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Use tight tolerances: When this option is selected, tolerances are rounded to a value that gives a tighter tolerance when you have dual dimensions or when a dimension from the design window is shown in the drawing window with a different unit setting than the design window. The purpose is to not lose any precision when converting from one unit system to another. When this option is not selected, the values are rounded according to method A in ISOInternational Organization for Standardization standards for architectural and engineering drawing, including guidelines for dimensioning and tolerancing. You can customize the style of your annotations to conform to ISO standards. See ASME, JIS. 370-1975 (E). When selected, values are rounded according to method B.
Customers with Ansys products can also find their Customer Number by using the ANSYSLI_UTIL Utility on a Client machine (i.e. a machine which will run the software) The approach is slightly different depending on whether you are running Windows or Linux.
If you need proof that 3D scanning, computer-aided design and manufacturing are being democratized, look no further than AESC B.V. The software provider and Ansys channel partner based in the Netherlands was founded in 2007 with the belief that many software solutions within the manufacturing industry are too complicated, difficult and expensive.
When a customer wanted to extend their boat with a rear platform that would provide some additional storage and allow them to easily get in and out of the water, AESC asked for some measurements so they could quickly create a model in Ansys SpaceClaim that could be laser cut.
With Ansys Discovery, the team at AESC was able to quickly determine if the gauge of sheet metal would withstand pressure from the water, along with the weight of people on it. Apply the force on the top and bottom of the design, and with the speed of Discovery, a solution was given in 15 seconds.
While not an overly complex design, the speed with which AESC was able to generate a 3D scan, design the custom-fit platform in SpaceClaim and then manufacture it would have been impossible just a few years ago.
Large file organization is one of our biggest challenges at work with Rhino. Like many others here, we use layers as our way to manage files, and then we use tools like Spaceclaim to convert those layers to assemblies at importexport with other software.
This video demonstrates how to smooth out an entire mesh or a local area. It shows how to reduce the number of facets to make a file smaller and easier to work with, and regularize triangles to have a more consistent aspect ratio.
Speaking of the alignment tool:
I have often had the situation where I wanted to align two surfaces, but with a distance between them. That is, without them touching each other directly. It would be great to pass the alignment tool a value of how much distance they should have after the operation is done.
A hot topic in the simulation industry has been process automation. Simulation software providers provide some workflow engine-like capabilities that hook up multiple software applications to conduct design studies. A CAD application in the process modifies the geometry. A pre-processor meshes it. A solver calculates the answer. Large manufacturers are turning towards this approach to come up with unusual designs. An interesting fact in all this is that such automated design studies rely on parametric modeling. Such numeric controls in the form of dimensions are needed to vary the size and shape of the design.
We need to provide the path of the script to run with /RunScript="...".Arguments are passed with /ScriptArgs="1,2,c:\test\demoArguments.scdoc". It could be useful to indicate the path of a file to open or where to save the file before closing Spaceclaim.
These posts will be a tutorial for others who want to learn SpaceClaim. Unlike those older tools, it does not require five days of structured training with workshops. The program comes with teaching material and tutorials. The goal is to guide the reader through the process, pointing out things I learned along the way, as I learn them.
The Introduction button is a video that gets you oriented with the GUI. Just what we need. It is a lot of information presented fast, so you are not going to learn everything the first viewing, but it will get you familiar with things.
Take a look at the bottom of the Structure Panel and you will find some tabs. These give access to Layers, Selection, Groups, and Views. All handy ways to organize and interact with your model. I felt like I needed to come back to these later when I had something to interact with.
Below that is the Properties Panel. If the Options panel is how you control an operation, then the Properties panel is how you view and control an object in your model. No point in exploring that till we have objects to play with. It does have an appearance tab as well, and this controls your graphics window.
Drag your mouse over the popup menu and you can see that you can set options like add material, subtract material, turn off merging (it will make a separate solid instead of combining with any existing ones), pull both directions, get a ruler, or specify that you are going to pull up to something. For now, we are just going to take the default and pull up.
That is it for the getting started part. In the next post we will use this geometry to explore SpaceClaim more, now that we have an object to work on. As you were building this you probably saw lots of options and input and maybe even played with some of it. This is just a first look at the power inside SpaceClaim.
Dear people, I have a structure with an endless number of plate bodies and I want to create midsurfaces of all of them. Doing them one by one is to time consuming I hope to do it with scripting but I'm not very knowledgagble about this in spaceclaim. Does anyone know how to set this up?
In an ideal world - you'd create your DB with plenty of free space to grow into. I call this "Right Sizing" your database. You would allow this free space to be there and not strive to give it back and keep your total size right at your used size.. Why? Because your database will eventually grow again.. Then you'll shrink again.. And you'll be stuck in this horrible pattern of useless shrinks followed by growths - and the entire time, as a few have pointed out, you'll be increasing your index fragmentation.
I've blogged about this where I admonished folks to "Don't touch that shrink button!" but sometimes... Sometimes you need to. If you have a large database, just freed significant space and don't expect to grow back into it ever - well then it is okay to consider shrinking as a one time operation as long as you can take care of your index fragmentation afterwards through rebuilding them. The shrink operation can be time consuming so you'd want to plan it for a time where you can pay that price of a shrink running. The approach of creating an empty DB and copying data into it works - but that can become very difficult with larger databases and a lot of data.
AlsoYou said you "cleared" your transaction log. I'd be curious to know how you did this but as you read the post I shared and the others in the series you'll see some tips on transaction log management. But in short - if you are in Full Recovery mode you should be taking regular log backups to keep the log reusing itself. Otherwise - with no log backups while in Full Mode - the log file keeps growing and growing and growing and always saves what you've done because you told SQL you don't just want to maintain that log for crash recovery but want to keep a manual backup of it to replay transactions/undo transactions to recover to a specific point in time for recovery purposes... If you are in simple and seeing the log grow excessively, this can be a sign (typically) that you are doing a LOT of work in one transaction (whether you said BEGIN TRAN ... do work.... COMMIT TRAN or whether you just issued one big DELETE statement and deleted a whole mess of data in one implicit transaction.)
I am also assuming that you are looking for this free space on your file system. If you are looking for it within SQL and within that large file you have - it could be that you are waiting on ghost cleanup to complete if looking immediately after your operation. Paul Randal blogs about Ghost Cleanup.
Every student, faculty and staff member has access to my Tri-C space, which is the College's portal for information. It gives you 24x7 access to general information, news and events, and campus services. The information that appears in the portal is based on your role(s) at the College (student, faculty, or staff). The portal displays content through cards, which are topic-specific and provide convenient access to information. You can also see your information on file with the College (Financial Aid information, Benefit information, etc.).
SpaceClaim frees users from the constraints of history-based modeling, allowing them to focus on the creative process and not on the technology. With an expanded use of 3D in this early modeling phase as well as throughout the entire product design and development workflow, SpaceClaim customers increase the number of innovative ideas and their productivity.
Whether you only have an image or a sloppy 2D drawing, SpaceClaim lets you work in the context of what you have to get new models made. if you can start with a DXF/DWG, half the work of going from 2D to 3D is already done for you.
For example, if a person can access funds or income, they might be able to pay their debts with some budgeting help. Another example would be if they already have assets that could easily be sold to clear the debt. In these cases, a breathing space would not be the right solution. A breathing space might also not be appropriate for a someone who can enter a more suitable debt solution straight away, without needing the protections.
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