Using functions from C#

[jimanderson]

I am working on a dll written in c++ but need to use functions included in the file icm.cs included in the sngegt project which is c#. I can compile the sngegt source into a dll but am not sure of how to call those functions easily. Would it be easier to convert the file or include the sngegt.dll? Are there any easy ways to get values from the functions in the dll?
Here is one of the functions I would like to be able to call.

        private void calcSinglePush(int myIndex, int oppIndex, double[,] playerData, double[] ICMs, int ICMc)
        {

            // the amount collected from players treble and blinds
            double betSum = 0;

            // treated stacks a temporary table
            double[] stacks = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 };

            // EV win
            for (int i = 0; i < 10; i++)
            {
                stacks[i] = playerData[i, STACK] - playerData[i, BETS];
                betSum += playerData[i, BETS];
            }
            calcStackBeforePush(myIndex, oppIndex, stacks, playerData, ref betSum);
            double[,] stacksWin = { { 2, stacks[myIndex], 0 }, { 1, stacks[oppIndex], 0 } };
            calcStacks(stacksWin, betSum);
            stacks[myIndex] = stacksWin[0, 2];
            stacks[oppIndex] = stacksWin[1, 2];
            double[] ICMwinArray = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 };
            calcICM(stacks, ICMwinArray, 10, ICMs, ICMc);
            playerData[oppIndex, EVWIN] = ICMwinArray[myIndex];

            // EV lose
            betSum = 0;
            for (int i = 0; i < 10; i++)
            {
                stacks[i] = playerData[i, STACK] - playerData[i, BETS];
                betSum += playerData[i, BETS];
            }
            calcStackBeforePush(myIndex, oppIndex, stacks, playerData, ref betSum);
            double[,] stacksLose = { { 1, stacks[myIndex], 0 }, { 2, stacks[oppIndex], 0 } };
            calcStacks(stacksLose, betSum);
            stacks[myIndex] = stacksLose[0, 2];
            stacks[oppIndex] = stacksLose[1, 2];
            double[] ICMloseArray = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 };
            calcICM(stacks, ICMloseArray, 10, ICMs, ICMc);
            playerData[oppIndex, EVLOSE] = ICMloseArray[myIndex];
        }