Solid Edge St5 32 Bits Torrent
Matt Dreher
I'm working for a belgian company that produces architectural lighting. Our product developers are using Solid edge 2021 to design our products. My task is to use the subassemblys they make in solid edge to use them later on in inventor. I haven't got any issues converting SE files into inventor but with the last update of the latest solid edge version and inventor i'm getting following error.
seems like i'm able to work through STEP files. but i'm facing a minor bug here. Sometimes i still get an error message that the files is created in a newer software package which inventor makes me unable to load this file in.
Well, a fix implies something broken, not working as intended. This is simply a matter of timing-- Inventor 2021 was released before SE 2021, so the libraries necessary to make the translation were not available then. Autodesk has limited resources (as do all software manufacturers), so there is also a time lag between the availability of SE libraries and when they get it into the Inventor update stream.
Thanks for the reply! I did a mixture of a few things in the end: I used a surface chamfer, not the solids chamfer so i could do it unevenly. That resulted in a lot of unwanted effects (areas of the surface folded over, overlapping/overspilling on the edges etc). I then trimmed all excessive surface areas and then re-traced the resulting lower edge with a clean curve and then lofted the original upper edge curve to the new bottom one. A lot of extra work, but it did the job.
With the exception of perhaps Baltic birch plywood, no other mass-produced plywood (or other composite sheet material for that matter) looks good with exposed edges. Those mismatched plys, little voids and blemishes are distracting. So, we typically try to hide the edges of plywood as elegantly and seamlessly as possible.
Alternately, you could use the convex bit to mill a recess into the solid lumber and the concave bit to reshape the plywood into the beveled point, as shown in the inset photo example, above. This is a less common approach.
Or, perhaps you want to have the edging of a plywood shelf make a bolder statement. Easily done: just choose a wood species that contrasts with the plywood veneer for a more dramatic effect, and make the edge banding from that instead. The wider and stronger the color or pattern, the more the custom edging will call attention to itself.
Many router bits can be used safely either in a handheld router or in a router table. However, these edge V-groove bits require their pilot bearings registered in line with a fence or allowed to follow the edge of a template.
When your template routing project involves plywood, you need a router bit designed with plywood in mind and when the pattern includes small inside radius corners, you need a 1/4" diameter. Our Compression Bits combine the best of both Up-Cut and Down-Cut designs. Up-Cut bits clear the shavings most efficiently, but can chip the top edge of the cut in plywood. Down-Cut bits leave a beautiful edge on the top surface, but can tear out the bottom edge. On a Compression Bit, the first 1/4" is Up-Cut with the remaining cutting length Down-Cut. The shearing action is always toward the center of your material. Twin bearings mounted very close to the cutting edge guide your cut along a template or substrate material.
WARNING: Wood Dust created by Drilling, sawing, sanding or machining wood products can expose you to wood dust, a substance known to the State of California to cause cancer. Avoid inhaling wood dust or use a dust mask or other safeguards for personal protection.
The effect of the helix angle of a router bit on chip formation and electric energy per volume (specific energy) under different feed speeds and cutting depths during the milling of maple and China fir by a computer numerically controlled (CNC) router was investigated. The peripheral cutting edge of router bits were custom-made at helix angles of 0, 2, 4, 6, and 8. The feed speed varied from 600 to 4800mm/min, and the depths of cut were set at 1,2,3,4, and 6mm. The chips were classified by sieving into a flake type, a splinter type (5 and 10 mesh), a flow type (20 and 40 mesh), and a granule type (< 40 mesh). As the feed speed and the cutting depth increased for the five router bits, more chips of the flake type and the splinter type were produced. However, the number of granule-type chips under the larger helix angle was reduced. The energy per volume removed (specific energy) increased with the feed speed and the depth of cut while milling maple and China fir. More specific energy per cubic centimeter was consumed under the lower feed speeds and the smaller depth of cut. The specific energy can be expressed as a negative power function of the feed speed or the cutting depth for maple and China fir.
Hi, I recently started having this problem with my erasers and brushes in Photoshop. Instead of leaving a smooth fade, when the basic brush and eraser is set to 0% hardness, a very vivid edge/line is left around and there is no smooth blend.
However, I would not normally check "Blend RGB colours using gamma 1" when working in 8/16 bit color depth and the normal Adobe/sRGB color spaces. This can lead to several other negative effects e.g. Photoshop will only do normal blending mode in the gamma specified and a 8 bit workflow in particular does not have the precision needed to work in gamma 1.0.
Photoshop doesn't allow the user to control the softness curve, and create a custom transfer curve for the edge blending. Resulting in less than ideal edge blending in cases. Krita allows for a custom softness curve.
Is the harsh edge only visible against the transparency checkered background?. There is a display artefact in Photoshop which shows banding and hard edges against that transparency background. It is not present in the resulting image though. You can easily check by putting a temporary solid layer at the bottom of the layer stack (say solid grey or white). If the harsh banding disappears then you are seeing that artefact.
Thank you so much for your thorough help! I reset my brushes, but I think you're right about the transparency issue. I don't think I noticed it was the issue because on dark backgrounds, like dark blue and black, the soft brushes left a hard edge.
Hello Dave!
Im having the same problem, my brushes are on 0% and they are showing horrible edges, some sort of waves, i tried reseting the brushes as you mentioned before and it didnt work, I tried to import the images on 16bit and work on it as 16bit but the problem is still showing, it shows in brushes when i paint and in clone stamp. also shows if i painted in a color on a 100% opacity full color and then brought down the paint layer opacity down, Ill see weird brush waves all over as well
I am having this exact problem, and it's driving me up the wall. It's a new install of PS 2020 on a new PC. All the brush settings are correct, and adjusting the bit depth or gamma blending didn't help.
Turns out that my monitor is fault. The LG Ultrawide monitors have had this issue since they hit the market, and it looks unlikely to ever be fixed. The saved files don't show the edges/banding, so all I can do is try work around it.
Could anyone of you Guys tell me what version you work on? Is it the just released bug-fix 21.2.1 (there were several issues) or are you using an older version?
I want to make sure that I don't run in another problem with the update to 21.2.1 after my previous rollback to 21.1.2 (my graphic card wasn't detected anymore)