/// <summary>
/// This method performs initializations for this object.
/// </summary>
public void Init()
{
// Create a shuffler
Shuffler = new RandomShuffler(1, 60, 10);
// Shuffle ten times
Shuffler.Shuffle(10);
// Start with a random banner
this.CurrentBanner = GetRandomBanner();
}
/// <summary>
/// This method performs initializations for this object.
/// </summary>
public void Init()
{
// Create a Guid
this.Id = Guid.Empty;
// Changing the count to get the last 20 messages.
this.DisplayMessagesCount = 20;
// Create a Shuffler
Shuffler = new RandomShuffler(1, 6, 1, 10);
}
/// <summary>
/// This method returns the Random Location
/// </summary>
private Point GetRandomLocation(RandomShuffler shuffler)
{
// initial value (off screen)
Point location = new Point(-1000, -1000);
// locals
int left = -1000;
int top = -1000;
// if the shuffler has been shuffled
if (shuffler.Shuffled)
{
// get the left
left = shuffler.PullNextItem(false);
// get the top
top = shuffler.PullNextItem(false);
}
// if the value is set
if ((left > 0) && (top > 0))
{
// the left can go wider, this spreads the chips out a little
left = left * 2;
// move items towards the center
left -= 20;
// move items up for the size of the chip and add a little padding
top -= 20;
// if top is less than padding
if (top < 4)
{
// reset
top = 4;
}
// if less than the padding value
if (left < 4)
{
// reset to padding
left = 4;
}
// create the location
location = new Point(left, top);
}
// return value
return(location);
}
private void GenerateTable(byte[] encryptionKey)
{
List <int> viableStates = new List <int>();
int maxState = (Denominator << 1);
for (int i = Denominator; i < maxState; i++)
{
viableStates.Add(i);
}
if (encryptionKey != null)
{
SeededRng rng = new SeededRng(encryptionKey);
RandomShuffler <int> .ShuffleList(viableStates, rng);
}
else
{
RandomShuffler <int> .ShuffleList(viableStates);
}
Table = new Dictionary <int, Dictionary <int, int> >();
GenerateStateRanges(out var stateRanges);
FillTable(stateRanges, viableStates);
}
/// <summary>
/// This method returns the For Insurance
/// </summary>
internal void PromptForInsurance(IPlayerResponseRequest takeInsuranceRequest)
{
// verify this player is in this hand (has a hand and the GameMagager.Shuffler exists)
bool isInHand = IsInHand();
// If this player is dealt in
if ((isInHand) && (this.HasPlayerControl) && (this.PlayerControl.HasTable))
{
// if this is a computer player
if (this.IsComputerPlayer)
{
// Find the Shuffler to use
RandomShuffler chipShuffler = this.PlayerControl.Table.ChipShuffler;
// if the Shuffler exists
if ((chipShuffler.HasRandomIntStorage) && (chipShuffler.CanPullNextItem()))
{
// get a randomIntValue
int randomIntValue = chipShuffler.PullNextItem(false);
// Take Insurance if the random value is an even number
bool takeInsurance = ((randomIntValue % 2) == 0);
// Send the response
PlayerResponse response = null;
// if this player choose to takeInsurance
if (takeInsurance)
{
// the player choose to take insurance
// Create a response this player took insurance
response = new PlayerResponse(ResponseTypeEnum.Insurance, this.CurrentHand.AmountWagered / 2);
// This was an insurance request
response.ResponseRequestType = ResponseRequestTypeEnum.Insurance;
// Get a reference to the PlayerResponseControl
PlayerResponseControl playerResponseControl = this.PlayerControl.Table.GetPlayerResponseControl();
// If the playerResponseControl object exists
if (NullHelper.Exists(playerResponseControl))
{
// If the value for the property playerResponseControl.HasSendResponseCallBack is true
if (playerResponseControl.HasSendResponseCallBack)
{
// Send the response back
playerResponseControl.SendResponseCallBack(response);
}
}
}
else
{
// the player declined taking insurance
// Create a response this player took insurance
response = new PlayerResponse(ResponseTypeEnum.No);
// This was an insurance request
response.ResponseRequestType = ResponseRequestTypeEnum.Insurance;
// Get a reference to the PlayerResponseControl
PlayerResponseControl playerResponseControl = this.PlayerControl.Table.GetPlayerResponseControl();
// If the playerResponseControl object exists
if (NullHelper.Exists(playerResponseControl))
{
// If the value for the property playerResponseControl.HasSendResponseCallBack is true
if (playerResponseControl.HasSendResponseCallBack)
{
// Send the response back
playerResponseControl.SendResponseCallBack(response);
}
}
}
}
}
else
{
// This is a human so start the ResponseRequest
takeInsuranceRequest.Start(this.PlayerControl.Table.GameManager.ResponseControl, this.PlayerControl);
}
}
}
/// <summary>
/// event is fired when the 'GetDataButton' is clicked.
/// </summary>
private void GetDataButton_Click(object sender, EventArgs e)
{
// Erase
this.ResultsTextBox.Text = "Generating random data, please wait...";
// Refresh everything
this.Refresh();
Application.DoEvents();
// Create a new Gateway instance
Gateway gateway = new Gateway(MainForm.ConnectionName);
// if the FirstNames do not exist
if (!this.HasFirstNames)
{
// Load the FirstNames
this.FirstNames = gateway.LoadFirstNames();
}
// if the LastNames do not exist
if (!this.HasLastNames)
{
// Load the LastNames
this.LastNames = gateway.LoadLastNames();
}
// if the Verbs do not exist
if (!this.HasVerbs)
{
// Load the Verbs
this.Verbs = gateway.LoadVerbs();
}
// if the Adjectives do not exist
if (!this.HasAdjectives)
{
// Load the Adjectives
this.Adjectives = gateway.LoadAdjectives();
}
// if the Nouns do not exist
if (!this.HasNouns)
{
// Load the Nouns
this.Nouns = gateway.LoadNouns();
}
// if all the lists exist
if ((ListHelper.HasOneOrMoreItems(FirstNames, LastNames, Adjectives)) && (ListHelper.HasOneOrMoreItems(Verbs, Nouns)))
{
// Create the shufflers if they don't exist
if (!HasShuffler)
{
// Create a new instance of a 'RandomShuffler' object.
Shuffler = new RandomShuffler(0, firstNames.Count, 5);
}
// if the Shffler2 doesn't exist
if (!HasShuffler2)
{
// Create a new instance of a 'RandomShuffler' object.
Shuffler2 = new RandomShuffler(0, lastNames.Count, 5);
}
// if the Shffler3 doesn't exist
if (!HasShuffler3)
{
// Create a new instance of a 'RandomShuffler' object.
Shuffler3 = new RandomShuffler(0, Verbs.Count, 5);
}
// if the Shffler4 doesn't exist
if (!HasShuffler4)
{
// Create a new instance of a 'RandomShuffler' object.
Shuffler4 = new RandomShuffler(0, Adjectives.Count, 5);
}
// if the Shffler5 doesn't exist
if (!HasShuffler5)
{
// Create a new instance of a 'RandomShuffler' object.
Shuffler5 = new RandomShuffler(0, Nouns.Count, 5);
}
// Display the character name
this.ResultsTextBox.Text = "Random Characters/Plot: " + Environment.NewLine;
// iterate up to 10 names
for (int x = 0; x < 10; x++)
{
// Pull the next items
int firstNameIndex = shuffler.PullNextItem();
int lastNameIndex = shuffler2.PullNextItem();
int verbIndex = shuffler3.PullNextItem();
int adjectiveIndex = shuffler4.PullNextItem();
int nounIndex = shuffler5.PullNextItem();
// Set the first and last name
string firstName = firstNames[firstNameIndex].Name;
string lastName = lastNames[lastNameIndex].Name;
string verb = Verbs[verbIndex].WordText;
string adjective = Adjectives[adjectiveIndex].WordText;
string noun = Nouns[nounIndex].WordText;
// Add to the text
this.ResultsTextBox.Text += firstName + " " + lastName + " " + verb + " " + adjective + " " + noun;
// if not the last item
if (x < 9)
{
// Display the character name
this.ResultsTextBox.Text += Environment.NewLine;
}
}
}
}
