def test_symdef(self):
tree_cmap_offset = 18 # Cf. drawing.c.
tree_glyph = nethack.GLYPH_CMAP_OFF + tree_cmap_offset
tree_symdef = nethack.symdef.from_idx(tree_cmap_offset)
assert tree_cmap_offset == nethack.glyph_to_cmap(tree_glyph)
assert tree_symdef.sym == ord("#")
assert tree_symdef.explanation == "tree"
assert tree_symdef.color == 2 # CLR_GREEN.
assert str(
tree_symdef) == "<nethack.symdef sym='#' explanation='tree'>"
darkroom_glyph = nethack.GLYPH_CMAP_OFF
assert nethack.glyph_to_cmap(darkroom_glyph) == 0
darkroom_symdef = nethack.symdef.from_idx(0)
assert darkroom_symdef.sym == ord(" ")
assert darkroom_symdef.explanation == "dark part of a room"
assert darkroom_symdef.color == 8 # NO_COLOR
def test_symdef(self):
tree_cmap_offset = 18 # Cf. drawing.c.
tree_glyph = nethack.GLYPH_CMAP_OFF + tree_cmap_offset
sd = nethack.symdef.from_idx(tree_cmap_offset)
assert tree_cmap_offset == nethack.glyph_to_cmap(tree_glyph)
assert sd.sym == ord("#")
assert sd.explanation == "tree"
assert sd.color == 2 # CLR_GREEN.
assert str(sd) == "<nethack.symdef sym='#' explanation='tree'>"
def test_glyph_to(self):
assert np.all(
nethack.glyph_to_mon(
np.array([
nethack.GLYPH_MON_OFF,
nethack.GLYPH_PET_OFF,
nethack.GLYPH_DETECT_OFF,
nethack.GLYPH_RIDDEN_OFF,
nethack.GLYPH_STATUE_OFF,
])) == 0)
# STATUE and CORPSE from onames.h (generated by makedefs).
# Returned by glyph_to_obj.
corpse = get_object("corpse").oc_name_idx
statue = get_object("statue").oc_name_idx
np.testing.assert_array_equal(
nethack.glyph_to_obj(
np.array([
nethack.GLYPH_BODY_OFF,
nethack.GLYPH_STATUE_OFF,
nethack.GLYPH_OBJ_OFF,
])),
np.array([corpse, statue, 0]),
)
for idx in range(nethack.MAXPCHARS): # Find the arrow trap.
if nethack.symdef.from_idx(idx).explanation == "arrow trap":
np.testing.assert_array_equal(
nethack.glyph_to_trap(
np.array([
nethack.GLYPH_CMAP_OFF,
nethack.GLYPH_CMAP_OFF + idx
])),
# Traps are one-indexed in defsym_to_trap as per rm.h.
np.array([nethack.NO_GLYPH, 1]),
)
break
np.testing.assert_array_equal(
nethack.glyph_to_cmap(
np.array([
nethack.GLYPH_CMAP_OFF,
nethack.GLYPH_STATUE_OFF,
])),
np.array([0, nethack.NO_GLYPH]),
)
assert nethack.glyph_to_swallow(nethack.GLYPH_SWALLOW_OFF) == 0
np.testing.assert_array_equal(
nethack.glyph_to_warning(
np.arange(nethack.GLYPH_WARNING_OFF,
nethack.GLYPH_STATUE_OFF)),
np.arange(nethack.WARNCOUNT),
)