Water Lily Ring - rhinogold.jp‚¹レンリング056-Ver4.0-レベル2.pdf · 2 RhinoGold Tutorial...
Transcript of Water Lily Ring - rhinogold.jp‚¹レンリング056-Ver4.0-レベル2.pdf · 2 RhinoGold Tutorial...
1 RhinoGold Tutorial Series
Smart Curve
First, we’ll go to the Drawing tab and select the
Smart Curve tool and define a curve of 22 mm.
1 Gauge
Now, we’ll select the Gauge tool and define a ring
of 18mm size, European type.
2
Smart Curve
Then, we’ll trace a similar curve to the image with
the Smart Curve tool, in the Drawing tab, we’ll try
that the curve maintain contact with the two curves ma-
de in the previous step.
3 Sweep 2 Rail
Then, we’ll apply the Sweep 2 Rails tool, selecting
the three curves and activating the "Maintain
height" in the tool parameters. We’ll obtain a similar result
to the object displayed in the image.
4
Water Lily Ring
In this tutorial we will use RhinoGold tools such as, Bend,
Symmetry Vertical , Gem studio, Extrude, Dynamic Polar
Array and Sweep 2 Rails.
2 RhinoGold Tutorial Series
Bend
Now, in the Transform tab, we’ll select the Bend tool
and apply it to the solid, enabling the Symmetry
option in line Command.
5 Symmetry Vertical
Then, we’ll apply a symmetry with the Symmetry
Vertical tool.
6
Gem Studio
Then, we’ll select the Gem Studio tool, in the Gem
tab and define a Brilliant of 4 mm.
7 Head
Now, we’ll define a head gem composed of 4
prongs and 2 rails, with the Head tool, in the Jewe-
llery tab.
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Smart Curve
Then, we’ll go to the Drawing tab and select the
Smart Curve tool and define a similar curve to
which it shown in the image.
9 Extrude
Now, we’ ll make an extrusion 1 mm to the curve
created above with the Extrude tool, in the Mode-
lling tab.
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3 RhinoGold Tutorial Series
Gumball
Then, we’ll select the Gumball command and mo-
ve the extruded solid positioning it with the Head, as
shown in the picture.
11 Bend
In this step, we’ll select the Bend tool and apply it to
the solid extruded, as shown in the picture.
12
Gem Studio
Then, we’ll go to the Gems tab and apply 1mm
Gems to the solid surface.
13 Cutter
Now, in the Jewellery tab, we’ll select the Cutter
tool and apply it to the gems of the solid.
14
Boolean Difference
Then, we’ll apply a Boolean Difference to the cut-
ters to subtract from the solid surface.
15 Prong Studio
In this step, we’ll define the prongs on the small
gems with Prong Studio tool, in the Jewellery tab.
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4 RhinoGold Tutorial Series
Dynamic Polar Array
Now, we’ll go to the Transform tab and select the
Dynamic Polar Array tool, we’ll apply it to the extru-
ded solid with gems and prongs, generating an Array of 5
copies.
17 Ungroup/Copy
Then, we’ll ungroup the copies of the array with the
ungroup option, with the Grouping tool, in the
Drawing tab and will make a copy of the array object
with gems and prongs.
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Dynamic Polar Array
Repeat the operation with the Dynamic Polar Array
with the copy from the previous step.
19 Torus
Then, we’ll define an object made with the Torus
tool, positioning it a similar form to the picture.
20
Ungroup/Copy
Repeat the process Ungroup and copy an object,
in this case the second Array. We’ll position the
copy in the same form as in the image.
21 Dynamic Polar Array
We’ll define once again a Dynamic Polar Array of
five copies, applying the object from above.
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5 RhinoGold Tutorial Series
Boolean Union
Finally, we’ll apply a Boolean Union between all
solids to unify the ring.
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