public void GetProgramCommentInfo(LaserSimulater laser, string ncPath, ProgramDetailDto info, bool bmp, string bmpPath, int bmpWidth, int bmpHeight)
{
string str = "";
GetProgramString(ncPath, ref str);
GetInfo(info, str);
List <PreProgramBlock> preBlocks = new List <PreProgramBlock>();
ProgramBlockPreDecompile(str, info, preBlocks);
List <ProgramBlock> pBlocks = new List <ProgramBlock>();
ProgramBlockDecompile(preBlocks, pBlocks);
List <DrawBlock> dBlocks = new List <DrawBlock>();
ProgramInfoAnalysis(laser, info, pBlocks, dBlocks);
if (bmp == true)
{
var thumbnail = new LaserProgramThumbnai(bmpWidth, bmpHeight, Color.FromArgb(0xFF, 0x00, 0xD8, 0xFF), (float)0.05, Color.Yellow, (float)0.05, Color.FromArgb(0xFF, 0x28, 0x26, 0x20));
thumbnail.DrawXYThumbnai(dBlocks, info.Max_X + 20, info.Max_Y + 20, bmpPath);
}
}
private void ProgramInfoAnalysis(LaserSimulater laser, ProgramDetailDto info, List <ProgramBlock> pBlocks, List <DrawBlock> dBlocks)
{
int total_pericing_count = 0;
double total_cutting_length = 0;
double total_cycletime = 0;
double?max_x = null, max_y = null, min_x = null, min_y = null;
foreach (var block in pBlocks)
{
var tempInfo = block.Info;
dBlocks.Add(tempInfo.DrawBlockInfo);
laser.FeedSpeed = (int)block.F_Adr.Value;
total_cycletime += laser.GetFeedTime(tempInfo.CuttingLength);
total_cutting_length += tempInfo.CuttingLength;
total_pericing_count += tempInfo.PiercingCount;
total_cycletime += tempInfo.DirectTime / 1000.0;
if (tempInfo.Max_X.HasValue)
{
max_x = max_x.HasValue ? Math.Max(max_x.Value, tempInfo.Max_X.Value) : tempInfo.Max_X.Value;
}
if (tempInfo.Max_Y.HasValue)
{
max_y = max_y.HasValue ? Math.Max(max_y.Value, tempInfo.Max_Y.Value) : tempInfo.Max_Y.Value;
}
if (tempInfo.Min_X.HasValue)
{
min_x = min_x.HasValue ? Math.Min(min_x.Value, tempInfo.Min_X.Value) : tempInfo.Min_X.Value;
}
if (tempInfo.Min_Y.HasValue)
{
min_y = min_y.HasValue ? Math.Min(min_y.Value, tempInfo.Min_Y.Value) : tempInfo.Min_Y.Value;
}
}
info.CuttingTime = total_cycletime;
info.CuttingDistance = total_cutting_length;
info.PiercingCount = total_pericing_count;
info.UsedPlateSize = $"X最小:{min_x.Value},X最大:{max_x.Value},Y最小:{min_y.Value},Y最大:{max_y.Value}";
info.Max_X = max_x.Value;
info.Max_Y = max_y.Value;
info.Min_X = min_x.Value;
info.Min_Y = min_y.Value;
info.UsedPlateSize_W = max_x.Value;
info.UsedPlateSize_H = max_y.Value;
}
public ProgramResolveResultDto ProgramResolve(ProgramResovleDto resovleDto)
{
LaserProgramHelper helper = new LaserProgramHelper();
LaserSimulater laser = new LaserSimulater(48, 1000, 96, 12000);
ProgramDetailDto info = new ProgramDetailDto();
helper.GetProgramCommentInfo(laser, resovleDto.FilePath, info, false, "", 0, 0);
return(new ProgramResolveResultDto()
{
ConnectId = resovleDto.ConnectId,
Id = "ProgramResolve",
Data = info,
ImagePath = "",
BmpName = "",
});
}
private void ProgramBlockPreDecompile(string str, ProgramDetailDto info, List <PreProgramBlock> preBlocks)
{
var progBlocks = str.Split('\n');
int blockIndex = 0;
foreach (var block in progBlocks)
{
if (blockIndex < LaserCommentLineCount)
{
GetInfo(info, block);
}
var tempStr = Regex.Replace(block, @"\(.*\)", "");
tempStr = Regex.Replace(tempStr, @"\<.*\>", "");
tempStr = tempStr.Replace(" ", "").Replace("\r", "");
var str_num = Regex.Replace(tempStr, @"[A-Z]", "_");
var nums = str_num.Split('_');
var adrs = Regex.Replace(tempStr, @"[^A-Z]", "");
var dblock = new PreProgramBlock();
for (int i = 0; i < adrs.Length; i++)
{
switch (adrs[i])
{
case 'G':
dblock.G_Codes[dblock.G_Code_Count] = double.Parse(nums[i + 1]);
dblock.G_Code_Count++;
break;
case 'M':
dblock.M_Codes[dblock.M_Code_Count] = double.Parse(nums[i + 1]);
dblock.M_Code_Count++;
break;
case 'N':
dblock.BlockNum = int.Parse(nums[i + 1]);
break;
case 'X':
dblock.X_Adr = double.Parse(nums[i + 1]);
break;
case 'Y':
dblock.Y_Adr = double.Parse(nums[i + 1]);
break;
case 'Z':
dblock.Z_Adr = double.Parse(nums[i + 1]);
break;
case 'I':
dblock.I_Adr = double.Parse(nums[i + 1]);
break;
case 'J':
dblock.J_Adr = double.Parse(nums[i + 1]);
break;
case 'K':
dblock.K_Adr = double.Parse(nums[i + 1]);
break;
case 'R':
dblock.R_Adr = double.Parse(nums[i + 1]);
break;
case 'F':
dblock.F_Adr = double.Parse(nums[i + 1]);
break;
case 'S':
dblock.S_Adr = double.Parse(nums[i + 1]);
break;
case 'P':
dblock.P_Adr = double.Parse(nums[i + 1]);
break;
case 'Q':
dblock.Q_Adr = double.Parse(nums[i + 1]);
break;
case 'H':
dblock.F_Adr = double.Parse(nums[i + 1]);
break;
default:
break;
}
}
preBlocks.Add(dblock);
blockIndex++;
}
}
private void GetInfo(ProgramDetailDto info, string blockStr)
{
Regex matRegex = new Regex(@"(?<=\(#MATERIAL=)\w*(?=\))");
Match matMatch = matRegex.Match(blockStr);
if (matMatch.Success == true)
{
info.Material = matMatch.Value;
}
Regex thickRegex = new Regex(@"(?<=\(#THICKNESS=)\w*(?=\))");
Match thickMatch = thickRegex.Match(blockStr);
if (thickMatch.Success == true)
{
info.Thickness = double.Parse(thickMatch.Value);
}
Regex gasRegex = new Regex(@"(?<=\(#CUTTING_GAS_KIND=)\w*(?=\))");
Match gasMatch = gasRegex.Match(blockStr);
if (gasMatch.Success == true)
{
info.Gas = gasMatch.Value;
}
Regex focalRegex = new Regex(@"(?<=\(#FOCAL_POSITION=)\w*(?=\))");
Match focalMatch = focalRegex.Match(blockStr);
if (focalMatch.Success == true)
{
info.FocalPosition = double.Parse(focalMatch.Value);
}
Regex nozzleDiaRegex = new Regex(@"(?<=\(#NOZZLE_DIA=)\w*(?=\))");
Match nozzleDiaMatch = nozzleDiaRegex.Match(blockStr);
if (nozzleDiaMatch.Success == true)
{
info.NozzleDiameter = double.Parse(nozzleDiaMatch.Value);
}
Regex nozzleTypeRegex = new Regex(@"(?<=\(#NOZZLE_TYPE=)\w*(?=\))");
Match nozzleTypeMatch = nozzleTypeRegex.Match(blockStr);
if (nozzleTypeMatch.Success == true)
{
info.NozzleKind = nozzleTypeMatch.Value;
}
Regex plateSizeRegex = new Regex(@"(?<=\(#PLATE_SIZE=)\w*(?=\))");
Match plateSizeMatch = plateSizeRegex.Match(blockStr);
if (plateSizeMatch.Success == true)
{
info.PlateSize = plateSizeMatch.Value;
var datas = plateSizeMatch.Value.Split('X');
if (datas.Length == 2)
{
info.PlateSize_W = double.Parse(datas[0]);
info.PlateSize_H = double.Parse(datas[1]);
}
}
Regex usedPlateSizeRegex = new Regex(@"(?<=\(#USED_SIZE=)\w*(?=\))");
Match usedPlateSizeMatch = usedPlateSizeRegex.Match(blockStr);
if (usedPlateSizeMatch.Success == true)
{
info.UsedPlateSize = usedPlateSizeMatch.Value;
var datas = usedPlateSizeMatch.Value.Split('X');
if (datas.Length == 2)
{
info.UsedPlateSize_W = double.Parse(datas[0]);
info.UsedPlateSize_H = double.Parse(datas[1]);
}
}
Regex cuttingDistanceRegex = new Regex(@"(?<=\(#CUTTING_DISTANCE=)\w*(?=\))");
Match cuttingDistanceMatch = cuttingDistanceRegex.Match(blockStr);
if (cuttingDistanceMatch.Success == true)
{
info.CuttingDistance = double.Parse(cuttingDistanceMatch.Value);
}
Regex piercingRegex = new Regex(@"(?<=\(#PIERCING_COUNT=)\w*(?=\))");
Match piercingMatch = piercingRegex.Match(blockStr);
if (piercingMatch.Success == true)
{
info.PiercingCount = int.Parse(piercingMatch.Value);
}
Regex cuttingTimeRegex = new Regex(@"(?<=\(#CUTTING_TIME=)\w*(?=\))");
Match cuttingTimeMatch = cuttingTimeRegex.Match(blockStr);
if (cuttingTimeMatch.Success == true)
{
info.CuttingTime = double.Parse(cuttingTimeMatch.Value);
}
}
