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terms.py
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terms.py
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### Terms for search and replace suggestions
## direct word:
# suggestion for first and second element in tuples
## if first element is 'regex.quoted':
# second and third element are still direct words but only matched if quoted in text
## if first element is 'regex.sub':
# second element is a regex pattern
# it will be use to search and 'sub' the whole match with the string passed as third
# captured groups, ex: \g<1> ,can be used to transfer elements from matched string.
TERMS = [
#("scene.object_bases", "view_layer.objects.active"),
("INFO_MT_", "TOPBAR_MT_"),
#("bl_idname", "only needed for Operator"),
#("Property", ": (annotation)"),
(" = StringProperty(", ": StringProperty("),
(" = BoolProperty(", ": BoolProperty("),
(" = BoolVectorProperty(", ": BoolVectorProperty("),
(" = CollectionProperty(", ": CollectionProperty("),
(" = EnumProperty(", ": EnumProperty("),
(" = FloatProperty(", ": FloatProperty("),
(" = FloatVectorProperty(", ": FloatVectorProperty("),
(" = IntProperty(", ": IntProperty("),
(" = IntVectorProperty(", ": IntVectorProperty("),
(" = PointerProperty(", ": PointerProperty("),
(" = RemoveProperty(", ": RemoveProperty("),
(" = bpy.props.StringProperty(", ": bpy.props.StringProperty("),
(" = bpy.props.BoolProperty(", ": bpy.props.BoolProperty("),
(" = bpy.props.BoolVectorProperty(", ": bpy.props.BoolVectorProperty("),
(" = bpy.props.CollectionProperty(", ": bpy.props.CollectionProperty("),
(" = bpy.props.EnumProperty(", ": bpy.props.EnumProperty("),
(" = bpy.props.FloatProperty(", ": bpy.props.FloatProperty("),
(" = bpy.props.FloatVectorProperty(", ": bpy.props.FloatVectorProperty("),
(" = bpy.props.IntProperty(", ": bpy.props.IntProperty("),
(" = bpy.props.IntVectorProperty(", ": bpy.props.IntVectorProperty("),
(" = bpy.props.PointerProperty(", ": bpy.props.PointerProperty("),
(" = bpy.props.RemoveProperty(", ": bpy.props.RemoveProperty("),
# ("Operator):", "UPPERCASE_OT_snake_case("),
### test on OPS (!no good, need conditions to be usefull!)
# ('regex.sub',
# r"(?:class )?([a-z]*)_([a-z]*)?(\((?:bpy\.types\.)?Operator\):)",
# lambda m: r'{}_OT_{}{}'.format(m.group(1).upper(), m.group(2), m.group(3))),
# ("Panel):", "UPPERCASE_PT_snake_case("),
# ("Menu):", "UPPERCASE_MT_snake_case("),
# ("UIList):", "UPPERCASE_UL_snake_case("),
# ("Operator", "_OT"),
# ("Panel", "_PT"),
# ("Menu", "_MT"),
# ("UIList", "_UL"),
## Replace obsolete bgl in 3.4
("import bgl", ""),
("bgl.glEnable(bgl.GL_BLEND)", "gpu.state.blend_set('ALPHA')"),
("bgl.glDisable(bgl.GL_BLEND)", "gpu.state.blend_set('NONE')"),
("bgl.glEnable(bgl.GL_DEPTH_TEST)", "gpu.state.depth_test_set('LESS_EQUAL')"),
("bgl.glDisable(bgl.GL_DEPTH_TEST)", "gpu.state.depth_test_set('NONE')"),
("gpu.shader.from_builtin('2D_UNIFORM_COLOR')", "gpu.shader.from_builtin('POLYLINE_UNIFORM_COLOR')"),
("gpu.shader.from_builtin('2D_SMOOTH_COLOR')", "gpu.shader.from_builtin('POLYLINE_SMOOTH_COLOR')"),
# ("bgl.glLineWidth(1)", "gpu.state.line_width_set(1.0)"),
('regex.sub', r'bgl\.glLineWidth\(([a-zA-Z0-9]+)\)', 'gpu.state.line_width_set(\g<1>.0)'), # search bgl.glLineWidth(1)
# ("bgl.glLineWidth(size)", 'shader.uniform_float("lineWidth", size)'),
# ('regex.sub', r"bgl\.glLineWidth\(([a-zA-Z0-9]+)\)", 'shader.uniform_float("lineWidth", \g<1>.0)'),
## two line
# program_point_size_set: if enabled, the derived point size is taken from the (potentially clipped) shader builtin gl_PointSize.
# point_size_set(size): Specify the diameter of rasterized points.
('regex.sub', r"bgl\.glPointSize\(([a-zA-Z0-9]+)\)", """gpu.state.program_point_size_set(False)
gpu.state.point_size_set(\g<1>)"""),
]
TERMS_27 = [
(".prop", "text (keyword)"),
# (".label(", ".label(text="),
('regex.sub', ".label\((?!text=)(.*?)\)", ".label(text=\g<1>)"),
("viewport_shade", "shading.type"),
("data.meshes.remove", "to_mesh_clear"),
("scene.objects.active", "context.active_object",
"context.view_layer.objects.active"),
(".draw_type", ".display_type"),
(".draw_size", ".display_size"),
("uv_textures.", "uv_layers."),
(".transform_apply", "scale="),
("view_align", "align='WORLD'"),
# ("color", "need alpha?"),
("keymap_items", "name=name_arg"),
("viewnumpad", "view_axis"),
("get_rna", "get_rna_type"),
("tessface", "loop_triangles"),
(".ops.delete", "context="),
("evaluated_depsgraph_get", "evaluated_get"),
("mesh.primitive", "size, layers"),
("transform_orientation", "transform_orientation_slots"),
("constraint_orientation", "orient_type"),
("show_manipulator", "show_gizmo"),
("use_weight_color_range", "view.use_weight_color_rang"),
("percentage", "factor"),
("use_x", "use_axis"),
("use_y", "use_axis"),
("use_z", "use_axis"),
("use_occlude_geometry", "shading.show_xray"),
("event_timer_add", "time_step= (keyword)"),
("_specials", "_context_menu"),
("basis", "noise_basis= (keyword)"),
("turbulence_vector", "noise_basis= (keyword)"),
("dupli_group", "instance_collection"),
(".link(", "active_layer_collection"),
("scene.objects.unlink(", "collection.objects.unlink("),
("wm.addon_", "preferences"),
("object.hide", "object.hide_viewport"),
(".Group(", ".Collection("),
(".groups", ".collections"),
("snap_element", "snap_elements"),
("tweak_threshold", "drag_threshold"),
("cursor_location", "cursor.location"),
(".pivot_point", "transform_pivot_point"),
("scene.frame_set", "subframe"),
(".proportional_edit", "use_proportional_edit"),
("proportional", "use_proportional_edit"),
("user_preferences", "preferences"),
("scene_update_pre", "depsgraph_update_pre"),
("scene_update_post", "depsgraph_update_post"),
("scene.update", "view_layer.update()"),
("frame_set", "subframe= (keyword)"),
## objects
# ("Lamp", "light"),
# ("lamp", "light"),
("show_x_ray", "show_in_front"),
("popup_menu", "title (keyword)"),
(".operator", "text (keyword)"),
('regex.sub', r"\b(L|l)amp(\b|\.)", r"light\2"),
(".select", "obj.select_set()"),
("backdrop_", "backdrop_offset"),
("header_text_set", "_set(None)"),
## registers
(" bpy.utils.register_module(__name__)", """ for i in classes:
bpy.utils.register_class(i)"""),
(" bpy.utils.unregister_module(__name__)", """ for i in classes:
bpy.utils.unregister_class(i)"""),
("register_module", "register_class"),
## old icons
('regex.quoted', "TOOLS", "UI"),
# equivalent to # ('regex.sub', r"('|\")TOOLS(\1)", "\g<1>UI\g<2>"),
('regex.quoted', "ZOOMIN", "ADD"),
('regex.quoted', "ZOOMOUT", "REMOVE"),
('regex.quoted', "NEW", "FILE_NEW"),
('regex.quoted', "BBOX", "SHADING_BBOX"),
('regex.quoted', "POTATO", "SHADING_TEXTURE"),
('regex.quoted', "SMOOTH", "SHADING_RENDERED"),
('regex.quoted', "SOLID", "SHADING_SOLID"),
('regex.quoted', "WIRE", "SHADING_WIRE"),
('regex.quoted', "ORTHO", "XRAY"),
('regex.quoted', "BUTS", "PROPERTIES"),
('regex.quoted', "IMAGE_COL", "IMAGE"),
('regex.quoted', "OOPS", "OUTLINER"),
('regex.quoted', "IPO", "GRAPH"),
('regex.quoted', "SCRIPTWIN", "PREFERENCES"),
('regex.quoted', "CURSOR", "PIVOT_CURSOR"),
('regex.quoted', "ROTATECOLLECTION", "PIVOT_INDIVIDUAL"),
('regex.quoted', "ROTATECENTER", "PIVOT_MEDIAN"),
('regex.quoted', "ROTACTIVE", "PIVOT_ACTIVE"),
('regex.quoted', "FULLSCREEN", "WINDOW"),
('regex.quoted', "LAMP_DATA", "LIGHT_DATA"),
('regex.quoted', "OUTLINER_OB_LAMP", "OUTLINER_OB_LIGHT"),
('regex.quoted', "OUTLINER_DATA_LAMP", "OUTLINER_DATA_LIGHT"),
('regex.quoted', "LAMP_POINT", "LIGHT_POINT"),
('regex.quoted', "LAMP_SUN", "LIGHT_SUN"),
('regex.quoted', "LAMP_SPOT", "LIGHT_SPOT"),
('regex.quoted', "LAMP_HEMI", "LIGHT_HEMI"),
('regex.quoted', "LAMP_AREA", "LIGHT_AREA"),
('regex.quoted', "LAMP", "LIGHT"),
('regex.quoted', "VISIBLE_IPO_ON", "HIDE_OFF"),
('regex.quoted', "VISIBLE_IPO_OFF", "HIDE_ON"),
('regex.quoted', "LINK_AREA", "LINKED"), #removed
('regex.quoted', "PLUG", "PLUGIN"), #removed
('regex.quoted', "LINK", "DOT"), #removed
('regex.quoted', "ORTHO", "VIEW_ORTHO"), #removed
]
#terms = str(TERMS).split('\n')
#for t in terms:
# print('("' + t + '", ' + '"foo"),')