#include "player.h"

                   bool force = false);

                   bool force = false, bool deterministic = false,
                   coord_def origin = coord_def(-1, -1));
void reautomap_level();

static void _automap_from( int x, int y, int mutated )
{
    if (mutated)
        magic_mapping(8 * mutated, 5 * mutated, true, false,
                      true, coord_def(x,y));
}
void reautomap_level( )
{
    int passive = player_mutation_level(MUT_PASSIVE_MAPPING);
    for (int x = X_BOUND_1; x <= X_BOUND_2; ++x)
        for (int y = Y_BOUND_1; y <= Y_BOUND_2; ++y)
            if (env.map[x][y].flags & MAP_SEEN_FLAG)
                _automap_from(x, y, passive);
}

    if (!(env.map[x][y].flags & MAP_SEEN_FLAG) && is_notable_terrain(feat))

    if (!(env.map[x][y].flags & MAP_SEEN_FLAG))

        const bool boring =

        _automap_from(x, y, player_mutation_level(MUT_PASSIVE_MAPPING));
        const bool boring = !is_notable_terrain(feat)

            (feat == DNGN_ENTER_PORTAL_VAULT
             && you.level_type == LEVEL_PORTAL_VAULT)

            || (feat == DNGN_ENTER_PORTAL_VAULT
                && you.level_type == LEVEL_PORTAL_VAULT)

            std::string desc = 

            std::string desc =

    }
}
// We logically associate a difficulty parameter with each tile on each level,
// to make deterministic magic mapping work.  This function returns the
// difficulty parameters for each tile on the current level, whose difficulty
// is less than a certain amount.
//
// Random difficulties are used in the few cases where we want repeated maps
// to give different results; scrolls and cards, since they are a finite
// resource.
static const FixedArray<char, GXM, GYM>& _tile_difficulties(bool random)
{
    // We will often be called with the same level parameter and cutoff, so
    // cache this (DS with passive mapping autoexploring could be 5000 calls
    // in a second or so).
    static FixedArray<char, GXM, GYM> cache;
    static int cache_seed = -1;
    int seed = random ? -1 :
        (static_cast<int>(you.where_are_you) << 8) + you.your_level - 1731813538;
    if (seed == cache_seed && !random)
    {
        return cache;

    if (!random)
    {
        push_rng_state();
        seed_rng(cache_seed);
    }
    cache_seed = seed;
    for (int y = Y_BOUND_1; y <= Y_BOUND_2; ++y)
        for (int x = X_BOUND_1; x <= X_BOUND_2; ++x)
            cache[x][y] = random2(100);
    if (!random)
    {
        pop_rng_state();
    }
    return cache;

                   bool force)

                   bool force, bool deterministic, coord_def pos)

    if (!in_bounds(pos))
        pos = you.pos();

    for (radius_iterator ri(you.pos(), map_radius, true, false); ri; ++ri)
    {
        if (proportion < 100 && random2(100) >= proportion)
            continue;       // note that proportion can be over 100

    const FixedArray<char, GXM, GYM>& difficulty =
        _tile_difficulties(!deterministic);

    for (radius_iterator ri(pos, map_radius, true, false); ri; ++ri)
    {

            int threshold = proportion;

            if (dist > pfar && one_chance_in(3))
                continue;

            if (dist > very_far)
                threshold = threshold / 3;
            else if (dist > pfar)
                threshold = threshold * 2 / 3;

            if (dist > very_far && coinflip())

            if (difficulty(*ri) > threshold)

#include "files.h"

#include "view.h"

    { MUT_PASSIVE_MAPPING,            3,  3, false, false,
      {"You sense your immediate surroundings while exploring..",
       "You sense your surroundings while exploring.",
       "You sense a large area of your surroundings while exploring."},
      {"You feel aware of your new surroundings.",
       "You feel more aware of your new surroundings.",
       "You feel even more aware of your new surroundings."},
      {"You feel slightly disoriented.",
       "You feel slightly disoriented.",
       "You feel slightly disoriented."},
      "passive mapping"
    },

}
static bool _reautomap_callback()
{
    reautomap_level();
    return true;

    if (mutat == MUT_PASSIVE_MAPPING)
        apply_to_all_dungeons(_reautomap_callback);

        MUT_PURPLE_SCALES, MUT_INDIGO_SCALES, MUT_COLD_RESISTANCE

        MUT_PURPLE_SCALES, MUT_INDIGO_SCALES, MUT_COLD_RESISTANCE,
        MUT_PASSIVE_MAPPING

    MUT_PASSIVE_MAPPING,