02B - Anthony Adelmann

import maya.cmds as cmds
from math import*
from random import*

#from curves to surfaces
#step 1, create a curve
def curves (amplitude):
#def initial variables
numPoints= 70
#create an empty list to store the points
points=[]
#loop and gather information
for i in range (1,numPoints,1):
#function of the spiral curve:
x=sin(i)*amplitude
y=cos(i)*amplitude
z=i
myPoint=(x,y,z)
#store the points in the list
points.append(myPoint)
myCurve=cmds.curve(d=3, p=points)
return myCurve
#create an empty list to store the curves
myCurve=[]
#define the number of curves
numCurves=19
#function to call the curves in a loop
for i in range(0,numCurves,2):
crv=curves(i)
#store the curve in the list
myCurve.append (crv)
print crv
#move the curves
cmds.move(3,11,4, crv)
#loft the curves
cmds.loft(myCurve)

Assiment_02B

02B_COSMOS BEDZRA_SURFACE

import maya.cmds as cmds
from random import*
from math import*


#REVOLVING A CURVE TO FORM A SURFACE
def revolve(numPoints,myAxis,myEndSweep):
"revolve a curve"
myPoints=[]
for i in range(numPoints):
    x=uniform(0,20)
    y=10
    z=i*5
    myPoints.append([x,y,z])
crv=cmds.curve(ep=myPoints,d=3)
cmds.revolve(crv,axis=myAxis,endSweep=myEndSweep)
revolve(10,[1,0,1],90)

week05_assignment_Masha

import maya.cmds as cmds
import random
import math
from random import *
from math import *


def Curve(numPoints):
    #create an empty list to store the point
    points = []
    #loop and gather point information
    for i in range (1, numPoints, 1):
        amplitude = randint(0,3)
        amp = randint(0,3)
        #function for the spiral curve
        a=i*0.3
        x = cos(a)*amplitude
        y = 0
       
        z =-i
        myPoint = (x,y,z)
        #store the point in the list
        points.append(myPoint)
       
    #create the curve
    myCurve = cmds.curve (d = 3, p=points) #degree 3
    return myCurve
   
def Curve2(numPoints):
    #create an empty list to store the point
    points = []
    #loop and gather point information
    for i in range (1, numPoints, 1):
        amplitude = randint(0,3)
        amp = randint(0,3)
        #function for the spiral curve
        a = i*0.3
        x = sin(a)*amplitude
        y = i
        z = amp*4
        myPoint = (x,y,z)
        #store the point in the list
        points.append(myPoint)
   
    #create the curve
    myCurve = cmds.curve (d = 3, p=points) #degree 3
    return myCurve
   
def tubulize (path, radius, tubeSections = 8):
    "Function to create tubes out of curve"
    #position on end of curve where i will put the circle profile
    pos = cmds.pointOnCurve (path, position = 1, pr = 0.001, top = 1)
    #get tangent of this point
    tan = cmds.pointOnCurve (path, tangent = 1, pr = 0.001, top = 1)
   
    #create the profile circle
    profile = cmds.circle (c=pos, r = radius, normal = tan, s= tubeSections, ch = 1)
    #center of circle pivot
    cmds.xform (cp = 1)
    #extrude the circle along path
    tube =cmds.extrude (profile [0], path, ucp =1, upn=1,et=1,rb=1,dl=3,ch=1, n ="spiralTube" )
    #returne values
    return [tube[0],radius,profile]   

radius = 6
numCurves = 200   
myCrv = []   
y1 = 0
angle = 360/numCurves
x1 = radius
z1 = 10   

for i in range (0, numCurves+1, 1):
    rad = randint(3,8)
    r = rad/10.0
   
    if i%2 == 0:
        curve1 = Curve(50)
       
    else:
        curve1 = Curve2(50)
       
    #cmds.move (0,0,10, curve1)
    #cmds.rotate( 0, 0, 90, curve1, pivot=(0,0,0))
    #curve1= Curve(30)
    cmds.rotate( 0, 0, angle*i+i,curve1, pivot=(x1,y1,z1))
    crv1 = tubulize (curve1, r, tubeSections = 8)
    #cmds.move (j,j,0, curve1)
    myCrv.append (curve1)
 

02 B - Valentina De León

import maya.cmds as cmds
from math import*
from random import*
#creating the curve
def curves (amplitude):
numPoints= 40
points=[]
#loop
for i in range (1,numPoints,1):
#function of the spiral curve:
x=sin(i)*amplitude
y=cos(i)*amplitude/30
z= i
myPoint= (x,y,z)
#points in the list
points.append(myPoint)
myCurve=cmds.curve(d=30, p=points)
return myCurve
#list to store the curves
myCurve=[]
numCurves=70
#function
for i in range(0,numCurves,5):
crv= curves (i)
myCurve.append (crv)
print crv
#moving the curves
cmds.move (45,70,35, crv)
cmds.loft(myCurve)

02B - Deborah Kaiser - Lofting curves (exploring the results with different functions)

import maya.cmds as cmds
from math import*
from random import*

# Surfaces from curves
#Curves
def curves (amplitude):
numPoints= 50
#list to store the points
points=[]
#loop
for i in range (1,numPoints,1):
#function of the spiral curve:
x=i*i/10
y=x*x*.5
z=y*x*sin(i)*.03
myPoint= (x,y,z)
#store the points in the list
points.append(myPoint)
myCurve=cmds.curve(d=3, p=points)
return myCurve
#List to store the curves
myCurve=[]
#Number of curves
numCurves=20
#Call the curve in a loop
for i in range(0,numCurves,2):
crv= curves (i)
#Store the curve in the list
myCurve.append (crv)
print crv
#move the curves
cmds.move (15,10,30, crv)
#Lofting the curves
cmds.loft(myCurve)

02B - Deborah Kaiser - Lofting curves (exploring the results with different functions)

import maya.cmds as cmds
from math import*
from random import*

# Surfaces from curves
#Curves
def curves (amplitude):
numPoints= 50
#list to store the points
points=[]
#loop
for i in range (1,numPoints,1):
#function of the spiral curve:
x=tan(i)*amplitude
y=sin(i)*cos(i)*20
z=tan(i)*10
myPoint= (x,y,z)
#store the points in the list
points.append(myPoint)
myCurve=cmds.curve(d=3, p=points)
return myCurve
#List to store the curves
myCurve=[]
#Number of curves
numCurves=20
#Call the curve in a loop
for i in range(0,numCurves,2):
crv= curves (i)
#Store the curve in the list
myCurve.append (crv)
print crv
#move the curves
cmds.move (10,20,10, crv)
#Lofting the curves
cmds.loft(myCurve)

Lofting curves - Deborah Kaiser

import maya.cmds as cmds
from math import*
from random import*

# Surfaces from curves
#Curves
def curves (amplitude):
numPoints= 50
#list to store the points
points=[]
#loop
for i in range (1,numPoints,1):
#function of the spiral curve:
x=sin(i)*100
y=cos(i)*amplitude*i/10*tan(i)
z= i*2*sin(i)
myPoint= (x,y,z)
#store the points in the list
points.append(myPoint)
myCurve=cmds.curve(d=3, p=points)
return myCurve
#List to store the curves
myCurve=[]
#Number of curves
numCurves=20
#Call the curve in a loop
for i in range(0,numCurves,2):
crv= curves (i)
#Store the curve in the list
myCurve.append (crv)
print crv
#move the curves
cmds.move (10,50,1, crv)
#Lofting the curves
cmds.loft(myCurve)

Clau_Ex 02B

#Exercise 02B
import maya.cmds as cmds
from math import*
from random import*
#from curves to surfaces
#1 Step: create a curve
def curves (amplitude):
    #def initial variables
    numPoints= 50
    #create an empty list to store the points
    points=[]
    #loop and gather information
    for i in range (1,numPoints,1):
        #function of the spiral curve:
        x=sin(i)*amplitude
        y=cos(i)*amplitude/1.2
        z= i
        myPoint= (x,y,z)
        #store the points in the list
        points.append(myPoint)
    myCurve=cmds.curve(d=3, p=points)
    return myCurve

#create an empty list to store the curves
myCurve=[]
#define the number of curves
numCurves=20
#function to call the curve in a loop
for i in range(0,numCurves,2):
    crv= curves (i)
    #store the curve in the list
    myCurve.append (crv)
    print crv
#move the curves
cmds.move (25,15,15, crv)
#loft the curves
cmds.loft(myCurve)

02B - Masha - Loft

import maya.cmds as cmds
from random import *
from math import *

#numPoints = 60
numCurves = 40.0
radius = 10

def Curve(numPoints):
   
    #create an empty list to store the point
    points = []
    #loop and gather point information
    for i in range (1, numPoints, 1):
        amplitude = 1
        #function for the spiral curve
        x = sin(i)*amplitude
        y = 0
        z = i
        myPoint = (x,y,z)
        #store the point in the list
        points.append(myPoint)
   
    #create the curve
    myCurve = cmds.curve (d = 3, p=points) #degree 3
    return myCurve
   
def Curve2(numPoints):
   
    #create an empty list to store the point
    points = []
    #loop and gather point information
    for i in range (1, numPoints, 1):
        amplitude = 1
        #function for the spiral curve
        x = (cos(i)*amplitude)
        y = 0
        z = i
        myPoint = (x,y,z)
        #store the point in the list
        points.append(myPoint)
   
    #create the curve
    myCurve = cmds.curve (d = 3, p=points) #degree 3
    return myCurve   

myCrv = []   
y1 = 0
angle = 360/numCurves
x1 = radius
z1 = 10   
for i in range (0, numCurves+1, 1):
    if i%2 == 0:
        curve1 = Curve(50)
    else:
        curve1 = Curve2(50)
    #cmds.move (0,0,10, curve1)
    #cmds.rotate( 0, 0, 90, curve1, pivot=(0,0,0))
    cmds.rotate( 0, 0, angle*i,curve1, pivot=(x1,y1,z1))
   
    #cmds.move (j,j,0, curve1)
    myCrv.append (curve1)
print myCrv

cmds.loft(myCrv)
  

02B - Diana Pérez - Math Function

#define initial variables
numPoints = 600
amplitude = 10

#loop and gather point information
for i in range (0, numPoints, 1):
 #funtion for the curve
 x = sin(i)*i
 y = (cos(i)*sin(i))*i
 z = i*amplitude/10
 myPoint = (x, y, z)
 cmds.spaceLocator (p = myPoint)(your code here)