Eugene + Springfield Oregon Printable Map, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe Illustrator

Printable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe Illustrator
Printable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe IllustratorPrintable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered map, V.09. fully editable, Adobe Illustrator

$ 37.00

Printable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered  map, V.09. fully editable, Adobe Illustrator, full vector, scalable, editable text format of street names, 5 Mb ZIP.
All streets named, main objects, All buildings. Map for publishing, design, printing, publications, arts, projects, presentations, for architects, designers and builders, business, logistics. The most exact and detailed map.
Separated layers: streets and roads, color fills, objects, names 1,2,3, etc.
Different color names by type of objects.
For printing LARGE (WALL) format. 
DWG, DXF, CDR, ESRI Shapes, and other formats – by request, same price, please contact.

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Product Description

Printable Map Eugene + Springfield Oregon, US, exact vector street City Plan Layered  map, V.09. fully editable, Adobe Illustrator, full vector, scalable, editable text format of street names, 5 Mb ZIP.
All streets named, main objects, All buildings. Map for publishing, design, printing, publications, arts, projects, presentations, for architects, designers and builders, business, logistics. The most exact and detailed map.
Separated layers: streets and roads, color fills, objects, names 1,2,3, etc.
Different color names by type of objects.
For printing LARGE (WALL) format. 
DWG, DXF, CDR, ESRI Shapes, and other formats - by request, same price, please contact.

Eugene
City in Oregon
Eugene is a city of the Pacific Northwest located in the U.S. state of Oregon. It is located at the southern end of the Willamette Valley, near the confluence of the McKenzie and Willamette Rivers, about 50 miles east of the Oregon Coast.

Area
• City 43.74 sq mi (113.29 km2)
• Land 43.72 sq mi (113.23 km2)
• Water 0.02 sq mi (0.05 km2)
Elevation 430 ft (131.1 m)
Population
• City 156,185
• Estimate 163,460
• Rank US: 155th
• Density 3,572.4/sq mi (1,379.3/km2)
• Urban 247,421 (US: 151st)
• Metro 362,895 (US: 146th)

Springfield
City in Oregon
Springfield is a city in Lane County, Oregon, United States. Located in the Southern Willamette Valley, it is within the Eugene-Springfield Metropolitan Statistical Area.

Area
• Total 15.75 sq mi (40.79 km2)
• Land 15.74 sq mi (40.77 km2)
• Water 0.01 sq mi (0.03 km2)
Elevation 454 ft (138.4 m)
Population
• Total 59,403
• Estimate 60,177
• Density 3,774.0/sq mi (1,457.1/km2)

Free vector maps:

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Free download Vector Map US Interstate roads, Adobe PDF, V.2  Free_Map_US_Interstates_Roads_2.pdf

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Small guide: How to work with the vector map?

You can: Mass select objects by type and color - for example, the objects type "building" (they are usually dark gray) - and remove them from the map, if you do not need them in your print or design project. You can also easily change the thickness of lines (streets), just bulk selection the road by the line color.
The streets are separated by type, for example, type "residential road" are usually white with a gray stroke. Highway usually orange with a brown or dark gray stroke.
It is easy to change the font of inscriptions, all or each individually. Also, just can be make and any other manipulation of objects on the vector map in Adobe illustrator format.
Important: All the proportions on the map are true, that is, the relative sizes of the objects are true, because Map is based on an accurate GPS projection, and It transated into the (usual for all) the Mercator projection.
You can easily change the color, stroke and fill of any object on the map, zoom without loss of quality Image Verification.

Select object

select object on vector map

Bulk selection the same objects on the vector map

bulk selection the same objects on the vector map

See the bulk selected objects on the vector map

see the bulk selected objects on the vector map

Bulk delete buildungs from the vector map

Bulk delete buildungs from the vector map

Select residencial road (small street) on the vector map

Select residencial road (small street) on the vector map

Bulk selection the same lines (streets, roads) on the full map

Bulk selection the same lines on the full map

Create fat lines of the streets on the vector maps (bulk action) 1

Create fat lines of the streeta on the vector maps (bulk action) 2

Create fat lines of the streets on the vector maps (bulk action) 2

Create fat lines of the streeta on the vector maps (bulk action) 2

Create fat lines of the streets on the vector maps (bulk action) 3

Create fat lines of the streeta on the vector maps (bulk action) 3

You can easily change the color, stroke and fill of any object on the map, zoom without loss of quality Image Verification. 

Tips & Vector map News

Example creating polygons from CSV text file with FME 2009 The other day I received some ASCII comma separated value formatted text file (an example is shown below) that stores the vertices of polygons in the first 2 columns and a unique polygon identifier in the 3rd. Each polygon is separated from another with a blank line. I needed to convert the text strings into polygon geometries in a shape file for display in a GIS. There are a myriad of ways to do it but I chose the new SAFE FME 2009 to give the new version a workout. Here's how I created the polygons from the CSV file:

 

 

  • Run the FME Workbench and choose to use the workspace wizard.The Create Translation Workspace Wizard appears.
  • Choose Comma Separated Value (CSV). Click Next. Type in the path and filename of the CSV file e.g. C: emppolygons.csv.
  • Click Settings.The Input Settings for Comma Separated Value (CSV) appears.Note: change the settings as necessary for your CSV file.
  • Click OK.
  • When prompted for the destination format, select ESRI Shape.
  • Click Next twice. Click Finish.The Workbench shows the source and destination datasets.
  • Use the Workbench's Transformers pane to add in the StringSearcher transformer. Join this to the source dataset. Open up the StringSearcher Parameters.
  • Note: we want to filter out the blank lines demarcating the polygons in the text file. One way of doing it is to specify a regular expression to match empty lines. For instance, the expression ^ means the beginning of the line and $ means the ending of the line. Together ^$ means matching lines with nothing from start to the end.
  • In the Attribute field, select col0. In the Regular Expression field, type in ^$. Click OK.
  • Add in the 2DPointAdder transformer and connect it to the StringSearcher transformer's NOT_MATCHED field. Open up the 2DPointAdder Parameters.
  • Note: the 2dPointAdder transformer will form a point geometry from the input X and Y strings. The input strings must be from non-blank lines and that is why we connect it to the UN_MATCHED output from the "blank line" StringSearcher transformer.
  • In the X Value field, select col0. In the Y Value field, choose col1. Click OK.
  • Add in the PointConnector transformer and connect it to the 2DPointAdder transformer. Open up the PointConnector Parameters.
  • Note: the PointConnector transfomer will make polygon geometries from the input point geometries. One way to differentiate from one polygon to another polygon is through the Connection Break Attributes - in this example, the 3rd column stores the polygon identifier and any change in this value indicates a change in the polygon.
  • In the Connection Break Attributes, click the ... button.The Select Connection Break Attributes Items dialog box appears.
  • Toggle on col2. Click OK. Click OK again.
  • Connect the PointConnector transformer's POLYGON output to the destination dataset.
  • Open up the destination dataset's Feature Type Properties.
  • In the Allowed Geometries field, select shape_polygon. Click OK.The workbench process flow may look like this at this point.
  • Run the translation and display the resultant shape file.
  • As you can see from the screen shot above, FME has successfully created the polygons from the input CSV file using the transformers outlined above.

Source.
Probably you are interested in Vector Maps of different cities, printable and editable.


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Last Modified: March 7, 2017 @ 12:14 pm