MY SCRIPT "RECURSION STUFF" - it works)

 def PLAN():

   1)Create primitive (6 angle for ex-le)

   2)Use this primitive as a path (curve)

   3)Define the random amount of primitives(within Fibonacci numbers 1,1,3,5,8,13,21,44,65...)

   4)Dulicate them

   5)Pick a random point within pritive length 

   6)Move them on it 

   7)Scale primitives random

   8)enjoy)

PLAN()

###RECURSION STUFF#####

##

def primitives(numSides, radius):

#create a circle

myCircle = cmds.circle(radius = 30)

#get param steps, I will take 6 for ex-le

paramSteps = 1./6

#loop and get points coordinates

points = []

for i in range(0, 8, 1):

points.append(  cmds.pointOnCurve(myCircle[0], p=1, pr=paramSteps*i, top=1)  )

#create a curve connecting points

myPrimitive = cmds.curve(ep=points, d=1)

#close the curve

cmds.closeCurve(n="p_"+str(numSides)+"_sides", rpo=1)

#delete the circle 

cmds.delete(myCircle)

#return the name of the primitive

return myPrimitive

primitives(6, 30)

from random import *

def Whatamess():

#define the random amount of primitives

randomAmount = randint(21,44) # fibonachi number 1,1,3,5,8,13,21,44,65... and so on

for i in range (0,randomAmount,1):

#duplicate my primitiv

myDupObj2 = cmds.duplicate( 'curve1' ) 

# get the center of the duplicated object

myCenter = cmds.xform(myDupObj2, q=1, t=1, ws=1)

# get the maximun "length" of the curve, so we can pick a random point within this length

#I wanna use my Primitive as a curve. Why not?)

myCurveParam = cmds.getAttr("curve1.maxValue")

# select a random point on the curve

myPoint = cmds.pointOnCurve( 'curve1', pr = uniform(0,myCurveParam), p=True)

# select the previously duplicated object

cmds.select(myDupObj2)

# move it to the new location

cmds.move(myPoint[0],myPoint[1],myPoint[2])

#scales it

cmds.scale(uniform(1,1.5),uniform(1,1.5),uniform(1,1.5),a=1)

Whatamess()

### As You can see, I changed my consept a bit,

### from controlled variant to random, because I dont know how to put 

### mathematical formulas (Fibonacci x3 = x2+x1) But I included one of your "helpful" scripts and I like the result) after all

 

 def PLAN1():

   1)Create primitive (6 angle for ex-le)

   2)Use this primitive as a path (curve)

   3)Define the random amount of primitives(within Fibonacci numbers 1,1,3,5,8,13,21,44,65...)

   4)Dulicate them

   5)Pick a  point within pritive length ( I dont know how to pick different 

          points with Fibonacci proporsion-divide curve propotionally [1,1,3,5...])

   6)Move them on it  (I dont know how to put them, so they will not intersect)

   7)Scale primitives  (but I dont know how to scale them proportionally)

   8)enjoy more)

PLAN1()