/// <summary>
/// Clear the passed map mask flags.
/// </summary>
/// <param name="flags"></param>
public void map_clear_mask(MAP_MASK flags)
{
int i, j;
for (i = 0; i < map_w; i++)
for (j = 0; j < map_h; j++) {
if ((flags & MAP_MASK.F_FOG) == MAP_MASK.F_FOG)
mask [i, j].fog = true;
if ((flags & MAP_MASK.F_INVERSE_FOG) == MAP_MASK.F_INVERSE_FOG)
mask [i, j].fog = false;
if ((flags & MAP_MASK.F_SPOT) == MAP_MASK.F_SPOT)
mask [i, j].spot = false;
if ((flags & MAP_MASK.F_IN_RANGE) == MAP_MASK.F_IN_RANGE)
mask [i, j].in_range = 0;
if ((flags & MAP_MASK.F_MOUNT) == MAP_MASK.F_MOUNT)
mask [i, j].mount = 0;
if ((flags & MAP_MASK.F_SEA_EMBARK) == MAP_MASK.F_SEA_EMBARK)
mask [i, j].sea_embark = false;
if ((flags & MAP_MASK.F_AUX) == MAP_MASK.F_AUX)
mask [i, j].aux = 0;
if ((flags & MAP_MASK.F_INFL) == MAP_MASK.F_INFL)
mask [i, j].infl = 0;
if ((flags & MAP_MASK.F_INFL_AIR) == MAP_MASK.F_INFL_AIR)
mask [i, j].air_infl = 0;
if ((flags & MAP_MASK.F_VIS_INFL) == MAP_MASK.F_VIS_INFL)
mask [i, j].vis_infl = 0;
if ((flags & MAP_MASK.F_VIS_INFL_AIR) == MAP_MASK.F_VIS_INFL_AIR)
mask [i, j].vis_air_infl = 0;
if ((flags & MAP_MASK.F_BLOCKED) == MAP_MASK.F_BLOCKED)
mask [i, j].blocked = false;
if ((flags & MAP_MASK.F_BACKUP) == MAP_MASK.F_BACKUP)
mask [i, j].backup = false;
if ((flags & MAP_MASK.F_MERGE_UNIT) == MAP_MASK.F_MERGE_UNIT)
mask [i, j].merge_unit = null;
if ((flags & MAP_MASK.F_DEPLOY) == MAP_MASK.F_DEPLOY)
mask [i, j].deploy = false;
if ((flags & MAP_MASK.F_CTRL_GRND) == MAP_MASK.F_CTRL_GRND)
mask [i, j].ctrl_grnd = 0;
if ((flags & MAP_MASK.F_CTRL_AIR) == MAP_MASK.F_CTRL_AIR)
mask [i, j].ctrl_air = 0;
if ((flags & MAP_MASK.F_CTRL_SEA) == MAP_MASK.F_CTRL_SEA)
mask [i, j].ctrl_sea = 0;
if ((flags & MAP_MASK.F_MOVE_COST) == MAP_MASK.F_MOVE_COST)
mask [i, j].moveCost = 0;
if ((flags & MAP_MASK.F_DISTANCE) == MAP_MASK.F_DISTANCE)
mask [i, j].distance = -1;
if ((flags & MAP_MASK.F_DANGER) == MAP_MASK.F_DANGER)
mask [i, j].danger = false;
if ((flags & MAP_MASK.F_SPLIT_UNIT) == MAP_MASK.F_SPLIT_UNIT) {
mask [i, j].split_unit = null;
mask [i, j].split_okay = false;
}
}
}
/*
====================================================================
Set mask::fog (which is the actual fog of the engine) to either
spot mask, in_range mask (covers sea_embark), merge mask,
deploy mask.
====================================================================
*/
public void map_set_fog(MAP_MASK type)
{
int x, y;
for (y = 0; y < map_h; y++)
for (x = 0; x < map_w; x++) {
switch (type) {
case MAP_MASK.F_SPOT:
mask [x, y].fog = !mask [x, y].spot;
break;
case MAP_MASK.F_IN_RANGE:
mask [x, y].fog = ((mask [x, y].in_range == 0 && !mask [x, y].sea_embark) || mask [x, y].blocked);
break;
case MAP_MASK.F_MERGE_UNIT:
mask [x, y].fog = (mask [x, y].merge_unit == null);
break;
case MAP_MASK.F_SPLIT_UNIT:
mask [x, y].fog = (mask [x, y].split_unit == null) && !mask [x, y].split_okay;
break;
case MAP_MASK.F_DEPLOY:
mask [x, y].fog = !mask [x, y].deploy;
break;
default:
mask [x, y].fog = false;
break;
}
}
}
