/// <summary>
///
/// </summary>
/// <param name="ComGuid"></param>
/// <param name="tmpData"></param>
/// <returns></returns>
public string Analysis209s(Guid ComGuid, byte[] tmpData)
{
string m_Analysis209s = "";
byte dirLB, dirHB, pitchLB, pitchHB; //方位，俯仰o
int CCD_Depth, CCD_Focus, n_H, n_V, IR_Depth, IR_Focus;
bool dirsign, pitchsign;
dirsign = true;
pitchsign = true;
dirLB = tmpData[3];
dirHB = tmpData[4];
pitchLB = tmpData[5];
pitchHB = tmpData[6];
CCD_Depth = tmpData[8]; // 焦距
CCD_Focus = tmpData[10]; // 聚焦
byte byte_tempCCD, byte_tempSXJ, byte_tempIR;
byte_tempCCD = tmpData[15]; //白光镜头温度
byte_tempSXJ = tmpData[16]; //摄像机温度
byte_tempIR = tmpData[17]; //红外温度
IR_Depth = 0;
IR_Focus = 0;
if (dirHB >= 128)
{
dirsign = false;
}
if (pitchHB >= 128)
{
pitchsign = false;
}
//水平 正负值
if (dirsign)
{
n_H = (dirHB * 256 + dirLB);
}
else
{
int tmpno222;
tmpno222 = (dirHB * 256 + dirLB);
tmpno222 = (65535 - tmpno222) + 1;
n_H = -(tmpno222);
}
//俯仰 正负值
if (pitchsign)
{
n_V = (pitchHB * 256 + pitchLB);
}
else
{
int tmpno11;
tmpno11 = (pitchHB * 256 + pitchLB);
tmpno11 = (65535 - tmpno11) + 1;
n_V = -(tmpno11);//俯仰
}
tmp_BusinessData.Preservation_All(ComGuid, n_H, n_H, n_V, n_V, CCD_Depth, CCD_Depth, CCD_Focus, CCD_Focus, IR_Depth, IR_Depth, IR_Focus, IR_Focus);
//n_H：方位;n_V：俯仰; Depth：白光视场; Focus：白光聚焦; IR_Depth：红外视场;IR_Focus：红外聚焦;
//byte_tempCCD：CCD温度; byte_tempSXJ：摄像机温度; byte_tempIR：红外温度;
m_Analysis209s = n_H.ToString() + "_" + n_V.ToString() + "_" + CCD_Depth.ToString() + "_" + CCD_Focus.ToString() + "_" + IR_Depth.ToString()
+ "_" + IR_Focus.ToString() + "_" + byte_tempCCD.ToString() + "_" + byte_tempSXJ.ToString() + "_" + byte_tempIR.ToString();
return(m_Analysis209s);
}
/// <summary>
///
/// </summary>
/// <param name="ComGuid"></param>
/// <param name="tmpData"></param>
/// <returns></returns>
public string AnalysisSR(Guid ComGuid, byte[] tmpData)
{
string m_AnalysisSR = "";
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//byte[] temData = new byte[(tmp_length * 2)];
//for (int i = 0; i < (tmp_length * 2); i += 2)
//{
// temData[(i / 2)] = (byte)Convert.ToInt32(tmp_XX.Substring(i, 2), 16);
//}
//MessageBox(_T("近程！！！"), _T("提示"));
//8E 01 87 F3 28 84 00 0F 00 01 A5 08 78 02 6D CB E8
//00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16
//03:方位低 04：方位高
//05：俯仰低 06：俯仰高
//07：白光变倍高 08：白光变倍低
//09：白光聚焦高 10：白光聚焦低
//11：红外变倍高 12：红外变倍低
//13：红外聚焦高 14：红外聚焦低
byte dirLB, dirHB, pitchLB, pitchHB;//方位，俯仰
int CCD_Depth, CCD_Focus, n_H, n_V, IR_Depth, IR_Focus;
CCD_Depth = 0;
CCD_Focus = 0;
n_H = 0;
n_V = 0;
IR_Depth = 0;
IR_Focus = 0;
//方位低 方位高
dirLB = tmpData[3];
dirHB = tmpData[4];
//俯仰低 俯仰高
pitchLB = tmpData[5];
pitchHB = tmpData[6];
byte CDD_DepthLB, CDD_DepthHB, CDD_FocusLB, CDD_FocusHB;//变倍 聚焦
//变倍高 变倍低
CDD_DepthHB = tmpData[7];
CDD_DepthLB = tmpData[8];
//聚焦高 聚焦低
CDD_FocusHB = tmpData[9];
CDD_FocusLB = tmpData[10];
byte IR_DepthLB, IR_DepthHB, IR_FocusLB, IR_FocusHB;//变倍 聚焦
//11：红外变倍高 12：红外变倍低
IR_DepthHB = tmpData[11];
IR_DepthLB = tmpData[12];
//13：红外聚焦高 14：红外聚焦低
IR_FocusHB = tmpData[13];
IR_FocusLB = tmpData[14];
byte byte_tempCCD, byte_tempSXJ, byte_tempIR;
byte_tempCCD = 0;
byte_tempSXJ = 0;
byte_tempIR = 0;
bool dirsign, pitchsign;
dirsign = pitchsign = true;
if (dirHB >= 0x80)
{
dirsign = false;
}
if (pitchHB >= 0x80)
{
pitchsign = false;
}
//返回
n_H = (dirHB * 256 + dirLB);
n_V = (pitchHB * 256 + pitchLB);
CCD_Depth = (CDD_DepthHB * 256 + CDD_DepthLB);
CCD_Focus = (CDD_FocusHB * 256 + CDD_FocusLB);
IR_Depth = (IR_DepthHB * 256 + IR_DepthLB);
IR_Focus = (IR_FocusHB * 256 + IR_FocusLB);
tmp_BusinessData.Preservation_All(ComGuid, n_H, n_H, n_V, n_V, CCD_Depth, CCD_Depth, CCD_Focus, CCD_Focus, IR_Depth, IR_Depth, IR_Focus, IR_Focus);
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//n_H：方位;n_V：俯仰; Depth：白光视场; Focus：白光聚焦; IR_Depth：红外视场;IR_Focus：红外聚焦;
//byte_tempCCD：CCD温度; byte_tempSXJ：摄像机温度; byte_tempIR：红外温度;
m_AnalysisSR = n_H.ToString() + "_" + n_V.ToString() + "_" + CCD_Depth.ToString() + "_" + CCD_Focus.ToString() + "_" + IR_Depth.ToString()
+ "_" + IR_Focus.ToString() + "_" + byte_tempCCD.ToString() + "_" + byte_tempSXJ.ToString() + "_" + byte_tempIR.ToString();
return(m_AnalysisSR);
}
/// <summary>
/// 368转台 数据解析
/// </summary>
/// <param name="tmp_length"></param>
/// <param name="tmp_XX"></param>
/// <returns></returns>
public string Analysis368s_BJ(Guid tmpGuid, byte[] tmp_XX)
{
string m_Analysis209s = "";
byte dirLB, dirHB, pitchLB, pitchHB; //方位，俯仰o
int CCD_Depth, CCD_Focus, n_H, n_V;
bool dirsign, pitchsign;
dirsign = true;
pitchsign = true;
dirLB = tmp_XX[3];
dirHB = tmp_XX[4];
pitchLB = tmp_XX[5];
pitchHB = tmp_XX[6];
CCD_Depth = tmp_XX[7]; // 焦距
CCD_Focus = tmp_XX[8]; // 聚焦
if (dirHB >= 128)
{
dirsign = false;
}
if (pitchHB >= 128)
{
pitchsign = false;
}
//水平 正负值
if (dirsign)
{
n_H = Convert.ToInt32(((dirHB * 256 + dirLB) * 0.00625) * 100);
}
else
{
int m_dirLB, m_dirHB;
m_dirHB = dirHB;
m_dirHB ^= 255;
m_dirLB = dirLB;
m_dirLB = (m_dirLB ^ 255) + 1;
int tmpno222;
tmpno222 = (m_dirHB * 256 + m_dirLB);
tmpno222 = Convert.ToInt32((tmpno222 * 0.00625) * 100);
n_H = -(tmpno222);
}
//俯仰 正负值
if (pitchsign)
{
n_V = Convert.ToInt32(((pitchHB * 256 + pitchLB) * 0.00625) * 100);
}
else
{
int m_pitchLB, m_pitchHB;
m_pitchHB = pitchHB;
m_pitchHB ^= 255;
m_pitchLB = pitchLB;
m_pitchLB = (m_pitchLB ^ 255) + 1;
int tmpno11;
tmpno11 = (m_pitchHB * 256 + m_pitchLB);
tmpno11 = Convert.ToInt32((tmpno11 * 0.00625) * 100);
n_V = -(tmpno11);//俯仰
}
//n_H：方位;n_V：俯仰; Depth：白光视场; Focus：白光聚焦;
m_Analysis209s = n_H.ToString() + "_" + n_V.ToString() + "_" + CCD_Depth.ToString() + "_" + CCD_Focus.ToString();
return(m_Analysis209s);
}
