![3d step to stl 3d step to stl](https://www.ascb.org/wp-content/uploads/2013/06/image2.png)
Quick Startĭue to the trouble of environment configuration and other reasons, the command line mode still needs to rely on docker.
3d step to stl download#
For the most common method to upload and download large files is to introduce OSS and CDN with dynamic expansion of queues and back-end services, but the deployment cost and implementation cost will be relatively high. If it is deployed directly on your own server, it will be a very bandwidth-intensive and CPU-consuming task. The upload and download of the model will consume bandwidth. Model conversion is a very performance-consuming and slow-speed service. I used docker environment for testing, you can have a try on it. I tried to use assimp, but the result under the test of stl/iges/obj conversion is not good. v1.0 19:08īasic commit, core feature complete, support shell convert. v1.3 17:19Īdd English document, fix bugs.
3d step to stl code#
Support GRPC, convert code refactor, fix bugs. v1.5 16:06įix some bugs, support no draco convert v1.4 17:20 Smaller docker images, from 4.42GB to 1.87GB, fix docker can't running problems. You can scan this following qrcode by Wechat, it's helpful for 3d printing and preview everywhere.Ĭonvert.sh support no-draco option v1.6 13:08
![3d step to stl 3d step to stl](https://content.instructables.com/ORIG/FLB/ASX8/H6MF46XC/FLBASX8H6MF46XC.jpg)
rpc docker server logs output problems.stl convert to gltf missing node (result: stl format have no node information, (file_format)).Related API implementation(not so useful, droped).Conversion and compression code implementation.
![3d step to stl 3d step to stl](https://cdn.wonderfuldiy.com/wp-content/uploads/2014/11/paper-snowflake-ornament.jpg)