Back to Rigging Dojo , this time to work as character rigger for a non-profit short film ->

Great chance to meet new people and new mentors.



Scripting Language:
what it does:
– helps creating a fully rigged skeleton without facial rigging

Yet Another Rigging Tool …

While i was developing it, from some reason i wanted to create all the animation controllers on the fly .. which i did. Basically they are all box type, with the size of them based on the length of the joint they are driving :). Maybe not the best idea in the world, but hey, it seem like a great idea at that point.
Currently I am working on a Python-ic version of it, more modular and with the help of PyQT / QtDesigner for the interface.

bdYart 0.6 from Bogdan Diaconu on Vimeo.

I will be adding actual code under this category … be warned, even though i will try to invent a new wheel, it will take some time probably :). You can grab the script at the end of the post.
This type of script exist for like forever, the only different thing is that ive used vectors to do it, mainly subtraction and scaling of vectors:

#get the joints positions and convert to MVectors
strJntRaw = cmds.xform(startJnt,ws=True,q=True,t=True)
strJntPos = om.MVector(strJntRaw[0], strJntRaw[1], strJntRaw[2])

endJntRaw = cmds.xform(jntChild[0],ws=True,q=True,t=True)
endJntPos = om.MVector(endJntRaw[0], endJntRaw[1], endJntRaw[2])

#subtracting vectors in order to get to the segments position
subJnt = endJntPos - strJntPos

for i in range(1,int(numSegments)):
      newJntPos = subJnt * i * (1/numSegments) + strJntPos

Also, Ive tried to check for the proper orient rotation ( aka the child joint was not moved with Insert and has translation in only one axis) using vectors, specifically getting the norm vector of the child and checking to see if it has 1 on one of the axis. This is done in local space ( it would not work in world).

endJntRaw = cmds.xform(endJoint,q=True,t=True)
endJntPos = om.MVector(endJntRaw[0], endJntRaw[1], endJntRaw[2])
downAxis = ''
endJntNorm = endJntPos.normal()
for i in range(0,3):

if endJntNorm[i] == 1:
       if i==0:
           downAxis = 'x'
           print 'its x'
       elif i==1:
           downAxis = 'y'
           print 'its y'
       elif i==2:
           downAxis = 'z'
           print 'its z'
return downAxis


Maya, QT Designer

Scripting Language:

what it does:
– renames multiple objects using an index based convention

how it does:
– the user needs to select at least one object
– a mask is required for the renaming, with a choice of prefix and suffix too.
– by default the index is 2 digits based ( as in starts counting from 00 to 99). Should the selected object be over 100, automatically 3 digits are used. I assume nobody wants to rename 1000+ objects
– UI is built using QT Designer, but all the events are added in Maya
– the function used to retrieve the widgets paths was written by Chris G.

bdMultiRename from Bogdan Diaconu on Vimeo.

© 2017 Moving Pixels Suffusion theme by Sayontan Sinha