public void Init(OpticMeasureClass _opmc, GetOpticflowResultOfSingleReferencePicture _singleOpticFlow)
{
compVector2 = _singleOpticFlow;
currentEdit = _opmc;
pictureVector2.Size = panelVector2.Size;
drawVector2.CanvasSize = new Point(this.panelVector2.Width, panelVector2.Height);
bool succ;
succ = pamater.GetDefaultSetting(ref pamater.zbDrawParamater);
if (succ == false)
{
pamater.zbDrawParamater.Init();
}
// 如果参数表读取错误，则：取参数的初始值
viewImage = new Image2DView(pictureVector2, panelVector2, pamater);
TreeNode node;
string filename;
int ppindex = -1;
if (currentEdit.readFileNames != null)
{
for (int i = 0; i < currentEdit.readFileNames.Length; i++)
{
ppindex = i;//Convert.ToInt32(currentEdit.WaitMatchPictureIndexArray[i].ToString());
filename = currentEdit.readFileNames[ppindex];
node = new TreeNode();
node.Name = filename;
node.Text = imageCommon.getFileNameOnly(filename);
node.Tag = ppindex.ToString(); // 该照片 在数组中的序号
filetree.Nodes.Add(node);
}
if (filetree.Nodes.Count > 0)
{
filetree.SelectedNode = filetree.Nodes[0];
}
}
}
//====光流函数=======================
public void OpticFlowFun(OpticMeasureClass opticFlowFunc, GetOpticflowResultOfSingleReferencePicture _singleOpticFlowFun)
{
_singleOpticFlowFun.GetOpticflowResultOfSingleReferencePictureFunc(opticFlowFunc, 0);
}
public DrawVector2Frm(OpticMeasureClass _opmc, GetOpticflowResultOfSingleReferencePicture _singleOpticFlow)
{
InitializeComponent();
currentEdit = _opmc;
compVector2 = _singleOpticFlow;
}
