private void GenOthers(Item item, List <string> lots)
{
bool writeSTD = false;
ListItem std1 = new ListItem();
//speical injs process
//CDN 溶出的speical序列特殊化
bool specialInsert = false;
if (projName == "CDN" && item.Name == "Dissolution" && item.Injs.First().Volume > 100)
{
//Hint 1
//如果选择了新列，则需要特殊插针
if (item.NewLine)
{
//先搜索是否有符合条件的连续Available，记录第一个Avail瓶号；如没有，搜索紧靠前面是否有符合条件的连续Preserved，记录第一个Avail瓶号；如都没有，则使用currentVial
if ((FindAvailable(4, out int availVial) || FindPreserved(4, out availVial)) && VialConfirm(availVial))
{
for (int i = 0; i < 4; i++)
{
Add(new ListItem((availVial + i).ToString(), item.Injs[i]));
if (i == 0)
{
std1 = new ListItem((availVial + i).ToString(), item.Injs[i]);
}
conditionList[0][availVial - 1 + i] = VialCondition.Used;
}
specialInsert = true;
}
}
if (!specialInsert)
{
for (int i = 0; i < 4; i++)
{
VialConfirm();
Add(new ListItem(currentVial.ToString(), item.Injs[i]));
if (i == 0)
{
std1 = new ListItem(currentVial.ToString(), item.Injs[i]);
}
currentVial++;
}
}
}
else
{
//获取非FLD特殊针
var specials = item.FindAll(false).FindAll(x => !x.Name.Contains("FLD"));
//获取STD针数
int countSTD = specials.Count(x => x.Name.Contains("STD"));
//如果STD存在，则设置插针STD，然后设置非STD的特殊针；不存在则继续
if (std1StartVials.ContainsKey(item.StdType))
{
var currentSTD1Condition = specials.Find(x => x.Name.Contains("STD1"));
if (stdTypes.Count > 1)
{
std1 = new ListItem(std1StartVials[item.StdType].ToString(), currentSTD1Condition, currentSTD1Condition.Name + std1StartVialsSuffix[item.StdType]).InsertSTD1();
}
else
{
std1 = new ListItem(std1StartVials[item.StdType].ToString(), currentSTD1Condition).InsertSTD1();
}
if (item.NewLine && specials.Count != countSTD)
{
//先搜索是否有符合条件的连续Available，记录第一个Avail瓶号；如没有，搜索紧靠前面是否有符合条件的连续Preserved，记录第一个Avail瓶号；如都没有，则使用currentVial
if ((FindAvailable(specials.Count - countSTD, out int availVial) || FindPreserved(specials.Count - countSTD, out availVial)) && VialConfirm(availVial))
{
for (int i = 0; i < specials.Count - countSTD; i++)
{
Add(new ListItem((availVial + i).ToString(), item.Injs[i]));
conditionList[0][availVial - 1 + i] = VialCondition.Used;
}
specialInsert = true;
}
}
}
else
{
int count = item.FindAll(false).Count(x => !x.Name.Contains("FLD"));
if (item.NewLine)
{
//先搜索是否有符合条件的连续Available，记录第一个Avail瓶号；如没有，搜索紧靠前面是否有符合条件的连续Preserved，记录第一个Avail瓶号；如都没有，则使用currentVial
if ((FindAvailable(count, out int availVial) || FindPreserved(count, out availVial)) && VialConfirm(availVial))
{
int increment = 0;
foreach (var inj in item.FindAll(false).Where(x => !x.Name.Contains("FLD")))
{
if (inj.Name.Contains("STD1") && stdTypes.Count > 1)
{
writeSTD = true;
Add(new ListItem((availVial + increment).ToString(), inj, inj.Name + "-" + (char)(STDenum + 65)));
std1 = new ListItem((availVial + increment).ToString(), inj, inj.Name + "-" + (char)(STDenum + 65));
std1StartVials.Add(item.StdType, currentVial);
std1StartVialsSuffix.Add(item.StdType, "-" + (char)(STDenum + 65));
STDenum++;
conditionList[0][availVial - 1 + increment] = VialCondition.Used;
}
else
{
if (writeSTD && (inj.Name.Contains("STD2") || (inj.Name.Contains("STD3"))))
{
string name = inj.Name + std1StartVialsSuffix[item.StdType];
Add(new ListItem((availVial + increment).ToString(), inj, name));
}
else
{
Add(new ListItem((availVial + increment).ToString(), inj));
}
conditionList[0][availVial - 1 + increment] = VialCondition.Used;
}
increment++;
}
specialInsert = true;
}
}
if (!specialInsert)
{
foreach (var inj in item.FindAll(false))
{
if (!inj.Name.Contains("FLD"))
{
if (inj.Name.Contains("STD1"))
{
writeSTD = true;
if (stdTypes.Count > 1)
{
VialConfirm();
std1 = new ListItem(currentVial.ToString(), inj, inj.Name + "-" + (char)(STDenum + 65));
Add(std1);
std1StartVials.Add(item.StdType, currentVial);
std1StartVialsSuffix.Add(item.StdType, "-" + (char)(STDenum + 65));
STDenum++;
currentVial++;
}
else
{
VialConfirm();
std1 = new ListItem(currentVial.ToString(), inj);
Add(std1);
std1StartVials.Add(item.StdType, currentVial);
currentVial++;
}
}
else if (inj.Name.Contains("STD2") || inj.Name.Contains("STD3"))
{
if (writeSTD)
{
VialConfirm();
Add(new ListItem(currentVial.ToString(), inj, FullList1.Last().Name.Replace("STD2", "STD3").Replace("STD1", "STD2")));
currentVial++;
}
}
else
{
VialConfirm();
Add(new ListItem(currentVial.ToString(), inj));
currentVial++;
}
}
}
}
std1 = std1.InsertSTD1();
}
}
//end of special inj process
//sample inj process
var sampleInjs = item.FindAll(true);
foreach (var lot in lots)
{
if (item.NewLine)
{
NewLineCurrentVial(plateStyle == PlateStyle.Normal ? 10 : (plateStyle == PlateStyle.NewA ? 11 : 8));
}
switch (item.Name)
{
case "Acid Tolerance":
case "Dissolution":
//MBL-ONCE 溶出特殊化
if (projName == "MBL-ONCE")
{
for (int m = 0; m < 3; m++)
{
if (item.NewLine)
{
NewLineCurrentVial(plateStyle == PlateStyle.Normal ? 10 : (plateStyle == PlateStyle.NewA ? 11 : 8));
}
for (int i = 0; i < 6; i++)
{
VialConfirm();
Add(new ListItem(currentVial.ToString(), item.Injs.Last(), lot + "-Time" + (char)(m + 65) + "-R" + (i + 1)));
currentVial++;
}
VialConfirm();
Add(std1.IntertSTD1ForDissolutionOfLargeInjAmount(currentVial));
currentVial++;
}
}
else
{
for (int i = 0; i < 6; i++)
{
VialConfirm();
string suf = item.Name == "Dissolution" ? "-R" : "-N";
Add(new ListItem(currentVial.ToString(), item.Injs.Last(), lot + suf + (i + 1)));
//Add(new ListItem(currentVial.ToString(), item.Injs.Last(), lot + suf + (i + 1)));
currentVial++;
}
if (!item.NewStd)
{
Add(std1);
}
else
{
VialConfirm();
Add(std1.IntertSTD1ForDissolutionOfLargeInjAmount(currentVial));
currentVial++;
}
}
break;
case "Content Uniformity":
for (int i = 0; i < 10; i++)
{
VialConfirm();
Add(new ListItem(currentVial.ToString(), item.Injs.Last(), lot + "-HJ" + (i + 1)));
currentVial++;
}
if (!item.NewStd)
{
Add(std1);
}
else
{
VialConfirm();
Add(std1.IntertSTD1ForDissolutionOfLargeInjAmount(currentVial));
currentVial++;
}
break;
}
}
//end of sample inj process
}
private void Add(ListItem item)
{
FullList1.Add(item);
}
private void GenSubListAssay(Item item, List <string> lots)
{
if (item.NewLine)
{
NewLineCurrentVial(plateStyle == PlateStyle.Normal ? 10 : (plateStyle == PlateStyle.NewA ? 11 : 8));
}
bool writeSTD = false;
ListItem std1 = new ListItem();
foreach (var inj in item.FindAll(false))
{
if (inj.Name.Contains("STD1"))
{
//已有STD1
if (std1StartVials.ContainsKey(item.StdType))
{
writeSTD = false;
if (stdTypes.Count > 1)
{
std1 = new ListItem(std1StartVials[item.StdType].ToString(), inj, inj.Name + std1StartVialsSuffix[item.StdType]);
}
else
{
std1 = new ListItem(std1StartVials[item.StdType].ToString(), inj);
}
}
//无STD1
else
{
writeSTD = true;
if (stdTypes.Count > 1)
{
VialConfirm();
std1 = new ListItem(currentVial.ToString(), inj, inj.Name + "-" + (char)(STDenum + 65));
Add(std1);
std1StartVials.Add(item.StdType, currentVial);
std1StartVialsSuffix.Add(item.StdType, "-" + (char)(STDenum + 65));
STDenum++;
currentVial++;
}
else
{
VialConfirm();
std1 = new ListItem(currentVial.ToString(), inj);
Add(std1);
std1StartVials.Add(item.StdType, currentVial);
currentVial++;
}
}
}
else if (inj.Name.Contains("STD2") || inj.Name.Contains("STD3"))
{
if (writeSTD)
{
VialConfirm();
Add(new ListItem(currentVial.ToString(), inj, FullList1.Last().Name.Replace(FullList1.Last().Name.Contains("STD1") ? "STD1" : "STD2", FullList1.Last().Name.Contains("STD1") ? "STD2" : "STD3")));
currentVial++;
}
}
else if (!inj.Name.Contains("FLD"))
{
VialConfirm();
Add(new ListItem(currentVial.ToString(), inj));
currentVial++;
}
}
std1 = std1.InsertSTD1(); //将特殊的std1(5针)转变为插针(1针)
var sampleInjs = item.FindAll(true);
int assayEnum = 0;
foreach (var lot in lots)
{
if ((assayEnum >= 9) || (assayEnum == 8 && (lot.Contains("(") || lot.Contains("（"))))
{
Add(std1);
assayEnum = 0;
}
VialConfirm();
Add(new ListItem(currentVial.ToString(), item.Injs.Last(), lot + "-H1"));
currentVial++;
VialConfirm();
Add(new ListItem(currentVial.ToString(), item.Injs.Last(), lot + "-H2"));
currentVial++;
assayEnum += 2;
if (lot.Contains("(") || lot.Contains("（"))
{
VialConfirm();
Add(new ListItem(currentVial.ToString(), item.Injs.Last(), lot + "-H3"));
currentVial++;
assayEnum++;
}
}
Add(std1);
}
