static internal void NewTables(string txFileNameRev, string txFileName_dispRev)
{
//反向
pim_rev_tx1 = new Tx_Table(txFileNameRev, "pim_signal_1");
pim_rev_tx1disp = new Tx_Table(txFileName_dispRev, "pim_signal_1");
pim_rev_offset1 = new Tx_Table(txFileNameRev, "pim_offset_1");
pim_rev_offset2 = new Tx_Table(txFileNameRev, "pim_offset_2");
pim_rev_tx2 = new Tx_Table(txFileNameRev, "pim_signal_2");
pim_rev_tx2disp = new Tx_Table(txFileName_dispRev, "pim_signal_2");
pim_rev_offset1_disp = new Tx_Table(txFileName_dispRev, "pim_offset_1");
pim_rev_offset2_disp = new Tx_Table(txFileName_dispRev, "pim_offset_2");
//----------------------------------------
//前向
//pim_frd_tx1 = new Tx_Table(txFileNameFrd, "pim_signal_1");
//pim_frd_tx1disp = new Tx_Table(txFileName_dispFrd, "pim_signal_1");
//pim_frd_offset1 = new Tx_Table(txFileNameFrd, "pim_offset_1");
//pim_frd_offset2 = new Tx_Table(txFileNameFrd, "pim_offset_2");
//pim_frd_tx2 = new Tx_Table(txFileNameFrd, "pim_signal_2");
//pim_frd_tx2disp = new Tx_Table(txFileName_dispFrd, "pim_signal_2");
//pim_frd_offset1_disp = new Tx_Table(txFileName_dispFrd, "pim_offset_1");
//pim_frd_offset2_disp = new Tx_Table(txFileName_dispFrd, "pim_offset_2");
//----------------------------------------
//iso_tx1 = new Tx_Table(txFileNameRev, "iso_signal_1");
//iso_tx1_disp = new Tx_Table(txFileName_dispRev, "iso_signal_1");
//iso_offset1 = new Tx_Table(txFileNameRev, "iso_offset_1");
//iso_offset2 = new Tx_Table(txFileNameRev, "iso_offset_2");
//iso_tx2 = new Tx_Table(txFileNameRev, "iso_signal_2");
//iso_tx2_disp = new Tx_Table(txFileName_dispRev, "iso_signal_2");
//iso_offset1_disp = new Tx_Table(txFileName_dispRev, "iso_offset_1");
//iso_offset2_disp = new Tx_Table(txFileName_dispRev, "iso_offset_2");
//vsw_tx1 = new Tx_Table(txFileNameRev, "vsw_signal_1");
//vsw_tx1_disp = new Tx_Table(txFileName_dispRev, "vsw_signal_1");
//vsw_offset1 = new Tx_Table(txFileNameRev, "vsw_offset_1");
//vsw_offset2 = new Tx_Table(txFileNameRev, "vsw_offset_2");
//vsw_tx2 = new Tx_Table(txFileNameRev, "vsw_signal_2");
//vsw_tx2_disp = new Tx_Table(txFileName_dispRev, "vsw_signal_2");
//vsw_offset1_disp = new Tx_Table(txFileName_dispRev, "vsw_offset_1");
//vsw_offset2_disp = new Tx_Table(txFileName_dispRev, "vsw_offset_2");
//har_tx1 = new Tx_Table(txFileNameRev, "har_signal_1");
//har_tx1_disp = new Tx_Table(txFileName_dispRev, "har_signal_1");
//har_offset1 = new Tx_Table(txFileNameRev, "har_offset_1");
//har_offset2 = new Tx_Table(txFileNameRev, "har_offset_2");
//har_tx2 = new Tx_Table(txFileNameRev, "har_signal_2");
//har_tx2_disp = new Tx_Table(txFileName_dispRev, "har_signal_2");
//har_offset1_disp = new Tx_Table(txFileName_dispRev, "har_offset_1");
//har_offset2_disp = new Tx_Table(txFileName_dispRev, "har_offset_2");
}
static internal void LoadTables_ygq(Tx_Table[] tt)
{
pim_rev_tx1 = tt[0];
pim_rev_tx1disp = tt[1];
pim_rev_offset1 = tt[2];
pim_rev_offset2 = tt[3];
pim_rev_tx2 = tt[4];
pim_rev_tx2disp = tt[5];
pim_rev_offset1_disp = tt[6];
pim_rev_offset2_disp = tt[7];
}
static internal Tx_Table[] LoadTables_ygq()
{
//加载互调模块的补偿系数
//----------------------------------------
//反向
pim_rev_tx1.LoadSettings();
pim_rev_tx2.LoadSettings();
pim_rev_offset1.LoadSettings();
pim_rev_offset2.LoadSettings();
pim_rev_tx1disp.LoadSettings();
pim_rev_tx2disp.LoadSettings();
pim_rev_offset1_disp.LoadSettings();
pim_rev_offset2_disp.LoadSettings();
Tx_Table[] tt = new Tx_Table[] { pim_rev_tx1, pim_rev_tx1disp, pim_rev_offset1, pim_rev_offset2,
pim_rev_tx2, pim_rev_tx2disp, pim_rev_offset1_disp, pim_rev_offset2_disp };
return(tt);
}
static internal void NewTables(string txFileNameRev, string txFileName_dispRev, string txFileNameRev2, string txFileName_dispRev2)
{
//反向
pim_rev_tx1 = new Tx_Table(txFileNameRev, "pim_signal_1");
pim_rev_tx1disp = new Tx_Table(txFileName_dispRev, "pim_signal_1");
pim_rev_offset1 = new Tx_Table(txFileNameRev, "pim_offset_1");
pim_rev_offset2 = new Tx_Table(txFileNameRev, "pim_offset_2");
pim_rev_tx2 = new Tx_Table(txFileNameRev, "pim_signal_2");
pim_rev_tx2disp = new Tx_Table(txFileName_dispRev, "pim_signal_2");
pim_rev_offset1_disp = new Tx_Table(txFileName_dispRev, "pim_offset_1");
pim_rev_offset2_disp = new Tx_Table(txFileName_dispRev, "pim_offset_2");
//反向
pim_rev2_tx1 = new Tx_Table(txFileNameRev2, "pim_signal_1");
pim_rev2_tx1disp = new Tx_Table(txFileName_dispRev2, "pim_signal_1");
pim_rev2_offset1 = new Tx_Table(txFileNameRev2, "pim_offset_1");
pim_rev2_offset2 = new Tx_Table(txFileNameRev2, "pim_offset_2");
pim_rev2_tx2 = new Tx_Table(txFileNameRev2, "pim_signal_2");
pim_rev2_tx2disp = new Tx_Table(txFileName_dispRev2, "pim_signal_2");
pim_rev2_offset1_disp = new Tx_Table(txFileName_dispRev2, "pim_offset_1");
pim_rev2_offset2_disp = new Tx_Table(txFileName_dispRev2, "pim_offset_2");
}
/// <summary>获取补偿
///
/// </summary>
/// <param name="f">频率</param>
/// <param name="p">功率</param>
/// <param name="tx">Tx_Table</param>
/// <returns></returns>
internal float Offset(float f, float p, Tx_Table tx)
{
this._table = tx;
float v = 0.0f;
float v1 = 0.0f;
float v2 = 0.0f;
if (table == null)
{
v = 0.0f;
}
else
{
mii_I = rowHead.Search(f);
mii_J = colHead.Search(p);
//待补偿点，恰好落在表格节点上
if (mii_I.only_I && mii_J.only_I)
{
v = table[mii_J.I][mii_I.I] + _table.Offset1(p);
}
//带补偿点，在横轴（频率f）上落在表格节点上，在纵轴(功率dB)上没有落在表格节点上
else if (mii_I.only_I && (!mii_J.only_I))
{
if (mii_J.I1 != mii_J.I)
{
v = Offset_dB(p, mii_I.I, mii_J.I1, mii_J.I);
}
else
{
v = Offset_dB(p, mii_I.I, mii_J.I, mii_J.I2);
}
//带补偿点，在纵轴(功率dB)上落在表格节点上，在横轴（频率f）上没有落在表格节点上
}
else if ((!mii_I.only_I) && mii_J.only_I)
{
if (mii_I.I1 != mii_I.I)
{
v = Offset_F(f, mii_J.I, mii_I.I1, mii_I.I, p);
}
else
{
v = Offset_F(f, mii_J.I, mii_I.I, mii_I.I2, p);
}
//带补偿点，在两个轴向上都没有落在表格节点上
}
else
{
int I_F1 = 0;
int I_F2 = 0;
//先固定f，进行p变换
if (mii_I.I1 != mii_I.I)
{
I_F1 = mii_I.I1;
I_F2 = mii_I.I;
if (mii_J.I1 != mii_J.I)
{
v1 = Offset_dB(p, I_F1, mii_J.I1, mii_J.I);
v2 = Offset_dB(p, I_F2, mii_J.I1, mii_J.I);
}
else
{
v1 = Offset_dB(p, I_F1, mii_J.I, mii_J.I2);
v2 = Offset_dB(p, I_F2, mii_J.I, mii_J.I2);
}
}
else
{
I_F1 = mii_I.I;
I_F2 = mii_I.I2;
if (mii_J.I1 != mii_J.I)
{
v1 = Offset_dB(p, I_F1, mii_J.I1, mii_J.I);
v2 = Offset_dB(p, I_F2, mii_J.I1, mii_J.I);
}
else
{
v1 = Offset_dB(p, I_F1, mii_J.I, mii_J.I2);
v2 = Offset_dB(p, I_F2, mii_J.I, mii_J.I2);
}
}
//再进行f变换
aItem1 = rowHead.GetItem(I_F1);
aItem2 = rowHead.GetItem(I_F2);
v = Offset_Linear(f, aItem1.v, v1, aItem2.v, v2);
}
}
return(v + App_Settings.spc.TxRef);
}