Internal geometries - Revision history

Altadyna: /* Triad Axes */

2015-07-25T14:12:53Z

‎Triad Axes

2015-07-25T14:11:55Z

‎Triad Axes

2015-07-25T14:10:30Z

‎Text

2015-07-25T14:09:21Z

‎Sphere

2015-07-25T14:01:02Z

‎Point

2015-07-25T13:56:31Z

‎Line

2015-07-25T13:55:41Z

‎Line

2015-07-25T13:52:01Z

‎Cylinder

2015-07-25T13:10:48Z

‎Cone

2015-07-25T13:00:44Z

‎Box

← Older revision		Revision as of 14:12, 25 July 2015
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	A triad axes is a set of three orthogonal axes. User shall specify the location and X Z axes. The Y axis is computed internally. A triad axes is useful for defining the local reference coordinates for an object.		A triad axes is a set of three orthogonal axes. User shall specify the location and X Z axes. The Y axis is computed internally. A triad axes is useful for defining the local reference coordinates for an object.
		+
		+	All triad axes show X axis in red, Y in yellow and Z in green. No text label is displayed.

	[[Category:Geometries]]		[[Category:Geometries]]

← Older revision		Revision as of 14:11, 25 July 2015
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	=Triad Axes=		=Triad Axes=
		+
		+	A triad axes is a set of three orthogonal axes. User shall specify the location and X Z axes. The Y axis is computed internally. A triad axes is useful for defining the local reference coordinates for an object.

	[[Category:Geometries]]		[[Category:Geometries]]

@@ Line 65: / Line 65: @@
 =Text=
 =Triad Axes=
 [[Category:Geometries]]

← Older revision		Revision as of 14:09, 25 July 2015
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	=Sphere=		=Sphere=
		+
		+	A sphere is defined by the center and radius. User can specify the mesh density by entering "Theta Resolution" and "Phi Resolution". Theta and Phi refer to the spherical coordinates.
		+
		+	[[File:Setup sphere.png\|600px]]
		+
		+	User can also specify the range of Theta and Phi if a partial spherical surface is desired.

	=Text=		=Text=

← Older revision		Revision as of 14:01, 25 July 2015
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	=Point=		=Point=
		+
		+	Points can be used as probes to collect data at certain points. They can be used for other purposes as well. To create a point, simply enter three coordinates or drag the point to desired location. For 2D analysis the z coordinate is not used by the solver.

	=Sphere=		=Sphere=

@@ Line 50: / Line 50: @@
 A line is created by specifying two points. User can either manually enter the coordinates or drag the points in the view. To create a line along one of the coordinate axes, simply click on the axis button in the "Properties" panel.
-[[File:Setup line.png]]
+[[File:Setup line.png|600px]]
 =Point=

← Older revision		Revision as of 13:55, 25 July 2015
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	=Line=		=Line=
		+
		+	A line is created by specifying two points. User can either manually enter the coordinates or drag the points in the view. To create a line along one of the coordinate axes, simply click on the axis button in the "Properties" panel.
		+
		+	[[File:Setup line.png]]

	=Point=		=Point=

← Older revision		Revision as of 13:52, 25 July 2015
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	=Cylinder=		=Cylinder=
		+
		+	Cylinders can be created similar to cones. However cylinders are created in Y direction. User can use the transformation matrix in the "Display" panel to transform the cylinder after it's created.

	=Line=		=Line=

← Older revision		Revision as of 13:10, 25 July 2015
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	=Cone=		=Cone=
		+
		+	To create a cone, users shall specify its radius, height, center and direction. The resolution refers the number of segments along the circumference. If "Capping" is unchecked the cone's bottom cap will not be created.
		+
		+	[[File:Setup cone.png\|600px]]

	=Cylinder=		=Cylinder=

← Older revision		Revision as of 13:00, 25 July 2015
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	=Box=		=Box=
		+
		+	A box is a useful geometry in Polaris CFD. It can be used to represent the simulation domain, a VR domain or a solid object.
		+
		+	A box is defined by X Y Z lengths and its center.

	=Cone=		=Cone=