Tutorials

0 0 Intermediate
Note: Since Rhino is unable to properly loose offset single-span degree 5 surface and creates chaotic output surfaces, I used an old “hack” with using the hugely underappreciated “MoveUVN” tool to offset the control points instead. That results into almost flawless loose offset surfaces that need just a few touches to maintain their tangency along the border.

0 0 Beginner
How to build a quality blend curve on surface.

0 0 Beginner
This tutorial shows how to use a tangent circle to 3 surfaces to build a full round fillet in-between.

0 0 Expert
Modeling of Y-branch in Rhino 7

0 0 Beginner
Clean, easy to edit shape with Loose Loft

0 0 Beginner
framing assemble in rhino

0 0 Intermediate
To set the system language

0 0 Intermediate
Use SETVARIABLE command .

0 0 Intermediate
Magic corner in Rhino 7

0 0 Intermediate
Basic surfacing for Boat hull

0 0 Beginner
Create helix around a freeform object.

0 0 Intermediate
Modeling tutorial for creating a ring in Rhino 7.

0 0 Intermediate
Modeling tutorial: Fixing a messy 3d model

0 0 Intermediate
Creating a freeform complex shape in Rhino.

0 0 Intermediate
When asked what smart switch to use to control their gas fireplace, you see a lot of replies "do you want to be one software bug away from your fireplace turning on?" Granted, modern gas fireplaces have safeties in place to prevent un-lit open valves, runaway heating, etc., but some people would still rather have a hardware switch standing between them and fire. This project aims to be the best of both worlds: by running 5v power to the low-voltage switch box holding my fireplace wall switch (in my case, this involved pulling 5-conductor thermostat wire using the existing 2-conductor wire), you can power an ESP board running ESPHome. By running the actual thermostat switch signal through both a DPST and a (ESPHome-controlled) 3v relay, we can be sure that the fireplace is only "active" if the manual switch is turned on.