foreach (var entry in randomized)
{
    var theblock = entry.FatBlock;
    var blockname = "NULL";
    var displayname = "NULL";

    blockname = StatusAndLogDisplay.BlockName(entry);
    try
    {
        // code to get the display name of the block
    }
    catch
    {
    }

    if (blockname.Contains("Armory") || blockname.Contains("Proficient") || blockname.Contains("Enhanced") || blockname.Contains("Exotic") || blockname.Contains("Elite") || blockname.Contains("Nanovirus") || blockname.Contains("Lockers") || blockname.Contains("Freight")) 
    {
        // Blocks to grind if GrindTech is on
        if (GrindTech == "Y")
        {
            lastground = displayname; // Store the name of the block that was successfully ground
            _Program.Echo("Grind: " + displayname);
            groupData.RepairSystems.CurrentPickedGrindTarget = entry;
            break;
        }
    }
    else if (blockname.Contains("Beacon")) 
    {
        // Blocks to be ground if GrindBeacon is on
        if (GrindBeacon == "Y")
        {
            lastground = displayname; // Store the name of the block that was successfully ground
            _Program.Echo("Grind: " + displayname);
            groupData.RepairSystems.CurrentPickedGrindTarget = entry;
            break;
        }
    }
    else if ((blockname.Contains("Glowing") || blockname.Contains("Tritanium") || !blockname.Contains("Armor")))
    {
        // Blocks to be ground if GrindAll is on
        if (GrindAll=="Y")
        {
            lastground = displayname; // Store the name of the block that was successfully ground
            _Program.Echo("Grind: " + displayname);
            groupData.RepairSystems.CurrentPickedGrindTarget = entry;
            break;
        }
    }
    else if ((blockname.Contains("AQD") || blockname.Contains("CubeBlock"))) 
    {
        // Blocks to be ignored if GrindAll is on
        if (GrindAll=="Y")
        {
            continue;
        }
    }
}

_Program.Echo("");
_Program.Echo("Grind Ignored: " + count.ToString() + " Blocks");
_Program.Echo("");
_Program.Echo("Last Ground: " + lastground); // Echo the name of the last ground block

foreach (var entry in randomized)
{
    var theblock = entry.FatBlock;
    var blockname = "NULL";
    var displayname = "NULL";

    blockname = StatusAndLogDisplay.BlockName(entry);
    try
    {
        // code to get the display name of the block
    }
    catch
    {
    }

    if (blockname.Contains("Armory") || blockname.Contains("Proficient") || blockname.Contains("Enhanced") || blockname.Contains("Exotic") || blockname.Contains("Elite") || blockname.Contains("Nanovirus") || blockname.Contains("Lockers") || blockname.Contains("Freight")) 
    {
        // Blocks to grind if GrindTech is on
        if (GrindTech == "Y")
        {
            lastground = displayname; // Store the name of the block that was successfully ground
            _Program.Echo("Grind: " + displayname);
            groupData.RepairSystems.CurrentPickedGrindTarget = entry;
            break;
        }
    }
    else if (blockname.Contains("Beacon")) 
    {
        // Blocks to be ground if GrindBeacon is on
        if (GrindBeacon == "Y")
        {
            lastground = displayname; // Store the name of the block that was successfully ground
            _Program.Echo("Grind: " + displayname);
            groupData.RepairSystems.CurrentPickedGrindTarget = entry;
            break;
        }
    }
    else if ((blockname.Contains("Glowing") || blockname.Contains("Tritanium") || !blockname.Contains("Armor")))
    {
        // Blocks to be ground if GrindAll is on
        if (GrindAll=="Y")
        {
            lastground = displayname; // Store the name of the block that was successfully ground
            _Program.Echo("Grind: " + displayname);
            groupData.RepairSystems.CurrentPickedGrindTarget = entry;
            break;
        }
    }
    else if ((blockname.Contains("AQD") || blockname.Contains("CubeBlock"))) 
    {
        // Blocks to be ignored if GrindAll is on
        if (GrindAll=="Y")
        {
            continue;
        }
    }
}

_Program.Echo("");
_Program.Echo("Grind Ignored: " + count.ToString() + " Blocks");
_Program.Echo("");
_Program.Echo("Last Ground: " + lastground); // Echo the name of the last ground block

int pageCount = 0;
int pagesPerOffset = 5;
float jogOffset = 0.125f;

PrintDocument document = new PrintDocument();
document.PrintController = new StandardPrintController();
document.PrintPage += (sender, args) => {
    // Draw the content for this page
    pageCount++;
    if (pageCount % pagesPerOffset == 0) {
        string offsetCommand = string.Format("\x1B[{0:F2}in", jogOffset);
        SendStringToPrinter(document.PrinterSettings.PrinterName, offsetCommand, 1);
    }
    args.HasMorePages = pageCount < 20; // set to false when done printing
};

document.Print();

int pageCount = 0;
int pagesPerOffset = 5;
float jogOffset = 0.125f;

PrintDocument document = new PrintDocument();
document.PrintController = new StandardPrintController();
document.PrintPage += (sender, args) => {
    // Draw the content for this page
    pageCount++;
    if (pageCount % pagesPerOffset == 0) {
        string offsetCommand = string.Format("\x1B[{0:F2}in", jogOffset);
        SendStringToPrinter(document.PrinterSettings.PrinterName, offsetCommand, 1);
    }
    args.HasMorePages = pageCount < 20; // set to false when done printing
};

document.Print();

errorPassword.SetError(txtPassword, "Password is incorrect");

errorPassword.SetError(txtPassword, "Password is incorrect");

1: Instead of generating random attack and defence scores for each player, you could try setting the attack and defence scores manually. For example, you could divide the 35 points evenly among the 6 players, giving each player 5 attack points and 5 defence points. This would ensure that the total attack and defence scores are always equal to 35.

2:
If you want to keep the random element in the game, you could try changing the way you generate the random attack and defence scores. Currently, you are using the "Random" class to generate random numbers between 0 and 10 for attack and between 0 and 7 for defence. You could try adjusting the range of the random numbers to make it more likely that the total attack and defence scores will be equal to 35.

3:
You could also try using a different approach to ensure that the total attack and defence scores are equal to 35. For example, you could generate random attack and defence scores for each player as you are doing currently, but then keep track of the total attack and defence scores. If the total attack and defence scores are not equal to 35, you could adjust the scores for one or more players until the total is equal to 35.

1: Instead of generating random attack and defence scores for each player, you could try setting the attack and defence scores manually. For example, you could divide the 35 points evenly among the 6 players, giving each player 5 attack points and 5 defence points. This would ensure that the total attack and defence scores are always equal to 35.

2:
If you want to keep the random element in the game, you could try changing the way you generate the random attack and defence scores. Currently, you are using the "Random" class to generate random numbers between 0 and 10 for attack and between 0 and 7 for defence. You could try adjusting the range of the random numbers to make it more likely that the total attack and defence scores will be equal to 35.

3:
You could also try using a different approach to ensure that the total attack and defence scores are equal to 35. For example, you could generate random attack and defence scores for each player as you are doing currently, but then keep track of the total attack and defence scores. If the total attack and defence scores are not equal to 35, you could adjust the scores for one or more players until the total is equal to 35.

1:
Use a configuration file: You can create a configuration file that users can edit to specify the case sensitivity of their database. For example, you could create an appsettings.json file that contains a setting for the case sensitivity of the database. Users could then edit the file to specify whether the database is case-sensitive or case-insensitive.

2:
Use a command-line argument: You can also allow users to specify the case sensitivity of their database using a command-line argument when starting your tool. For example, you could use the following syntax:

1:
Use a configuration file: You can create a configuration file that users can edit to specify the case sensitivity of their database. For example, you could create an appsettings.json file that contains a setting for the case sensitivity of the database. Users could then edit the file to specify whether the database is case-sensitive or case-insensitive.

2:
Use a command-line argument: You can also allow users to specify the case sensitivity of their database using a command-line argument when starting your tool. For example, you could use the following syntax:

mytool.exe --case-sensitive

mytool.exe --case-sensitive

3:
Use a configuration API: If your tool is a .NET application, you can also use the .NET Configuration API to allow users to specify the case sensitivity of their database. This API provides a flexible way to read and write configuration data from various sources, such as configuration files, environment variables, and command-line arguments.

3:
Use a configuration API: If your tool is a .NET application, you can also use the .NET Configuration API to allow users to specify the case sensitivity of their database. This API provides a flexible way to read and write configuration data from various sources, such as configuration files, environment variables, and command-line arguments.