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SHAPESSHAPES. Create a revolved shape using a spline Place the center of the base on the Origin Center point and use the Origin axis and work planes

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Page 1: SHAPESSHAPES. Create a revolved shape using a spline Place the center of the base on the Origin Center point and use the Origin axis and work planes

SHAPES

Page 2: SHAPESSHAPES. Create a revolved shape using a spline Place the center of the base on the Origin Center point and use the Origin axis and work planes

Create a revolved shape using a spline

Place the center of the base on the Origin Center point and use the Origin axis and work planes. This will simplify the placement of the block of ice that determines volume.

Use surfaces to create the initial shapes

Origin Center Point

Page 3: SHAPESSHAPES. Create a revolved shape using a spline Place the center of the base on the Origin Center point and use the Origin axis and work planes

Create a spout-use loft with rails to control the shape

(Make it intersect into the pot)

Page 4: SHAPESSHAPES. Create a revolved shape using a spline Place the center of the base on the Origin Center point and use the Origin axis and work planes

You can made the surfaces opaque. (They seem to respond to splits and thicken better if you do)

Page 5: SHAPESSHAPES. Create a revolved shape using a spline Place the center of the base on the Origin Center point and use the Origin axis and work planes

Split the 2 surfaces twice, once with the spout as the split tool and once with the body as the split tool

Then thicken the desired pieces. (There will be a hole into the spout from the body) (Make the surfaces invisible) (A mid plane thicken makes the best connection)

Page 6: SHAPESSHAPES. Create a revolved shape using a spline Place the center of the base on the Origin Center point and use the Origin axis and work planes

If desired you can then split the end off the spout. (Or you can place the spout shape on an angled work plane for the loft)

Page 7: SHAPESSHAPES. Create a revolved shape using a spline Place the center of the base on the Origin Center point and use the Origin axis and work planes

Add a handle (I used a sweep) and you are now ready to calculate the volume of liquid your pot can hold

Page 8: SHAPESSHAPES. Create a revolved shape using a spline Place the center of the base on the Origin Center point and use the Origin axis and work planes

Start a new part and place a block of ice that will be split to give the volumetric interior shape

Page 9: SHAPESSHAPES. Create a revolved shape using a spline Place the center of the base on the Origin Center point and use the Origin axis and work planes

Derive the pot and modify your ice to envelope the pot up to the desired level in the spout.

Page 10: SHAPESSHAPES. Create a revolved shape using a spline Place the center of the base on the Origin Center point and use the Origin axis and work planes

Split the pot and the ice. (the ice has to be below the edge of the spout for this to work)

Page 11: SHAPESSHAPES. Create a revolved shape using a spline Place the center of the base on the Origin Center point and use the Origin axis and work planes

To remove the outer ice use delete face/delete lump

Page 12: SHAPESSHAPES. Create a revolved shape using a spline Place the center of the base on the Origin Center point and use the Origin axis and work planes

Volume of water =86.231 in^3

Or 5.97 Cups

(Water level is just below the end of the spout)

To show just the interior volume deselect “view/object visibility/construction surfaces”

Then use iProperties to determine volume of solid.

1 cubic foot = 1728 cubic inches, and 1 cubic foot

= 7.48 gallons, and 1 gallon = 16 cups, so1 gallon = 231 cubic

inches 1 cup = 14.44 cubic

inches So take your cubic

inches and divide it by 14.44 to get how many

cups it is!