From the course: Rhino: From Curves to Surfaces
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Details on curved surfaces 1: Build bigger and trim back - Rhino Tutorial
From the course: Rhino: From Curves to Surfaces
Details on curved surfaces 1: Build bigger and trim back
- [Instructor] Thanks to Rhino student Lee for this demo idea. In this lesson we cover one of my favorite and easiest strategies to build models faster. The name I use is called build it bigger then trim it back. Yeah, not so catchy, but you'll just love how this works. We're going to use it to create a single complex design by using multiple simpler shapes and intersect them or overlap them. First let's talk about how most people might approach this and why it doesn't work as well. So the objective here is to have a heart shaped protrusion popping off of the penguin. I've got the geometry down here at the bottom with some details on how to build it if you're interested. So a lot of people will do projecting onto the shapes but this is kind of off center. The projection might not go perfectly. So one thing I just want to point out is an approach here that might work for some examples is the pull back. Let's do that quickly…
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Contents
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Dave's intersection technique: A potato chip5m 13s
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Dave's intersection technique: A bracket8m 38s
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Building a space helmet12m 39s
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(Locked)
Detailing a space helmet8m 48s
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(Locked)
Making a flexible duct—not duck7m 53s
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(Locked)
Building details on round pipes10m 4s
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(Locked)
Modeling organic stuff: A mitten11m 3s
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(Locked)
Modeling organic stuff: A shoe12m
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(Locked)
My egg is broken! Details on curved surfaces6m 49s
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(Locked)
Details on curved surfaces 1: Build bigger and trim back4m
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(Locked)
Save the day with a superhero cape8m 51s
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(Locked)
Make a car wheel10m 2s
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(Locked)
Make a car tire and tread6m 30s
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(Locked)
Building a 2D gear5m 44s
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(Locked)
Building a 3D gear7m 1s
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(Locked)
Making a chain drive for gears6m 40s
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(Locked)
Building a pulley wheel7m 7s
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(Locked)
Create a pulley belt8m 16s
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(Locked)
Create details on a pulley belt8m 7s
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(Locked)
It's time to make a watch10m 52s
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(Locked)
Dave's wing hack-nique7m 7s
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(Locked)
Using isocurves and edges for modeling8m 55s
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(Locked)
Organic modeling: Two-curve taco shell9m 23s
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(Locked)
Organic modeling: Taco with a side of gumball7m 11s
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Organic modeling: Advanced point editing9m 41s
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Organic modeling: Curve network hack-nique3m 30s
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