Revolve takes a nurbs curve, spins it kind of like pottery, and makes a complete 360 degree object.
Set the menu set to surfaces.
Make sure you're familiar with basic nurbs curves and basic polygons.
Step one - Go to create >CV curve tool.
Step two - Create the profile of the glass on one side.
Step three - By default the pivot point will be set to the center of the scene. Since the pivot point is the point at which the revolve function will revolve the surface around, it's important that it sits in the right place. In this case, it is in the center of the scene .
If the pivot point isn't in the right place, select the curve, go to the move tool and hit insert on your keyboard. Position the pivot point according to the image above.
Step four - Select the curve and go to surfaces>revolve... Open the options.
There are a lot of different combinations that can be set up using this function. I will cover the most commonly used attributes.
Axis preset - You can revolve around the X, Y, or Z axis. For our glass, we're going to revolve around the Y axis (up). Look at the image below that demonstrates the other axises.
If you set it to free, you can set a custom axis.
Pivot - You have two options: object or preset. If you set it to object it will use the object's pivot point to revolve around. Set it to preset and the object will revolve around the location you specified in the three fields below.
Surface degree - You have two options: linear or cubic. These attributes work closely with the segments attributes. Use the image below to help explain.
Segments - This is how many profiles will be created around the revolve.
Output geometry - You can output as nurbs, polygons, subdiv or beizer. Set it to polygons and it will display the rest of the options.
Output geometry - polygons - Here are the best set-ups for generating polygons from a revolve.
Set the type to quad and the tessellation method to count. Set the count to the amount of polygons you'll be needing. Add more if the object appears jagged after the revolve.
You should get something like this:
Set the menu set to surfaces.
Make sure you're familiar with basic nurbs curves and basic polygons.
Step one - Go to create >CV curve tool.
Step two - Create the profile of the glass on one side.
Step three - By default the pivot point will be set to the center of the scene. Since the pivot point is the point at which the revolve function will revolve the surface around, it's important that it sits in the right place. In this case, it is in the center of the scene .
If the pivot point isn't in the right place, select the curve, go to the move tool and hit insert on your keyboard. Position the pivot point according to the image above.
Step four - Select the curve and go to surfaces>revolve... Open the options.
There are a lot of different combinations that can be set up using this function. I will cover the most commonly used attributes.
Axis preset - You can revolve around the X, Y, or Z axis. For our glass, we're going to revolve around the Y axis (up). Look at the image below that demonstrates the other axises.
If you set it to free, you can set a custom axis.
Pivot - You have two options: object or preset. If you set it to object it will use the object's pivot point to revolve around. Set it to preset and the object will revolve around the location you specified in the three fields below.
Surface degree - You have two options: linear or cubic. These attributes work closely with the segments attributes. Use the image below to help explain.
Segments - This is how many profiles will be created around the revolve.
Output geometry - You can output as nurbs, polygons, subdiv or beizer. Set it to polygons and it will display the rest of the options.
Output geometry - polygons - Here are the best set-ups for generating polygons from a revolve.
Set the type to quad and the tessellation method to count. Set the count to the amount of polygons you'll be needing. Add more if the object appears jagged after the revolve.
You should get something like this:
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