#include "StdAfx.h"
#include "PenParMgr.h"
#include "CStringFuc.h"
#include "GlobalDefine.h"
#include "FileMgr.h"
#include "WorkFileLable.h"
#include "WorkFileMgr.h"
#include "GlobalFunction.h"
#include "PropertieMgr.h"
#include "LogMgr.h"
#include "PenParMgr.h"
#include "Propertie.h"
#include "PropertieMgr.h"
#include "AuthorityMgr.h"

#define FILE_PATH _T("\\Parameter\\CPenParMgr\\PenPar.par")

CPenParMgr *gPenParMgr = new CPenParMgr;
CPenParMgr::CPenParMgr(void)
{
     m_CurPen = 0;//当前的笔号
     m_PenPlatMoveSpeed = 99;//平台空移速度(运动控制卡)
     m_PenOffsetObj = 98;//用于S 形移动时平移obj 对象的笔号
     m_PenFindOrignXY = 97;//XY 平台找远点的速度
     m_PenManualMoveX = 95;//手动移动平台X 速度
     m_PenManualMoveY = 96;//手动移动平台Y 速度
     m_CurWorkPen = 0;//当前工作的笔号
     //初始化笔容器
     IniParVec();
     InitRecipeParVec();
}
CPenParMgr::~CPenParMgr(void)
{
}
//复制函数
void CPenParMgr::Copy(CPenParMgr &rls)
{
      //不要复制特殊笔
      for(int k=0;k<SPECIAL_PEN_START;k++)
      {
           m_ParVec[k] = rls.m_ParVec[k];
      }
      m_CurPen = rls.m_CurPen;//当前的笔号
      m_CurWorkPen = rls.m_CurWorkPen;//当前工作的笔号
      //特殊用途笔号 
      m_PenPlatMoveSpeed = rls.m_PenPlatMoveSpeed;//平台空移速度的笔号(运动控制卡)
      m_PenOffsetObj = rls.m_PenOffsetObj;//用于S 形移动时平移obj 对象的笔号
      m_PenFindOrignXY = rls.m_PenFindOrignXY;//XY 平台找远点的速度
      m_PenManualMoveX = rls.m_PenManualMoveX;//手动移动平台X 速度
      m_PenManualMoveY = rls.m_PenManualMoveY;//手动移动平台Y 速度
}
void CPenParMgr::OnAppInitialize()
{
     
}
#if 1
void CPenParMgr::WriteWorkFileExt(vector<CLab> &LabVec)
{

}
void CPenParMgr::ReadWorkFile(CLabVecRang &LabVecRang)
{
      
}
#endif
//初始化笔容器
void CPenParMgr::IniParVec()
{
      for(int i=0;i<PEN_CNT;i++)
      {
            CPenPar PenPar;
            m_ParVec.push_back(PenPar);
      }
      //设置默认笔的颜色
      int idx = 0;
      m_ParVec[idx++].SetColor(PEN_COLOR_1);
      m_ParVec[idx++].SetColor(PEN_COLOR_2);
      m_ParVec[idx++].SetColor(PEN_COLOR_3);
      m_ParVec[idx++].SetColor(PEN_COLOR_4);
      m_ParVec[idx++].SetColor(PEN_COLOR_5);
      m_ParVec[idx++].SetColor(PEN_COLOR_6);
      m_ParVec[idx++].SetColor(PEN_COLOR_7);
      m_ParVec[idx++].SetColor(PEN_COLOR_8);
      m_ParVec[idx++].SetColor(PEN_COLOR_9);      
      m_ParVec[idx++].SetColor(PEN_COLOR_11);
      m_ParVec[idx++].SetColor(PEN_COLOR_12);
      m_ParVec[idx++].SetColor(PEN_COLOR_13);
      m_ParVec[idx++].SetColor(PEN_COLOR_14);
      m_ParVec[idx++].SetColor(PEN_COLOR_15);
      m_ParVec[idx++].SetColor(PEN_COLOR_16);
      m_ParVec[idx++].SetColor(PEN_COLOR_17);
      m_ParVec[idx++].SetColor(PEN_COLOR_18);
      m_ParVec[idx++].SetColor(PEN_COLOR_19);
      m_ParVec[idx++].SetColor(PEN_COLOR_20);
      m_ParVec[idx++].SetColor(PEN_COLOR_0);
      m_ParVec[idx++].SetColor(PEN_COLOR_10);
      //设置特殊笔号颜色
      for(int i=90;i<PEN_CNT;i++)
      {
            m_ParVec[i].SetColor(RGB_PURPLE);
      }      
}
void CPenParMgr::InitRecipeParVec()
{
      {
            CRecipePar RecipePar;
            RecipePar.m_RecipeParName = "激光频率(Hz)";
            RecipePar.m_PenCtrlType = _PAR_LASER_PRF;
            #ifdef __LASER_DEVICE_PHOTONICS__
            RecipePar.m_MinVal = 500;
            RecipePar.m_MaxVal = 5000;
            #endif
            #ifdef __LASER_DEVICE_BEAMTECH__
            RecipePar.m_MinVal = 200;
            RecipePar.m_MaxVal = 3000;
            #endif
            m_PenParVec.push_back(RecipePar);
      }
      {
            CRecipePar RecipePar;
            RecipePar.m_RecipeParName = "激光电流1(A)";
            RecipePar.m_PenCtrlType = _PAR_LASER_CURR_1;
            #ifdef __LASER_DEVICE_PHOTONICS__
            RecipePar.m_MinVal = 0;
            RecipePar.m_MaxVal = 50;
            #endif
            #ifdef __LASER_DEVICE_BEAMTECH__
            RecipePar.m_MinVal = 0;
            RecipePar.m_MaxVal = 18.2;
            #endif
            m_PenParVec.push_back(RecipePar);
      }
      #ifdef __LASER_PHOTONICS_TWO_PULSE__
      {
            CRecipePar RecipePar;
            RecipePar.m_RecipeParName = "激光电流2(A)";
            RecipePar.m_PenCtrlType = _PAR_LASER_CURR_2;
            RecipePar.m_MinVal = 0;
            RecipePar.m_MaxVal = 50;
            m_PenParVec.push_back(RecipePar);
      }
      {
            CRecipePar RecipePar;
            RecipePar.m_RecipeParName = "双脉冲延时(ns)";
            RecipePar.m_PenCtrlType = _PAR_LASER_PRF2_DELAY;
            RecipePar.m_MinVal = 0;
            RecipePar.m_MaxVal = 2000;
            m_PenParVec.push_back(RecipePar);
      }
      #endif
      {
            CRecipePar RecipePar;
            RecipePar.m_RecipeParName = "红光电流A";
            RecipePar.m_PenCtrlType = _PAR_RED_LASER_CURR;
            RecipePar.m_MinVal = 0;
            RecipePar.m_MaxVal = 20;
            m_PenParVec.push_back(RecipePar);
      }
      {
            CRecipePar RecipePar;
            RecipePar.m_RecipeParName = "红光脉宽us";
            RecipePar.m_PenCtrlType = _PAR_RED_LASER_PULSE_W;
            RecipePar.m_MinVal = 100;
            RecipePar.m_MaxVal = 300;
            m_PenParVec.push_back(RecipePar);
      }
      {
            CRecipePar RecipePar;
            RecipePar.m_RecipeParName = "扫描速度mm/s";
            RecipePar.m_PenCtrlType = _PAR_PLAT_SCAN_SPEED;
            RecipePar.m_MinVal = 5;
            RecipePar.m_MaxVal = 1000;
            m_PenParVec.push_back(RecipePar);
      }
      {
            CRecipePar RecipePar;
            RecipePar.m_RecipeParName = "X方向重叠率%";
            RecipePar.m_PenCtrlType = _PAR_SCAN_OVERLAP_RATIO_X;
            RecipePar.m_MinVal = 0;
            RecipePar.m_MaxVal = 99;
            m_PenParVec.push_back(RecipePar);
      }
      {
            CRecipePar RecipePar;
            RecipePar.m_RecipeParName = "Y方向重叠率%";
            RecipePar.m_PenCtrlType = _PAR_SCAN_OVERLAP_RATIO_Y;
            RecipePar.m_MinVal = 0;
            RecipePar.m_MaxVal = 99;
            m_PenParVec.push_back(RecipePar);
      }
      {
            CRecipePar RecipePar;
            RecipePar.m_RecipeParName = "焦距微调值mm";
            RecipePar.m_PenCtrlType = _PAR_FOCUS_ADJUST_VAL;
            RecipePar.m_MinVal = -5;
            RecipePar.m_MaxVal = 5;
            m_PenParVec.push_back(RecipePar);
      }
      
      //限制最大的参数个数
      int size = m_PenParVec.size();
      while(size>MAX_RECIPE_PAR_CNT)
      {
            m_PenParVec.pop_back();
            size = m_PenParVec.size();
      }
}
void CPenParMgr::InsertToList(CListCtrl &List)
{
      int size = m_ParVec.size();
      for(int i=0;i<size;i++)
      {
           int idx = 0;
           List.InsertItem(i," ");//插入一行
           List.SetItemText(i,idx++,Int2CString(i));//笔号
      }
}
//获取笔的颜色
COLORREF CPenParMgr::GetPenColor(int pen)
{
     return m_ParVec[pen].GetColor();
}
//保存当前笔的参数
void CPenParMgr::SaveCurPen(int pen,CPenPar CurPar)
{
    m_ParVec[pen] = CurPar;
    SaveOrLoad(true);
}
void CPenParMgr::SaveCurPen(CPenPar CurPar)
{
    m_ParVec[m_CurPen] = CurPar;
    SaveOrLoad(true);
}
void CPenParMgr::SaveOrLoad(bool bSave)
{
     CFileMgr FileMgr;
     char filepath[1024]; 
     FileMgr.GetFullFilePath(filepath,FILE_PATH);//获取完整路径
     
     if(bSave)
     {
          CFile file(filepath,CFile::modeReadWrite|CFile::modeCreate);
          CArchive ar(&file,CArchive::store);
          SaveOrLoadExt(ar);
     }
     else
     {
          CFile file;
          if(file.Open(filepath,CFile::modeRead))
          {
               CArchive ar(&file,CArchive::load);
               SaveOrLoadExt(ar);
          }
     }
}
void CPenParMgr::SaveOrLoadExt(CArchive &ar)
{
     vector<CPenPar>::iterator iter = m_ParVec.begin();
     vector<CPenPar>::iterator iter_end = m_ParVec.end();
     for(;iter!=iter_end;iter++)
     {
           (*iter).Serialize(ar);
     }
}
CPenPar CPenParMgr::GetPen(int pen)
{
    if(pen>=0 && pen<PEN_CNT) 
       return m_ParVec[pen];
    CPenPar PenPar;
    return PenPar;
}
void CPenParMgr::SetCurPenNum(int num)
{
     if(num>=0 && num<PEN_CNT)
         m_CurPen = num;
}
//查询参数(PenNum 笔号,PenCtrlPar 控制的内容)
double CPenParMgr::GetPar(int PenNum,PEN_CTRL_PAR PenCtrlPar)
{
     double val = 0;//参数值
     if(PenNum>=0 && PenNum<PEN_CNT)
     {
           CPenPar &PenPar  = m_ParVec[PenNum];
           val = GetPar(PenPar,PenCtrlPar);
     }
     return val;
}
double CPenParMgr::GetPar(CPenPar &PenPar,PEN_CTRL_PAR EnumParType)
{
     double val = 0;
     int ParIdx = 0;
     val = PenPar.GetParByIdx(EnumParType);
     return val;
}
void CPenParMgr::SetPar(int PenNum,PEN_CTRL_PAR PenCtrlPar,double val)
{
     if(PenNum>=0 && PenNum<PEN_CNT)
     {
           CPenPar &PenPar  = m_ParVec[PenNum];
           int ParIdx = 0;
           PenPar.SetParByIdx(PenCtrlPar,val);
     }
     SaveOrLoad(true);//保存
}
//判断笔号是否为特殊笔号
bool CPenParMgr::IsSpecialPen(int n)
{
     return (n>=SPECIAL_PEN_START)&&(n<PEN_CNT);
}
//设置par 的选择状态
void CPenParMgr::SetParSelectState(vector<bool> &vec)
{
    int size = vec.size();
    for(int k=0;(k<size)&&(k<PEN_CNT);k++)
    {
          m_ParVec[k].m_bSelected = vec[k];
    }
}
//重置所有笔的选择状态
void CPenParMgr::ResetAllSelState()
{
     int size = m_ParVec.size();
     for(int k=0;(k<size);k++)
     {
           if(k==0)//默认选择第一个
               m_ParVec[k].m_bSelected = true;
           else
               m_ParVec[k].m_bSelected = false;
     }
}
//设置第一个选择的笔作为工作笔
void CPenParMgr::SetFirstSelPenAsWorkPen()
{
     int size = m_ParVec.size();
     for(int k=0;(k<size);k++)
     {
           if(m_ParVec[k].m_bSelected)
           {
                m_CurWorkPen = k;
                break;
           }
     }
}