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I ran across this operation in Google Earth. I don't suppose anyone might recognize what type of activity is going on here:
TIG, the impossibly prolific one-man plugin-writing machine, has posted another awesome plugin: Lathe.
Lathe is similar to Follow Me, only better. It works with polylines and not strictly faces, but will also use the edges of a selected face for the profile.
You are then asked for the the sweep angle and number of rotation:
Then, select the Lathe Axis:
Reverse Faces?
And Done!
Tim Halbur wanted to get the word out about an upcoming series of hour-long SketchUp training webinars aimed at urban planners, designers, and developers:
We're offering a number of online trainings on using SketchUp for urban planners and designers. We'd be thankful if you would post a link to help us get the word out. Press release follows, and can also be linked to at: http://www.planetizen.com/node/40752
Using Google for Urban Planning and Design
Free Google applications and technologies are creating a vast field of opportunity for people interested in the operation and design of urban places. Google SktechUp, Maps and Earth make understanding and re-imagining land use and development incredibly easy.
To teach people how to use these technologies in the context of urban planning, a series of webinars will be offered this fall by Planetizen, the web's leading home for news and information about urban planning and development. These informative sessions will introduce planners, designers and developers to new technologies and skills that will help expand knowledge of the field.
Each webinar will take place on Wednesdays at 11am Pacific/2pm Eastern. The cost is just $49.95. All Webinar Wednesday sessions have been approved to provide AICP Certification Maintenance credits.
Webinar Wednesdays Schedule:
September 23
Introduction to SketchUp for Planners
http://www.planetizen.com/courses/tech120September 30
Density Conceptualization with SketchUp
http://www.planetizen.com/courses/tech220October 21
Using Google Maps and Mashups for Planning
http://www.planetizen.com/courses/tech240October 28
Google Earth for Planners -- An Introduction
http://www.planetizen.com/courses/tech130November 4
The Virtual Staff Report -- Using the Free Version of Google Earth
http://www.planetizen.com/courses/tech230November 11
The Virtual Staff Report -- Advanced Google Earth for Planners
http://www.planetizen.com/courses/tech330Learn more about all of the education options Planetizen provides at http://www.planetizen.com/courses
Site design professionals can now use the powerful tools of Google SketchUp for their own practices. This clear and focused illustrated guide explains how site professionals can use the SketchUp tools and functions to construct expressive models of exterior spaces and architecture.
Utilizing the methodology known as SketchUp Process Modeling, the guide takes you step by step from the basics to more advanced methods that incorporate terrain, AutoCAD, and the creation of complex forms.
Background
The company produces configure to order buildings from Garden sheds (library jobs) to almost completely customisable houses. We currently have a number of worksheets (buildings configurators) for each range of building. We are looking at consolidating these into one application.
The following outputs are essential.
1. Plans and elevations
2. 3D model
3. Bill of materials (cut list etc)
General overview of how a user configures a building in the current system.
1. Selects range of buildings i.e. timber Garage
2. Enter key criteria
• Wind zone
• Snow zone
• Length, Width and wall height
This selection determines the basic building to be configured
This building is basically 4 walls and roof
3. User selects from a list of specific available components (windows, Doors etc) and adds them to the building in the desired allowed location/s
4. There are rules about where they can go, how big i.e.
a. Window or door can’t be bigger than the wall
b. Distance from the wall end etc
c. appropriated selection of material as width and height change i.e. lintels
d. a number of faces on difference components change when the building colour changes
5. As components are added the appropriate materials are added / subtracted to meet engineering rules, such as connectors / brackets between joining lengths of material, nails, screws etc
6. As components change the cost of the building is shown
7. Bill of materials is generated and sent to factory (this is down to the number of nails, screws, bolts etc)
SketchUp
From what I have found via searches and reviewing is listed below my questions are in italics (if I have made any incorrect assumptions please let me know), before I start 1 of the main reasons for looking at SU over the in-house designed application is that currently all changes come to the IT department so we get bogged down in making lots of little changes. The idea that the R&D teams can make changes to components, design and cost new ranges with little or no intervention from IT is appealing to both parties. I have had a good look at a timber building configurator created in ruby, which is pretty good but does not use any dynamic components which leaves us in the same place as before, still needing to be done by IT. This may be the only option for complex buildings.
• Steps 1-2 The selection process can be done a number of ways Ruby toolbar (plug-in) or Web Console
o Toolbar to select range
o On selection prompted for criteria
o On completion select base building and display a selection of components
Questions.
o Assuming I don’t want the app reliant on a web connection a ruby toolbar would be better?
• Step 3 a selection of components loaded into components widow, additional toolbars displayed or web consol
Questions.
o Comments on the most versatile approach?
o I assume I can attach code to make sure a user does not add a rogue component to the building. That is they can’t draw, select unloaded or in any way modify the building other then with the pre-determined components
• Step 4 – Rules, this where I come a bit unstuck – I see 3 ways of doing this (some assumptions here)
o The building and the additional components are Dynamic components
o The building and the additional components are all ruby scripts that draw the components
o or combination of the 2 if this is possible
Questions.
o With dynamic components is there any way to control how they interact with each other i.e. With a timber wall when a window is added it cuts into the timber framing. with the cutting in process a decision needs to be made as to how it connects/interacts with the adjoining material and additional components added i.e. nails, screws etc can this de done with dynamic components?
o Can the functions within a dynamic component look at / consumer external data
o Maybe a better question is, can functions within a dynamic components be a ruby a script
• Step 5 adding and subtracting material;
o Adding seems pretty straight forward subtracting seems like a bigger issue unless a component can remember its initial state
• Step 6 cost of the building is shown
o Believe this can be done with a ruby script as we would keep the pricing external to components
• Bill of materials is generated and sent to factory (this is down to the number of nails, screws, bolts etc)
o Believe it can be done with ruby script.
Questions.
o Ideas around protecting components
o If anyone is in New Zealand and Australia that is interested in doing some paid training / Development with Ruby and Dynamic components please let me know
I’m really excited with the possibilities of SU.
Any feedback, constructive criticism would be very grateful
Cheers and thank you for your time
In part 1 I will cover topics starting from the initial DWG files manipulation and up to the point of exporting the SketchUP model to 3d Studio Max.
This blog is about 3d architectural visualization. If you are interested in modeling and rendering architectural subject matter using software such as SketchUP, 3d Studio Max, V-Ray, Maxwell Render, Fryrender, Photoshop and more, then this is written for you.
IDX Renditioner is a plug-in for Google SketchUp that provides high-quality photorealistic rendering – fast and easily. Renditioner works directly within SketchUp and lets you control the materials, advanced lighting components, environments, and background images. Renditioner is “one button” easy -- now more than ever.
The Development Lab of Inglobe Technologies released today the MAC version of both the AR-media™ Exporter for SketchUp and the AR-media™ Player.
"But here at Google, we've realized that one of the most important features of all is speed. One of our key design principles is 'fast is better than slow.' So for the newest version of Google Earth, we've been hard at work making it faster."
"Do I Need VisMap?
Do you have non-trivial models with lots of scenes and layers? If you do, VisMap is for you. If you SketchUp on a Mac, VisMap is not yet for you, but stay tuned."
"LiveEnergy Modeller is an energy analysis plugin for Google SketchUp. Based on the gbXML standard for designing resource efficient buildings and specifying associated equipment, LiveEnergy Modeller enables the building designer to decorate 3D SketchUp building models with gbXML surfaces and openings, to identify and label gbXML spaces, and to import and export gbXML models. As a result of using LiveEnergy Modeller, Google SketchUp becomes an intelligent solution for low carbon building design. Models can be quickly exported to LiveEnergy EPC for energy analysis and certification."
"we'll give you $100 USD off a single-user license if you purchase before September 30, 2009 (enter promo code S7MPTR in our online store)."
"In this build, the CryEngine2 exporter is LIGHTNING fast in comparison to the last update (what would take 2 minutes before now takes 2 seconds), and we have fixed a bug where models missing material data on any of the front faces would not export correctly.
Another nice addition is that PlayUp will no longer be in conflict with other plugins such as LightUp or SketchyPhysics."