(g%nddlmZdZddlZddlmZmZdZd dZGddZ d Z d Z d Z d Z dS)) annotations)add_object_align_initobject_data_addAddObjectHelperobject_add_grid_scale$object_add_grid_scale_apply_operatorworld_to_camera_view+object_report_if_active_shape_key_is_lockedN)FloatVectorProperty EnumPropertycddlm}m}||jnd}|j}|r |jdkrd}|r9|dr$|||j}n?||j j j}|r| |_|j j j}|r2|ds||_|jdkr-|j}nq|jdkr_|jj}|||_n|jd kr=|j j j}d |jd dd <||_n|j}n|dkrG|rE|jj}|nF|d kr6|j j j}n |}||zS) ax Return a matrix using the operator settings and view context. :arg context: The context to use. :type context: :class:`bpy.types.Context` :arg operator: The operator, checked for location and rotation properties. :type operator: :class:`bpy.types.Operator` :return: the matrix from the context and settings. :rtype: :class:`mathutils.Matrix` r)MatrixVectorNVIEW_3DlocationrotationWORLDVIEWCURSOR)rr) mathutilsrr properties space_datatypeis_property_set Translationrscenecursorto_translation preferencesedit object_alignalignr to_matrixto_4x4 region_3d view_matrixto_3x3inverted resize_4x4to_eulermatrixcolrotation_euler) contextoperatorrrrrradd_align_preferencers ]/home/blender/git/blender-v430/install_release/4.3/scripts/modules/bpy_extras/object_utils.pyrrs)((((((((0(<$$$J#Jjo22 >@@IIKKH    ! ! !"*"3"3"5"5J     ) )}+2H#0HLOAaC "*"3"3"5"5J  !*4466==??HH F * * *!+7>>@@IIKKH    ! ! ! ! !X - -}+:DDFFMMOOHHvxxH h c<|j}|jp|j}|j}|jD]}|d| |dn|j}|jj}tj j ||} |j | | dt||| _ |j} | r | jdkrd} | r| jr| | d|rA|jdkr5|j| jkr$tjjd|dtjjd |d||jj} | |j jj} | | j| _tjj|r$tj j|tjjd ne| |j_|jjjrH|rF|j ?| j} d}| d vrd}n| d krd }|%tjj| | S)aF Add an object using the view context and preference to initialize the location, rotation and layer. :arg context: The context to use. :type context: :class:`bpy.types.Context` :arg obdata: Valid object data to used for the new object or None. :type obdata: :class:`bpy.types.ID` | None :arg operator: The operator, checked for location and rotation properties. :type operator: :class:`bpy.types.Operator` :arg name: Optional name :type name: str :return: the newly created object in the scene. :rtype: :class:`bpy.types.Object` FNObjectTrEDITDESELECT)actionOBJECT)mode>FONTMESHMETACURVECURVESLATTICESURFACEARMATUREGPENCIL EDIT_GPENCIL)! view_layerlayer_collectionactive_layer_collection collectionobjects select_setnameactivebpydatanewlinkr matrix_worldrr local_viewlocal_view_setr;opsmesh select_allobjectmode_setupdate uv_layersjoinmeshesremover!r"use_enter_edit_modelibrary)r0obdatar1rLlayerrGscene_collectionobobj_actobj_newruv_newuv_actobtyper;s r3rrUs  E/P53P'2m e |!>xxv{m"Gh""400G!!'*** t0(CCG#Jjo22 5   5  " ":t 4 4 4"77<6))glgl.J.J  z2224    X...4     !(  \+2F!$k    + HO " "6 * * * V,,,,&    # 7 7 7&.0 jjj!DDy(()D#GN+++666 Nr4cJeZdZUdZded<ded<ded<edZd S) rcR|jdkr|jdSdS)Nr)r$rzero)self_contexts r3align_update_callbackz%AddObjectHelper.align_update_callbacks1 : M    ! r4aEnumProperty(name='Align', items=(('WORLD', 'World', 'Align the new object to the world'), ('VIEW', 'View', 'Align the new object to the view'), ('CURSOR', '3D Cursor', 'Use the 3D cursor orientation for the new object')), default='WORLD', update=AddObjectHelper.align_update_callback)r$z;FloatVectorProperty(name='Location', subtype='TRANSLATION')rz5FloatVectorProperty(name='Rotation', subtype='EULER')rc|jjduS)N)rr`)clsr0s r3pollzAddObjectHelper.polls}$,,r4N)__name__ __module__ __qualname__ro__annotations__ classmethodrrr4r3rrs|!!!     --[---r4rcF|j}|r|jdkr |jjSdS)z[ Return scale which should be applied on object data to align it to grid scale rg?)rroverlaygrid_scale_unit)r0rs r3rrs1 #J2jo22!11 3r4c &t|}|j}|jj}|D]Y}||ds@||}|jdkr-|jdkr"t||t|||zZdS)z> Scale an operators distance values by the grid size. F)ghostLENGTHDISTANCEN) rrbl_rnakeysrunitsubtypesetattrgetattr)r1r0 grid_scalerproperties_defprop_idprop_defs r3rrs 'w//J$J&1N!&&((AA))')?? A%g.H}((X-=-K-K''22Z?AAA AAr4c ddlm}|j|z}|j |j}d||ddD}|jdkr dkr |d S fd |D}|d j |d j }}|d j |dj } } |j |z ||z z } |j | z | | z z } || | fS) a Returns the camera space coords for a 3d point. (also known as: normalized device coordinates - NDC). Where (0, 0) is the bottom left and (1, 1) is the top right of the camera frame. values outside 0-1 are also supported. A negative 'z' value means the point is behind the camera. Takes shift-x/y, lens angle and sensor size into account as well as perspective/ortho projections. :arg scene: Scene to use for frame size. :type scene: :class:`bpy.types.Scene` :arg obj: Camera object. :type obj: :class:`bpy.types.Object` :arg coord: World space location. :type coord: :class:`mathutils.Vector` :return: a vector where X and Y map to the view plane and Z is the depth on the view axis. :rtype: :class:`mathutils.Vector` r)rcg|]}|Srxrx).0vs r3 z(world_to_camera_view..s ; ; ;1Q ; ; ;r4)rNrORTHOr)?rrc,g|]}||jz z Srx)z)rrrs r3rz(world_to_camera_view..s&555!qAC!G}%555r4) rrrR normalizedr*rrO view_framerxy)robjcoordrco_localcameraframemin_xmax_xmin_ymax_yrrrs @r3r r s".!     **,,5577%?H  A XF ; ;)))66rr: ; ; ;E {g 886/** *5555u555E8:uQxz5E8:uQxz5E e  .A e  .A 61a)  r4c|j}|r:|jr3|r/|dhd|jdSdS)a Checks if the active shape key of the specified object is locked, and reports an error if so. If the object has no shape keys, there is nothing to lock, and the function returns False. :arg obj: Object to check. :type obj: :class:`bpy.types.Object` :arg operator: Currently running operator to report the error through. Use None to suppress emitting the message. :type operator: :class:`bpy.types.Operator` :return: True if the shape key was locked. ERRORz&The active shape key of {:s} is lockedTF)active_shape_key lock_shapereportformatrL)rr1keys r3r r sY  C s~  b OOWI'O'V'VWZW_'`'` a a at 5r4)NN) __future__r__all__rN bpy.propsr r rrrrrr r rxr4r3rs #"""""   888vLLLL^--------:   AAA"***Zr4