Lemma Soft Forums

init python:

    class a:
        def  __init__(self, name, n, m):
            self.name = name
            self.n = n
            self.m = m
        def n (self, m, n):
            while n > 0:
                m = m + 1
                n = n - 1
                         
label start:
   
    python:
        X = a ("X", n = 3, m = 0)
   
    $ X_n = X.n
    $ X_m = X.m       
    "X.n = %(X_n)d"
    "X.m = %(X_m)d"   
               
label end:
    "bye"

init python:
    class CounterTest: # Class names should begin with an uppercase letter, they should also be descriptive.
        def __init__(self, pName, pN, pM): # That's just a convention from my CS class. But it might help you with keeping parameters separate.
            self.name = pName
            self.downCount = pN +1 # Again, variables and fields should have descriptive names to improve readability.
            self.upcount = pM - 1 # The modifications are needed for the loop, since we call the counter method before we display the values.

        def count(self): # You don't need any parameters for this method, we can access the class fields with self directly.
            if self.downcount > 0:
                self.upcount += 1 # That's the short notation for: self.upcount = self.upcount + 1
                self.downcount -= 1
 
label start:
    $ counter = CounterTest("Testcounter",3,0) # Variables should start lowercase to separate them from classes.
    while counter.downCount > 0: # The display loop is best done in Ren'Py instead of python code.
        $ counter.count() # That's a method call, so the code in count is executed.
        "Downcount: %(counter.downCount)i" # We can access objects fields directly to display them. Storing them in global variables is not necessary.
        "Upcount:   %(counter.upCount)i"
       
label end:
    "Bye"
    return # Explicit end of the game.

label start:
 $ counter = CounterTest("Testcounter",3,0) # Variables should start lowercase to separate them from classes.
 while counter.downCount > 0: # The display loop is best done in Ren'Py instead of python code.
     $ counter.count() # That's a method call, so the code in count is executed.
     "Downcount: %(counter.downCount)i" # We can access objects fields directly to display them. Storing them in global variables is not necessary.
     "Upcount: %(counter.upCount)i"

label start:
    $ counter = [] # That's an empty list.
    $ counter.append(CounterTest("Testcounter A",3,0)) # Adds a new element to the end of a list.
    $ counter.append(CounterTest("Testcounter B",5,0))
    for entry in counter: # A for loop goes over a collection like a list and assigns one element to the loop variable in turn until it reaches the end of the collection.
        while entry.downCount > 0: # Instead of accessing counter directly, we now use the loop variable.
            $ entry.count() # The loop variable can be freely named, but is not unique to the loop. So be careful what name you use, you might overwrite a different variable.
            "%(entry.name)s Downcount: %(entry.downCount)i" # Adding the name to show how the for loop works.
            "%(entry.name)s Upcount: %(entry.upCount)i"

label start:
   $ counter = []
   $ test_counter_a = CounterTest("Testcounter A",3,0)
   $ test_counter_b = CounterTest("Testcounter B",5,0)
   $ counter.append(test_counter_a)
   $ counter.append(test_counter_b)
   for entry in counter:
       while entry.downCount > 0:
       $ entry.count()
      "%(entry.name)s Downcount: %(entry.downCount)i"
      "%(entry.name)s Upcount: %(entry.upCount)i"

label start:
 $ counter = []
 $ test_counter_a = CounterTest("Testcounter A",3,0)
 $ test_counter_b = CounterTest("Testcounter B",5,0)
 $ counter.append(test_counter_a)
 $ counter.append(test_counter_b)
 $ test_counter_a = CounterTest("Testcounter C",7,0)
 for entry in counter:
  while entry.downCount > 0:
   $ entry.count()
   "%(entry.name)s Downcount: %(entry.downCount)i"
   "%(entry.name)s Upcount: %(entry.upCount)i"

init python:
    class CounterTest:
        def __init__(self, pName, pN, pM):
            self.name = pName
            self.downCount = pN +1
            self.upcount = pM - 1

        def count(self):
            if self.downcount > 0:
                self.upcount += 1
                self.downcount -= 1
 
label start:
    $ counter = []
    $ counter.append(CounterTest("Testcounter A",3,0))
    $ counter.append(CounterTest("Testcounter B",5,0))
    for entry in counter:
        while entry.downCount > 0:
            $ entry.count()
            "%(entry.name)s Downcount: %(entry.downCount)i"
            "%(entry.name)s Upcount: %(entry.upCount)i"
           
label end:
    "Bye"
    return

    python:
        for entry in counter:
            while entry.downCount > 0:
                entry.count()
    "[entry.name] Downcount: [entry.downCount]"
    "[entry.name] Upcount: [entry.upCount]"

"Downcount: %(counter.downCount)i"

init python:
    class CounterTest:
        def __init__(self, pName, pN, pM):
            self.name = pName
            self.downCount = pN +1
            self.upCount = pM - 1

        def count(self):
            if self.downCount > 0:
                self.upCount += 1
                self.downCount -= 1
 
label start:
    $ counter = CounterTest("Testcounter",3,0)
    while counter.downCount > 0:
        $ counter.count()
        "Downcount: [counter.downCount]"
        "Upcount:   [counter.upCount]"
       
label end:
    "Bye"
    return

init python:
    style.default.size = 14
   
    class CounterTest:
        def __init__(self, pName, pN, pM):
            self.name = pName
            self.downCount = pN +1
            self.upCount = pM - 1

        def count(self):
            if self.downCount > 0:
                self.upCount += 1
                self.downCount -= 1
 
label start:
    $ counter = []
    $ counter.append(CounterTest("Testcounter A",3,0))
    $ counter.append(CounterTest("Testcounter B",5,0))
    $ui.hbox()
    $ui.vbox()
    python:
        for entry in counter:
            while entry.downCount > 0:
                entry.count()
                ui.text("[entry.name] Downcount: [entry.downCount]")
                ui.text("[entry.name] Upcount: [entry.upCount]")
            if entry.downCount == 0:
                ui.close()
                ui.vbox(xpos=0.5)
    $ui.close()
    $ui.close()
           
label end:
    "Bye"
    return