View allAll Photos Tagged autodeskinventor
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
I took a picture of our 6 year olds desk in his bedroom and then added it as a background in Autodesk Inventor to show the forklift toy in it's true environment
The above is a screenshot of the Autodesk Inventor window - it is not a rendered image.
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
S4 Graphic Pupils have just completed their Inventor modelling unit. Now they are required to translate the Inventor file to a format that Cinema 4D can recognise. The Inventor file is translated to a .3DS file [via Okino's PolyTrans software] and this is imported to C4D via their Engineering Add-On. A convoluted procedure we admit, but to get into CAD and photo-realistic visualisation requires a thorough knowledge of a multitude of file formats.
At last the true fun begins! C4D has an amazing render engine. The graphic you see here has been rendered solely in C4D with logos added in Photoshop. After a couple of years trying we believe we're on our way to tapping the potential that this software combination has to offer. Stay tuned for further experiments in Jordanhill pupil-based success.
We now have 12 quad-core server grade pcs in the department. The onboard AMD processors are 64bit capable, are clocked at 2.2GHz apiece, and have 512Mb graphics available on a dedicated PCI card. The 5GB Ram is not yet available to the system since we're currently stuck with Windows XP, which only 'sees' 3GB. An upgrade to Inventor 2010 and Windows 7 will allow us to harness the true clout of the available hardware.
Looks like we're gonna have to deliver!
Watch this space...
This deposit safe was designed using Autodesk Inventor 2012 and has all of the required manufacturing drawings, assembly details etc and then opened in Autodesk Showcase to help sell the design
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
Back in January 09 we finally cracked a problem that has been plaguing up for years. Namely how do you export Inventor files into a format that Cinema 4D can understand? After a lot of failed attempts we finally discovered a very clever bit of software called PolyTrans by Okino. A carefully written bid to the right people allowed us to buy the software that allows us to make the most of both apps. Inventor is used for most of the 3D modelling, C4D is used for lighting, texture mapping and rendering.
We expect to see more exciting results over the course of this session.
Pupils are completing their IP portfolios at the moment. These renders will become part of the CAG for display outcome.
These examples feature models built in Autodesk Inventor, translated to Cinema 4d files via Okino's superb CAD conversion software PolyTrans.
These examples feature models built in Autodesk Inventor, translated to Cinema 4d files via Okino's superb CAD conversion software PolyTrans.
These examples feature models built in Autodesk Inventor, translated to Cinema 4d files via Okino's superb CAD conversion software PolyTrans.
These examples feature models built in Autodesk Inventor, translated to Cinema 4d files via Okino's superb CAD conversion software PolyTrans.
These examples feature models built in Autodesk Inventor, translated to Cinema 4d files via Okino's superb CAD conversion software PolyTrans.
S4 Pupils are in the very final stages of their IP folios. These renders have been done via Cinema 4D after translating an original Inventor model through PolyTrans.
These examples feature models built in Autodesk Inventor, translated to Cinema 4d files via Okino's superb CAD conversion software PolyTrans.
Design and constrauction processes relied on building information modeling (BIM) to maximize construction efficiencies. For the first building in New England to fully employ IPD, the team used collaborative processes to optimize their project designs, while reducing potential construction conflicts and risks. Through BIM and IPD, the project team communicated clearly across all disiplines, gaining digital design-to-fabrication efficiencies and adhering to the highest standards for sustainable design.
BIM and energy analysis tools enabled the team to design and build a structure incorporating the most rigorous sustainability standards. The team analyzed daylight paths throughout the building, ensuring that occupants enjoy natural light during the workday. Increased natural light reduces the need for artificial lighting. Analysis technology allowed the team to create the highest level of contact with natural light within the workspace for a majority of occupants. To understand how sound would travel, the team used Ecotect Analysis to generate animations of sound rays to visualize sound propagation.
Using a digital workflow, designers created design elements for the undulating ceiling directly from the building information model, enabling faster project delivery and sustainable construction, with less waste. Intricate repeating patterns inspired a complex and beautiful ceiling design. The ceiling elements were inspired by "art based on math", and were fabricated using wood veneer and plywood certified by the Forest Stewardship Council.
These examples feature models built in Autodesk Inventor, translated to Cinema 4d files via Okino's superb CAD conversion software PolyTrans.
Design and constrauction processes relied on building information modeling (BIM) to maximize construction efficiencies. For the first building in New England to fully employ IPD, the team used collaborative processes to optimize their project designs, while reducing potential construction conflicts and risks. Through BIM and IPD, the project team communicated clearly across all disiplines, gaining digital design-to-fabrication efficiencies and adhering to the highest standards for sustainable design.
BIM and energy analysis tools enabled the team to design and build a structure incorporating the most rigorous sustainability standards. The team analyzed daylight paths throughout the building, ensuring that occupants enjoy natural light during the workday. Increased natural light reduces the need for artificial lighting. Analysis technology allowed the team to create the highest level of contact with natural light within the workspace for a majority of occupants. To understand how sound would travel, the team used Ecotect Analysis to generate animations of sound rays to visualize sound propagation.
Using a digital workflow, designers created design elements for the undulating ceiling directly from the building information model, enabling faster project delivery and sustainable construction, with less waste. Intricate repeating patterns inspired a complex and beautiful ceiling design. The ceiling elements were inspired by "art based on math", and were fabricated using wood veneer and plywood certified by the Forest Stewardship Council.
This deposit safe was designed using Autodesk Inventor 2012 and has all of the required manufacturing drawings, assembly details etc and then opened in Autodesk Showcase to help sell the design
Created in Autodesk Inventor for an engineering class in college. Inspired by the both the GE-nx and Trent 1000 engines.
Created in Autodesk Inventor for an engineering class in college. Inspired by the both the GE-nx and Trent 1000 engines.
S4 Pupils are in the very final stages of their IP folios. These renders have been done via Cinema 4D after translating an original Inventor model through PolyTrans.
Created in Autodesk Inventor for an engineering class in college. Inspired by the both the GE-nx and Trent 1000 engines.
Created in Autodesk Inventor for an engineering class in college. Inspired by the both the GE-nx and Trent 1000 engines.
My latest project at work, a 1/24th scale 60k lb capacity K Loader.
If you don't know what a K Loader is, it's a vehicle that is used for loading large transport aircraft. Here is a photo of what I'm building: www.fas.org/man/dod-101/sys/ac/equip/docs/980213b.jpg
All images © Allen Rockwell 2008