def knobChange():
print nuke.thisKnob().name()
#nuke.addKnobChanged(knobChange)
# ------ Import NK functions from other modules into current namespace ------ #
#from nk_rotoreveal import nk_get_roto_from_color
from nk_threadrender import nk_multithreadedRender
from nk_panelreopen import nk_reopen_panels
if nuke.env['gui']:
# --- Return list of nodes in the order they were selected --- #
nukeOriginalSelectedNodes = nuke.selectedNodes
reverseSelected = lambda: nukeOriginalSelectedNodes()[::-1]
nuke.selectedNodes = reverseSelected
# ------------------------------------------------------------ #
funcs = [func for (k,func) in locals().items() if k.startswith('nk')]
from nk_load_nk import createMenu
createMenu('NK',funcs)
toolbar = nuke.menu('Nodes')
gizMenu = toolbar.addMenu('Gizmos')
for giz in [os.path.splitext(n)[0] for n in os.listdir(os.path.join(os.environ["HOME"],".nuke")) if re.search("gizmo",n)]:
gizMenu.addCommand(giz,"nuke.createNode('%s')"%giz)
import nuke
from nk_load_nk import createMenu
def nk_align_vert():
"""
V Align
"""
positions = [t.ypos() for t in nuke.selectedNodes()]
mid = (min(positions)+max(positions))/2
[t.setYpos(mid) for t in nuke.selectedNodes()]
def nk_align_distribute_across():
"""
H Spread
"""
nodes = sorted([n for n in nuke.selectedNodes()], key=lambda n: n.xpos())
minX = nodes[0].xpos()
distance = 150
print [nodes[i].setXpos(minX+distance*i) for i in range(1,len(nodes))]
funcs = [func for (k,func) in locals().items() if k.startswith('nk')]
createMenu('DAG Clean',funcs)
