This is totally better @gferreira you’re really kind, thank you. I’ve tried the following code and it’s exactly what I needed, I was just wondering if there is a way to make it with less code, I’ve noticed that you have better results in less lines and that’s really nice. Thanks again.

#Canvas Size

w = 1000
h = 1000

yPos = 500

def whiteCanvas():
    newPage(w, h)
    fill(1)
    rect(0, 0, w, h)

def blackCanvas():
    newPage(w, h)
    fill(0)
    rect(0, 0, w, h)    

from random import shuffle

L1 = ['Pedro', 'Jonás', 'Raúl', 'Celestina', 'Constanza']
L2 = ['Ojos', 'Latas', 'Lombrices', 'Cigarro', 'Guitarra']

shuffle(L1)
shuffle(L2)

L3 = list(zip(L1, L2))
print(L3)

def bgCol():
    Luck = randint(0, 1)
    if Luck == 0:
        whiteCanvas()
        fontSize(56)
        fill(0)
    else:
        blackCanvas()
        fontSize(56)
        fill(1)

def pairs():
   bgCol()
   txt = "Pair: " + str(L3[0])
   text(txt, (width()/2, yPos), align ='center')
   
   bgCol()
   txt = "Pair: " + str(L3[1])
   text(txt, (width()/2, yPos), align ='center')
   
   bgCol()
   txt = "Pair: " + str(L3[2])
   text(txt, (width()/2, yPos), align ='center')
   
   bgCol()
   txt = "Pair: " + str(L3[3])
   text(txt, (width()/2, yPos), align ='center')
   
   bgCol()
   txt = "Pair: " + str(L3[4])
   text(txt, (width()/2, yPos), align ='center')
        
for i in range(1):
    pairs()
    
saveImage('~/Desktop/ruleta.png', multipage=True)

Thanks again @gferreira it worked better that way now I'm trying to make a list of random objects and names, but I don't want them to be repeated, do you know if there's a similar way to match the pairs without repetition ?

Here’s the code:

#Canvas Size
w = 1000
h = 1000

def whiteCanvas():
    newPage(w, h)
    fill(1)
    rect(0, 0, w, h)

def blackCanvas():
    newPage(w, h)
    fill(0)
    rect(0, 0, w, h)

def objects(tCol):
    objLuck = randint(0, 3)
    objTxt = "My object is: "
    
    if objLuck == 1:
        txt = objTxt + "Fish"
        
    elif objLuck == 2:
        txt = objTxt + "Bullet"

    else:
        txt = objTxt + "Glass"
    
    fontSize(56)  
    fill(tCol)     
    text(txt, (width()/2, 500), align ='center')

def students(tCol):
    stdLuck = randint(0, 3)
    stdTxt = "I am "
    
    if stdLuck == 1:
        txt = stdTxt + "Pedro"
        
    elif stdLuck == 2:
        txt = stdTxt + "Caro"

    else:
        txt = stdTxt + "Raúl"
    
    fontSize(56) 
    fill(tCol)      
    text(txt, (width()/2, 400), align ='center')

def pairs():
    Luck = randint(0, 1)
    if Luck == 0:
        whiteCanvas()
        students(0)
        objects(0)
    else:
        blackCanvas()
        students(1)
        objects(1)
        
for i in range(3):
    pairs()

Thank you very much

Hello everyone:

I've been trying to find a way to use the output text as drawn text, but I'm not really winning the battle, so I finished copying the text, here is my code:

#Set today's time
day = 29
month = 8
year = 2019

date = '%02d/%02d/%04d' % (day, month, year)
print("Today is " + str(date))

#Birthday function
def birthDay(name, bDay, bMonth, bYear):
    
    bDate = '%02d/%02d/%04d' % (bDay, bMonth, bYear)
    
    if month >= bMonth and day >= bDay:
        age = year - bYear
        print("I am " + name + " and I have " + str(age) + " years." + " My birthday is " + str(bDate))
    else:
        age2 = year - bYear -1
        print("I am " + name + " and I have " + str(age2) + " years." + " My birthday is " + str(bDate))

#Examples        
size(1000, 1000)

birthDay("L", 4, 9, 1992)
birthDay("P", 21, 1, 1993)
birthDay("E", 15, 9, 1971)
birthDay("J", 22, 3, 1961)

txt = """Today is 29/08/2019

I am L and I have 26 years. My birthday is 04/09/1992

I am P and I have 26 years. My birthday is 21/01/1993

I am E and I have 47 years. My birthday is 15/09/1971

I am J and I have 58 years. My birthday is 22/03/1961"""

#Image

x, y, w, h = 100, 100, 800, 800

fill(0.5, 1, 1)
rect(x, y, w, h)
font('.SFNSRounded-Black', 130)
fontSize(50)
fontVariations(GRAD=500, wght= 1000)
stroke(1, 0, 0)
strokeWidth(3)
overflow = textBox(txt, (x, y, w, h), align="center")
print(overflow)

saveImage('~/Desktop/ages.png')

Does anyone know how to make it?
Thanks.

@gferreira said in Grid:

w = (width() - gutter * (cols + 1)) / cols
h = (height() - gutter * (rows + 1)) / rows

Thank you very much, it worked way much better, I also tried to add a margin feature that worked well so now I can design over the grid

size(1000, 1000)

cols = 3
rows = 3
gutter = 12

#Margin

mTop = 10
mBottom = 20
mLeft = 10
mRight = 10

w = (width() - gutter * (cols + 1)) / cols - ((mRight + mLeft) / cols)
h = (height() - gutter * (rows + 1)) / rows - ((mTop + mBottom) / rows)

fill(None)
strokeWidth(1)
stroke(0, 1, 1)

for col in range(cols):
    for row in range(rows):
        x = gutter + col * (w + gutter)
        y = gutter + row * (h + gutter)
        rect(x + mLeft, y + mBottom, w, h)

Hi everyone, I’ve been learning to use drawbot; I’m trying to make a grid, I’ve figured the next code, but I have problems with a guide at the end of the canvas both x and y side. Does anybody know how can I fix it? Thank you very much.

#We're going to create the canvas

def canvas(w, h):
    newPage(w, h)
    
    fill(1)
    rect(0, 0, w, h)
    
canvas(1000, 1000)

#Defining the grid

rows = 1
cols = 1

strokeWidth(2)
stroke(0,1,1)

def vGuide (cols, gutter):
    for currentCol in range(cols):
        pos = width()/(cols)
        x = width()/(cols) + currentCol*pos
        y = 0
        print(pos)
        
        line((x-(gutter/2), y),(x-(gutter/2), height()))
        line((x+(gutter/2), y),(x+(gutter/2), height()))
                
            
def hGuide (rows, gutter):
    for currentRow in range(rows):
        pos = width()/(rows)
        x = 0
        y = width()/(rows) + currentRow*pos
        print(pos)
        
        line((x, y-(gutter/2)),(width(), y-(gutter/2)))
        line((x, y+(gutter/2)),(width(), y+(gutter/2)))
 
#Execute
           
vGuide(4, 12)
hGuide(4, 12)