// ScoreManager handles all of the scoring
void ScoreManager(ScoreEvent sEvt)
{
List <Vector3> fsPts;
switch (sEvt)
{
// Same things need to happen whether it's a draw, a win, or a loss
case ScoreEvent.draw: // Drawing a card
case ScoreEvent.gameWin: // Won the round
case ScoreEvent.gameLoss: // Lost the round
chain = 0; // resets the score chain
score += scoreRun; // add scoreRun to total score
scoreRun = 0; // reset scoreRun
// Add fsRun to the _Scoreboard score
if (fsRun != null)
{
// Create points for the Bezier curve
fsPts = new List <Vector3>();
fsPts.Add(fsPosRun);
fsPts.Add(fsPosMid2);
fsPts.Add(fsPosEnd);
fsRun.reportFinishTo = Scoreboard.S.gameObject;
fsRun.Init(fsPts, 0, 1);
// Also adjust the fontSize
fsRun.fontSizes = new List <float>(new float[] { 28, 36, 4 });
fsRun = null; // Clear fsRun so it's created again
}
break;
case ScoreEvent.mine: // Remove a mine card
chain++; // increase the score chain
scoreRun += chain; // add score for this card to run
// Create a FloatingScore for this score
FloatingScore fs;
// Move it from the mousePosition to fsPosRun
Vector3 p0 = Input.mousePosition;
p0.x /= Screen.width;
p0.y /= Screen.height;
fsPts = new List <Vector3>();
fsPts.Add(p0);
fsPts.Add(fsPosMid);
fsPts.Add(fsPosRun);
fs = Scoreboard.S.CreateFloatingScore(chain, fsPts);
fs.fontSizes = new List <float>(new float[] { 4, 50, 28 });
if (fsRun == null)
{
fsRun = fs;
fsRun.reportFinishTo = null;
}
else
{
fs.reportFinishTo = fsRun.gameObject;
}
break;
}
// This second switch statement handles round wins and losses
switch (sEvt)
{
case ScoreEvent.gameWin:
GTGameOver.text = "Round Over";
// If it's a win, add the score to the next round
// static fields are NOT reset by Application.LoadLevel()
Prospector.SCORE_FROM_PREV_ROUND = score;
print("You won this round! Round score: " + score);
GTRoundResult.text = "You won this round!\nRound Score: " + score;
ShowResultGTs(true);
break;
case ScoreEvent.gameLoss:
GTGameOver.text = "Game Over";
// If it's a loss, check against the high score
if (Prospector.HIGH_SCORE <= score)
{
print("You got the high score! High score: " + score);
string sRR = "You got the high score!\nHigh score: " + score;
GTRoundResult.text = sRR;
Prospector.HIGH_SCORE = score;
PlayerPrefs.SetInt("ProspectorHighScore", score);
}
else
{
print("Your final score for the game was: " + score);
GTRoundResult.text = "Your final score was: " + score;
}
ShowResultGTs(true);
break;
default:
print("score: " + score + " scoreRun:" + scoreRun + " chain:" + chain);
break;
}
}
void ScoreManager(ScoreEvent sEvt)
{
List <Vector3> fsPts;
switch (sEvt)
{
case ScoreEvent.draw:
case ScoreEvent.gameWin:
case ScoreEvent.gameLoss:
GTGameOver.text = "Game Over";
chain = 0;
score += scoreRun;
scoreRun = 0;
if (fsRun != null)
{
fsPts = new List <Vector3>();
fsPts.Add(fsPosRun);
fsPts.Add(fsPosMid2);
fsPts.Add(fsPosEnd);
fsRun.reportFinishTo = ScoreBoard.S.gameObject;
fsRun.Init(fsPts, 0, 1);
fsRun.fontSizes = new List <float>(new float[] { 28, 36, 4 });
fsRun = null;
}
break;
case ScoreEvent.mine:
chain++;
scoreRun += chain;
FloatingScore fs;
Vector3 pO = Input.mousePosition;
pO.x /= Screen.width;
pO.y /= Screen.height;
fsPts = new List <Vector3>();
fsPts.Add(pO);
fsPts.Add(fsPosMid);
fsPts.Add(fsPosRun);
fs = ScoreBoard.S.CreateFloatingScore(chain, fsPts);
fs.fontSizes = new List <float>(new float[] { 4, 50, 28 });
if (fsRun == null)
{
fsRun = fs;
fsRun.reportFinishTo = null;
}
else
{
fs.reportFinishTo = fsRun.gameObject;
}
break;
}
switch (sEvt)
{
case ScoreEvent.gameWin:
Prospector.SCORE_FROM_PREV_ROUND = score;
GTGameOver.text = "Round Over";
Prospector.SCORE_FROM_PREV_ROUND = score;
GTroundResults.text = "You win this round!\nRound Score: " + score;
ShowResultsGTs(true);
break;
case ScoreEvent.gameLoss:
GTGameOver.text = "Game Over";
if (Prospector.HIGH_SCORE <= score)
{
print("New High Score");
Prospector.HIGH_SCORE = score;
string sRR = "You got the high score!\nHigh score: " + score;
GTroundResults.text = sRR;
PlayerPrefs.SetInt("ProspectorHighScore", score);
}
else
{
print("Your final score was" + score);
GTroundResults.text = "Your final score was: " + score;
}
ShowResultsGTs(true);
break;
default:
print("score" + score + " scoreRun" + scoreRun + " chain" + chain);
break;
}
}
void FloatingScoreHandler(eScoreEvent evt)
{
List <Vector2> fsPts;
switch (evt)
{
// Same things need to happen whether it's a draw, a win, or a loss
case eScoreEvent.draw: // Drawing a card
case eScoreEvent.gameWin: // Won the round
case eScoreEvent.gameLoss: // Lost the round
// Add fsRun to the Scoreboard score
if (fsRun != null)
{
// Create points for the Bézier curve1
fsPts = new List <Vector2>();
fsPts.Add(fsPosRun);
fsPts.Add(fsPosMid2);
fsPts.Add(fsPosEnd);
fsRun.reportFinishTo = Scoreboard.S.gameObject;
fsRun.Init(fsPts, 0, 1);
// Also adjust the fontSize
fsRun.fontSizes = new List <float>(new float[] { 28, 36, 4 });
fsRun = null; // Clear fsRun so it's created again
}
break;
case eScoreEvent.mine: // Remove a mine card
// Create a FloatingScore for this score
FloatingScore fs;
// Move it from the mousePosition to fsPosRun
Vector2 p0 = Input.mousePosition;
p0.x /= Screen.width;
p0.y /= Screen.height;
fsPts = new List <Vector2>();
fsPts.Add(p0);
fsPts.Add(fsPosMid);
fsPts.Add(fsPosRun);
fs = Scoreboard.S.CreateFloatingScore(ScoreManager.CHAIN, fsPts);
fs.fontSizes = new List <float>(new float[] { 4, 50, 28 });
if (fsRun == null)
{
fsRun = fs;
fsRun.reportFinishTo = null;
}
else
{
fs.reportFinishTo = fsRun.gameObject;
}
break;
}
}
// ScoreManager handles all of the scoring
void ScoreManager(ScoreEvent sEvt)
{
List <Vector3> fsPts;
switch (sEvt)
{
case ScoreEvent.draw:
// Add the chained score into the total one and reset it to zero;
score += chainScore * Mathf.RoundToInt(Mathf.Pow(2, chainGoldNum));
chainScore = 0;
chainNum = 0;
chainGoldNum = 0;
break;
case ScoreEvent.mine:
// +1 on the chainNum
chainNum++;
// Add score on the chainScore
chainScore += chainNum;
break;
case ScoreEvent.mineGold:
// raise the multiplier based on the gold card encountered in this chain
chainGoldNum++;
chainNum++;
break;
case ScoreEvent.gameWin:
// Clear the total score of this round, add the score to PREV_ROUND for next round
SCORE_FROM_PREV_ROUND = score;
break;
case ScoreEvent.gameLoss:
// Clear the other ones, add all to the total score
score += chainScore;
break;
}
// Handle the statements of game win and loss
switch (sEvt)
{
case ScoreEvent.gameWin:
// if it is a win, add the score to the next round
// static fields are NOT reset by Application.LoadLevel()
print("You Won this round! Round score: " + score);
gameOverUI.text = "Round Over";
roundResultUI.text = "You have won this round!\n Round Score: " + score;
ShowResultUI(true);
break;
case ScoreEvent.gameLoss:
// If it is a loss, check against the high score
gameOverUI.text = "Game Over";
if (Prospector.HIGH_SCORE <= score)
{
print("You got the new high score! High score: " + score);
PlayerPrefs.SetInt("ProspectorHighScore", score);
roundResultUI.text = "You got the high score!\n High Score: " + score;
}
else
{
print("Your final score is: " + score);
roundResultUI.text = "Your final score was: " + score;
ShowResultUI(true);
}
break;
default:
print("score:" + score + " chainNum:" + chainNum + " chainScore:" + chainScore);
break;
}
// Handle the scoring show to player
switch (sEvt)
{
case ScoreEvent.draw:
case ScoreEvent.gameWin:
case ScoreEvent.gameLoss:
// adding the chain score to the scoreboard
if (fsRun != null)
{
// Check if there is a started run.
// If there is, make the bezier list for score moving
fsPts = new List <Vector3>();
fsPts.Add(fsPosRun);
fsPts.Add(fsPosMid2);
fsPts.Add(fsPosEnd);
fsRun.reportFinishTo = Scoreboard.S.gameObject;
fsRun.Init(fsPts, 0, 1);
// Change the font too.
fsRun.fontSize = new List <float>(new float[] { 28, 36, 4 });
fsRun = null; // Clear fsRun so it is created again
}
break;
case ScoreEvent.mine:
case ScoreEvent.mineGold:
// When mining, adding up the score in fsRun
FloatingScore fs;
// Moving it from the mousePosition to fsPosRun
fsPts = new List <Vector3>();
Vector3 p0 = Input.mousePosition;
//p0.x /= Screen.width;
//p0.y /= Screen.height;
fsPts.Add(p0);
fsPts.Add(fsPosMid);
fsPts.Add(fsPosRun);
fs = Scoreboard.S.CreateFloatingScore(chainNum, fsPts);
fs.fontSize = new List <float>(new float[] { 4, 50, 28 });
if (fsRun == null)
{
fsRun = fs;
fsRun.reportFinishTo = null;
}
else
{
fs.reportFinishTo = fsRun.gameObject;
}
break;
}
}
//ScoreManager处理所有得分
void ScoreManager(ScoreEvent sEvt)
{
List <Vector3> fsPts;
switch (sEvt)
{
//无论是抽牌、赢或输，需要有对应的动作
case ScoreEvent.draw: //抽一张牌
case ScoreEvent.gameWin: //赢得本轮
case ScoreEvent.gameLoss: //本轮输了
chain = 0; //重置分数变量chain
score += scoreRun; //将scoreRun加入总得分
scoreRun = 0; //重置scoreRun
//将fsRun添加到_Scoreboard分数
if (fsRun != null)
{
//创建贝塞尔曲线的坐标点
fsPts = new List <Vector3>();
fsPts.Add(fsPosRun);
fsPts.Add(fsPosMid2);
fsPts.Add(fsPosEnd);
fsRun.reportFinishTo = Scoreboard.Instance.gameObject;
fsRun.Init(fsPts, 0, 1);
//同时调整fontSize
fsRun.fontSizes = new List <float>(new float[] { 28, 36, 4 });
fsRun = null;//清除fsRun以再次创建
}
break;
case ScoreEvent.mine: //删除一张矿井纸牌
chain++; //分数变量chain自加
scoreRun += chain; //添加当前纸牌的分数到这回合
//为当前分数创建FloatingScore
FloatingScore fs;
//从mousePosition移动到fsPosRun
Vector3 p0 = Input.mousePosition;
p0.x /= Screen.width;
p0.y /= Screen.height;
fsPts = new List <Vector3>();
fsPts.Add(p0);
fsPts.Add(fsPosMid);
fsPts.Add(fsPosRun);
fs = Scoreboard.Instance.CreateFloatingScore(chain, fsPts);
fs.fontSizes = new List <float>(new float[] { 4, 50, 28 });
if (fsRun == null)
{
fsRun = fs;
fsRun.reportFinishTo = null;
}
else
{
fs.reportFinishTo = fsRun.gameObject;
}
break;
}
//第二个switch语句处理本轮的输赢
switch (sEvt)
{
case ScoreEvent.gameWin:
GTGameOver.text = "Round Over";
//赢的话，将分数添加到下一轮
Prospector.SCORE_FROM_PREV_ROUND = score;
GTRoundResult.text = "You won this round!\nRound Score:" + score;
ShowResultGTs(true);
break;
case ScoreEvent.gameLoss:
GTGameOver.text = "Game Over";
//输的话，与最高分进行比较
if (Prospector.HIGH_SCORE <= score)
{
string sRR = "You got the hihg score!\nHigh score:" + score;
GTRoundResult.text = sRR;
Prospector.HIGH_SCORE = score;
PlayerPrefs.SetInt("ProspectorHighScore", score);
}
else
{
GTRoundResult.text = "Your final score was:" + score;
}
ShowResultGTs(true);
break;
default:
break;
}
}