Mmst_Easystrokeratiocamdata Structure; Mmst_Easystrokeratiocamsectiondata Structure; Mmst_Advancedstrokeratiocamdata Structure; Mmst_Advancedstrokeratiocamsectiondata Structure - Mitsubishi MR-EM340GF User Manual

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6.8

MMST_EasyStrokeRatioCamData Structure

The following are the auto-generation data structures used by cam auto-generation (easy stroke ratio cam).
Variable name
Resolution
CamAxisLengthPerCycle
CamDataStartingPoint
NumberOfSections
6.9
MMST_EasyStrokeRatioCamSectionData
Structure
The following are the section data structures used by cam auto-generation (easy stroke ratio cam).
Variable name
CamCurveType
EndPoint
Stroke
6.10

MMST_AdvancedStrokeRatioCamData Structure

The following are the auto-generation data structures used by cam auto-generation (advanced stroke ratio cam).
Variable name
Resolution
CamAxisLengthPerCycle
CamStrokeAmount
UnitSetting
CamDataStartingPoint
NumberOfSections
6.11
MMST_AdvancedStrokeRatioCamSectionData
Structure
The following are the section data structures used by cam auto-generation (advanced stroke ratio cam).
Variable name
CamCurveType
EndPoint
Stroke
CurveApplicableRangeP1
CurveApplicableRangeP2
AccDecRangeCompensationL1
AccDecRangeCompensationL2
6 STRUCTURE LIST
198
6.8 MMST_EasyStrokeRatioCamData Structure
Data type
Name
unsigned long
[Cd.611] Cam auto-generation data
unsigned long
unsigned long
unsigned short
Data type
Name
unsigned short
[Cd.611] Cam auto-generation data
unsigned long
long
Data type
Name
unsigned long
[Cd.611] Cam auto-generation data
unsigned long
unsigned long
unsigned short
unsigned long
unsigned short
Data type
Name
unsigned short
[Cd.611] Cam auto-generation data
unsigned long
long
unsigned short
unsigned short
unsigned short
unsigned short
Resolution
Cam axis length per cycle
Cam data starting point
Number of sections
Section
Cam curve type
End point
Stroke
Resolution
Cam axis length per cycle
Cam stroke amount
Unit setting
Cam data starting point
Number of sections
Section
Cam curve type
End point
Stroke
Curve applicable range (P1)
Curve applicable range (P2)
Acceleration/deceleration range
compensation (Range L1)
Acceleration/deceleration range
compensation (Range L2)

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