//------------------------------------------------------------------------------ // // This code was generated by a tool. // Tango Observables Generator // // Changes to this file may cause incorrect behavior and will be lost if // the code is regenerated. Do not modify! // //------------------------------------------------------------------------------ using System; using System.Collections.Generic; using System.Linq; using System.Text; using System.Threading.Tasks; using Tango.BL.Entities; namespace Tango.BL.DTO { public abstract class HardwareMotorDTOBase : ObservableEntityDTO { /// /// hardware motor type guid /// public String HardwareMotorTypeGuid { get; set; } /// /// hardware version guid /// public String HardwareVersionGuid { get; set; } /// /// min frequency /// public Int32 MinFrequency { get; set; } /// /// max frequency /// public Int32 MaxFrequency { get; set; } /// /// set micro step /// public Int32 SetMicroStep { get; set; } /// /// micro step /// public Int32 MicroStep { get; set; } /// /// max change slope /// public Double MaxChangeSlope { get; set; } /// /// high length micro second /// public Double HighLengthMicroSecond { get; set; } /// /// speed master /// public Boolean SpeedMaster { get; set; } /// /// pulse per round /// public Int32 PulsePerRound { get; set; } /// /// pulley radius /// public Double PulleyRadius { get; set; } /// /// config word /// public Int32 ConfigWord { get; set; } /// /// direction thread wize /// public Boolean DirectionThreadWize { get; set; } /// /// kval hold /// public Int32 KvalHold { get; set; } /// /// kval run /// public Int32 KvalRun { get; set; } /// /// kval acc /// public Int32 KvalAcc { get; set; } /// /// kval dec /// public Int32 KvalDec { get; set; } /// /// over current threshold /// public Int32 OverCurrentThreshold { get; set; } /// /// stall threshold /// public Int32 StallThreshold { get; set; } /// /// thermal compensation factor /// public Int32 ThermalCompensationFactor { get; set; } /// /// low speed optimization /// public Boolean LowSpeedOptimization { get; set; } /// /// st slp /// public Int32 StSlp { get; set; } /// /// int spd /// public Int32 IntSpd { get; set; } /// /// fn slp acc /// public Int32 FnSlpAcc { get; set; } /// /// fn slp dec /// public Int32 FnSlpDec { get; set; } /// /// fs spd /// public Int32 FsSpd { get; set; } /// /// gate cfg 1 /// public Int32 GateCfg1 { get; set; } /// /// gate cfg 2 /// public Int32 GateCfg2 { get; set; } /// /// t val hold /// public Int32 TValHold { get; set; } /// /// t val run /// public Int32 TValRun { get; set; } /// /// t val acc /// public Int32 TValAcc { get; set; } /// /// t val dec /// public Int32 TValDec { get; set; } /// /// t fast /// public Int32 TFast { get; set; } /// /// t on min /// public Int32 TOnMin { get; set; } /// /// t off min /// public Int32 TOffMin { get; set; } /// /// active /// public Boolean Active { get; set; } /// /// p01 config word /// public Int32 P01ConfigWord { get; set; } } }