# Set up paths.
dyn.include_dir(config.abs_milena_dir)
dyn.include("mln/core/image/image2d.hh")
dyn.include("mln/data/fill.hh")
dyn.include("mln/debug/iota.hh")
dyn.include("mln/debug/println.hh")
# Instantiate functors.
mk_image2d_int = dyn.ctor("mln::image2d<int>")
fill = dyn.fun("mln::data::fill")
iota = dyn.fun("mln::debug::iota")
println = dyn.fun("mln::debug::println")
# Use them (by compiling them on-the-fly).
# We'd like to be able to write this:
#
# ima = mk_image2d_int(3, 3)
#
# but we just can't. `mk_image2d_int' only accept `dyn.data' as
# arguments, so we have to encapsulate integers in `dyn.data' objects
# (likewise for strings).
ima = mk_image2d_int(dyn.data(3), dyn.data(3))
fill(ima, dyn.data(0))
println(dyn.data("ima (before) ="), ima)
iota(ima)
println(dyn.data("ima (after) ="), ima)
# General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with Olena. If not, see <http://www.gnu.org/licenses/>.
# \file
# \brief A Python version of test/test_milena.cc using libdynmilena.
import ltihooks
import dyn
import mln
# We'd like to be able to write this:
#
# ima = mln.mk_image2d_int(3, 3)
#
# but we just can't. `mk_image2d_int' only accept `dyn.data' as
# arguments, so we have to encapsulate integers in `dyn.data' objects
# (likewise for strings).
#
# Moreover, mk_image2d_int is a global object (functor), registered as
# an attribute of the `mln.cvar' object.
ima = mln.cvar.mk_image2d_int(dyn.data(3), dyn.data(3))
mln.cvar.fill(ima, dyn.data(0))
mln.cvar.println(dyn.data("ima (before) ="), ima)
mln.cvar.iota(ima)
mln.cvar.println(dyn.data("ima (after) ="), ima)
