PulserConventions.h File Reference

#include "Rtypes.h"

Go to the source code of this file.

Namespaces

namespace Pulser

Enumerations

enum EPulseType { kDougPoint, kGainCurve }

enum ECalibType {
  kPassThrough, kLinear, kParabolic, kLinearInterpolator,
  kSplineInterpolator
}

enum EPulserTask {
  kRealData = 0x000, kNearEnd = 0x01, kFarEnd = 0x02, kNearLow = 0x01,
  kFarLow = 0x02, kNearHigh = 0x03, kFarHigh = 0x04, kNearFar = 0x05,
  kRawInterpolation = 0x00, kFirstMethod = 0x10, kSecondMethod = 0x20, kThirdMethod = 0x30,
  kTempData = 0x100
}

Enumeration Type Documentation

enum ECalibType

Enumeration values:

kPassThrough

kLinear

kParabolic

kLinearInterpolator

kSplineInterpolator

Definition at line 11 of file PulserConventions.h.
00011 {kPassThrough, 00012 kLinear, 00013 kParabolic, 00014 kLinearInterpolator, 00015 kSplineInterpolator}; // goes in Dbi::Mode etc.

enum EPulserTask

Enumeration values:

kRealData

kNearEnd

kFarEnd

kNearLow

kFarLow

kNearHigh

kFarHigh

kNearFar

kRawInterpolation

kFirstMethod

kSecondMethod

kThirdMethod

kTempData

Definition at line 17 of file PulserConventions.h.
00017 {kRealData = 0x000, 00018 00019 kNearEnd = 0x01, 00020 kFarEnd = 0x02, 00021 kNearLow = 0x01, 00022 kFarLow = 0x02, 00023 kNearHigh = 0x03, 00024 kFarHigh = 0x04, 00025 kNearFar = 0x05, 00026 // Now the calibration modes 00027 kRawInterpolation = 0x00, 00028 kFirstMethod = 0x10, 00029 kSecondMethod = 0x20, 00030 kThirdMethod = 0x30, 00031 00032 kTempData = 0x100};

enum EPulseType

Enumeration values:

kDougPoint

kGainCurve

Definition at line 9 of file PulserConventions.h.
00009 {kDougPoint, kGainCurve};

Generated on Sat Nov 21 22:48:49 2009 for loon by

1.3.9.1


Namespaces
namespace	Pulser
Enumerations
enum	EPulseType { kDougPoint, kGainCurve }
enum	ECalibType { kPassThrough, kLinear, kParabolic, kLinearInterpolator, kSplineInterpolator }
enum	EPulserTask { kRealData = 0x000, kNearEnd = 0x01, kFarEnd = 0x02, kNearLow = 0x01, kFarLow = 0x02, kNearHigh = 0x03, kFarHigh = 0x04, kNearFar = 0x05, kRawInterpolation = 0x00, kFirstMethod = 0x10, kSecondMethod = 0x20, kThirdMethod = 0x30, kTempData = 0x100 }