// game variables

var crowd:Vector.<Rioter> = new Vector.<Rioter>();

var cityUnrest:int = 0; // total unhappiness?

// crowd bounding box

personUnderMouse.rage -= 1;

personUnderMouse.timeWaited += 10; // update more frequently

personUnderMouse.heatOverlay.alpha += 0.035;

if (personUnderMouse.heatOverlay.alpha > 1)

{

personUnderMouse.heatOverlay.alpha = 1;

// decision-making

public var updateDelay:int; // in seconds

public var timeWaited:int;

private var personalZone:Rectangle;

private var personalZoneSize:int;

private var comfortLevel:int;

{

fear -= 2;

}

}

private function makeDecisions():void

{

comfortLevel -= 20;

{

}

// do a fear check to see if they should run away

{

var roll1 = randomNumber(0, rage);

var roll2 = randomNumber(0, rage);

var rageResist = (roll1 + roll2 + roll3) / 3;

// fear succeeded, they're running away now

{

maxSpeed = runSpeed;

velocity = runVelocity;

goalX = runAwayZone + 500;

runningAway = true;

}

else // fear failed

{

goalX = randomNumber(movementSpace.x, movementSpace.x + movementSpace.width);

goalY = randomNumber(movementSpace.y, movementSpace.y + movementSpace.height);

runningAway = false;

}

}

/*

//goalY = randomNumber(movementSpace.y, movementSpace.y + movementSpace.height);

// generate new, feasible position

var randomOffsetX = randomNumber( -offsetAmtMin, offsetAmtMax);

var randomOffsetY = randomNumber( -offsetNorm, offsetNorm);

while (goalX + randomOffsetX > movementSpace.x + movementSpace.width ||

goalX + randomOffsetX < movementSpace.x)

{

randomOffsetX = randomNumber( -offsetAmtMin, offsetAmtMax);

}

while (goalY + randomOffsetY > movementSpace.y + movementSpace.height ||

goalY + randomOffsetY < movementSpace.y)

goalX += randomOffsetX;

goalY += randomOffsetY;

comfortLevel = 100;

{

return (Math.floor(Math.random() * (maxNum - minNum + 1)) + minNum);

}

}

}