def verbose_macro_handler(cls, operator, context, term):
cls.ensure_nodetree(operator, context)
tree = context.space_data.edit_tree
nodes, links = tree.nodes, tree.links
if term == 'obj vd':
obj_in_node = nodes.new('SvObjInLite')
obj_in_node.dget()
vd_node = nodes.new('SvVDExperimental')
vd_node.location = obj_in_node.location.x + 180, obj_in_node.location.y
links.new(obj_in_node.outputs[0], vd_node.inputs[0])
links.new(obj_in_node.outputs[2], vd_node.inputs[2])
links.new(obj_in_node.outputs[3], vd_node.inputs[3])
elif term == 'objs vd':
obj_in_node = nodes.new('SvObjectsNodeMK3')
obj_in_node.get_objects_from_scene(operator)
vd_node = nodes.new('SvVDExperimental')
vd_node.location = obj_in_node.location.x + 180, obj_in_node.location.y
links.new(obj_in_node.outputs[0], vd_node.inputs[0])
links.new(obj_in_node.outputs[2], vd_node.inputs[2])
links.new(obj_in_node.outputs[3], vd_node.inputs[3])
elif term == 'zen':
full_url_term = 'https://gist.github.com/zeffii/d843b985b0db97af56dfa9c30cd54712'
webbrowser.open(full_url_term)
elif 'snl' in term:
file = term.split(' ')[1]
snlite = nodes.new('SvScriptNodeLite')
snlite.location = context.space_data.cursor_location
sn_loader(snlite, script_name=file)
elif term == 'monad info':
x, y = context.space_data.cursor_location[:]
monad_info = nodes.new('SvMonadInfoNode')
monad_info.location = x, y
elif "join" in term:
join_macros(context, operator, term, nodes, links)
elif "math" in term:
math_macros(context, operator, term, nodes, links)
return {'FINISHED'}
elif "switch" in term:
switch_macros(context, operator, term, nodes, links)
return {'FINISHED'}
elif 'output numpy' in term:
#stop processing to avoid one update per property
previous_state = tree.sv_process
tree.sv_process = False
state_ = term.split(' ')[2]
state = state_ == 'True'
for node in nodes:
# most of cases
if hasattr(node, 'output_numpy'):
node.output_numpy = state
# line node
if hasattr(node, 'as_numpy'):
node.as_numpy = state
# box node
if hasattr(node, 'out_np'):
for i in range(len(node.out_np)):
node.out_np[i] = state
# vector in
if hasattr(node, 'implementation'):
try:
node.implementation = 'NumPy' if state else 'Python'
except TypeError:
pass
# establish previous processing state
tree.sv_process = previous_state
tree.update()
elif term == 'gp +':
gp_macro_one(context, operator, term, nodes, links)
elif term == 'gp + 2':
gp_macro_two(context, operator, term, nodes, links)
def verbose_macro_handler(cls, operator, context, term):
cls.ensure_nodetree(operator, context)
tree = context.space_data.edit_tree
nodes, links = tree.nodes, tree.links
if term == 'obj vd':
obj_in_node = nodes.new('SvObjInLite')
obj_in_node.dget()
vd_node = nodes.new('SvVDExperimental')
vd_node.location = obj_in_node.location.x + 180, obj_in_node.location.y
links.new(obj_in_node.outputs[0], vd_node.inputs[0])
links.new(obj_in_node.outputs[2], vd_node.inputs[2])
links.new(obj_in_node.outputs[3], vd_node.inputs[3])
elif term == 'objs vd':
obj_in_node = nodes.new('SvObjectsNodeMK3')
obj_in_node.get_objects_from_scene(operator)
vd_node = nodes.new('SvVDExperimental')
vd_node.location = obj_in_node.location.x + 180, obj_in_node.location.y
links.new(obj_in_node.outputs[0], vd_node.inputs[0])
links.new(obj_in_node.outputs[2], vd_node.inputs[2])
links.new(obj_in_node.outputs[3], vd_node.inputs[3])
elif term == 'zen':
full_url_term = 'https://gist.github.com/zeffii/d843b985b0db97af56dfa9c30cd54712'
webbrowser.open(full_url_term)
elif 'snl' in term:
file = term.split(' ')[1]
snlite = nodes.new('SvScriptNodeLite')
snlite.location = context.space_data.cursor_location
sn_loader(snlite, script_name=file)
elif term == 'monad info':
x, y = context.space_data.cursor_location[:]
monad_info = nodes.new('SvMonadInfoNode')
monad_info.location = x, y
elif "join" in term:
join_macros(context, operator, term, nodes, links)
elif "math" in term:
math_macros(context, operator, term, nodes, links)
return {'FINISHED'}
elif "switch" in term:
switch_macros(context, operator, term, nodes, links)
return {'FINISHED'}
elif 'output numpy' in term:
#stop processing to avoid one update per property
previous_state = tree.sv_process
tree.sv_process = False
state_ = term.split(' ')[2]
state = state_ == 'True'
for node in nodes:
# most of cases
if hasattr(node, 'output_numpy'):
node.output_numpy = state
# line node
if hasattr(node, 'as_numpy'):
node.as_numpy = state
# box node
if hasattr(node, 'out_np'):
for i in range(len(node.out_np)):
node.out_np[i] = state
# vector in
if hasattr(node, 'implementation'):
try:
node.implementation = 'NumPy' if state else 'Python'
except TypeError:
pass
# establish previous processing state
tree.sv_process = previous_state
tree.update()
elif term == 'gp +':
needed_nodes = [
['SvGetAssetPropertiesMK2', (0.00, 0.00)],
['SvPathLengthMk2Node', (250, 55)],
['SvScalarMathNodeMK4', (430, 115)],
['Float2IntNode', (600, 50)],
['SvGenNumberRange', (720, 90)],
['SvInterpolationNodeMK3', (880, 40)],
['LineConnectNodeMK2', (1060, -40)],
['SvVDExperimental', (1245, 50)],
]
made_nodes = []
x, y = context.space_data.cursor_location[:]
for node_bl_idname, node_location in needed_nodes:
n = nodes.new(node_bl_idname)
n.location = node_location[0] + x, node_location[1] + y
made_nodes.append(n)
# ID Selector
made_nodes[
0].Mode = 'grease_pencils' # the rest must be user driven
links.new(made_nodes[0].outputs[0], made_nodes[1].inputs[0])
# Scalar Math node
made_nodes[2].current_op = 'MUL'
made_nodes[2].y_ = 2.5
links.new(made_nodes[1].outputs[1],
made_nodes[2].inputs[0]) # snlite-> math
links.new(made_nodes[2].outputs[0],
made_nodes[3].inputs[0]) # math -> float
# Float2Int node
# made_nodes[3]
links.new(made_nodes[3].outputs[0], made_nodes[4].inputs[2])
# Float range
made_nodes[4].range_mode = 'RANGE_COUNT'
made_nodes[4].stop_float = 1.0
links.new(made_nodes[4].outputs[0], made_nodes[5].inputs[1])
# Vector Interpolate
made_nodes[5]
links.new(made_nodes[0].outputs[0], made_nodes[5].inputs[0])
links.new(made_nodes[5].outputs[0], made_nodes[6].inputs[0])
# UV connect
made_nodes[6].polygons = 'Edges'
made_nodes[6].slice_check = False
made_nodes[6].dir_check = 'U_dir'
# Viewer Draw
made_nodes[7]
links.new(made_nodes[6].outputs[0], made_nodes[7].inputs[0])
links.new(made_nodes[6].outputs[1], made_nodes[7].inputs[1])
def verbose_macro_handler(cls, operator, context, term):
cls.ensure_nodetree(operator, context)
tree = context.space_data.edit_tree
nodes, links = tree.nodes, tree.links
if term == 'obj vd':
obj_in_node = nodes.new('SvObjInLite')
obj_in_node.dget()
vd_node = nodes.new('SvViewerDrawMk4')
vd_node.location = obj_in_node.location.x + 180, obj_in_node.location.y
links.new(obj_in_node.outputs[0], vd_node.inputs[0])
links.new(obj_in_node.outputs[2], vd_node.inputs[2])
links.new(obj_in_node.outputs[4], vd_node.inputs[3])
elif term == 'objs vd':
obj_in_node = nodes.new('SvGetObjectsData')
obj_in_node.get_objects_from_scene(operator)
vd_node = nodes.new('SvViewerDrawMk4')
vd_node.location = obj_in_node.location.x + 180, obj_in_node.location.y
# this macro could detect specifically if the node found edges or faces or both...
links.new(obj_in_node.outputs[0], vd_node.inputs[0])
links.new(obj_in_node.outputs[2], vd_node.inputs[2])
links.new(obj_in_node.outputs[8], vd_node.inputs[3])
elif 'hotswap' in term:
swap_vd_mv(context, operator, term, nodes, links)
return
elif term == 'nuke python++':
bpy.ops.script.reload()
elif term == 'zen':
full_url_term = 'https://gist.github.com/zeffii/d843b985b0db97af56dfa9c30cd54712'
webbrowser.open(full_url_term)
elif 'snl' in term:
file = term.split(' ')[1]
snlite = nodes.new('SvScriptNodeLite')
snlite.location = context.space_data.cursor_location
sn_loader(snlite, script_name=file)
elif "join" in term:
join_macros(context, operator, term, nodes, links)
elif "math" in term:
math_macros(context, operator, term, nodes, links)
return
elif "switch" in term:
switch_macros(context, operator, term, nodes, links)
return
elif 'output numpy' in term:
state_ = term.split(' ')[2]
state = state_ == 'True'
for node in nodes:
# most of cases
if hasattr(node, 'output_numpy'):
node.output_numpy = state
# line node
if hasattr(node, 'as_numpy'):
node.as_numpy = state
# box node
if hasattr(node, 'out_np'):
for i in range(len(node.out_np)):
node.out_np[i] = state
# vector in
if hasattr(node, 'implementation'):
try:
node.implementation = 'NumPy' if state else 'Python'
except TypeError:
pass
elif term == 'gp +':
gp_macro_one(context, operator, term, nodes, links)
elif term == 'gp + 2':
gp_macro_two(context, operator, term, nodes, links)
elif term == 'url':
bpy.ops.node.sv_load_archived_blend_url()
elif term == 'blend 2 zip':
bpy.ops.node.blend_to_archive(archive_ext="zip")
def verbose_macro_handler(cls, operator, context, term):
cls.ensure_nodetree(operator, context)
tree = context.space_data.edit_tree
nodes, links = tree.nodes, tree.links
if term == 'obj vd':
obj_in_node = nodes.new('SvObjInLite')
obj_in_node.dget()
vd_node = nodes.new('SvViewerDrawMk4')
vd_node.location = obj_in_node.location.x + 180, obj_in_node.location.y
links.new(obj_in_node.outputs[0], vd_node.inputs[0])
links.new(obj_in_node.outputs[2], vd_node.inputs[2])
links.new(obj_in_node.outputs[4], vd_node.inputs[3])
elif term == 'objs vd':
obj_in_node = nodes.new('SvGetObjectsData')
obj_in_node.get_objects_from_scene(operator)
vd_node = nodes.new('SvViewerDrawMk4')
vd_node.location = obj_in_node.location.x + 180, obj_in_node.location.y
# this macro could detect specifically if the node found edges or faces or both...
links.new(obj_in_node.outputs[0], vd_node.inputs[0])
links.new(obj_in_node.outputs[2], vd_node.inputs[2])
links.new(obj_in_node.outputs[8], vd_node.inputs[3])
elif term == "objs socket to data":
objdata_macro_one(context, operator, term, nodes, links)
elif term == "3dcursor_to_vector_in":
MOUSE_X, MOUSE_Y = context.space_data.cursor_location
cursor = context.scene.cursor.location
node = nodes.new("GenVectorsNode")
node.location = MOUSE_X, MOUSE_Y
node.x_, node.y_, node.z_ = tuple(cursor)
elif term == "3dcursor_to_matrix":
def flattened(matrix):
return list(matrix[0]) + list(matrix[1]) + list(
matrix[2]) + list(matrix[3])
MOUSE_X, MOUSE_Y = context.space_data.cursor_location
matrix = context.scene.cursor.matrix
node = nodes.new("SvMatrixValueIn") # "SvMatrixInNodeMK4")
node.location = MOUSE_X, MOUSE_Y
node.matrix = flattened(matrix.transposed())
elif term == 'rndcol':
# all locations will be relative to cursor
MOUSE_X, MOUSE_Y = context.space_data.cursor_location
# add nodes to layout
NUM = nodes.new("SvNumberNode")
RR = nodes.new('NodeReroute')
RND_0 = nodes.new('SvRndNumGen')
RND_1 = nodes.new('SvRndNumGen')
RND_2 = nodes.new('SvRndNumGen')
COL = nodes.new('SvColorsInNodeMK1')
# set locations
COL.location = MOUSE_X + 140, MOUSE_Y + 40
RND_0.location.x = MOUSE_X - 40
RND_0.location.y = MOUSE_Y + 40
RND_1.location.x = MOUSE_X - 40
RND_1.location.y = MOUSE_Y
RND_2.location.x = MOUSE_X - 40
RND_2.location.y = MOUSE_Y - 40
RR.location = MOUSE_X - 110, MOUSE_Y
NUM.location = MOUSE_X - 280, MOUSE_Y + 20
# configure nodes
set_node_props(NUM, {'selected_mode': 'int', 'int_': 30})
set_node_props(RND_0, {
'type_selected_mode': 'Float',
'seed': 20,
'hide': True
})
set_node_props(RND_1, {
'type_selected_mode': 'Float',
'seed': 30,
'hide': True
})
set_node_props(RND_2, {
'type_selected_mode': 'Float',
'seed': 40,
'hide': True
})
# link nodes
links.new(NUM.outputs[0], RR.inputs[0])
links.new(RR.outputs[0], RND_0.inputs[0])
links.new(RR.outputs[0], RND_1.inputs[0])
links.new(RR.outputs[0], RND_2.inputs[0])
links.new(RND_0.outputs[0], COL.inputs[0])
links.new(RND_1.outputs[0], COL.inputs[1])
links.new(RND_2.outputs[0], COL.inputs[2])
elif 'hotswap' in term:
swap_vd_mv(context, operator, term, nodes, links)
return
elif term == 'nuke python++':
bpy.ops.script.reload()
elif term == 'zen':
full_url_term = 'https://gist.github.com/zeffii/d843b985b0db97af56dfa9c30cd54712'
webbrowser.open(full_url_term)
elif 'snl' in term:
file = term.split(' ')[1]
snlite = nodes.new('SvScriptNodeLite')
snlite.location = context.space_data.cursor_location
sn_loader(snlite, script_name=file)
elif "join" in term:
join_macros(context, operator, term, nodes, links)
elif "math" in term:
math_macros(context, operator, term, nodes, links)
return
elif "switch" in term:
switch_macros(context, operator, term, nodes, links)
return
elif 'output numpy' in term:
state_ = term.split(' ')[2]
state = state_ == 'True'
for node in nodes:
# most of cases
if hasattr(node, 'output_numpy'):
node.output_numpy = state
# line node
if hasattr(node, 'as_numpy'):
node.as_numpy = state
# box node
if hasattr(node, 'out_np'):
for i in range(len(node.out_np)):
node.out_np[i] = state
# vector in
if hasattr(node, 'implementation'):
try:
node.implementation = 'NumPy' if state else 'Python'
except TypeError:
pass
elif term == 'gp +':
gp_macro_one(context, operator, term, nodes, links)
elif term == 'gp + 2':
gp_macro_two(context, operator, term, nodes, links)
elif term == 'url':
bpy.ops.node.sv_load_archived_blend_url()
elif term == 'blend 2 zip':
bpy.ops.node.blend_to_archive(archive_ext="zip")