Difference between revisions of "Custom Canned Cycles for Automatic Feature Measurement"

From ArcoWiki
Jump to: navigation, search
(Created page with " Category:ReadMe3.6")
 
 
(14 intermediate revisions by 2 users not shown)
Line 1: Line 1:
 +
== Introduction ==
 +
From version 3.6 are present some "Non-[[DMIS|Dmis]]" commands that allow to perform automatic measurement of features following a geometrical path instead being driven by regular <code>PTMEAS/</code> commands.<br />
 +
The features whom those news cycles applies are:
 +
*Circle
 +
*Cylinder
 +
*Planes
 +
== Activating the cycles ==
 +
The automatic cycles can be set and activated by the measuring panel.<br />
 +
Opening one of the available features, a new icon is present, and this will show a dialog to define the different cycles.
  
 +
<gallery | mode="packed">
 +
File:CannedCylceIcon.png | Non- [[DMIS|Dmis]] automatic cycle for Measurng cycles
 +
File:Canned Cycle Algorithm.png | Parameters for Auto Cycle
 +
</gallery>
  
 +
== Circle and Cylinders ==
 +
For circles and cylinders features are available the following new automatic cycles:
 +
 +
{| class="wikitable"
 +
|-
 +
! Cycle Name !! Description !! Image
 +
|-
 +
| Pattern Helical Full || Distributes the points according an helical path over 360° per round.<br/>The starting position if from the application point of the feature.<br/>The requested parameter are: <ul><li>Pitch of the helix<li>Number of Sections to the measured<li>Starting Angle of the Helix (Based on Working Plane)</ul> ||[[File:PatternHelicalFull.png|400px]]
 +
|-
 +
| Pattern Helical Partial ||  Distributes the points according a portion of an helical path over the specified angle spam.<br/>The starting position if from the application point of the feature.<br/>The requested parameter are: <ul><li>Pitch of the helix<li>Starting Angle of the Helix (Based on Working Plane)<li>Angle to be covered by the points distribution<li>Number of Sections to the measured</ul>  ||[[File:PatternHelicalPartial.png|400px]]
 +
|-
 +
| Pattern Section Full ||  Distributes the points on parallel sections over 360°.<br/>The starting position if from the application point of the feature.<br/>The requested parameter are: <ul><li>Distance between sections<li>Number of Sections to the measured<li>Starting Angle of the first point (Based on Working Plane)</ul> ||[[File:PatternSectionFull.png|400px]]
 +
|-
 +
| Pattern Section Partial ||  Distributes the points on parallel sections over the specified angle spam.<br/>The starting position if from the application point of the feature.<br/>The requested parameter are: <ul><li>Distance between sections<li>Number of Sections to the measured<li>Starting Angle of the first point (Based on Working Plane)<li>Angle to be covered by the points distribution</ul>  ||[[File:PatternSectionPartial.png|400px]]
 +
|-
 +
| Pattern Section Optimized||  Distributes the points in the specified distance along the feature axis on parallel sections over the specified angle spam.<br/>The starting position if from the application point of the feature.<br/>  The requested parameter are: <ul><li>Starting Angle of the first point (Based on Working Plane)<li>Angle to be covered by the points distribution<li>Lenght to be covered</ul> ||[[File:PatternSectionOptimized.png|400px]]
 +
|-
 +
| Feature Bounded Helical Full ||  Distributes the points according an helical path over 360° per round.<br/>The starting position if from the intersection between the feature to be measured and the specified bounding feature .<br/>The requested parameter are: <ul><li>Filter between Nominal and Actual Features<li>Bounding Feature<li>Pitch of the helix<li>Number of Sections to the measured<li>Starting Angle of the Helix (Based on Working Plane)</ul>||[[File:PatternBoundedHelicalFull.png|400px]]
 +
|-
 +
| Feature Bounded Helical Partial ||  Distributes the points according a portion of an helical path over the specified angle spam.<br/>The starting position if from the intersection between the feature to be measured and the specified bounding feature.<br/>The requested parameter are: <ul><li>Filter between Nominal and Actual Features<li>Bounding Feature<li>Pitch of the helix<li>Starting Angle of the Helix (Based on Working Plane)<li>Angle to be covered by the points distribution<li>Number of Sections to the measured</ul> ||[[File:PatternBoundedHelicalPartial.png|400px]]
 +
|-
 +
| Feature Bounded Section Full||  Distributes the points on parallel sections over 360°.<br/>The starting position if from the intersection between the feature to be measured and the specified bounding feature .<br/>The requested parameter are: <ul><li>Filter between Nominal and Actual Features<li>Bounding Feature<li>Distance between sections<li>Number of Sections to the measured<li>Starting Angle of the first point (Based on Working Plane)</ul>  ||[[File:PatternBoundedSectionFull.png|400px]]
 +
|-
 +
| Feature Bounded Section Partial||  Distributes the points on parallel sections over the specified angle spam.<br/>The starting position if from the intersection between the feature to be measured and the specified bounding feature .<br/>The requested parameter are: <ul><li>Filter between Nominal and Actual Features<li>Bounding Feature<li>Distance between sections<li>Number of Sections to the measured<li>Starting Angle of the first point (Based on Working Plane)<li>Angle to be covered by the points distribution</ul> ||[[File:PatternBoundedSectionPartial.png|400px]]
 +
|-
 +
| Feature Bounded Section Optimized ||  Distributes the points in the specified distance along the feature axis on parallel sections over the specified angle spam.<br/>The starting position if from the intersection between the feature to be measured and the specified bounding feature .<br/>  The requested parameter are: <ul><li>Filter between Nominal and Actual Features<li>Bounding Feature<li>Starting Angle of the first point (Based on Working Plane)<li>Angle to be covered by the points distribution<li>Lenght to be covered</ul> ||[[File:PatternBoundedSectionOptimized.png|400px]]
 +
 +
 +
|}
 +
 +
== Planes ==
 +
For planes are available the following new automatic cycles:
 +
 +
{| class="wikitable"
 +
|-
 +
! Cycle Name !! Description !! Image
 +
|-
 +
| Plane Square Box || Distributes the points according a square pattern.<br/>The center point of the patter is the application point of the feature.<br/>The requested parameter are: <ul><li>Lengh of the major axis (Based on Working Plane)<li>Height of the pattern.</ul>  ||[[File:PlaneSquareBox.png|400px]]
 +
|-
 +
| Plane Square Grid ||  Distributes the points according a grid pattern.<br/>The center point of the patter is the application point of the feature.<br/>The requested parameter are: <ul><li>Lengh of grid along the major axis (Based on Working Plane)<li>Height of the secondary axis of the grid<li>Number of repetition of the pattern.</ul>  ||[[File:PlaneSquareGrid.png|400px]]
 +
|-
 +
| Plane Pattern Radial ||  Distributes the points on round pattern over the specified angle spam.<br/>The center point of the patter is the application point of the feature.<br/>The requested parameter are: <ul><li>Radius of the Pattern<li>Starting Angle of the first point (Based on Working Plane)<li>Angle to be covered by the points distribution</ul>  ||[[File:PlanePatternRadial.png|400px]]
 +
|-
 +
| Plane Bounded Radial ||  Distributes the points on 2 concentric round pattern over the specified angle spam.<br/>The starting position if from the application point of the feature.<br/>The requested parameter are: <ul><li>Distance between sections<li>Number of Sections to the measured<li>Starting Angle of the first point (Based on Working Plane)<li>Angle to be covered by the points distribution</ul>  ||[[File:PlaneBoundedRadial.png|400px]]
 +
|-
 +
| Plane Bounded Annulus Radial ||| Distributes the points on 2 concentric round pattern over the specified angle spam with a random radial position.<br/>The starting position if from the application point of the feature.<br/>The requested parameter are: <ul><li>Distance between sections<li>Number of Sections to the measured<li>Starting Angle of the first point (Based on Working Plane)<li>Angle to be covered by the points distribution</ul>  ||[[File:PlaneBoundedAnnulusRadial.png|400px]]
 +
 +
 +
|}
 +
 +
[[it:Cicli fissi personalizzati per la misurazione automatica delle feature]]
 +
[[zh-cn:用于自动特征测量的自定义固定循环]]
 +
[[pt:Ciclos fixos personalizados para medição automática de recursos]]
 +
[[de:Benutzerdefinierte Zyklen für die automatische Merkmalsmessung]]
 +
[[es:Ciclos fijos personalizados para la medición automática de características]]
 +
[[en: Custom Canned Cycles for Automatic Feature Measurement]]
 +
 +
[[Category:Custom_Canned_Cycles]]
 +
[[Category:Help_On_Line]]
 
[[Category:ReadMe3.6]]
 
[[Category:ReadMe3.6]]

Latest revision as of 14:27, 4 June 2018

Introduction

From version 3.6 are present some "Non-Dmis" commands that allow to perform automatic measurement of features following a geometrical path instead being driven by regular PTMEAS/ commands.
The features whom those news cycles applies are:

  • Circle
  • Cylinder
  • Planes

Activating the cycles

The automatic cycles can be set and activated by the measuring panel.
Opening one of the available features, a new icon is present, and this will show a dialog to define the different cycles.

  • Non- Dmis automatic cycle for Measurng cycles

  • Parameters for Auto Cycle

Circle and Cylinders

For circles and cylinders features are available the following new automatic cycles:

Cycle Name Description Image
Pattern Helical Full Distributes the points according an helical path over 360° per round.
The starting position if from the application point of the feature.
The requested parameter are:
  • Pitch of the helix
  • Number of Sections to the measured
  • Starting Angle of the Helix (Based on Working Plane)
 PatternHelicalFull.png
Pattern Helical Partial Distributes the points according a portion of an helical path over the specified angle spam.
The starting position if from the application point of the feature.
The requested parameter are:
  • Pitch of the helix
  • Starting Angle of the Helix (Based on Working Plane)
  • Angle to be covered by the points distribution
  • Number of Sections to the measured
 PatternHelicalPartial.png
Pattern Section Full Distributes the points on parallel sections over 360°.
The starting position if from the application point of the feature.
The requested parameter are:
  • Distance between sections
  • Number of Sections to the measured
  • Starting Angle of the first point (Based on Working Plane)
 PatternSectionFull.png
Pattern Section Partial Distributes the points on parallel sections over the specified angle spam.
The starting position if from the application point of the feature.
The requested parameter are:
  • Distance between sections
  • Number of Sections to the measured
  • Starting Angle of the first point (Based on Working Plane)
  • Angle to be covered by the points distribution
 PatternSectionPartial.png
Pattern Section Optimized Distributes the points in the specified distance along the feature axis on parallel sections over the specified angle spam.
The starting position if from the application point of the feature.
The requested parameter are:
  • Starting Angle of the first point (Based on Working Plane)
  • Angle to be covered by the points distribution
  • Lenght to be covered
 PatternSectionOptimized.png
Feature Bounded Helical Full Distributes the points according an helical path over 360° per round.
The starting position if from the intersection between the feature to be measured and the specified bounding feature .
The requested parameter are:
  • Filter between Nominal and Actual Features
  • Bounding Feature
  • Pitch of the helix
  • Number of Sections to the measured
  • Starting Angle of the Helix (Based on Working Plane)
 PatternBoundedHelicalFull.png
Feature Bounded Helical Partial Distributes the points according a portion of an helical path over the specified angle spam.
The starting position if from the intersection between the feature to be measured and the specified bounding feature.
The requested parameter are:
  • Filter between Nominal and Actual Features
  • Bounding Feature
  • Pitch of the helix
  • Starting Angle of the Helix (Based on Working Plane)
  • Angle to be covered by the points distribution
  • Number of Sections to the measured
 PatternBoundedHelicalPartial.png
Feature Bounded Section Full Distributes the points on parallel sections over 360°.
The starting position if from the intersection between the feature to be measured and the specified bounding feature .
The requested parameter are:
  • Filter between Nominal and Actual Features
  • Bounding Feature
  • Distance between sections
  • Number of Sections to the measured
  • Starting Angle of the first point (Based on Working Plane)
 PatternBoundedSectionFull.png
Feature Bounded Section Partial Distributes the points on parallel sections over the specified angle spam.
The starting position if from the intersection between the feature to be measured and the specified bounding feature .
The requested parameter are:
  • Filter between Nominal and Actual Features
  • Bounding Feature
  • Distance between sections
  • Number of Sections to the measured
  • Starting Angle of the first point (Based on Working Plane)
  • Angle to be covered by the points distribution
 PatternBoundedSectionPartial.png
Feature Bounded Section Optimized Distributes the points in the specified distance along the feature axis on parallel sections over the specified angle spam.
The starting position if from the intersection between the feature to be measured and the specified bounding feature .
The requested parameter are:
  • Filter between Nominal and Actual Features
  • Bounding Feature
  • Starting Angle of the first point (Based on Working Plane)
  • Angle to be covered by the points distribution
  • Lenght to be covered
 PatternBoundedSectionOptimized.png


Planes

For planes are available the following new automatic cycles:

Cycle Name Description Image
Plane Square Box Distributes the points according a square pattern.
The center point of the patter is the application point of the feature.
The requested parameter are:
  • Lengh of the major axis (Based on Working Plane)
  • Height of the pattern.
 PlaneSquareBox.png
Plane Square Grid Distributes the points according a grid pattern.
The center point of the patter is the application point of the feature.
The requested parameter are:
  • Lengh of grid along the major axis (Based on Working Plane)
  • Height of the secondary axis of the grid
  • Number of repetition of the pattern.
 PlaneSquareGrid.png
Plane Pattern Radial Distributes the points on round pattern over the specified angle spam.
The center point of the patter is the application point of the feature.
The requested parameter are:
  • Radius of the Pattern
  • Starting Angle of the first point (Based on Working Plane)
  • Angle to be covered by the points distribution
 PlanePatternRadial.png
Plane Bounded Radial Distributes the points on 2 concentric round pattern over the specified angle spam.
The starting position if from the application point of the feature.
The requested parameter are:
  • Distance between sections
  • Number of Sections to the measured
  • Starting Angle of the first point (Based on Working Plane)
  • Angle to be covered by the points distribution
 PlaneBoundedRadial.png
Plane Bounded Annulus Radial Distributes the points on 2 concentric round pattern over the specified angle spam with a random radial position.
The starting position if from the application point of the feature.
The requested parameter are:
  • Distance between sections
  • Number of Sections to the measured
  • Starting Angle of the first point (Based on Working Plane)
  • Angle to be covered by the points distribution
 PlaneBoundedAnnulusRadial.png


Retrieved from "https://en.arcowiki.com/index.php?title=Custom_Canned_Cycles_for_Automatic_Feature_Measurement&oldid=2128"