#meshing — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #meshing, aggregated by home.social.
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I got "yet another" Meshtastic device, lol
this time, I got the "RAKwireless WisMesh Pocket v2"
it arrived today, and so far, it is doing amazing, even for the stock antenna it comes with, lol
and, it's so tiny! 😂
https://store.rokland.com/products/wismesh-pocket
#Meshtastic #Mesh #Meshing #OffGrid #Lora #LoraWAN #WisMesh #wireless
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I got "yet another" Meshtastic device, lol
this time, I got the "RAKwireless WisMesh Pocket v2"
it arrived today, and so far, it is doing amazing, even for the stock antenna it comes with, lol
and, it's so tiny! 😂
https://store.rokland.com/products/wismesh-pocket
#Meshtastic #Mesh #Meshing #OffGrid #Lora #LoraWAN #WisMesh #wireless
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I got "yet another" Meshtastic device, lol
this time, I got the "RAKwireless WisMesh Pocket v2"
it arrived today, and so far, it is doing amazing, even for the stock antenna it comes with, lol
and, it's so tiny! 😂
https://store.rokland.com/products/wismesh-pocket
#Meshtastic #Mesh #Meshing #OffGrid #Lora #LoraWAN #WisMesh #wireless
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I got "yet another" Meshtastic device, lol
this time, I got the "RAKwireless WisMesh Pocket v2"
it arrived today, and so far, it is doing amazing, even for the stock antenna it comes with, lol
and, it's so tiny! 😂
https://store.rokland.com/products/wismesh-pocket
#Meshtastic #Mesh #Meshing #OffGrid #Lora #LoraWAN #WisMesh #wireless
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I got "yet another" Meshtastic device, lol
this time, I got the "RAKwireless WisMesh Pocket v2"
it arrived today, and so far, it is doing amazing, even for the stock antenna it comes with, lol
and, it's so tiny! 😂
https://store.rokland.com/products/wismesh-pocket
#Meshtastic #Mesh #Meshing #OffGrid #Lora #LoraWAN #WisMesh #wireless
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@h4ckernews this is about #mesh in software applications but not related to #mesh in the sense of #meshing #meshtastic devices.
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@h4ckernews this is about #mesh in software applications but not related to #mesh in the sense of #meshing #meshtastic devices.
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@h4ckernews this is about #mesh in software applications but not related to #mesh in the sense of #meshing #meshtastic devices.
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@h4ckernews this is about #mesh in software applications but not related to #mesh in the sense of #meshing #meshtastic devices.
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@h4ckernews this is about #mesh in software applications but not related to #mesh in the sense of #meshing #meshtastic devices.
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I finally have a site for my mesh booleans! It's been almost 3 years since my EMBER paper. We basically took the "imul" i64 x i64 -> i128 instruction and built a geometry kernel out of that.
So, if you like robust, exact, high-performance mesh booleans (for graphics, VFX, 3D printing, CAE, ...), you might find this interesting: https://solidean.com/
(This is my commercial project, though we want to open-source the exact predicates & constructions in the future)
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I finally have a site for my mesh booleans! It's been almost 3 years since my EMBER paper. We basically took the "imul" i64 x i64 -> i128 instruction and built a geometry kernel out of that.
So, if you like robust, exact, high-performance mesh booleans (for graphics, VFX, 3D printing, CAE, ...), you might find this interesting: https://solidean.com/
(This is my commercial project, though we want to open-source the exact predicates & constructions in the future)
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I finally have a site for my mesh booleans! It's been almost 3 years since my EMBER paper. We basically took the "imul" i64 x i64 -> i128 instruction and built a geometry kernel out of that.
So, if you like robust, exact, high-performance mesh booleans (for graphics, VFX, 3D printing, CAE, ...), you might find this interesting: https://solidean.com/
(This is my commercial project, though we want to open-source the exact predicates & constructions in the future)
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I finally have a site for my mesh booleans! It's been almost 3 years since my EMBER paper. We basically took the "imul" i64 x i64 -> i128 instruction and built a geometry kernel out of that.
So, if you like robust, exact, high-performance mesh booleans (for graphics, VFX, 3D printing, CAE, ...), you might find this interesting: https://solidean.com/
(This is my commercial project, though we want to open-source the exact predicates & constructions in the future)
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I finally have a site for my mesh booleans! It's been almost 3 years since my EMBER paper. We basically took the "imul" i64 x i64 -> i128 instruction and built a geometry kernel out of that.
So, if you like robust, exact, high-performance mesh booleans (for graphics, VFX, 3D printing, CAE, ...), you might find this interesting: https://solidean.com/
(This is my commercial project, though we want to open-source the exact predicates & constructions in the future)
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Langsam aber sicher trudelt meine MeshCore-Hardware ein. Drei WisBlocks sind schon als Repeater programmiert. Jetzt warte ich noch auf Solarpanel und Antennen, dann werde ich die Teile mal provisorisch an ihre zukünftigen Orte hängen und den Empfang testen.
Nachdem ich diesen Thread gelesen habe, bin ich froh, mich nicht für Meshtastic entschieden zu haben:
https://partyon.xyz/@nullagent/115005174102950908
#meshcore #meshtastic #lora #meshing #communication #blackout #funkloch #münstertal #bollschweil #ehrenkirchen
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Langsam aber sicher trudelt meine MeshCore-Hardware ein. Drei WisBlocks sind schon als Repeater programmiert. Jetzt warte ich noch auf Solarpanel und Antennen, dann werde ich die Teile mal provisorisch an ihre zukünftigen Orte hängen und den Empfang testen.
Nachdem ich diesen Thread gelesen habe, bin ich froh, mich nicht für Meshtastic entschieden zu haben:
https://partyon.xyz/@nullagent/115005174102950908
#meshcore #meshtastic #lora #meshing #communication #blackout #funkloch #münstertal #bollschweil #ehrenkirchen
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Langsam aber sicher trudelt meine MeshCore-Hardware ein. Drei WisBlocks sind schon als Repeater programmiert. Jetzt warte ich noch auf Solarpanel und Antennen, dann werde ich die Teile mal provisorisch an ihre zukünftigen Orte hängen und den Empfang testen.
Nachdem ich diesen Thread gelesen habe, bin ich froh, mich nicht für Meshtastic entschieden zu haben:
https://partyon.xyz/@nullagent/115005174102950908
#meshcore #meshtastic #lora #meshing #communication #blackout #funkloch #münstertal #bollschweil #ehrenkirchen
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Langsam aber sicher trudelt meine MeshCore-Hardware ein. Drei WisBlocks sind schon als Repeater programmiert. Jetzt warte ich noch auf Solarpanel und Antennen, dann werde ich die Teile mal provisorisch an ihre zukünftigen Orte hängen und den Empfang testen.
Nachdem ich diesen Thread gelesen habe, bin ich froh, mich nicht für Meshtastic entschieden zu haben:
https://partyon.xyz/@nullagent/115005174102950908
#meshcore #meshtastic #lora #meshing #communication #blackout #funkloch #münstertal #bollschweil #ehrenkirchen
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Langsam aber sicher trudelt meine MeshCore-Hardware ein. Drei WisBlocks sind schon als Repeater programmiert. Jetzt warte ich noch auf Solarpanel und Antennen, dann werde ich die Teile mal provisorisch an ihre zukünftigen Orte hängen und den Empfang testen.
Nachdem ich diesen Thread gelesen habe, bin ich froh, mich nicht für Meshtastic entschieden zu haben:
https://partyon.xyz/@nullagent/115005174102950908
#meshcore #meshtastic #lora #meshing #communication #blackout #funkloch #münstertal #bollschweil #ehrenkirchen
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Went with another classic, the dragon statue.
This shows triangulated surface remeshing using a (very basic) #JuliaLang wrapper for @BrunoLevy01 et al.'s fantastic Geogram library (https://github.com/BrunoLevy/geogram).
#GeometryProcessing #Meshing #ComputationalMechanics #ComputationalDesign
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Went with another classic, the dragon statue.
This shows triangulated surface remeshing using a (very basic) #JuliaLang wrapper for @BrunoLevy01 et al.'s fantastic Geogram library (https://github.com/BrunoLevy/geogram).
#GeometryProcessing #Meshing #ComputationalMechanics #ComputationalDesign
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Went with another classic, the dragon statue.
This shows triangulated surface remeshing using a (very basic) #JuliaLang wrapper for @BrunoLevy01 et al.'s fantastic Geogram library (https://github.com/BrunoLevy/geogram).
#GeometryProcessing #Meshing #ComputationalMechanics #ComputationalDesign
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Went with another classic, the dragon statue.
This shows triangulated surface remeshing using a (very basic) #JuliaLang wrapper for @BrunoLevy01 et al.'s fantastic Geogram library (https://github.com/BrunoLevy/geogram).
#GeometryProcessing #Meshing #ComputationalMechanics #ComputationalDesign
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Went with another classic, the dragon statue.
This shows triangulated surface remeshing using a (very basic) #JuliaLang wrapper for @BrunoLevy01 et al.'s fantastic Geogram library (https://github.com/BrunoLevy/geogram).
#GeometryProcessing #Meshing #ComputationalMechanics #ComputationalDesign
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Coming soon to #comodo: constrained #Delaunay triangulations. Which I decided needs parameterized #Batman curves too for testing purposes 🦇
#julialang #GeometryProcessing #meshing #ComputationalDesign
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Coming soon to #comodo: constrained #Delaunay triangulations. Which I decided needs parameterized #Batman curves too for testing purposes 🦇
#julialang #GeometryProcessing #meshing #ComputationalDesign
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Coming soon to #comodo: constrained #Delaunay triangulations. Which I decided needs parameterized #Batman curves too for testing purposes 🦇
#julialang #GeometryProcessing #meshing #ComputationalDesign
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Coming soon to #comodo: constrained #Delaunay triangulations. Which I decided needs parameterized #Batman curves too for testing purposes 🦇
#julialang #GeometryProcessing #meshing #ComputationalDesign
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Coming soon to #comodo: constrained #Delaunay triangulations. Which I decided needs parameterized #Batman curves too for testing purposes 🦇
#julialang #GeometryProcessing #meshing #ComputationalDesign
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Notch notch! Just Lupin' around... 🛠️ :k5: 🧐
🔍 FElupe
https://felupe.readthedocs.io/en/latest/examples
#computationalmechanics #FiniteElementMethod #fem #scientificcomputing #meshing
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Notch notch! Just Lupin' around... 🛠️ :k5: 🧐
🔍 FElupe
https://felupe.readthedocs.io/en/latest/examples
#computationalmechanics #FiniteElementMethod #fem #scientificcomputing #meshing
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Recently, I've put a lot of effort in completing the documentation of 🔍 FElupe, especially its API reference. There is still room for improvement, but I consider it to be in a fairly good shape now 📝. There are also new tutorials 🎓 and examples 🧮 - have a look if you haven't already! If you have ideas 💡 on how to improve it, please let me know!
https://felupe.readthedocs.io/en/latest
#FiniteElementMethod #finiteelements #computationalmechanics #scientificcomputing #python #fem #fea #meshing #hyperelasticity #opensource
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Recently, I've put a lot of effort in completing the documentation of 🔍 FElupe, especially its API reference. There is still room for improvement, but I consider it to be in a fairly good shape now 📝. There are also new tutorials 🎓 and examples 🧮 - have a look if you haven't already! If you have ideas 💡 on how to improve it, please let me know!
https://felupe.readthedocs.io/en/latest
#FiniteElementMethod #finiteelements #computationalmechanics #scientificcomputing #python #fem #fea #meshing #hyperelasticity #opensource
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I consider 🕸️ meshio to be probably THE BEST open-source library related to #scientificcomputing and #meshing. 🎉 Kudos to the authors and contributors! 🎉
https://pypi.org/project/meshio/
Have you ever used meshio?
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I consider 🕸️ meshio to be probably THE BEST open-source library related to #scientificcomputing and #meshing. 🎉 Kudos to the authors and contributors! 🎉
https://pypi.org/project/meshio/
Have you ever used meshio?
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#Meshing tauchte zum ersten Mal im Protokoll der 137. Sitzung des 20. Deutschen Bundestages am 16.11.2023 auf. Es wurde im Rahmen der Rede von Helge Limburg (GRÜNE) gesagt.
Video: https://de.openparliament.tv/media/DE-0200137154?q=Meshing
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#Meshing tauchte zum ersten Mal im Protokoll der 137. Sitzung des 20. Deutschen Bundestages am 16.11.2023 auf. Es wurde im Rahmen der Rede von Helge Limburg (GRÜNE) gesagt.
Video: https://de.openparliament.tv/media/DE-0200137154?q=Meshing
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#Meshing tauchte zum ersten Mal im Protokoll der 137. Sitzung des 20. Deutschen Bundestages am 16.11.2023 auf. Es wurde im Rahmen der Rede von Helge Limburg (GRÜNE) gesagt.
Video: https://de.openparliament.tv/media/DE-0200137154?q=Meshing
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#Meshing tauchte zum ersten Mal im Protokoll der 137. Sitzung des 20. Deutschen Bundestages am 16.11.2023 auf. Es wurde im Rahmen der Rede von Helge Limburg (GRÜNE) gesagt.
Video: https://de.openparliament.tv/media/DE-0200137154?q=Meshing
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#Meshing tauchte zum ersten Mal im Protokoll der 137. Sitzung des 20. Deutschen Bundestages am 16.11.2023 auf. Es wurde im Rahmen der Rede von Helge Limburg (GRÜNE) gesagt.
Video: https://de.openparliament.tv/media/DE-0200137154?q=Meshing
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@villares Great! In FElupe, I eliminated one loop for performance reasons: First, I create a line-mesh and then expand it to a rectangle.
import felupe as fem
mesh = fem.Rectangle(a=(0, 0), b=(100, 100), n=(6, 6))
Here you'll find the rectangle-function
and here the expand-tool:
#python #scientificcomputing #computationalmechanics #meshing #opensource
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@villares Great! In FElupe, I eliminated one loop for performance reasons: First, I create a line-mesh and then expand it to a rectangle.
import felupe as fem
mesh = fem.Rectangle(a=(0, 0), b=(100, 100), n=(6, 6))
Here you'll find the rectangle-function
and here the expand-tool:
#python #scientificcomputing #computationalmechanics #meshing #opensource
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@villares Great! In FElupe, I eliminated one loop for performance reasons: First, I create a line-mesh and then expand it to a rectangle.
import felupe as fem
mesh = fem.Rectangle(a=(0, 0), b=(100, 100), n=(6, 6))
Here you'll find the rectangle-function
and here the expand-tool:
#python #scientificcomputing #computationalmechanics #meshing #opensource
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@villares Great! In FElupe, I eliminated one loop for performance reasons: First, I create a line-mesh and then expand it to a rectangle.
import felupe as fem
mesh = fem.Rectangle(a=(0, 0), b=(100, 100), n=(6, 6))
Here you'll find the rectangle-function
and here the expand-tool:
#python #scientificcomputing #computationalmechanics #meshing #opensource
-
@villares Great! In FElupe, I eliminated one loop for performance reasons: First, I create a line-mesh and then expand it to a rectangle.
import felupe as fem
mesh = fem.Rectangle(a=(0, 0), b=(100, 100), n=(6, 6))
Here you'll find the rectangle-function
and here the expand-tool:
#python #scientificcomputing #computationalmechanics #meshing #opensource
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Hey, exciting news about quad/hex-meshing: Easily create planar quad meshes between two line meshes by interpolation. Same applies for hex meshes between two quad meshes. Will be included in the upcoming release 7.7.0 of FElupe on PyPI!
https://felupe.readthedocs.io/en/latest/howto/meshgen.html
#mesh #finiteelements #meshing #python #opensource #mechanics #fea #fem #quad #hex #geometry #computationalmechanics
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Hey, exciting news about quad/hex-meshing: Easily create planar quad meshes between two line meshes by interpolation. Same applies for hex meshes between two quad meshes. Will be included in the upcoming release 7.7.0 of FElupe on PyPI!
https://felupe.readthedocs.io/en/latest/howto/meshgen.html
#mesh #finiteelements #meshing #python #opensource #mechanics #fea #fem #quad #hex #geometry #computationalmechanics
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Hey, exciting news about quad/hex-meshing: Easily create planar quad meshes between two line meshes by interpolation. Same applies for hex meshes between two quad meshes. Will be included in the upcoming release 7.7.0 of FElupe on PyPI!
https://felupe.readthedocs.io/en/latest/howto/meshgen.html
#mesh #finiteelements #meshing #python #opensource #mechanics #fea #fem #quad #hex #geometry #computationalmechanics
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Hey, exciting news about quad/hex-meshing: Easily create planar quad meshes between two line meshes by interpolation. Same applies for hex meshes between two quad meshes. Will be included in the upcoming release 7.7.0 of FElupe on PyPI!
https://felupe.readthedocs.io/en/latest/howto/meshgen.html
#mesh #finiteelements #meshing #python #opensource #mechanics #fea #fem #quad #hex #geometry #computationalmechanics