Part Torus/es: Difference between revisions
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{{Docnav|[[Part_Sphere|Sphere]]|[[Part_CreatePrimitives|CreatePrimitives]]|[[Part_Module|Part]]|IconL=Part_Sphere.png|IconC=Workbench_Part.svg|IconR=Part_CreatePrimitives.png}} |
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{{GuiCommand/es|Name=Part Torus|Name/es=Part Torus|MenuLocation=Part → Torus||Workbenches=[[Part Module/es|Part]], Complete|SeeAlso=[[Part_CreatePrimitives/es|Part CreatePrimitives]]}} |
{{GuiCommand/es|Name=Part Torus|Name/es=Part Torus|MenuLocation=Part → Torus||Workbenches=[[Part Module/es|Part]], Complete|SeeAlso=[[Part_CreatePrimitives/es|Part CreatePrimitives]]}} |
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== Description == |
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Crea un toro paramétrico simple, con los parámetros de posición, ángulo1, ángulo2, ángulo3, radio1 y radio2. El toro se posicionará en el origen (point 0,0,0). Los parámetros de ángulo permiten crear una porción del toro en lugar de uno completo (están establecidos como 360° por defecto), los radios 1 y 2 definen respectivamente el tamaño del agujero y del anillo del toro. |
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Creates a simple parametric torus, with position, angle1, angle2, angle3, radius1 and radius2 as parameters. |
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[[File:SimpleTorus.jpg|400px]] |
[[File:SimpleTorus.jpg|400px]] |
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In the [[Part_Workbench|Part]] workbench click on the torus icon [[Image:Part Torus.png|32px]]. The torus will be positioned at origin (point 0,0,0) on creation. |
In the [[Part_Workbench|Part]] workbench click on the torus icon [[Image:Part Torus.png|32px]]. The torus will be positioned at origin (point 0,0,0) on creation. |
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The angle parameters (angle1, angle2, angle3), as well as the radius parameter ( |
The angle parameters (angle1, angle2, angle3), as well as the radius parameter (radius1 , radius2) parameters permit to parametrize the torus, see next paragraph. |
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== Option == |
== Option == |
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A torus can be assimilated to a small disc that makes a circular orbit around an imaginary axe. Thus the parametric torus is defined by the following parameters: |
A torus can be assimilated to a small disc that makes a circular orbit around an imaginary axe. Thus the parametric torus is defined by the following parameters: |
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* {{Parameter| |
* {{Parameter|Radius1:}} Radius of the circle around which the disc circulate |
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* {{Parameter| |
* {{Parameter|Radius2:}} Radius of the disc defining the form of the torus |
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* {{Parameter| |
* {{Parameter|Angle1:}} 1st angle to cut / define the disc of the torus |
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* {{Parameter| |
* {{Parameter|Angle2:}} 2nd angle to cut / define the disc of the torus |
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* {{Parameter| |
* {{Parameter|Angle3:}} 3rd angle to define the circumference of the torus. |
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as well as the standard set of placement parameters. The pictures below give a visual overview of the parameters antecedently mentioned: |
as well as the standard set of placement parameters. The pictures below give a visual overview of the parameters antecedently mentioned: |
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[[File:TorusExampleRadius1.jpg]] |
[[File:TorusExampleRadius1.jpg]] |
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The parameter |
The parameter Radius1 has a value of 20 mm. |
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[[File:TorusExampleRadius2.jpg]] |
[[File:TorusExampleRadius2.jpg]] |
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The parameter |
The parameter Radius2 has a value of 2 mm. |
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[[File:TorusExampleAngle1.jpg]] |
[[File:TorusExampleAngle1.jpg]] |
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The parameter |
The parameter Angle1 has a value of -90°. Notice that, the "angle measure" tool cannot display negative angle. Considered the displayed value in picture as "-90°". |
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[[File:TorusExampleAngle2.jpg]] |
[[File:TorusExampleAngle2.jpg]] |
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The parameter |
The parameter Angle2 has a value of 90°. |
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[[File:TorusExampleAngle3.jpg]] |
[[File:TorusExampleAngle3.jpg]] |
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The parameter |
The parameter Angle3 has a value of 90°. |
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{{Docnav|[[Part_Sphere|Sphere]]|[[Part_CreatePrimitives|CreatePrimitives]]|[[Part_Module|Part]]|IconL=Part_Sphere.png|IconC=Workbench_Part.svg|IconR=Part_CreatePrimitives.png}} |
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Revision as of 14:19, 13 February 2019
Part Torus |
Ubicación en el Menú |
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Part → Torus |
Entornos de trabajo |
Part, Complete |
Atajo de teclado por defecto |
Ninguno |
Introducido en versión |
- |
Ver también |
Part CreatePrimitives |
Crea un toro paramétrico simple, con los parámetros de posición, ángulo1, ángulo2, ángulo3, radio1 y radio2. El toro se posicionará en el origen (point 0,0,0). Los parámetros de ángulo permiten crear una porción del toro en lugar de uno completo (están establecidos como 360° por defecto), los radios 1 y 2 definen respectivamente el tamaño del agujero y del anillo del toro.
How to use
In the Part workbench click on the torus icon . The torus will be positioned at origin (point 0,0,0) on creation. The angle parameters (angle1, angle2, angle3), as well as the radius parameter (radius1 , radius2) parameters permit to parametrize the torus, see next paragraph.
Option
Parameter
A torus can be assimilated to a small disc that makes a circular orbit around an imaginary axe. Thus the parametric torus is defined by the following parameters:
- Radius1: Radius of the circle around which the disc circulate
- Radius2: Radius of the disc defining the form of the torus
- Angle1: 1st angle to cut / define the disc of the torus
- Angle2: 2nd angle to cut / define the disc of the torus
- Angle3: 3rd angle to define the circumference of the torus.
as well as the standard set of placement parameters. The pictures below give a visual overview of the parameters antecedently mentioned:
The parameter Radius1 has a value of 20 mm.
The parameter Radius2 has a value of 2 mm.
The parameter Angle1 has a value of -90°. Notice that, the "angle measure" tool cannot display negative angle. Considered the displayed value in picture as "-90°".
The parameter Angle2 has a value of 90°.
The parameter Angle3 has a value of 90°.
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