private static bool RevealLayerByX(MapDisplay display, Map mapToUpdate, int currentX, int currentY, int[] leftAndRightAdjust)
{
int leftAdjust = leftAndRightAdjust[0];
int rightAdjust = leftAndRightAdjust[1];
for (int i = 0; i <= leftAdjust; i++)
{
display.SetCellColor(mapToUpdate, currentX - i, currentY);
}
for (int j = 1; j <= rightAdjust; j++)
{
display.SetCellColor(mapToUpdate, currentX + j, currentY);
}
if (mapToUpdate.Contents[currentX, currentY] != ' ' && mapToUpdate.Contents[currentX, currentY] != 'H' && mapToUpdate.Contents[currentX, currentY] != 'L')
{
return(true);
}
else
{
return(false);
}
}
private static int[] RevealLeftAndRightAtX(MapDisplay display, Map mapToUpdate, int currentX, int currentY)
{
bool leftWallHit = false;
bool rightWallHit = false;
int leftAdjust = 0;
int rightAdjust = 0;
while (!leftWallHit)
{
display.SetCellColor(mapToUpdate, currentX, currentY);
leftAdjust++;
if (mapToUpdate.Contents[currentX - leftAdjust, currentY] != ' ' && mapToUpdate.Contents[currentX - leftAdjust, currentY] != 'H' && mapToUpdate.Contents[currentX - leftAdjust, currentY] != 'L')
{
display.SetCellColor(mapToUpdate, currentX - leftAdjust, currentY);
leftWallHit = true;
}
}
while (!rightWallHit)
{
display.SetCellColor(mapToUpdate, currentX + rightAdjust, currentY);
rightAdjust++;
if (mapToUpdate.Contents[currentX + rightAdjust, currentY] != ' ' && mapToUpdate.Contents[currentX + rightAdjust, currentY] != 'H' && mapToUpdate.Contents[currentX + rightAdjust, currentY] != 'L')
{
display.SetCellColor(mapToUpdate, currentX + rightAdjust, currentY);
rightWallHit = true;
}
}
for (int i = 0; i <= leftAdjust; i++)
{
display.SetCellColor(mapToUpdate, currentX - i, display.CurrentDoor[1]);
}
for (int j = 1; j <= rightAdjust; j++)
{
display.SetCellColor(mapToUpdate, currentX + j, display.CurrentDoor[1]);
}
return(new int[] { leftAdjust, rightAdjust });
}
