/// <summary>
/// This method returns the Card
/// </summary>
private static string ConvertCard(CardEnum card, ICardCountingSystem countingSystem)
{
// initial value
string cardValue = "";
// locals
Card redCard = null;
Card blackCard = null;
string redCardValue = "";
string blackCardValue = "";
// create a red and black card
redCard = new Card(SuitEnum.Hearts, card, countingSystem);
blackCard = new Card(SuitEnum.Spades, card, countingSystem);
redCardValue = GetCardValue(redCard, countingSystem);
blackCardValue = GetCardValue(blackCard, countingSystem);
// if the values are the same
if (redCardValue == blackCardValue)
{
// Set the value
cardValue = redCardValue.ToString();
}
else
{
// Set both values
cardValue = redCardValue.ToString() + @"/" + blackCardValue.ToString();
}
// return value
return(cardValue);
}
/// <summary>
/// This method converts an ICardCountingSystem to a CardCoutnignView object.
/// </summary>
/// <param name="countingSystem"></param>
/// <returns></returns>
public static CountingSystemView Convert(ICardCountingSystem countingSystem)
{
// initial value
CountingSystemView countingSystemView = null;
// If the countingSystem object exists
if (NullHelper.Exists(countingSystem))
{
// Create a new instance of a 'CountingSystemView' object.
countingSystemView = new CountingSystemView();
// Set the value for each property
countingSystemView.Balanced = countingSystem.BalancedSystem;
countingSystemView.Name = countingSystem.Name;
countingSystemView.Level = ConvertLevel(countingSystem.Level);
countingSystemView.Notes = countingSystem.Notes;
// Now set the Card Values; we have to set each value with a red and black card in case this
// counting system returns different values.
countingSystemView.Ace = ConvertCard(CardEnum.Ace, countingSystem);
countingSystemView.Two = ConvertCard(CardEnum.Two, countingSystem);
countingSystemView.Three = ConvertCard(CardEnum.Three, countingSystem);
countingSystemView.Four = ConvertCard(CardEnum.Four, countingSystem);
countingSystemView.Five = ConvertCard(CardEnum.Five, countingSystem);
countingSystemView.Six = ConvertCard(CardEnum.Six, countingSystem);
countingSystemView.Seven = ConvertCard(CardEnum.Seven, countingSystem);
countingSystemView.Eight = ConvertCard(CardEnum.Eight, countingSystem);
countingSystemView.Nine = ConvertCard(CardEnum.Nine, countingSystem);
countingSystemView.Ten = ConvertCard(CardEnum.Ten, countingSystem);
}
// return value
return(countingSystemView);
}
/// <summary>
/// This event is fired when Grid _ Cell Content Click
/// </summary>
private void Grid_CellContentClick(object sender, DataGridViewCellEventArgs e)
{
// Get the columnIndex
int columnIndex = e.ColumnIndex;
// if this is the LinkButton
if (e.ColumnIndex == 0)
{
// we must get the name of the selected System
string systemName = FindSystemName(e.RowIndex);
// If the systemName string exists
if (TextHelper.Exists(systemName))
{
// Find this system
ICardCountingSystem selectedSystem = CardCountingSystemFactory.FindCardCountingSystem(systemName);
// If the selectedSystem object exists
if (NullHelper.Exists(selectedSystem))
{
// get the helpLink
string helpLink = selectedSystem.HelpLink;
// if the helpLink exists
if (TextHelper.Exists(helpLink))
{
// Open a browser wined
System.Diagnostics.Process.Start(helpLink);
}
}
}
}
}
/// <summary>
/// This method returns the Card Value
/// </summary>
private static string GetCardValue(Card card, ICardCountingSystem countingSystem)
{
// initial value
string cardValueAsString = "";
// If the countingSystem object exists
if (NullHelper.Exists(countingSystem, card))
{
// Call the counting system to get the CardValue
double cardValue = countingSystem.GetCardCountValue(card);
// now convert the value to a string
cardValueAsString = cardValue.ToString();
}
// return value
return(cardValueAsString);
}
/// <summary>
/// This method Display Player
/// </summary>
private void DisplayPlayer()
{
// locals
bool isSeated = false;
bool isComputerPlayer = false;
int countSystemIndex = -1;
string name = "";
string chips = "$.0.00";
// If the Player object exists
if (this.HasPlayer)
{
// set the values
isSeated = this.Player.Seated;
ICardCountingSystem countingSystem = this.Player.CardCountingSystem;
name = this.Player.Name;
chips = "$" + String.Format("{0:n0}", this.Player.Chips);
isComputerPlayer = this.Player.IsComputerPlayer;
// if the countingSystem exists
if (NullHelper.Exists(countingSystem))
{
// Find the countSystemIndex
countSystemIndex = FindCountSystemIndex(countingSystem);
}
else
{
// Find the countSystemIndex
HighLowSystem highLow = new HighLowSystem();
countSystemIndex = FindCountSystemIndex(highLow);
}
}
// Check the box if seated
this.IsComputerPlayerCheckBox.Checked = isComputerPlayer;
this.SeatNumberCheckBox.Checked = isSeated;
this.CountingSystemControl.SelectedIndex = countSystemIndex;
this.NameControl.Text = name;
this.ChipsControl.Text = chips;
}
/// <summary>
/// This method returns the Count System Index
/// </summary>
private int FindCountSystemIndex(ICardCountingSystem countingSystem)
{
// initial value
int countSystemIndex = -1;
// locals
int index = -1;
// If the countingSystem object exists
if (NullHelper.Exists(countingSystem))
{
// iterate the items in this controls
foreach (object item in this.CountingSystemControl.Items)
{
// Increment the value for index
index++;
// cast the item as an ICardCountingSystem object
string name = item.ToString();
// If the tempCountingSystem object exists
if (TextHelper.Exists(name))
{
// if this is the item being sought
if (TextHelper.IsEqual(name, countingSystem.Name))
{
// set the return value
countSystemIndex = index;
// break out of the loop
break;
}
}
}
}
// return value
return(countSystemIndex);
}
/// <summary>
/// This method returns the Card Counting System
/// </summary>
internal static ICardCountingSystem FindCardCountingSystem(string countingSystemName)
{
// initial value
ICardCountingSystem countingSystem = null;
// If the countingSystemName string exists
if (TextHelper.Exists(countingSystemName))
{
// determine the CountingSystem to return based upon the CountingSystemName
switch (countingSystemName)
{
case "Basic Strategy (No Count)":
// Create this countingSystem
countingSystem = new BasicStrategySystem();
// required
break;
case "High - Low":
// Create this countingSystem
countingSystem = new HighLowSystem();
// required
break;
case "High Opt I":
// Create this countingSystem
countingSystem = new HighOptISystem();
// required
break;
case "High Opt II":
// Create this countingSystem
countingSystem = new HighOptIISystem();
// required
break;
case "KISS II":
// Create this countingSystem
countingSystem = new KISSIISystem();
// required
break;
case "KISS III":
// Create this countingSystem
countingSystem = new KISSIIISystem();
// required
break;
case "Wong Halves":
// Create this countingSystem
countingSystem = new WongHalvesSystem();
// required
break;
case "Knock Out":
// Create this countingSystem
countingSystem = new KnockOutSystem();
// required
break;
}
}
// return value
return(countingSystem);
}
