// Call this periodically (when haste/slow wears off and when moving between depths)
// to keep environmental updates in sync with player turns.
public void synchronizePlayerTimeState()
{
playerCharacter rogue = RogueMain.GetInstance().getRogue();
creature player = RogueMain.GetInstance().getPlayer();
rogue.ticksTillUpdateEnvironment = player.ticksUntilTurn;
}
// Inserts a four-character color escape sequence into a string at the insertion point.
// Does NOT check string lengths, so it could theoretically write over the null terminator.
// Returns the new insertion point.
public short encodeMessageColor(char[] msg, short i, color theColor)
{
playerCharacter rogue = RogueMain.GetInstance().getRogue();
bool needTerminator = false;
color col = theColor; // color col = *theColor;
short oldRNG = rogue.RNG; rogue.RNG = (short)RNGs.RNG_COSMETIC; //assureCosmeticRNG;
bakeColor(col);
col.red = (short)Random.clamp(col.red, 0, 100);
col.green = (short)Random.clamp(col.green, 0, 100);
col.blue = (short)Random.clamp(col.blue, 0, 100);
needTerminator = msg[i] == 0 || msg[i + 1] == 0 || msg[i + 2] == 0 || msg[i + 3] == 0;
msg[i++] = (char)RogueH.COLOR_ESCAPE;
msg[i++] = (char)(RogueH.COLOR_VALUE_INTERCEPT + col.red);
msg[i++] = (char)(RogueH.COLOR_VALUE_INTERCEPT + col.green);
msg[i++] = (char)(RogueH.COLOR_VALUE_INTERCEPT + col.blue);
if (needTerminator)
{
msg[i] = '\0';
}
rogue.RNG = oldRNG; //restoreRNG;
return(i);
}
public static void Main(string[] args)
{
Global.preInitData();
playerCharacter rogue = RogueMain.GetInstance().getRogue();
rogue.nextGameSeed = 0; // Seed based on clock.
RogueMain.GetInstance().initializeRogue(rogue.nextGameSeed);
RogueMain.GetInstance().startLevel(rogue.depthLevel, 1);
}
// sets miner's light strength and characteristics based on rings of illumination, scrolls of darkness and water submersion
public void updateMinersLightRadius()
{
playerCharacter rogue = RogueMain.GetInstance().getRogue();
creature player = RogueMain.GetInstance().getPlayer();
double fraction;
double lightRadius;
lightRadius = 100 * rogue.minersLightRadius;
if (rogue.lightMultiplier < 0)
{
lightRadius /= (-1 * rogue.lightMultiplier + 1);
}
else
{
lightRadius *= (rogue.lightMultiplier);
lightRadius = Math.Max(lightRadius, (rogue.lightMultiplier * 2 + 2));
}
if (player.status[STATUS_DARKNESS] != 0)
{
fraction = (double)Math.Pow(1.0 - (((double)player.status[STATUS_DARKNESS]) / player.maxStatus[STATUS_DARKNESS]), 3);
if (fraction < 0.05)
{
fraction = 0.05;
}
}
else
{
fraction = 1;
}
lightRadius = lightRadius * fraction;
if (lightRadius < 2)
{
lightRadius = 2;
}
if (rogue.inWater && lightRadius > 3)
{
lightRadius = Math.Max(lightRadius / 2, 3);
}
rogue.minersLight.radialFadeToPercent = (short)(35 + Math.Max(0, Math.Min(65, rogue.lightMultiplier * 5)) * (fraction + RogueH.FLOAT_FUDGE));
rogue.minersLight.lightRadius.upperBound = rogue.minersLight.lightRadius.lowerBound = (short)Random.clamp(lightRadius + RogueH.FLOAT_FUDGE, -30000, 30000);
}
} //
// Highlight the portion indicated by hiliteCharGrid with the hiliteColor at the hiliteStrength -- both latter arguments are optional.
public void hiliteGrid(short[][] grid, color hiliteColor, int hiliteStrength)
{
playerCharacter rogue = RogueMain.GetInstance().getRogue();
short i, j, x, y;
color hCol = new color();
short oldRNG = rogue.RNG; rogue.RNG = RNG_COSMETIC; //assureCosmeticRNG;
if (hiliteColor != null)
{
ObjectCopier.CopyFrom(hCol, hiliteColor);
}
else
{
ObjectCopier.CopyFrom(hCol, Global.yellow);
}
IO.GetInstance().bakeColor(hCol);
if (hiliteStrength == 0)
{
hiliteStrength = 75;
}
for (i = 0; i < DCOLS; i++)
{
for (j = 0; j < DROWS; j++)
{
if (grid[i][j] != 0)
{
x = (short)IO.GetInstance().mapToWindowX(i);
y = (short)IO.GetInstance().mapToWindowY(j);
displayBuffer[x, y].needsUpdate = true;
displayBuffer[x, y].backColorComponents[0] = (char)Random.clamp(displayBuffer[x, y].backColorComponents[0] + hCol.red * hiliteStrength / 100, 0, 100);
displayBuffer[x, y].backColorComponents[1] = (char)Random.clamp(displayBuffer[x, y].backColorComponents[1] + hCol.green * hiliteStrength / 100, 0, 100);
displayBuffer[x, y].backColorComponents[2] = (char)Random.clamp(displayBuffer[x, y].backColorComponents[2] + hCol.blue * hiliteStrength / 100, 0, 100);
displayBuffer[x, y].foreColorComponents[0] = (char)Random.clamp(displayBuffer[x, y].foreColorComponents[0] + hCol.red * hiliteStrength / 100, 0, 100);
displayBuffer[x, y].foreColorComponents[1] = (char)Random.clamp(displayBuffer[x, y].foreColorComponents[1] + hCol.green * hiliteStrength / 100, 0, 100);
displayBuffer[x, y].foreColorComponents[2] = (char)Random.clamp(displayBuffer[x, y].foreColorComponents[2] + hCol.blue * hiliteStrength / 100, 0, 100);
}
}
}
rogue.RNG = oldRNG; //restoreRNG;
}
public static int rand_range(int lowerBound, int upperBound)
{
//brogueAssert(lowerBound <= INT_MAX && upperBound <= INT_MAX);
if (upperBound <= lowerBound)
{
return(lowerBound);
}
/* nouse
* if (rogue.RNG == RNG_SUBSTANTIVE) {
* randomNumbersGenerated++;
* }
* //*/
playerCharacter rogue = RogueMain.GetInstance().getRogue();
return(RNGState [rogue.RNG].Next(lowerBound, upperBound + 1));
}