reijii/klippain-shaketune-telegramm
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

updated vibration documentation and graph accordingly

Browse Source 
to change the wording of the bad speed indicator to vibration metric
that is more generic and easy to understand
This commit is contained in:
Félix Boisselier
2024-04-10 18:52:03 +02:00
parent bde8577d0e
commit 7652f0d8e7
2 changed files with 29 additions and 23 deletions
Download Patch File Download Diff File Expand all files Collapse all files

4
docs/macros/vibrations_profile.md
View File

@@ -36,8 +36,8 @@ The `CREATE_VIBRATIONS_PROFILE` macro results are constituted of a set of 6 plot
|:-----|-------------|
|![](../images/vibrations_graphs/global_speed_energy_profile.png)|This plot shows the relationship between toolhead speed (mm/s) and vibrational energy, providing a global view of how speed impacts vibration across all movements. By using speeds from the green zones, your printer will run more smoothly and you will minimize vibrations and related fine artifacts in prints|
This graph is the most important one of this tool. You want to use it to adapt your slicer profile, especially by looking at the "bad speed indicator" curve, that will helps you find which speeds can be problematic for your printer. Here's the magic behind it, broken down into two key parts:
1. **Spectrum Variance**: This is like the mood ring of your printer, showing how the vibes (a.k.a vibrations) change when printing from different angles. If the "bad speed indicator" is low, it means your printer is keeping its cool, staying consistent no matter the angle. But if it spikes, it's a sign that some angles are making your printer jitter more than a caffeinated squirrel. *Imagine it like this: You're looking for a chill party vibe where the music's good at every angle, not one where you turn a corner and suddenly it's too loud or too soft.*
This graph is the most important one of this tool. You want to use it to adapt your slicer profile, especially by looking at the "vibration metric" curve, that will helps you find which speeds can be problematic for your printer. Here's the magic behind it, broken down into two key parts:
1. **Spectrum Variance**: This is like the mood ring of your printer, showing how the vibes (a.k.a vibrations) change when printing from different angles. If the "vibration metric" is low, it means your printer is keeping its cool, staying consistent no matter the angle. But if it spikes, it's a sign that some angles are making your printer jitter more than a caffeinated squirrel. *Imagine it like this: You're looking for a chill party vibe where the music's good at every angle, not one where you turn a corner and suddenly it's too loud or too soft.*
2. **Spectrum Max**: This one's about the max volume of the party, or how loud the strongest vibration is across all angles at any speed. We're aiming to avoid the speeds that crank up the volume too high, causing a resonance rave in the motors. *Think of it this way: You don't want the base so high that it feels like your heart's going to beat out of your chest. We're looking for a nice background level where everyone can chat and have a good time.*
And why do we care so much about finding these speeds? Because during a print, the toolhead will move in all directions depending on the geometry, and we want a speed that's like a good friend, reliable no matter what the situation. Fortunately, since the motors in our printers share their vibes without non-linear mixing and just add up (think of it as each doing its own dance without bumping into each other), we can find those happy green zones on the graph: these are the speeds that keep the vibe cool and the energy just right, making them perfect for all your print jobs.