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2071 lines (1868 loc) · 56.2 KB
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#include "stdafx.h"
#include "BCGPChartExample.h"
#include "Includes_app.h"
DataProcess::DataProcess()
{
}
DataProcess::~DataProcess()
{
}
/*************************************************
Copyright (C), SINNOWA. Co., Ltd.
File name: DataProcess.c
Author: liguoqing Version: 1.0 Date: 2010-07-07
Description: 数据处理
Others: 待改进: ResultsAnalysis只分析了原始数据
考虑查询的时候没有散点图
画图函数为一期调用，可以和平，其静态全局变量用于其共享
2011.1.1数据库中存放的都是原始数据(影响效率，但方便日后改动)
Important:
必须将存储到数据库的0x00做特殊处理，否则一旦遇到0x00存到数据库
并认为是字符串截止符，处理方式，所有的数据存入的时候统一加1
从数据库取出记录来的时候，统一减去1
Function List:
History:
create wsm 2010.11.4
*************************************************/
//分析计算参数宏定义
#define VOLAMP_WBCBASO 0.0015 //WBCBASO体积和放大相关倍数
#define VOL_RBCPLT 0.00027 //采样体积相关系数
#define AMP_RBC 0.97 //RBC放大倍数相关
#define AMP_PLT 0.125 //PLT放大倍数相关
//画图相关宏定义
#define LMNE_LEFT 340
#define LMNE_BOTTOM 365
#define LMNE_WIDTH 200//540-340 [0,255]->[340,540]
#define LMNE_HEIGHT 200
#define BASO_LEFT 570
#define BASO_BOTTOM 305
#define BASO_WIDTH 204//774-570 [0,255]->[570,774]
#define BASO_HEIGHT 105
#define RBC_LEFT 340
#define RBC_BOTTOM 525
#define RBC_WIDTH 204//544-340
#define RBC_HEIGHT 105
#define PLT_LEFT 570
#define PLT_BOTTOM 525
#define PLT_WIDTH 204 //774-570
#define PLT_HEIGHT 105 //525-420
#define COECALNUM 10
//HWND MainTestDlg;
//int PLTGraphEnd = 133;
extern int PLTGraphEnd=133;
float wbc_lmne = 0.0;
//用于开机测试流程与 TestWin.c 进行变量交互
extern bool StartupBlankTestsflag;
extern float StartupBlankTestswbc;
extern float StartupBlankTestsrbc;
extern float StartupBlankTestsplt;
extern bool IsBlankTest;
extern char studyPara[8][6];
static char wbc_hided_1[6], wbc_hided_2[6]; //用于记录两次WBC的结果
static char rbc_hided_1[6], rbc_hided_2[6];
static char plt_hided_1[6], plt_hided_2[6];
//从接受的数据帧中解析的各种细胞的个数，可以直接用sample_info中的结构体代替
//画散点图用，此变量定义比较特殊，使用时要注意
//访问函数列表:
//从接受的数据帧中解析的散射的细胞数据
static const char *static_param[28] =
{
"WBC",
"LYM%",
"NEU%",
"MONO%",
"EOS%",
"BASO%",
"ALY%",
"LIC%",
"LYM#",
"NEU#",
"MONO#",
"EOS#",
"BASO#",
"ALY#",
"LIC#",
"RBC",
"HGB",
"HCT",
"MCV",
"MCH",
"MCHC",
"RDW-CV",
"RDW-SD",
"PLT",
"MPV",
"PDW",
"PCT",
"P-LCR"
};
//中文
static const char *static_sampinfo_cn[6] =
{
"编号:",
"姓名:",
"性别:",
"科室:",
"年龄:",
"条码:"
};
//英文
static const char *static_sampinfo_en[6] =
{
"No.:",
"Name:",
"Sex:",
"Dept.:",
"Age:",
"Code:"
};
static const char *static_unit_WBC[4] =
{
"10^9/L",
"10^3/uL",
"10^2/uL",
"/nL"
};
static const char *static_unit_RBC[4] =
{
"10^12/L",
"10^6/uL",
"10^4/uL",
"/pL"
};
static const char *static_unit_HGB[3] =
{
"g/L",
"g/dL",
"mmol/L"
};
static const char *static_unit_MCVRDWSD[2] =
{
"fL",
"um^3"
};
static const char *static_unit_MCH[2] =
{
"pg",
"fmol"
};
static const char *static_unit_MCHC[3] =
{
"g/L",
"g/dL",
"mmol/L"
};
static const char *static_unit_PLT[4] =
{
"10^9/L",
"10^3/uL",
"10^4/uL",
"/nL"
};
static const char *static_unit_MPV[2] =
{
"fL",
"um^3"
};
double DataProcess::WbcForCompare = 0.0;
/***********************************************************
*Function:
*Description:对WBC RBC PLT 俩组数据进行比较
*Called by:
*Params illustration:
*Data Access:
*History:
************************************************************/
void DataProcess::BasoLmneRbcPlt_2Analyse(sample_info *psampledata)
{
unsigned short int i = 0;
unsigned char start = 0, end = 0;
signed int count_1, count_2;
float countResult = 0.0;
//count_wbc_flag = 0;
//count_rbc_flag = 0;
//count_plt_flag = 0;
TRACE("\nTwoGroupResultsAnalysis()====================\n");
//BASO
count_1 = 0;
count_2 = 0;
start = systemcfg.range.thresholds[BA1];
end = systemcfg.range.thresholds[BA3];
for (i = start; i <= end; i++)
{
count_1 += (*psampledata).basograph[i];//白细胞直方图数据[256]
count_2 += basograph_2[i];//第二组数据
}
TRACE("WbcBaso->wbc_count_1=%d----------#\n", count_1);
TRACE("WbcBaso->wbc_count_2=%d----------#\n", count_2);
if (count_1 >= 200) //对应wbc >= 0.3，即不是空白测试
{
if (count_1 <= 2666) //对应wbc < 4.0
{
//if(1.0*fabs(count_1 - count_2)/count_1 > 1.00) //FDparam 0.50,0.20,0.15参数确定
if (1.0*fabs((double)(count_1 - count_2)) / count_1 >= 0.50)
{
(*psampledata).flag_wrp[0] = 2;
//count_wbc_flag = 1;
}
}
else if (count_1 <= 6666) //对应wbc <= 10.0
{
//if(1.0*fabs(count_1 - count_2)/count_1 > 1.00)
if (1.0*fabs((double)(count_1 - count_2)) / count_1 >= 0.20)
{
//count_wbc_flag = 1;
(*psampledata).flag_wrp[0] = 2;
}
}
else
{
//if(1.0*fabs(count_1 - count_2)/count_1 > 1.00)
if (1.0*fabs((double)(count_1 - count_2)) / count_1 >= 0.15)
{
//count_wbc_flag = 1;
(*psampledata).flag_wrp[0] = 2;
}
}
}
if (count_1 <= 66666) //确保测试结果<100.00，然后使用sprintf转换格式存到数据库中没有问题
{
countResult = count_1*VOLAMP_WBCBASO;
sprintf(wbc_hided_1, "%.2f", countResult);
}
if (count_2 <= 66666) //确保测试结果<100.00，然后使用sprintf转换格式存到数据库中没有问题
{
countResult = count_2*VOLAMP_WBCBASO;
sprintf(wbc_hided_2, "%.2f", countResult);
}
//RBC
count_1 = 0;
count_2 = 0;
start = systemcfg.range.thresholds[RB1];
end = systemcfg.range.thresholds[RB2];
for (i = start; i <= end; i++)
{
count_1 += (((psampledata->rbcgraph[(i << 1) + 1]) << 8) + psampledata->rbcgraph[i << 1]);
count_2 += (((rbcgraph_2[(i << 1) + 1]) << 8) + rbcgraph_2[i << 1]);
}
TRACE("Rbc->rbc_count_1=%d\n", count_1);
TRACE("Rbc->rbc_count_2=%d\n", count_2);
if (count_1 >= 186) //对应rbc >= 0.05，即认为不是空白测试
{
if (count_1 <= 14814) //对应rbc < 4.0
{
//if(1.0*fabs(count_1 - count_2)/count_1 > 1.00) //FDparam 0.50,0.20,0.15参数确定
if (1.0*fabs((double)(count_1 - count_2)) / count_1 >= 0.50)
//count_rbc_flag = 1;
(*psampledata).flag_wrp[1] = 2;
}
else if (count_1 <= 20370) //对应wbc <= 5.5
{
//if(1.0*fabs(count_1 - count_2)/count_1 > 1.00)
if (1.0*fabs((double)(count_1 - count_2)) / count_1 >= 0.20)
//count_rbc_flag = 1;
(*psampledata).flag_wrp[1] = 2;
}
else
{
//if(1.0*fabs(count_1 - count_2)/count_1 > 1.00)
if (1.0*fabs((double)(count_1 - count_2)) / count_1 >= 0.15)
//count_rbc_flag = 1;
(*psampledata).flag_wrp[1] = 2;
}
}
if (count_1 <= 370370)
{
countResult = count_1*VOL_RBCPLT;
sprintf(rbc_hided_1, "%.2f", countResult);
}
if (count_2 <= 370370)
{
countResult = count_2*VOL_RBCPLT;
sprintf(rbc_hided_2, "%.2f", countResult);
}
//PLT
count_1 = 0;
count_2 = 0;
start = systemcfg.range.thresholds[PLT1];
end = systemcfg.range.thresholds[PLT2];
for (i = start; i <= end; i++)
{
count_1 += (*psampledata).pltgraph[i];
count_2 += pltgraph_2[i];
}
TRACE("Plt->plt_count_1=%d\n", count_1);
TRACE("Plt->plt_count_2=%d\n", count_2);
if (count_1 >= 38) //对应PLT >= 10 即不是空白测试
{
if (count_1 <= 370) //对应PLT < 100
{
//if(1.0*fabs(count_1 - count_2)/count_1 > 1.00) //FDparam 0.50,0.20,0.15参数确定
if (1.0*fabs((double)(count_1 - count_2)) / count_1 >= 0.50)
//count_plt_flag = 1;
(*psampledata).flag_wrp[2] = 2;
}
else if (count_1 <= 1111) //对应PLT <= 300
{
//if(1.0*fabs(count_1 - count_2)/count_1 > 1.00)
if (1.0*fabs((double)(count_1 - count_2)) / count_1 >= 0.20)
//count_plt_flag = 1;
(*psampledata).flag_wrp[2] = 2;
}
else
{
//if(1.0*fabs(count_1 - count_2)/count_1 > 1.00)
if (1.0*fabs((double)(count_1 - count_2))/ count_1 >= 0.15)
//count_plt_flag = 1;
(*psampledata).flag_wrp[2] = 2;
}
}
if (count_1 <= 37037)
{
countResult = count_1*1000.0*VOL_RBCPLT;
sprintf(plt_hided_1, "%.0f", countResult);
}
if (count_2 <= 37037)
{
countResult = count_2*1000.0*VOL_RBCPLT;
sprintf(plt_hided_2, "%.0f", countResult);
}
}
/***********************************************************
*Function:
*Description: 对接收的数据帧的数据(rdata所指空间)进行
分析(解析判断，并存入sampledata.basograph所指向的空间)
*Called by:
*Params illustration:
*Data Access:
*Other:
*History: create wsm 2010.12.31
************************************************************/
void DataProcess::WbcBasoAnalysis(sample_info *psampledata, uchar * pIsSuper)
{
unsigned short int i, j;
unsigned short int pointnum = 0;
float dist_temp = 0.0;
unsigned char tempbuff[256] = { 0 };
unsigned char start = 0, mid = 0, end = 0;
unsigned char maxval = 0;
unsigned char threshold = 0;
unsigned short int count_baso = 0;
unsigned short int count_wbc = 0;
unsigned short int temp0_BA1 = 0; //[0,BA1)之间的计数
float a = 0, b = 1.0, c = 0;
float cal = 1.0;
float wbc = 0;
float baso = 0;
float basop = 0;
TRACE("\nBasoAnalysis()====================\n");
for (i = 0; i < 256; i++) //BASO数据，共256通道
tempbuff[i] = ((*psampledata).basograph[i] + basograph_2[i]) / 2; // hw:20140521
//取有效数据段(幅值滤波)
start = systemcfg.range.thresholds[BA1];
mid = systemcfg.range.thresholds[BA2];
end = systemcfg.range.thresholds[BA3];
//求BASO总数
count_baso = 0;
for (i = mid; i <= end; i++)
count_baso += tempbuff[i];
TRACE("count_baso=%d---------#\n", count_baso);
//求WBC总数
count_wbc = count_baso;
for (i = start; i < mid; i++)
count_wbc += tempbuff[i];
TRACE("count_wbc=%d---------#\n", count_wbc);
//求[0,BA1)之间的总数
temp0_BA1 = 0;
for (i = 0; i < start; i++)
temp0_BA1 += tempbuff[i];
TRACE("temp0_BA1=%d---------#\n", temp0_BA1);
if (count_wbc > 0)//保证不为0
{
//L1
if ((float)temp0_BA1 / (temp0_BA1 + count_wbc) > 0.03) //FDparam 参考ABX
(*psampledata).basoflg[0] = 2;
}
if (count_wbc <= 66666 && count_wbc > 0) //确保测试结果<100.00，然后使用sprintf转换格式存到数据库中没有问题
{
//baso
basop = (100.0*count_baso) / count_wbc;
//baso#
baso = count_baso*VOLAMP_WBCBASO;
//wbc
a = systemcfg.modify[systemcfg.mode].a[MOD_WBCF];
b = systemcfg.modify[systemcfg.mode].b[MOD_WBCF];
c = systemcfg.modify[systemcfg.mode].c[MOD_WBCF];
wbc = count_wbc*VOLAMP_WBCBASO;
WbcForCompare = wbc;
wbc = systemcfg.calibration[systemcfg.mode][CAL_WBCF] * fabs(a*wbc*a*wbc + b*wbc + c);
}
maxval = tempbuff[start];
for (i = start + 1; i <= end; i++)
if (tempbuff[i] > maxval)
maxval = tempbuff[i];
TRACE("BASO->maxval=%d---------#\n", maxval);
//threshold = (int)(maxval*(BASO_HEIGHT)/(BASO_HEIGHT+55.0));
threshold = (int)((float)maxval*(BASO_HEIGHT) / (BASO_HEIGHT + 58.33)); //58.33有什么依据没 xx22
if (threshold != 0)
cal = (float)BASO_HEIGHT / threshold;
else
cal = 1.0;
//图形调整
for (i = start; i <= end; i++)
{
if (tempbuff[i] > threshold)
tempbuff[i] = BASO_HEIGHT;
else
tempbuff[i] *= cal;
}
//WBC值小于0.3图形不显示
if (wbc < 0.3)
{
for (i = 0; i < 256; i++)
tempbuff[i] = 0;
}
else
{
//hw_temp:
// pointnum = 4;
// for(i = 0;i < 63;i++)
// {
// dist_temp = tempbuff[1 + pointnum*(i+1)] -tempbuff[1 + pointnum*i];
// for(j = 2; j <= pointnum; j++)
// tempbuff[j + pointnum*i] = dist_temp*(j-1)/pointnum + tempbuff[1 + pointnum*i] ;
// }
// tempbuff[254] = tempbuff[253]*2/3;
// tempbuff[255] = tempbuff[253]*1/3;
//------------------------------------
//加权滤波
for (i = start + 1; i <= end - 1; i++)
tempbuff[i] = 0.4*tempbuff[i - 1] + 0.4*tempbuff[i] + 0.2*tempbuff[i + 1];
for (i = start + 3; i <= end - 3; i++)
tempbuff[i] = 0.3*tempbuff[i - 2] + 0.3*tempbuff[i - 1] + 0.2*tempbuff[i] + 0.1*tempbuff[i + 1] + 0.1*tempbuff[i + 1];
}
//加1处理，消除0x00截止符,否则以TEXT格式存入数据库会有问题
for (i = 0; i < start; i++)
(*psampledata).basograph[i] = 1;
for (i = start; i <= end; i++)
(*psampledata).basograph[i] = tempbuff[i] + 1;
for (i = end + 1; i < 255; i++)
(*psampledata).basograph[i] = 1;
psampledata->basograph[255] = 0;
//------------------------------------------------
//如果进行开机测试则对原始数据进行保存
if (StartupBlankTestsflag)
{
StartupBlankTestswbc = wbc;
}
//----------------------------------------
//判断并格式转换
if (*pIsSuper == 0 && (!IsBlankTest)) //非密码进入非空白
{
if (wbc < 0.5)
{
if (wbc < 0.3)
wbc = 0;
sprintf((*psampledata).wbcdata.wbc, "%.2f", wbc);
//其它相关参数都是初始化的值即"*"号
(*psampledata).basoflg[0] = 1;
}
else if (basop < 8.0) //BASO不超过8% hw_temp:20141231
{
sprintf((*psampledata).wbcdata.wbc, "%.2f", wbc);
sprintf((*psampledata).wbcdata.basp, "%.1f", basop);
sprintf((*psampledata).wbcdata.bas, "%.2f", baso);
}
else
{
printf("basop:%.2f\n", basop);
}
}
else
{
if (wbc < 0.5)
{
if (wbc < 0.3)
wbc = 0;
sprintf((*psampledata).wbcdata.wbc, "%.2f", wbc);
//其它相关参数都是初始化的值即"*"号
(*psampledata).basoflg[0] = 1;
}
else
{
sprintf((*psampledata).wbcdata.wbc, "%.2f", wbc);
sprintf((*psampledata).wbcdata.basp, "%.1f", basop);
sprintf((*psampledata).wbcdata.bas, "%.2f", baso);
}
}
}
/***********************************************************
*Function:
*Description: 对接受到散点图的电阻抗放大
*Called by:
*Params illustration:
*Data Access:
*Other:
*History:
1.信号放大部分
2.若不是工程师进入 ，则电阻抗值进行自动调整或者工程师可以设置要不要自动调整
************************************************************/
void DataProcess::LmneAmpRes(sample_info *psampledata) //xx22 暂时没用到
{
unsigned int i;
unsigned char res = 0; //电阻抗信号
unsigned char mark1 = 0;
unsigned char mark2 = 0;
unsigned short int resb[256] = { 0 };
unsigned short int numtemp = 0;
unsigned short int max1num = 0;
unsigned short int max2num = 0;
unsigned char max1res = 0;
unsigned char max2res = 0;
float amp1 = 0.0, amp3 = 0.0;
unsigned char max1res_amped = 0; //放大后的峰值电阻抗
unsigned char max2res_amped = 0;
mark1 = systemcfg.lmnepeak1;
mark2 = systemcfg.lmnepeak2;
for (i = 0; i < 256; i++)
resb[i] = 0;
for (i = 0; i < MATRIX_POINT_MAX; i++)
{
res = (*psampledata).lmnegraph[(i << 1)];
resb[res]++;
}
//[mark1-10,mark1+10] //10 xx22
max1num = resb[mark1 - 10 - 2] + resb[mark1 - 10 - 1] + resb[mark1 - 10] + resb[mark1 - 10 + 1] + resb[mark1 - 10 + 2]; //先不除5，避免精度损失
max1res = mark1 - 10;
for (i = mark1 - 9; i <= mark1 + 10; i++)
{
numtemp = resb[i - 2] + resb[i - 1] + resb[i] + resb[i + 1] + resb[i + 2];
if (numtemp > max1num)
{
max1num = numtemp;
max1res = i;
}
}
//[mark2-10,mark2+10] //10 xx22
max2num = resb[mark2 - 10 - 2] + resb[mark2 - 10 - 1] + resb[mark2 - 10] + resb[mark2 - 10 + 1] + resb[mark2 - 10 + 2];//先不除5，避免精度损失
max2res = mark2 - 10;
for (i = mark2 - 9; i <= mark2 + 10; i++)
{
numtemp = resb[i - 2] + resb[i - 1] + resb[i] + resb[i + 1] + resb[i + 2];
if (numtemp > max2num)
{
max2num = numtemp;
max2res = i;
}
}
if (mark1 / max1res < 0.7)
amp1 = 0.7;
else if (mark1 / max1res > 1.3)
amp1 = 1.3;
else
amp1 = mark1 / max1res;
max1res_amped = amp1*max1res;
if (mark2 / max2res < 0.7)
amp3 = 0.7;
else if (mark1 / max1res > 1.3)
amp3 = 1.3;
else
amp3 = mark2 / max1res;
max2res_amped = amp3*max2res;
//保证max1res < max2res
for (i = 0; i < MATRIX_POINT_MAX; i++)
{
res = (*psampledata).lmnegraph[(i << 1)];
if (res <= max1res)
(*psampledata).lmnegraph[(i << 1)] = res*amp1;
else if (res >= max2res)
(*psampledata).lmnegraph[(i << 1)] = max2res_amped + (res - max2res)*(255 - max2res_amped) / (255 - max2res);
else
(*psampledata).lmnegraph[(i << 1)] = max1res_amped + (res - max1res)*(max2res_amped - max1res_amped) / (max2res - max1res);
}
}
//////////////////////////////////////////////////////////////////////////////////////////
//Description: 计算散点图界标移动系数 //
//Called by: LmneAnalysis //
//Params illustration: //
//Data Access: //
//Other: //
//*History: //
// (1)Created:20150127 //
//////////////////////////////////////////////////////////////////////////////////////////
void DataProcess::LmneCoeCalculate(sample_info *psampledata) //xx22 暂时没用到
{
unsigned int i;
unsigned char res = 0; //电阻抗信号
unsigned char mark1 = 0;
unsigned short int resb[256] = { 0 };
unsigned short int numtemp = 0;
unsigned short int max1num = 0;
unsigned char max1res = 0;
float coe = 1.0;
int board = 3 * systemcfg.lmnepeak1 / 10;
int calboard = 2 * systemcfg.lmnepeak1 / 10;
printf("board:%d calboard:%d\n", board, calboard);
mark1 = systemcfg.lmnepeak1;
for (i = 0; i < 256; i++)
resb[i] = 0;
for (i = 0; i < MATRIX_POINT_MAX; i++)
{
res = (*psampledata).lmnegraph[(i << 1)];
resb[res]++;
}
//[mark1-10,mark1+10] //10 xx22
max1num = resb[mark1 - board - 2] + resb[mark1 - board - 1] + resb[mark1 - board] + resb[mark1 - board + 1] + resb[mark1 - board + 2]; //先不除5，避免精度损失
max1res = mark1 - board;
for (i = mark1 - board + 1; i <= mark1 + board; i++)
{
numtemp = resb[i - 2] + resb[i - 1] + resb[i] + resb[i + 1] + resb[i + 2];
if (numtemp > max1num)
{
max1num = numtemp;
max1res = i;
}
}
printf("mark1:%d res:%d\n", mark1, max1res);
if ((max1res < (mark1 - calboard)) || (max1res >(mark1 + calboard)))
coe = (float)max1res / mark1; //返回系数
printf("coe:%.2f\n", coe);
if (coe < (1.0 - 0.3))
coe = 1.0 - 0.3;
else if (coe > 1.0 + 0.3)
coe = 1.0 + 0.3;
psampledata->coeoflmne = coe;
}
//////////////////////////////////////////////////////////////////////////////////////////
//Description: 动态初始化LMNE散点图各区域界标值 //
//Called by: LmneAnalysis //
//Params illustration: //
//Data Access: //
//Other: //
//*History: //
// (1)Created:20150121 //
//////////////////////////////////////////////////////////////////////////////////////////
void DataProcess::Init_B_LMNE(float coefficient, B_LMNE* p_blmne)
{
float coe_rtoabs;
//Resistance
p_blmne->X_NOL = (uchar)systemcfg.range.thresholds[NoL] * coefficient;
p_blmne->X_NON = (uchar)systemcfg.range.thresholds[NoN] * coefficient;
p_blmne->X_LL = (uchar)systemcfg.range.thresholds[LL] * coefficient;
p_blmne->X_LN = (uchar)systemcfg.range.thresholds[LN] * coefficient;
p_blmne->X_AL = (uchar)systemcfg.range.thresholds[AL] * coefficient;
p_blmne->X_LMN = (uchar)systemcfg.range.thresholds[LMN] * coefficient;
p_blmne->X_LMU = (uchar)systemcfg.range.thresholds[LMU] * coefficient;
p_blmne->X_MN = (uchar)systemcfg.range.thresholds[MN] * coefficient;
p_blmne->X_LMD = (uchar)systemcfg.range.thresholds[LMD] * coefficient;
p_blmne->X_NOE = (uchar)systemcfg.range.thresholds[NoE] * 1.0;
p_blmne->X_RM = (uchar)systemcfg.range.thresholds[RM] * 1.0;
p_blmne->X_RN = (uchar)systemcfg.range.thresholds[RN] * 1.0;
coe_rtoabs = coefficient * 1.0;
//Absorbance
p_blmne->Y_NL = (uchar)systemcfg.range.thresholds[NL] * coe_rtoabs;
p_blmne->Y_RMN = (uchar)systemcfg.range.thresholds[RMN] * coe_rtoabs;
p_blmne->Y_NE = (uchar)systemcfg.range.thresholds[NE] * coe_rtoabs;
}
/***********************************************************
*Function:
*Description: 对接受数据的matrix_lmen[MATRIX_POINT_MAX]处理
*Called by:
*Params illustration:
*Data Access:
*Other:
1、测试时，将接受的LMNE数据 解析，获得所需参数并画出散点图
2、查询数据库时，将数据库中的LMNE数据解析，画出散点图
*History: create lgq 2010.7.20
mod wsm 2010.11.5
************************************************************/
int DataProcess::LmneAnalysis(sample_info *psampledata, uchar* pIsSuper)
{
unsigned int i;
unsigned char res = 0, scatter = 0; //电阻抗信号、光散射信号
unsigned short int count_eos = 0;
unsigned short int count_neu = 0;
unsigned short int count_lneu = 0;
unsigned short int count_rneu = 0;
unsigned short int count_lym = 0;
unsigned short int count_llym = 0;
unsigned short int count_rlym = 0;
unsigned short int count_mono = 0;
unsigned short int count_rmono = 0;
unsigned short int count_fln = 0; //报警区的计数
unsigned short int count_fne = 0; //报警区的计数
unsigned short int count_fmn = 0; //报警区的计数
unsigned short int count_aly = 0;
unsigned short int count_lic = 0;
unsigned short int count_noise = 0;
unsigned short int count_blood = 0;
float coefficient = 0.0;
float wbc = 0.0;
float lymp = 0.0;
float neup = 0.0;
float monop = 0.0;
float eosp = 0.0;
float alyp = 0.0;
float licp = 0.0;
float lym = 0.0;
float neu = 0.0;
float mono = 0.0;
float eos = 0.0;
float aly = 0.0;
float lic = 0.0;
//研究参数
unsigned short int count_blasts = 0;
float blastsp = 0.0;
float leftp = 0.0;
float nrbcp = 0.0;
float blasts = 0.0;
float left = 0.0;
float nrbc = 0.0;
int retn = 0;
B_LMNE m_blmne;
TRACE("\nLmneAnalysis()====================\n");
for (i = 0; i < MATRIX_DATA_MAX; i++)
{
if ((*psampledata).lmnegraph[i] != 0)
{
retn++;
if (255 == (*psampledata).lmnegraph[i])
(*psampledata).lmnegraph[i] = 254;
}
}
if (retn == 0)
return -1;
//判断，计算psampledata->coeoflmne值(普通用户模式非空白测试)
if (*pIsSuper == 0 && (!IsBlankTest) && systemcfg.LMNEMarkMode == 1)
{
LmneCoeCalculate(psampledata);
}
//printf("coeoflmne:%.1f\n",psampledata->coeoflmne);
Init_B_LMNE(psampledata->coeoflmne, &m_blmne);
for (i = 0; i < MATRIX_POINT_MAX; i++)
{
res = (*psampledata).lmnegraph[(i << 1)];
scatter = (*psampledata).lmnegraph[(i << 1) + 1];
if (scatter >= m_blmne.Y_NE)
{
if (res < m_blmne.X_NOE)
count_noise++;
else
{
count_eos++;
if (scatter < m_blmne.Y_NE + systemcfg.range.thresholds[FNE])
count_fne++;
}
if (res >= 250)//研究参数 //xx21 250只是一个暂时的变量，其它也是
{
count_blasts++;
}
}
else if (scatter >= m_blmne.Y_RMN)
{
if (res < m_blmne.X_NON)
count_noise++;
else if (res < m_blmne.X_LN)
count_lneu++;
else if (res < m_blmne.X_RN)
count_neu++;
else
count_rneu++;
if (res >= 250)//研究参数
{
count_blasts++;
}
}
else if (scatter >= m_blmne.Y_NL)
{
if (res < m_blmne.X_NON)
count_noise++;
else if (res < m_blmne.X_LN)
{
count_lneu++;
if (scatter < m_blmne.Y_NL + systemcfg.range.thresholds[FLN])
count_fln++;
}
else if (res < m_blmne.X_LMN)
{
count_neu++;
if (scatter < m_blmne.Y_NL + systemcfg.range.thresholds[FLN])
count_fln++;
}
else if (res < m_blmne.X_MN)
{
if ((res - m_blmne.X_LMN)*(m_blmne.Y_RMN - m_blmne.Y_NL) <
(m_blmne.X_MN - m_blmne.X_LMN)*(scatter - m_blmne.Y_NL))
{
count_neu++;
if (scatter <= m_blmne.Y_NL + systemcfg.range.thresholds[FMN] || res >= m_blmne.X_MN - systemcfg.range.thresholds[FMN] ||
((res - m_blmne.X_LMN)*(m_blmne.Y_RMN - m_blmne.Y_NL - systemcfg.range.thresholds[FMN]) >
(m_blmne.X_MN - m_blmne.X_LMN - systemcfg.range.thresholds[FMN])*(scatter - m_blmne.Y_NL - systemcfg.range.thresholds[FMN])))
count_fmn++;
}
else
count_mono++;
}
else if (res < m_blmne.X_RM)
count_mono++;
else
count_rmono++;
if (res >= 250)//研究参数
{
count_blasts++;
}
}
else
{
if (res < m_blmne.X_NOL)
count_noise++;
else if (res < m_blmne.X_LL)
count_llym++;
else if (res < m_blmne.X_AL)
count_lym++;
else if (res < m_blmne.X_LMU)
count_rlym++;
else if (res < m_blmne.X_LMD)
{
if ((m_blmne.X_LMD - res)*m_blmne.Y_NL >
(m_blmne.X_LMD - m_blmne.X_LMU)*scatter)
count_rlym++;
else
count_mono++;
}
else if (res < m_blmne.X_RM)
count_mono++;
else
count_rmono++;
if (res >= 250)//研究参数
{
count_blasts++;
}
}
}
count_blood = count_llym + count_rlym + count_lym + count_lneu + count_rneu + count_neu + count_rmono + count_mono + count_eos;
count_lic = count_rneu + count_rmono;
count_aly = count_rlym;
//blood
TRACE("count_blood=%d---------#\n", count_blood);
//lym
TRACE("count_llym=%d---------#\n", count_llym);
TRACE("count_rlym=%d---------#\n", count_rlym);
TRACE("count_lym=%d---------#\n", count_lym);
//neu
TRACE("count_lneu=%d---------#\n", count_lneu);
TRACE("count_rneu=%d---------#\n", count_rneu);
TRACE("count_neu=%d---------#\n", count_neu);
//mono
TRACE("count_rmono=%d---------#\n", count_rmono);
TRACE("count_mono=%d---------#\n", count_mono);
//eos
TRACE("count_eos=%d---------#\n", count_eos);
//aly
TRACE("count_aly=%d---------#\n", count_aly);
//lic
TRACE("count_lic=%d---------#\n", count_lic);
//nosie
TRACE("count_noise=%d---------#\n", count_noise);
//研究参数
//blasts
TRACE("count_blasts=%d---------#\n", count_blasts);
//left
TRACE("count_left=%d---------#\n", count_lneu);
//nrbc
TRACE("count_nrbc=%d---------#\n", count_llym);
if (count_blood > 0)//除数不为0
{
//NO
if (count_noise > 120) //FDparam 及下面几个，参考ABX
(*psampledata).lmneflg[0] = 2;
//LL
if (count_llym > 50)
(*psampledata).lmneflg[1] = 2;
//LL1
if (count_llym > 45 && (float)count_llym / count_blood > 0.05)
(*psampledata).lmneflg[2] = 2;
//NL
if (count_fln > 120 || (float)count_fln / count_blood > 0.03)
(*psampledata).lmneflg[3] = 2;
//MN
if (count_fmn > 120)
(*psampledata).lmneflg[4] = 2;
//RM
if (count_rmono > 999 || (float)count_rmono / count_blood > 0.011)
(*psampledata).lmneflg[5] = 2;
//LN
if (count_lneu > 999 || (float)count_lneu / count_blood > 0.025)
(*psampledata).lmneflg[6] = 2;
//RN
if (count_rneu > 999 || (float)count_rneu / count_blood > 0.011)
(*psampledata).lmneflg[7] = 2;
//NE
if (count_fne > 60 || (float)count_fne / count_blood > 0.011)
(*psampledata).lmneflg[8] = 2;
}