func NewVENC(FlowVenc string, BitsStored uint16) (VENC, error) {
	out := VENC{}

	flowVenc, err := strconv.ParseFloat(FlowVenc, 64)
	if err != nil {
		return out, err
	}
	out.FlowVenc = flowVenc

	out.BitsStored = float64(BitsStored)

	return out, nil
}
// NewVENC consumes the raw string values for FlowVenc and BitsStored, returning
// a VENC object that is ready to be used for calculating pixel velocities
NewVENC consumes the raw string values for FlowVenc and BitsStored, returning
a VENC object that is ready to be used for calculating pixel velocities
// NewVENC consumes the raw string values for FlowVenc and BitsStored returning // a VENC object that is ready to be used for calculating pixel velocities
func NewVENC(FlowVenc string, BitsStored uint16) (VENC, error) {
	out := VENC{}
	flowVenc, err := strconv.ParseFloat(FlowVenc, 64)
	if err != nil {
		return out, err
	}
	out.FlowVenc = flowVenc
	out.BitsStored = float64(BitsStored)
	return out, nil
}
func NewVENC ( FlowVenc string , BitsStored uint16 ) ( VENC , error ) { out := VENC { } flowVenc , err := strconv . ParseFloat ( FlowVenc , 64 ) if err != nil { return out , err } out . FlowVenc = flowVenc out . BitsStored = float64 ( BitsStored ) return out , nil }
NewVENC consumes the raw string values for FlowVenc and BitsStored, returning
a VENC object that is ready to be used for calculating pixel velocities
NewVENC consumes the raw string values for FlowVenc and BitsStored returning a VENC object that is ready to be used for calculating pixel velocities