// use a card from hand
public async Task handCall(TextBlock tb, InGame iG, TextBlock usrScr)
{
//can only use a card if the card is still there
if (this.Stndng == false && this.IsTrn && !tb.Text.Equals(""))
{
//grab the value of the card from the selected card's textBlock
int val = Convert.ToInt16(tb.Text);
Card crd = null;
//searching hand array to find User's selected card,
//place that card on the table, mark as used
for (int i = 0; i < this.Hand.Length; i++)
{
if (this.Hand[i].Val == (val))
{
//found card
crd = this.Hand[i];
this.Hand[i].IsUsed = true;
break;
}
}
//play the hand card
playCard(crd, false, usrScr);
iG.printHandCard(TrnCnt, crd.Val, this);
//checking score, user will automatically stand or bust if score is 20 or more after a hand card
autoBust(iG);
//no need for that pesky card value to stay on screen anymore
tb.Text = "";
}
}
// use a card from hand
public async Task handCall(TextBlock tb, InGame iG, TextBlock usrScr)
{
//can only use a card if the card is still there
if (this.Stndng == false && this.IsTrn && !tb.Text.Equals(""))
{
//grab the value of the card from the selected card's textBlock
int val = Convert.ToInt16(tb.Text);
Card crd = null;
//searching hand array to find User's selected card,
//place that card on the table, mark as used
for (int i = 0; i < this.Hand.Length; i++)
{
if (this.Hand[i].Val == (val))
{
//found card
crd = this.Hand[i];
this.Hand[i].IsUsed = true;
break;
}
}
//play the hand card
playCard(crd, false, usrScr);
iG.printHandCard(TrnCnt, crd.Val, this);
//checking score, user will automatically stand or bust if score is 20 or more after a hand card
autoBust(iG);
//no need for that pesky card value to stay on screen anymore
tb.Text = "";
}
}
//take card from deck, animate to table
private async Task deckDeal(InGame iG, Queue<Card> deck)
{
Card c = deck.Dequeue();
prcesCrd(c);
await(iG.srchGrid(this));
iG.txtCardVal(c.Val, this);
}
//take card from deck, animate to table
private async Task deckDeal(InGame iG, Queue <Card> deck)
{
Card c = deck.Dequeue();
prcesCrd(c);
await(iG.srchGrid(this));
iG.txtCardVal(c.Val, this);
}
//process a card from the hand, make it dissapear from side, and appear on table
private async Task handDeal(int hndNum, InGame iG)
{
if (this.Hand[hndNum].IsUsed == false)
{
prcesCrd(this.Hand[hndNum]);
//animate hand card
await iG.srchGrid(this);
setHnd(hndNum);
iG.printHandCard(this.TrnCnt, Hand[hndNum].Val, this);
}
}
//user gets card from deck
public async void deckCall(Boolean b, TextBlock usrScr, InGame iG, Queue<Card> deck)
{
//the top card is taken from the deck
Card crd = deck.Dequeue();
//that card is played
playCard(crd, b, usrScr);
//card is then animated to the screen
await iG.srchGrid(this);
//value of card is displayed in the image of the card
iG.txtCardVal(crd.Val, this);
}
//process a card from the hand, make it dissapear from side, and appear on table
private async Task handDeal(int hndNum, InGame iG)
{
if (this.Hand[hndNum].IsUsed == false)
{
prcesCrd(this.Hand[hndNum]);
//animate hand card
await iG.srchGrid(this);
setHnd(hndNum);
iG.printHandCard(this.TrnCnt, Hand[hndNum].Val, this);
}
}
//user gets card from deck
public async void deckCall(Boolean b, TextBlock usrScr, InGame iG, Queue <Card> deck)
{
//the top card is taken from the deck
Card crd = deck.Dequeue();
//that card is played
playCard(crd, b, usrScr);
//card is then animated to the screen
await iG.srchGrid(this);
//value of card is displayed in the image of the card
iG.txtCardVal(crd.Val, this);
}
public async Task mkMove(User u, TextBlock enScr, InGame iG, Queue <Card> deck)
{
//not the user's turn right now
u.IsTrn = false;
u.GotDk = false;
if (TrnCnt < 9 && Stndng == false && IsBust == false)
{
await deckDeal(iG, deck);
ScrTypePair currMv = decideMove(this.CurrScr);
//refactor this, logic seems off
if (currMv.CrdType != 0 && currMv.Score > App.gmDifficulty)
{
//move is good, make move, then ponder future later
await handDeal(currMv.CrdType - 1, iG);
//simulate how the next turn could go
ScrTypePair futMv = decideMove(this.CurrScr);
//enemy will stand if its score is winning, and is as close to 20 as the difficulty allows
//will adjust and play more aggressively if for example the user is on 19, and the enemy is on 18
//enemy will play to win and try its hardest to get a higher score than the user
if (futMv.Score < App.gmDifficulty && futMv.CrdType == 0 && u.CurrScr <= this.CurrScr)
{
//if the future dosnt look good for the AI, it will stick
this.Stndng = true;
}
}
//if score is above 20, AI has bust
if (this.CurrScr > 20)
{
this.IsBust = true;
}
//AI will stand if it evaluates to true
else if ((currMv.Score < App.gmDifficulty || (this.CurrScr > u.CurrScr && u.Stndng && u.IsBust == false)) || this.CurrScr == 20)
{
this.Stndng = true;
}
}
enScr.Text = this.CurrScr.ToString();
u.IsTrn = true;
}
public async Task mkMove(User u, TextBlock enScr, InGame iG, Queue<Card> deck)
{
//not the user's turn right now
u.IsTrn = false;
u.GotDk = false;
if (TrnCnt < 9 && Stndng == false && IsBust==false)
{
await deckDeal(iG, deck);
ScrTypePair currMv = decideMove(this.CurrScr);
//refactor this, logic seems off
if (currMv.CrdType != 0&&currMv.Score>App.gmDifficulty)
{
//move is good, make move, then ponder future later
await handDeal(currMv.CrdType - 1, iG);
//simulate how the next turn could go
ScrTypePair futMv = decideMove(this.CurrScr);
//enemy will stand if its score is winning, and is as close to 20 as the difficulty allows
//will adjust and play more aggressively if for example the user is on 19, and the enemy is on 18
//enemy will play to win and try its hardest to get a higher score than the user
if (futMv.Score < App.gmDifficulty&&futMv.CrdType==0&&u.CurrScr<=this.CurrScr)
{
//if the future dosnt look good for the AI, it will stick
this.Stndng = true;
}
}
//if score is above 20, AI has bust
if(this.CurrScr>20)
{
this.IsBust = true;
}
//AI will stand if it evaluates to true
else if((currMv.Score < App.gmDifficulty || (this.CurrScr > u.CurrScr&&u.Stndng&&u.IsBust==false)) || this.CurrScr == 20)
{
this.Stndng = true;
}
}
enScr.Text = this.CurrScr.ToString();
u.IsTrn = true;
}
public Boolean autoBust(InGame iG)
{
if (this.CurrScr > 19)
{
//if the user has a score of 20, user's score is set
//game auto sets user to standing
if (this.CurrScr == 20)
{
this.Stndng = true;
this.IsBust = false;
}
//if score is above 20, then the user has bust
else
{
this.IsBust = true;
this.Stndng = false;
}
return(true);
}
return(false);
}
//method that keeps track of the game loop
public void rndWn(Player p, InGame ig)
{
//the game is reset once the amount of rounds won by the current player is above 2
if (this.rndsWn < 2)
{
this.rndsWn++;
}
else
{
ResourceCandidate rc;
rc = ResourceManager.Current.MainResourceMap.GetValue("Resources/newGm",
ResourceContext.GetForCurrentView());
string newGm = rc.ValueAsString;
this.rndsWn++;
ig.status = newGm;
this.gmsWn++;
//HighScore h = new HighScore(this.gmsWn, p.gmsWn);
//h.readScores();
//h.writeScores();
}
}
public Boolean autoBust(InGame iG)
{
if (this.CurrScr > 19)
{
//if the user has a score of 20, user's score is set
//game auto sets user to standing
if (this.CurrScr == 20)
{
this.Stndng = true;
this.IsBust = false;
}
//if score is above 20, then the user has bust
else
{
this.IsBust = true;
this.Stndng = false;
}
return true;
}
return false;
}
//method that keeps track of the game loop
public void rndWn(Player p, InGame ig)
{
//the game is reset once the amount of rounds won by the current player is above 2
if (this.rndsWn<2)
{
this.rndsWn++;
}
else
{
ResourceCandidate rc;
rc = ResourceManager.Current.MainResourceMap.GetValue("Resources/newGm",
ResourceContext.GetForCurrentView());
string newGm = rc.ValueAsString;
this.rndsWn++;
ig.status = newGm;
this.gmsWn++;
//HighScore h = new HighScore(this.gmsWn, p.gmsWn);
//h.readScores();
//h.writeScores();
}
}
