevation Model (DEM). USGS DEM data files are used to represent cartographic information in a raster format. The area covered in this map is defined as a USGS topographical quadrangle, from the 1:24 000 series, a scale virtually unique to the USA. It covers an area 7.5 x 7.5 minutes which equates to between 49 and 71 square miles, dependant on latitude. The for the data USGS was captured as part of NASA’s Shuttle Radar Topography Mission (SRTM) and was the main objective for the Space Shuttle Endeavour’s 11 day STS 99 mission in February 2000.
Elevations are in metres (m) based relative to the local mean sea level in Hawaii and Puerto Rico and National Geodetic Vertical Datum of 1929 (NGVD 29). This is based on the sea level datum of 1929 and was established for vertical control surveying in the USA by the General Adjustment of 1929. The elevation measurements to create the 3D terrain data were taken every 10m or every 1/3 arc-second. 1 arc-second = 1/60 of 1 arc-minute or 1/1296000 of a circle. At sea level this equates to approximately 30m with 1 arc-minute being a nautical mile or approximately 1.86km.
N
Triangle Zip Code County State Latitude (° N) Longitude (° E) Elevation (m) Time Zone Scale DEM Type
Populated Place 14220 Erie New York (NY) 42’ 51” 13.54 -78’ 49” 42.07 178.238 GMT -5 1:24 000 1/3 arc-second
This map represents an aerial view of the terrain of Triangle, Erie, New York as a triangulated irregular network (TIN). The data used to generate it was accessed online from the United States Geological Survey (USGS) as a Spatial Data Transfer Standard (STDS) Digital Elevation Model (DEM). USGS DEM data files are used to represent cartographic information in a raster format. The area covered in this map is defined as a USGS topographical quadrangle, from the 1:24 000 series, a scale virtually unique to the USA. It covers an area 7.5 x 7.5 minutes which equates to between 49 and 71 square miles, dependant on latitude. The for the data USGS was captured as part of NASA’s Shuttle Radar Topography Mission (SRTM) and was the main objective for the Space Shuttle Endeavour’s 11 day STS 99 mission in February 2000.
Elevations are in metres (m) based relative to the local mean sea level in Hawaii and Puerto Rico and National Geodetic Vertical Datum of 1929 (NGVD 29). This is based on the sea level datum of 1929 and was established for vertical control surveying in the USA by the General Adjustment of 1929. The elevation measurements to create the 3D terrain data were taken every 10m or every 1/3 arc-second. 1 arc-second = 1/60 of 1 arc-minute or 1/1296000 of a circle. At sea level this equates to approximately 30m with 1 arc-minute being a nautical mile or approximately 1.86km.
N
Triangle Zip Code County State Latitude (° N) Longitude (° E) Elevation (m) Time Zone Scale DEM Type
Populated Place 14220 Erie New York (NY) 42’ 51” 13.54 -78’ 49” 42.07 178.238 GMT -5 1:24 000 1/3 arc-second
This map represents an aerial view of the terrain of Triangle, Erie, New York as a triangulated irregular network (TIN). The data used to generate it was accessed online from the United States Geological Survey (USGS) as a Spatial Data Transfer Standard (STDS) Digital Elevation Model (DEM). USGS DEM data files are used to represent cartographic information in a raster format. The area covered in this map is defined as a USGS topographical quadrangle, from the 1:24 000 series, a scale virtually unique to the USA. It covers an area 7.5 x 7.5 minutes which equates to between 49 and 71 square miles, dependant on latitude. The for the data USGS was captured as part of NASA’s Shuttle Radar Topography Mission (SRTM) and was the main objective for the Space Shuttle Endeavour’s 11 day STS 99 mission in February 2000.
Elevations are in metres (m) based relative to the local mean sea level in Hawaii and Puerto Rico and National Geodetic Vertical Datum of 1929 (NGVD 29). This is based on the sea level datum of 1929 and was established for vertical control surveying in the USA by the General Adjustment of 1929. The elevation measurements to create the 3D terrain data were taken every 10m or every 1/3 arc-second. 1 arc-second = 1/60 of 1 arc-minute or 1/1296000 of a circle. At sea level this equates to approximately 30m with 1 arc-minute being a nautical mile or approximately 1.86km.
Design Literacy
Unit 1.1.3 Visual Summary
Poster Iterations
Refinement of Posters
N
Triangle Zip Code County State Latitude (° N) Longitude (° E) Elevation (m) Time Zone Scale DEM Type
Populated Place 53205 Milwaukee Wisconsin (WI) 43’ 03” 17.73 -87’ 56” 02.73 206.596 GMT -6 1:24 000 1 arc-second
This map represents an aerial view of the terrain of Triangle, Milwaukee, Wisconsin as a triangulated irregular network (TIN). The data used to generate it was accessed online from the United States Geological Survey (USGS) as a Spatial Data Transfer Standard (STDS) Digital Elevation Model (DEM). USGS DEM data files are used to represent cartographic information in a raster format. The area covered in this map is defined as a USGS topographical quadrangle, from the 1:24 000 series, a scale virtually unique to the USA. It covers an area 7.5 x 7.5 minutes which equates to between 49 and 71 square miles, dependant on latitude. The for the data USGS was captured as part of NASA’s Shuttle Radar Topography Mission (SRTM) and was the main objective for the Space Shuttle Endeavour’s 11 day STS 99 mission in February 2000.
Elevations are in metres (m) based relative to the local mean sea level in Hawaii and Puerto Rico and National Geodetic Vertical Datum of 1929 (NGVD 29). This is based on the sea level datum of 1929 and was established for vertical control surveying in the USA by the General Adjustment of 1929. The elevation measurements to create the 3D terrain data were taken every 10m or every 1/3 arc-second. 1 arc-second = 1/60 of 1 arc-minute or 1/1296000 of a circle. At sea level this equates to approximately 30m with 1 arc-minute being a nautical mile or approximately 1.86km.
N
Triangle Zip Code County State Latitude (° N) Longitude (° E) Elevation (m) Time Zone Scale DEM Type
Populated Place 53205 Milwaukee Wisconsin (WI) 43’ 03” 17.73 -87’ 56” 02.73 206.596 GMT -6 1:24 000 1 arc-second
This map represents an aerial view of the terrain of Triangle, Milwaukee, Wisconsin as a triangulated irregular network (TIN). The data used to generate it was accessed online from the United States Geological Survey (USGS) as a Spatial Data Transfer Standard (STDS) Digital Elevation Model (DEM). USGS DEM data files are used to represent cartographic information in a raster format. The area covered in this map is defined as a USGS topographical quadrangle, from the 1:24 000 series, a scale virtually unique to the USA. It covers an area 7.5 x 7.5 minutes which equates to between 49 and 71 square miles, dependant on latitude. The for the data USGS was captured as part of NASA’s Shuttle Radar Topography Mission (SRTM) and was the main objective for the Space Shuttle Endeavour’s 11 day STS 99 mission in February 2000.
Elevations are in metres (m) based relative to the local mean sea level in Hawaii and Puerto Rico and National Geodetic Vertical Datum of 1929 (NGVD 29). This is based on the sea level datum of 1929 and was established for vertical control surveying in the USA by the General Adjustment of 1929. The elevation measurements to create the 3D terrain data were taken every 10m or every 1/3 arc-second. 1 arc-second = 1/60 of 1 arc-minute or 1/1296000 of a circle. At sea level this equates to approximately 30m with 1 arc-minute being a nautical mile or approximately 1.86km.
N
Triangle Zip Code County State Latitude (° N) Longitude (° E) Elevation (m) Time Zone Scale DEM Type
Populated Place 53205 Milwaukee Wisconsin (WI) 43’ 03” 17.73 -87’ 56” 02.73 206.596 GMT -6 1:24 000 1 arc-second
This map represents an aerial view of the terrain of Triangle, Milwaukee, Wisconsin as a triangulated irregular network (TIN). The data used to generate it was accessed online from the United States Geological Survey (USGS) as a Spatial Data Transfer Standard (STDS) Digital Elevation Model (DEM). USGS DEM data files are used to represent cartographic information in a raster format. The area covered in this map is defined as a USGS topographical quadrangle, from the 1:24 000 series, a scale virtually unique to the USA. It covers an area 7.5 x 7.5 minutes which equates to between 49 and 71 square miles, dependant on latitude. The for the data USGS was captured as part of NASA’s Shuttle Radar Topography Mission (SRTM) and was the main objective for the Space Shuttle Endeavour’s 11 day STS 99 mission in February 2000.
Elevations are in metres (m) based relative to the local mean sea level in Hawaii and Puerto Rico and National Geodetic Vertical Datum of 1929 (NGVD 29). This is based on the sea level datum of 1929 and was established for vertical control surveying in the USA by the General Adjustment of 1929. The elevation measurements to create the 3D terrain data were taken every 10m or every 1/3 arc-second. 1 arc-second = 1/60 of 1 arc-minute or 1/1296000 of a circle. At sea level this equates to approximately 30m with 1 arc-minute being a nautical mile or approximately 1.86km.
Design Literacy
Unit 1.1.3 Visual Summary
Design Literacy Outcome
Final Proposals for Poster Series
N
Triangle Zip Code County State Latitude (° N) Longitude (° E) Elevation (m) Time Zone Scale DEM Type
Populated Place 76632 Falls Texas (TX) 31’ 16” 53.64 -96’ 59” 23.98 108.134 GMT -6 1:24 000 1/3 arc-second
This map represents an aerial view of the terrain of Triangle, Falls County, Texas as a triangulated irregular network (TIN). The data used to generate it was accessed online from the United States Geological Survey (USGS) as a Spatial Data Transfer Standard (STDS) Digital Elevation Model (DEM). USGS DEM data files are used to represent cartographic information in a raster format. The area covered in this map is defined as a USGS topographical quadrangle, from the 1:24 000 series, a scale virtually unique to the USA. It covers an area 7.5 x 7.5 minutes which equates to between 49 and 71 square miles, dependant on latitude.
N
Elevations are in metres (m) based relative to the local mean sea level in Hawaii and Puerto Rico and National Geodetic Vertical Datum of 1929 (NGVD 29). This is based on the sea level datum of 1929 and was established for vertical control surveying in the USA by the General Adjustment of 1929. The elevation measurements to create the 3D terrain data were taken every 10m or every 1/3 arc-second. 1 arc-second = 1/60 of 1 arc-minute or 1/1296000 of a circle. At sea level this equates to approximately 30m with 1 arc-minute being a nautical mile or approximately 1.86km.
Populated Place 14220 Erie New York (NY) 42’ 51” 13.54 -78’ 49” 42.07 178.238 GMT -5 1:24 000 1/3 arc-second
This map represents an aerial view of the terrain of Triangle, Erie, New York as a triangulated irregular network (TIN). The data used to generate it was accessed online from the United States Geological Survey (USGS) as a Spatial Data Transfer Standard (STDS) Digital Elevation Model (DEM). USGS DEM data files are used to represent cartographic information in a raster format. The area covered in this map is defined as a USGS topographical quadrangle, from the 1:24 000 series, a scale virtually unique to the USA. It covers an area 7.5 x 7.5 minutes which equates to between 49 and 71 square miles, dependant on latitude.
Elevations are in metres (m) based relative to the local mean sea level in Hawaii and Puerto Rico and National Geodetic Vertical Datum of 1929 (NGVD 29). This is based on the sea level datum of 1929 and was established for vertical control surveying in the USA by the General Adjustment of 1929.
N
The elevation measurements to create the 3D terrain data were taken every 10m or every 1/3 arc-second. 1 arc-second = 1/60 of 1 arc-minute or 1/1296000 of a circle. At sea level this equates to approximately 30m with 1 arc-minute being a nautical mile or approximately 1.86km.
Triangle, Erie, New York
Triangle Zip Code County State Latitude (° N) Longitude (° E) Elevation (m) Time Zone Scale DEM Type
Populated Place 53205 Milwaukee Wisconsin (WI) 43’ 03” 17.73 -87’ 56” 02.73 206.596 GMT -6 1:24 000 1 arc-second
This map represents an aerial view of the terrain of Triangle, Milwaukee, Wisconsin as a triangulated irregular network (TIN). The data used to generate it was accessed online from the United States Geological Survey (USGS) as a Spatial Data Transfer Standard (STDS) Digital Elevation Model (DEM). USGS DEM data files are used to represent cartographic information in a raster format. The area covered in this map is defined as a USGS topographical quadrangle, from the 1:24 000 series, a scale virtually unique to the USA. It covers an area 7.5 x 7.5 minutes which equates to between 49 and 71 square miles, dependant on latitude. The for the data USGS was captured as part of NASA’s Shuttle Radar Topography Mission (SRTM) and was the main objective for the Space Shuttle Endeavour’s 11 day STS 99 mission in February 2000.
The for the data USGS was captured as part of NASA’s Shuttle Radar Topography Mission (SRTM) and was the main objective for the Space Shuttle Endeavour’s 11 day STS 99 mission in February 2000.
The for the data USGS was captured as part of NASA’s Shuttle Radar Topography Mission (SRTM) and was the main objective for the Space Shuttle Endeavour’s 11 day STS 99 mission in February 2000.
Triangle, Falls County, Texas
Triangle Zip Code County State Latitude (° N) Longitude (° E) Elevation (m) Time Zone Scale DEM Type
Triangle, Milwaukee, Wisconsin
Elevations are in metres (m) based relative to the local mean sea level in Hawaii and Puerto Rico and National Geodetic Vertical Datum of 1929 (NGVD 29). This is based on the sea level datum of 1929 and was established for vertical control surveying in the USA by the General Adjustment of 1929. The elevation measurements to create the 3D terrain data were taken every 10m or every 1/3 arc-second. 1 arc-second = 1/60 of 1 arc-minute or 1/1296000 of a circle. At sea level this equates to approximately 30m with 1 arc-minute being a nautical mile or approximately 1.86km.
Design Literacy
Unit 1.1.3 Visual Summary
Triangle, Falls County, Texas
Printed Posters
Design Literacy
Unit 1.1.3 Visual Summary
Triangle, Falls County, Texas
Printed Posters
Design Literacy
Unit 1.1.3 Visual Summary
Triangle, Erie, New York
Printed Posters
Design Literacy
Unit 1.1.3 Visual Summary
Triangle, Erie, New York
Printed Posters
Design Literacy
Unit 1.1.3 Visual Summary
Triangle, Milwaukee, Wisconsin
Printed Posters
Design Literacy
Unit 1.1.3 Visual Summary
Triangle, Milwaukee, Wisconsin
Printed Posters