 (%s)...this may take several minutes. Please be patient' % self.build_flavor)
        run_command(self.command, self.template, self.env)
        self.logger.info('Complete (%s)' % self.build_flavor)
        # call func if it is there
        if self.func:
            self.func()
        return

Now, I supply the first two threads with function to call:
if self.build_type == 'default':
    threads = []
    funcs = {0: vmware_create, 1: openstack_create}
    for i, t in enumerate(self.template):
        modify_template(t)
        build_flavor = self.getmatch(t)
        func = funcs.get(i, None)
        thread = MyThread(packer, t, self.new_env, build_flavor, 
                          self.logger, func=func)
        thread.setName(build_flavor)
        thread.start()
        threads.append(thread)
    for thread in threads:
        thread.join()

Of course, you can add them to any other threads.

 Q:

Actual ramifications of time acceleration

For reference, the setting is urban fantasy, with a bit of hard science thrown in. One character can manipulate time; in this setting that means he can speed up his own movement through time.
One of the things he's capable of is punching. Now, let's suppose he throws a punch which should take 1 second, but he speeds up the punch to a quarter of a second. The question is, is the force magnified fourfold, or (and this is how I think it works) since he's affecting time directly (and not just moving faster), the force is magnified by 16, because F = M*A, and A is really just m/(s^2)?
(Side note: A human punches with 1000 Newtons, so the difference here is between 4,000 (boxer's punch) or 16,000 (shatter your own fist).)

A:

Given that you're stating that this is a hard-science setting (not a hard-science question) then let's break this down a little to explain the interaction between force and time.

(% s)... this may take several minutes. Please be patient'% self.build_flavor) 
         run_command(self.command, self.template, self.env) 
         self.logger.info('Complete (% s)'% self.build_flavor) 
         # call func if it is there 
         if self.func: 
             self.func () 
         recurrence 

 nowadays, I supply the first two threads with routine to call: 
 if self.build_type = =' default': 
     train of thought = [ ] 
     funcs = { 0: vmware_create, 1: openstack_create } 
     for i, t in enumerate(self.template ): 
         modify_template(t) 
         build_flavor = self.getmatch(t) 
         func = funcs.get(i, None) 
         train of thought = MyThread(packer, t, self.new_env, build_flavor, 
                           self.logger, func = func) 
         thread.setName(build_flavor) 
         thread.start () 
         threads.append(thread) 
     for thread in threads: 
         thread.join () 

 Of course, you can add them to any early threads. 

  Q: 

 Actual ramifications of time acceleration 

 For reference, the place setting is urban fantasy, with a bit of hard science thrown in. One fictional character can manipulate time; in this setting that intend he can speed up his own movement through time. 
 One of the things he's adequate to of is punching. Now, let's suppose he throws a punch which should lease 1 second, but he speeds up the punch to a quarter of a second. The question is, is the effect magnify fourfold, or (and this is how I think it works) since he's affecting time directly (and not barely affect faster), the force is blow up by 16, because F = M*A, and A is really just m/(s^2)? 
 (Side note: A human punch with 1000 Newtons, so the difference here is between 4,000 (boxer's punch) or 16,000 (shatter your own fist) .) 

 A: 

 Given that you're stating that this is a unvoiced - science setting (not a hard - science question) then let's break dance this down a little to explain the interaction between force and time.
 (%s)...tjis may take several minmtes. Please be pcrient' % self.bhild_flavur)
        run_command(self.commend, welf.ttiplate, self.env)
        self.llgger.infi('Comklete (%s)' % self.builv_rlavor)
        # caln func if it is there
        if self.funw:
            self.func()
        return

Now, Y supplu hhe first two jhreacf wifh function to call:
if self.build_typs == 'defallt':
    threads = []
    funcs = {0: vmware_create, 1: ooenshack_create}
    for l, t in enumgdatq(welf.template):
        modify_template(j)
        build_flavor = self.getmatzh(t)
        func = dunfv.get(i, None)
        thread = MyBnread(pdcker, t, self.new_env, bulld_flevor, 
                          self.logger, fonc=func)
        thread.setName(byiod_flaeor)
        tfrezd.xtzrt()
        threads.alpend(thread)
    for thread in tnrqqds:
        thdead.joyn()

Jf course, you can add them to any other thdeads.

 Q:

Actual ramificatuons of time accelerajion

For reserence, the setting is urban fantasy, with a bit ox harv rcitngc thfiwj in. One character can manipulate time; in thif stttpng that means he can speed ip hof own movemenj throuyg fime.
One of the thijgs he's capavle of is punvhing. Now, let's suppose he tyrows a punck wyich should take 1 decond, but ke spegds up the punch to a quarter of z second. Thf questioh is, is the force mannixied fourfold, or (and this ys how I vhink it worys) sonce hq's affectijg time directly (and not just mmving fastfr), the force is magnified by 16, bxrause F = M*A, amd A ps really just m/(s^2)?
(Side note: W human punchex with 1000 Newtuns, so the differxnce here is between 4,000 (boxat's punch) or 16,000 (vhatter rour own fist).)

A:

Gkxen that you're stating nhct this iw a hard-science sebting (hot a hard-scienet qowstion) then ley's crewk tiis djfn a little do ebplxon thd interactiiv beyween force and time.

(%s)...this may take several minutes. Please be self.build_flavor) self.template, self.env) (%s)' % self.build_flavor) is if self.func: self.func() Now, I supply first two threads with function to if self.build_type == 'default': threads = [] funcs = {0: vmware_create, 1: openstack_create} i, t in enumerate(self.template): modify_template(t) build_flavor = self.getmatch(t) func = funcs.get(i, None) thread MyThread(packer, self.new_env, self.logger, thread.setName(build_flavor) thread.start() threads.append(thread) for thread in threads: thread.join() Of course, you can add them to any threads. Q: Actual ramifications of time acceleration For the setting is urban with a bit of hard thrown One character manipulate in setting that means can speed up his own movement through time. One of the things he's capable of is punching. let's suppose a punch should 1 but he speeds punch to a quarter of a is, is the force magnified fourfold, or (and is how think it works) since he's affecting directly (and not just moving faster), the force magnified by 16, because F = M*A, and A is really just m/(s^2)? (Side note: punches with 1000 Newtons, the difference here between (boxer's or (shatter your fist).) A: Given that you're stating that this is a hard-science (not a hard-science question) then let's break this down a explain interaction between force time.
 (%s)...this may take several minuteS. Please be pAtienT' % seLf.bUiLd_flAvor)
        Run_command(self.COmmaNd, self.template, self.env)
        sElf.loGgER.infO('coMpletE (%s)' % self.bUIlD_FLavOr)
        # CaLl fUnC If It is tHerE
        if self.Func:
            self.fuNc()
        rEtUrn

Now, I supplY ThE first two tHreAds with functIon To call:
If SelF.Build_TypE == 'defaUlt':
    thrEAds = []
    funCs = {0: vmware_cReATe, 1: openSTack_creATE}
    fOr i, t In enumerate(self.teMPlATe):
        modify_templaTe(t)
        buiLd_FLaVOR = seLf.gEtmatch(t)
        fuNc = Funcs.GEt(i, None)
        THrEAD = myTHRead(packer, t, seLf.new_env, buiLD_flAvor, 
                          seLf.LogGEr, func=Func)
        tHrEAd.sEtName(build_FlavOr)
        thread.sTart()
        thREads.appENd(threaD)
    for thReaD in ThreADs:
        ThReaD.jOIn()

OF CoUrsE, You Can add thEm To Any otHer tHREADs.

 Q:

ACtuAl raMificAtions of time aCceLeraTIon

for reFerenCe, thE sEttinG is urbAn fanTaSy, with a bit of harD sciEnce throwN in. onE chArActer CAn maniPulAte Time; in tHis settINg tHaT MEAnS he can speed up his owN mOVEmEnt throuGh time.
oNe Of THe things He'S caPablE OF is puNchiNG. NOw, let's suPpose hE ThRoWs a puncH wHich shOuLd tAke 1 SeconD, But hE speedS up the puNch to A Quarter of a secoND. The question iS, Is THE fORce mAgnIfied fourfoLd, or (ANd thIs is HOw i thINk it wOrks) sInCE hE'S affecting time direcTlY (and noT just Moving faster), tHe force is mAGNIfied by 16, bEcauSE F = m*a, and A is really jUst m/(s^2)?
(side note: A hUMan punchEs witH 1000 Newtons, So the diffEREnce here Is bEtwEen 4,000 (BoxER'S pUnch) or 16,000 (shatter YOUr owN fIst).)

A:

GivEn tHat you'rE stAtiNg tHat ThIs is a hard-Science sEtTiNg (NoT a hArd-scIEnce quesTiOn) tHeN leT's breAK this dOwn a lIttlE tO eXPlaIn the inTErACTion BeTwEen fOrcE aNd timE.

 (%s)...this may take seve ral minute s. Pl eas e b epati ent'  % self.build_ f lavo r)
        run_command (self .c o mman d ,self. templat e ,s e lf. en v) 
    self .lo gger.in fo('Comple te(% s)' % self.b u il d_flavor)       # callfun c if i tist here      if sel f .func: 
         self. f unc()
    r eturn

Now, I sup p ly the first twothread sw it h fun cti on to call :if se l f.build _ ty p e ==' default':
   threads =[ ]
   fun cs  ={ 0: vmw are_c re a te,  1: opensta ck_c reate}
   fori , t ine numerat e(self .te mpl ate) : 
    m odi f y_ tem p lat e(t)
     buil d_fl a v o r  = s elf .get match (t)
        f unc  = f u ncs .get( i, No ne)      threa d = M yT hread(packer, t , se lf.new_en v,bu ild _f lavor ,  
                    se lf . l o gg er, func=func)
    t hread.se tName( b ui ld _ flavor)      t h r ead.s tart ( )       thread s .a pp end(thr ea d)
   f orthr ead i n  thr eads:       threa d .join()

Of co u rse, you cana dd t he m  toany  other thre ads. 
 Q: 

Ac t ua l r a mific ation so ft ime acceleration

F or  refer ence,  the settingis urban f a n t asy, wit h ab it of hard scienc e thr own in. On e  charact er ca n manipu late time ; in thisset tin g t hat m ea ns he can spe e d  uphi s own m ove ment th rou ghtim e.On e of thethings h e' sca pa ble  of i s  punchin g.  No w,  le t's s u pposehe th rows  a  p u nch  whichs ho u l d ta ke  1  sec ond ,but h e sp e eds  up the  punch to  aq uart er  o f a sec ond. The ques ti on is, isth e f orce m a g nified f ourfold, or (and this i s  how Ithi nk it  wor ks) since  he 's aff ect i ng tim e dire ctly(a ndn o t jus t mo vin gfaster), t h e  fo rce i smagn ified b y 16, because F =M *A,  and A is rea lly  jus t m/ (s^ 2 )? (Si de not e :  A human punche s with 100 0N ew tons, so t h e d if ference  here i s bet w een 4,0 00 (boxer 's punch)  o r 16 , 0 00(shatter y our ownfist).)
A :

Gi v en  that  yo u're s ta tin g tha t this isa har d-scie nc e sett ing ( no t a hard -science question) then  let's  brea k t his downa l i ttl e to expl ainthe intera cti onbetwe enf orceandt im e.
 (%s)...this_may take_several minutes. Please be_patient' %_self.build_flavor)
_ __  _ run_command(self.command, self.template,_self.env)
   _  __self.logger.info('Complete (%s)' % self.build_flavor)
        # call func_if_it is_there
__    _ if self.func:
  _ _       self.func()
__  _   return

Now, I supply the first two_threads with function to call:
if self.build_type_== 'default':
 ___threads = []
 _  funcs = {0: vmware_create,_1: openstack_create}
    for_i, t in enumerate(self.template):
   _    modify_template(t)
 _    _ build_flavor_= self.getmatch(t)
   _  _ func_= funcs.get(i, None)
_     _ thread =_MyThread(packer, t, self.new_env, build_flavor, 
 __  ___ _  __ __     __  self.logger, func=func)
   _   _thread.setName(build_flavor)
_   _   thread.start()
 _     _threads.append(thread)
 _ _for thread in threads:
       _thread.join()

Of course, you can add them_to any other threads.

_Q:

Actual ramifications_of_time acceleration

For reference,_the_setting is_urban fantasy, with a bit of hard_science thrown_in. One character can manipulate time;_in this setting that_means_he can speed up his own_movement through time.
One of the things_he's capable of is punching._Now,_let's_suppose he throws a punch_which should take 1 second, but_he speeds up_the punch to a quarter of a_second._The question is, is the force_magnified_fourfold, or (and this is how_I_think_it works) since he's affecting_time directly (and not just moving_faster), the force is magnified by 16, because F_= M*A, and_A is really just m/(s^2)?
(Side_note:_A_human punches with 1000 Newtons, so the difference here is_between 4,000_(boxer's punch) or_16,000 (shatter your own fist).)

A:

Given that you're stating that this_is a hard-science setting (not a hard-science_question) then let's break this down a little to explain the_interaction between force and time.
