module Graphics.Formats.Collada.Animations (attr, library_animations, animations, collada_array) where import Text.XML.Light import Graphics.Formats.Collada.ColladaTypes attr :: String -> String -> (Element -> Element) attr key value = add_attr (Attr (unqual key) value) library_animations :: [(SID, AnimChannel)] -> [Element] library_animations anims | (length as) > 0 = [unode "library_animations" $ as] | otherwise = [] where as = map animations anims animations :: (SID, AnimChannel) -> Element animations (sid,(Bezier (inID,inFloat,inAccessor) (outID,outFloat,outAccessor) (intangentID,intangentFloat,intangentAccessor) (outtangentID,outtangentFloat,outtangentAccessor) (interpID,interpString,interpAccessor) targets )) = attr "id" sid $ unode "animation" $ [ anim_source_input (sid ++ "-" ++ inID) inFloat inAccessor, anim_source_output (sid ++ "-" ++ outID) outFloat outAccessor, anim_source_intangents (sid ++ "-" ++ intangentID) intangentFloat intangentAccessor, anim_source_outtangents (sid ++ "-" ++ outtangentID) outtangentFloat outtangentAccessor, anim_source_interpolations (sid ++ "-" ++ interpID) interpString interpAccessor, anim_source_sampler sid inID outID intangentID outtangentID interpID ] ++ (map (anim_source_channel sid) targets) accessor acc = map (foldr (\(x,y) -> (attr x y)) (unode "param" "")) acc collada_array list = concat (map (++" ") (map show list)) anim_source_input str ar acc = attr "id" str $ unode "source" [ attr "id" (str ++ "-array") $ attr "count" (show (length ar)) $ unode "float_array" (collada_array ar), unode "technique_common" $ attr "source" ("#" ++ str ++ "-array") $ attr "count" (show (length ar)) $ attr "stride" "1" $ unode "accessor" $ accessor acc ] anim_source_output str ar acc = attr "id" str $ unode "source" [ attr "id" (str ++ "-array") $ attr "count" (show (length ar)) $ unode "float_array" (collada_array ar), unode "technique_common" $ attr "source" ("#" ++ str ++ "-array") $ attr "count" (show (length ar)) $ attr "stride" "1" $ unode "accessor" $ accessor acc ] anim_source_intangents str ar acc = attr "id" str $ unode "source" [ attr "id" (str ++ "-array") $ attr "count" (show (length ar)) $ unode "float_array" (collada_array ar), unode "technique_common" $ attr "source" ("#" ++ str ++ "-array") $ attr "count" (show ((length ar)`div`2)) $ attr "stride" "2" $ unode "accessor" $ accessor acc ] anim_source_outtangents str ar acc = attr "id" str $ unode "source" [ attr "id" (str ++ "-array") $ attr "count" (show (length ar)) $ unode "float_array" (collada_array ar), unode "technique_common" $ attr "source" ("#" ++ str ++ "-array") $ attr "count" (show ((length ar)`div`2)) $ attr "stride" "2" $ unode "accessor" $ accessor acc ] anim_source_interpolations str ar acc = attr "id" str $ unode "source" [ attr "id" (str ++ "-array") $ attr "count" (show (length ar)) $ unode "Name_array" (concat ar), unode "technique_common" $ attr "source" ("#" ++ str ++ "-array") $ attr "count" (show (length ar)) $ attr "stride" "1" $ unode "accessor" $ accessor acc ] anim_source_sampler str inID outID intangentID outtangentID interpID = attr "id" (str ++ "-sampler") $ unode "sampler" [ attr "semantic" "INPUT" $ attr "source" ("#" ++ str ++ "-" ++ inID) $ unode "input" (), attr "semantic" "OUTPUT" $ attr "source" ("#" ++ str ++ "-" ++ outID) $ unode "input" (), attr "semantic" "IN_TANGENT" $ attr "source" ("#" ++ str ++ "-" ++ intangentID) $ unode "input" (), attr "semantic" "OUT_TANGENT" $ attr "source" ("#" ++ str ++ "-" ++ outtangentID) $ unode "input" (), attr "semantic" "INTERPOLATION" $ attr "source" ("#" ++ str ++ "-" ++ interpID) $ unode "input" () ] anim_source_channel s0 (targetID,accessorName) = attr "source" ("#" ++ s0 ++ "-sampler") $ attr "target" (targetID ++ "." ++ accessorName) $ unode "channel" ()