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--- visual3d:documentation:modeling:segments:segment_volume [2024/07/03 17:39] – created sgranger
+++ visual3d:documentation:modeling:segments:segment_volume [2024/07/17 15:45] (current) – created sgranger
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-====== Segment_Volume ======
+====== Segment Volume ======
 Visual3D models segments as cones, cylinders, spheres, and ellipsoids. Visual3D doesn't compute the volume of a segment based on these geometries, but the calculations are straightforward.
@@ Line 7: / Line 7: @@
 One of the Visual3D segment geometries is labeled a **Cone.** To be precise the **Cone** refers to a **conical frustrum.** A **frustra of right cones** is created by cutting the top off of a cone such that the cut is parallel to the base of the cone.
-{{frustraOfRightCones1.gif}}
+{{:frustraOfRightCones1.gif}}
 A frustra of right cones is created by cutting the top off of a cone such that the cut is parallel to the base of the cone.
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 The volume of a conical frustrum is:
-{{Volume_Frustrum.jpg}}
+{{:Volume_Frustrum.jpg}}
 This value is not computed by default, but can be added as a Model Metric Item.
-{{Volume_Frustrum_Metric.png}}
+{{:Volume_Frustrum_Metric.png}}
 ===== Volume of Ellipsoid =====
 In Visual3D the inertial properties of an ellipsoid (sphere) are calculated using only the distal radius.
-{{sphere.gif}}
+{{:sphere.gif}}
 The distance from the proximal end of the segment to the center of mass of the segment.
 **CG_from_proximal_end = L**
-{{Volume_Ellipsoid.jpg}}
+{{:Volume_Ellipsoid.jpg}}
 ===== Volume of Elliptical Cylinder =====
-{{Cylinder.gif}}
+{{:Cylinder.gif}}
 Visual3D uses the Radius at the distal end of the segment as the Radius of the cylinder.
-{{Volume_Cylinder.jpg}}
+{{:Volume_Cylinder.jpg}}