---


import maya.cmds as mc
from functools import partial
import maya.mel

#to do:
    #when I relaunch the storeSelection function, I need to create a new dictionary, storing the previous one and display it in the UI
    #apply the values on a time range


meshesWorld = {}
meshesWorld['meshWorldTranslation'] = []
meshesWorld['meshWorldRotation'] = []

meshesLocal = {}
meshesLocal['meshLocalTranslation'] = []
meshesLocal['meshLocalRotation'] = []
meshesLocal['meshLocalScale'] = []

#dictionary clear
def clear(dictionary):
    meshesWorld['meshWorldTranslation'] = []
    meshesWorld['meshWorldRotation'] = []
    meshesLocal['meshLocalTranslation'] = []
    meshesLocal['meshLocalRotation'] = []
    meshesLocal['meshLocalScale'] = []
    print meshesWorld

#data store
def storeSelection(dictionary):

    # print meshesWorld
    # if len(meshesWorld['meshWorldTranslation']) => 1:
    #    clear

    # list selected meshes for translation, rotation, scale and put them in their dictionaries
    selectedMeshes = mc.ls(selection=True, long=True, transforms=True)

    for mesh in selectedMeshes:
        #xform world translation and rotation.
        selectedMeshesWorldTranslation = mc.xform(selectedMeshes, query=True, translation=True, worldSpace=True )
        selectedMeshesWorldRotation = mc.xform(selectedMeshes, query=True, rotation=True, worldSpace=True )

        #check if the list is empty or if the coordinates are the same as the last time I launched the script. If not, append the xform to the lists
        if meshesWorld['meshWorldTranslation'] == meshesWorld['meshWorldTranslation'] and meshesWorld['meshWorldTranslation'] != []:
            pass
        else:
            meshesWorld['meshWorldTranslation'].append(selectedMeshesWorldTranslation)

        if meshesWorld['meshWorldRotation'] == meshesWorld['meshWorldRotation'] and meshesWorld['meshWorldRotation'] != []:
            pass
        else:
            meshesWorld['meshWorldRotation'].append(selectedMeshesWorldRotation)


        # xform local translation, rotation and scale.
        selectedMeshesLocalTranslation = mc.xform(selectedMeshes, query=True, translation=True, relative=True )
        selectedMeshesLocalRotation = mc.xform(selectedMeshes, query=True, rotation=True, relative=True )
        selectedMeshesLocalScale = mc.xform(selectedMeshes, query=True, scale=True)
        #check if the list is empty or if the coordinates are the same as the last time I launched the script. If not, append the xform to the lists
        if meshesLocal['meshLocalTranslation'] == meshesLocal['meshLocalTranslation'] and meshesLocal['meshLocalTranslation'] != []:
            pass
        else:
            meshesLocal['meshLocalTranslation'].append(selectedMeshesLocalTranslation)

        if meshesLocal['meshLocalRotation'] == meshesLocal['meshLocalRotation'] and meshesLocal['meshLocalRotation'] != []:
            pass
        else:
            meshesLocal['meshLocalRotation'].append(selectedMeshesLocalRotation)

        # if meshesLocal['meshLocalScale'] == meshesLocal['meshLocalScale'] and meshesLocal['meshLocalScale'] != []:
        #    pass
        # else:
        #    meshesLocal['meshLocalScale'].append(selectedMeshesLocalScale)

    print 'the world translation is', meshesWorld['meshWorldTranslation']
    print 'the local translation is', meshesLocal['meshLocalTranslation']
    print 'the world rotation is', meshesWorld['meshWorldRotation']
    print 'the local rotation is', meshesLocal['meshLocalRotation']

    # print 'the scale is', meshesLocal['meshLocalScale']

# storeSelection()


###################################################################################################
#the following functions are to paste the stored values in the storeSelection function within the entire timerange
def pasteWorldTranslationTimeRange(dictionary):


#get the time control values to check if I'm on one frame or if the timeline is selected
    aPlayBackSliderPython = maya.mel.eval('$tmpVar=$gPlayBackSlider')
    timeControl = mc.timeControl( aPlayBackSliderPython, query=True, range=True )
    timeControlString = str(timeControl)
    timeControlRange = timeControlString[1:-1]
    timeControlValues = timeControlRange.split(":")

    print "start frame %s" %timeControlValues[0]
    print "end frame %s" %timeControlValues[1]


# loop to check where is the current frame, xform the object and set a keyframe.
# The if loops for the selection, the else works on the single frame
    if (int(timeControlValues[1]) - int(timeControlValues[0]) > 2):
        print "the if is working"

        while int(timeControlValues[0]) <= int(timeControlValues[1]):
            selectedMeshesesToPaste = mc.ls(selection=True, long=True)
            mc.currentTime(int(timeControlValues[0]), edit=1)
            for mesh in selectedMeshesesToPaste:
                changeWorldTranslation = mc.xform(mesh, ws=1, translation=(meshesWorld['meshWorldTranslation'][0]))
                mc.setKeyframe(mesh)
                print 'keyframe set'
            print "time control before %s" %timeControlValues[0]
            print type(int(timeControlValues[0]))
            int(timeControlValues[0]) +1
            print "time control after %s" %timeControlValues[0]
            print type(int(timeControlValues[0]))

    else:
        print "the else is working"

        selectedMeshesesToPaste = mc.ls(selection=True, long=True)
        for mesh in selectedMeshesesToPaste:
            changeWorldTranslation = mc.xform(mesh, ws=1, translation=(meshesWorld['meshWorldTranslation'][0]))
            mc.setKeyframe(mesh)

###################################################################################################
#UI

def launchUI():

    WINDOW = 'CPWSFM'

    # #check to see if the window exists, create the window
    if mc.window(WINDOW, query=True, exists=True):    mc.deleteUI(WINDOW)
    mc.window(WINDOW, title='CPWSFM', sizeable=True, widthHeight=(200,150))

    form = mc.formLayout(numberOfDivisions=100)
    bCopyAll = mc.button(label='copy all', command=storeSelection, backgroundColor=(.8,0,0.8))
    column = mc.rowColumnLayout()
    b1=mc.button(label='paste WorldTranslation TimeRange',command=pasteWorldTranslationTimeRange, backgroundColor=(1,.8,.2))
    b6=mc.button(label='clear dict', command=clear, backgroundColor=(1,0,0))
    mc.formLayout(form, edit=True, attachForm=[(bCopyAll,'top',5),(bCopyAll,'left',5),(bCopyAll,'bottom',5),(column,'top',5),(column,'right',5)],
        attachControl=[(bCopyAll,'right',5,column)])

    mc.showWindow(WINDOW)

launchUI()

---

Icone allegate

   

Ciao a tutti, volevo presentare una mia personale iniziativa:

Un pacchetto completo per gli amici animatori, che spesse volte mi chiamano per avere un aiuto per la presentazione de proprio reel, che giustamente da animatori non sempre include la parte di shading e lighting, ma come sappiamo un pacchetto se imballato bene attrae sempre piu' che se lasciato solo con la scatola della confezione.

Cosi ho pensato a questo piccolo pacchetto che ho aggiunto al mio sito nella sezione shop:

Lighting & Compo Package for Animator

ci due sono pacchetti tra i quali scegliere,
uno quello SIMPLE: che e' per scene con massimo 2 character e camera fissa
quello COMPLEX: che e' diretto a scene complesse con 3 o piu' character e camera in movimento.

Ci sono poi le sezioni URGENT per entrambe le offerte, dove in un minimo di 2 giorni si puo' avere il proprio lavoro completo cosi che si puo' presentare a una azienda in breve tempo, magari per qualche OCCASIONE SPECIALE

Augurando a tutti buona fortuna per la ricerca di lavoro vi saluto e spero vi sia gradita la mia idea
Otto