Difference between revisions of "AXY:Element Synchronization/Design"
(→Pre-Calculation) |
|||
Line 32: | Line 32: | ||
And then generate a master profile with the following parameters: | And then generate a master profile with the following parameters: | ||
− | |||
− | |||
Line 39: | Line 37: | ||
− | + | Master profile: | |
− | + | <math>L</math> , <math>min(V_i \cdot \frac{L} {L_i})</math> , <math>min(A_i \cdot \frac{L} {L_i})</math> , <math>min(D_i \cdot \frac{L} {L_i})</math> , <math>min(Ja_i \cdot \frac{L} {L_i})</math> , <math>min(Jd_i \cdot \frac{L} {L_i})</math> | |
− | |||
The master profile data-structure will be copied to the profile-data-structure of all other elements. | The master profile data-structure will be copied to the profile-data-structure of all other elements. | ||
− | The complete system of the sync-list motion profiles will be executed together just be scaling each of them by the factor of: | + | The complete system of the sync-list motion profiles will be executed together just be scaling each of them by the factor of:<math>\frac{L_i}{\sqrt{\sum L_i ^2}}</math> |
Revision as of 08:24, 31 January 2012
Element Synchronization Design
Common algorithms to both SyncStart and SyncAll:
Pre-Calculation
Is done in MotionManager task, initiated by message sent from SyncStart/All commands:
In case of SyncStart we sperately execute MotCalc on every element from the sync-list:
FOR element FROM sync-list element->MotCalc() NEXT
In case of SyncAll it is little bit more complicated, every element is pre-calculated in order to estimate it's own max profile values:
FOR element FROM sync-list
element->MotCalc() ==> Li , Vi , Ai , Di , Jai , Jdi
NEXT
And then generate a master profile with the following parameters:
The master profile data-structure will be copied to the profile-data-structure of all other elements.
Master profile:
, , , , ,
The master profile data-structure will be copied to the profile-data-structure of all other elements.
The complete system of the sync-list motion profiles will be executed together just be scaling each of them by the factor of: