/// <summary>
/// AddRealData
/// </summary>
/// <param name="realdata">NowRegistData</param>
public static void AddRealData(SampleData realdata)
{
lock (lockobj_samples)
{
//�ŏI��M���Ԃ�X�V
LastDataReceiveTime = realdata.SampleTime;
//���[�h1�̏ꍇ
if (RM_3000.Sequences.TestSequence.GetInstance().Mode == Sequences.TestSequence.ModeType.Mode1)
{
//���[�h�P�̏���ɓ����Ă��邩�H
bMode1_Now_Record = Judge_Mode1_Condition(realdata);
//���ϑ���̏ꍇ
if (SystemSetting.MeasureSetting.Mode1_MeasCondition.MeasConditionType == Mode1_MeasCondition.EnumMeasConditionType.MEAS_AVG_SHOTS)
{
// �ۑ��^�C�~���O = ���ω��Z�����
if (bMode1_Now_Record)
{
for (int shotindex = 0 ; shotindex < TmpAverage_Samples.Count ; shotindex++)
{
SampleData tmp = TmpAverage_Samples[shotindex];
for (int i = 0; i < tmp.ChannelDatas.Length; i++)
{
if (realdata.ChannelDatas[i] == null) continue;
if (realdata.ChannelDatas[i].DataValues is Value_Standard)
{
//����͂܂���������ς��Ă���
if (shotindex == 0)
{
((Value_Standard)realdata.ChannelDatas[i].DataValues).Value /= TmpAverage_Samples.Count + 1;
}
((Value_Standard)realdata.ChannelDatas[i].DataValues).Value += ((Value_Standard)tmp.ChannelDatas[i].DataValues).Value / (TmpAverage_Samples.Count + 1);
////�S�đ������Ȃ�A���ω��Z
//if (shotindex + 1 == TmpAverage_Samples.Count)
// ((Value_Standard)realdata.ChannelDatas[i].DataValues).Value /= TmpAverage_Samples.Count + 1;
}
else if (realdata.ChannelDatas[i].DataValues is Value_MaxMin)
{
//����͂܂���������ς��Ă���
if (shotindex == 0)
{
((Value_MaxMin)realdata.ChannelDatas[i].DataValues).MaxValue /= TmpAverage_Samples.Count + 1;
((Value_MaxMin)realdata.ChannelDatas[i].DataValues).MinValue /= TmpAverage_Samples.Count + 1;
}
((Value_MaxMin)realdata.ChannelDatas[i].DataValues).MaxValue += ((Value_MaxMin)tmp.ChannelDatas[i].DataValues).MaxValue / (TmpAverage_Samples.Count + 1);
((Value_MaxMin)realdata.ChannelDatas[i].DataValues).MinValue += ((Value_MaxMin)tmp.ChannelDatas[i].DataValues).MinValue / (TmpAverage_Samples.Count + 1);
////�S�đ������Ȃ�A���ω��Z
//if (shotindex + 1 == TmpAverage_Samples.Count)
//{
// ((Value_MaxMin)realdata.ChannelDatas[i].DataValues).MaxValue /= TmpAverage_Samples.Count + 1;
// ((Value_MaxMin)realdata.ChannelDatas[i].DataValues).MinValue /= TmpAverage_Samples.Count + 1;
//}
}
}
}
//���ߍ��ݗp��N���A
TmpAverage_Samples.Clear();
GC.Collect();
}
// �ۑ��^�C�~���O�ł͂Ȃ�
else
{
//���Ϗ����p�ɗ��ߍ���
TmpAverage_Samples.Add(realdata);
}
}
}
//�ۑ��w�����肩�AMode1�Ȃ���[�h�P����OK����
if (bRecord && (bMode1_Now_Record || RM_3000.Sequences.TestSequence.GetInstance().Mode != Sequences.TestSequence.ModeType.Mode1))
{
//�e�X�g�f�[�^�Ƃ��ċL��
RealMeasureData.SampleDatas.Add(realdata);
}
//���[�h1�ŕۑ��^�C�~���O�ł͂Ȃ����́A�`��ɂ���߂Ȃ��B
if (bCond_MeasurePause)
return;
SampleData realdata_sample = (SampleData)realdata.Clone();
//���[�h�P����擾�Ȃ�I�t�Z�b�g�p���I�[����ݒ�
if (SystemSetting.MeasureSetting.Mode == (int)ModeType.MODE1 && receiveCount == 0)
{
//�`�����l�������[�v
for (int i = 1; i < realdata_sample.ChannelDatas.Length; i++)
{
if (realdata_sample.ChannelDatas[i] == null) continue;
if (realdata_sample.ChannelDatas[i].DataValues == null) continue;
//�`�����l����B��R�Ȃ��
if (SystemSetting.ChannelsSetting.ChannelSettingList[i - 1].ChKind == ChannelKindType.B
|| SystemSetting.ChannelsSetting.ChannelSettingList[i - 1].ChKind == ChannelKindType.R)
{
//TagNo1�Ń`�F�b�N
if (SystemSetting.RelationSetting.RelationList[i].TagNo_1 != -1 &&
RealTimeData.DataTagSetting.GetTag(SystemSetting.RelationSetting.RelationList[i].TagNo_1).StaticZero == 0)
{
//�m�[�}���f�[�^
if (realdata_sample.ChannelDatas[i].DataValues is Value_Standard)
{
RealTimeData.DataTagSetting.GetTag(SystemSetting.RelationSetting.RelationList[i].TagNo_1).StaticZero =
((Value_Standard)realdata_sample.ChannelDatas[i].DataValues).Value;
}
//MaxMin�f�[�^
else
{
RealTimeData.DataTagSetting.GetTag(SystemSetting.RelationSetting.RelationList[i].TagNo_1).StaticZero =
(((Value_MaxMin)realdata_sample.ChannelDatas[i].DataValues).MinValue + ((Value_MaxMin)realdata_sample.ChannelDatas[i].DataValues).MaxValue) / 2;
}
}
//TagNo2 �Ń`�F�b�N
if (SystemSetting.RelationSetting.RelationList[i].TagNo_2 != -1 &&
RealTimeData.DataTagSetting.GetTag(SystemSetting.RelationSetting.RelationList[i].TagNo_2).StaticZero == 0)
{
//�m�[�}���Ȃ�Ύg��Ȃ�
if (realdata_sample.ChannelDatas[i].DataValues is Value_Standard)
{
}
//MaxMin�Ńf�[�^��g��
else
{
RealTimeData.DataTagSetting.GetTag(SystemSetting.RelationSetting.RelationList[i].TagNo_2).StaticZero =
(((Value_MaxMin)realdata_sample.ChannelDatas[i].DataValues).MinValue + ((Value_MaxMin)realdata_sample.ChannelDatas[i].DataValues).MaxValue) / 2;
}
}
}
}
}
Samples.Add(realdata_sample);
receiveCount++;
}
}
