sneak
a69ef7dc04
rooms.c, passages.c, new_level.c ported in full: room/maze layout, corridor spanning tree with extra connections, passage numbering flood fill, trap/stairs/object placement, treasure rooms. Careful RNG-call ordering throughout keeps generation seed-faithful to C. Supporting subsystems this depends on, also ported: - screen.go: curses replaced by in-memory Window cell buffers behind a Terminal interface (tcell arrives with the UI phase; tests run headless) - io.go: msg/addmsg/endmsg message-line protocol, status line, step_ok - pack.c in full (add_pack sorting/stacking walk, get_item, inventory) - things.c in full (inv_name, new_thing, discovery lists, pagination) - monsters.c in full; chase.c navigation half (roomin/cansee/see_monst/ find_dest/runto/set_oldch); rings.c, armor.c in full - weapons.c/sticks.c creation half (init_weapon, fix_stick, num) - misc.c look() display update, eat, level-up, direction input - daemons.c callbacks except stomach (needs death()) and the runners chase driver (combat phase) - init.c init_player with the starting kit Tests: level invariants across seeds, determinism, 30-depth sweep.
20 lines
519 B
Go
20 lines
519 B
Go
package game
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// move.c — hero movement. doorOpen arrives first (room entry needs it);
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// the movement commands and traps come with the UI phase.
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// doorOpen is called to wake up things in a room that might move when the
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// hero enters (move.c door_open).
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func (g *RogueGame) doorOpen(rp *Room) {
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if rp.Flags.Has(IsGone) {
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return
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}
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for y := rp.Pos.Y; y < rp.Pos.Y+rp.Max.Y; y++ {
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for x := rp.Pos.X; x < rp.Pos.X+rp.Max.X; x++ {
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if isUpper(g.Level.VisibleChar(y, x)) {
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g.wakeMonster(y, x)
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}
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}
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}
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}
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