# Let's create two new logical variables. One with value Fasle, another - True

default orders = False

default my_answer = True

# You can change the value of a variable at any time in the VN.

$ orders = True

$ my_answer= False

# VN can perform some actions depending on the value of the variable.

if orders :

    "Perform actions if orders variable is set to True."

    "You can also write if orders == True:"

else:

    "Perform actions if orders variable is set to False."

if my_answer == False:

    "Perform actions if my_answer variable is set to False."

else:

    "Perform actions if my_answer variable is set to True."

# You already know that checks are made by the 'if' command. For example, if 'my_var:' checks if the value of my_var is True, and in this case performs the specified actions.

# But in conditions, you can combine any number of variables to create complex conditions.

# For this purpose, there are special operators and, or and not.

# The following condition checks whether both variables action1 AND action2 are True

if action1 and action2:

# The following condition checks whether at least one of the two variables action1 OR action2 is True

if action1 or action2:

# You can combine 'and' and 'or' in the same condition. But note that 'and' is checked first and then 'or'. Just as in math, multiplication is done first and then addition.

# You can change the checking order by using parentheses, the same principle as in math.

# The following condition will work if the action1 variable is True, or simultaneously the action2 and action3 variables are True.

if action1 or action2 and action3:

# And this condition will work if at least one of the action1 or action2 variables is True, and at the same time the action3 variable is True.

if (action1 or action2) and action3:

# When declaring a character instead of the name we can write a variable in square brackets that will contain the name of thi character

define my = Character("[myname]")

# You can then spell out the default name

default myname = "Bobby"

# To enter player's name do this

$ myname = renpy.input("What is your name?").strip()

# .strip() - this part is optional, it removes spaces before and after the name

# To specify the maximum number of letters in the name, let's add the length parameter

$ myname = renpy.input("What is your name?", length=15)

# To allow only letters they should be specified in the allow parameter

$ myname = renpy.input("What is your name?", allow="zxcvbnmasdfghjklqwertyuiop-ZXCVBNMASDFGHJKLQWERTYUIOP")

# If you want to suggest a default name, write it in the default parameter

$ myname = renpy.input("Как зовут вашу героиню?", default="Сюся")

# You will now need to write [myname] instead of "Bobby" in dialogs:

my "My name is [myname]!"

# To prevent the player from leaving the input field empty, you can add this condition

if myname == "":

    $ myname = "Bobby"

# To display a quote character, precede it with an \ sign.

"This is just a quote \" and nothing more."

# You can output multiple spaces in a row in the same way

"Spaces - \ \ \ . There are for spaces here."

# \n moves the text to a new line.

"First line.\nSecond line."

# The {b} tag makes the text bold.

"Here is a {b} bold{/b} word."

# The {i} tag makes the text italic.

"Here is a {i}cursive{/i} word."

# The {u} tag makes the text underlined.

"Here is an {u}underlined{/u} word."

# The {s} tag makes the text strikethrough.

"Here is a {s}strokethrough{/s} word."

# You must close the tag that was opened last first.

# This is a correct line.

"Normal {b}Bold {i}Bold-Italic{/i} Bold{/b} Normal"

# This line is wrong

"Normal {b}Bold {i}Bold-Italic{/b} Bold{/i} Normal"

# The {size} tag changes the size of the text

"{size=+10}10 more{/size} {size=-10}10 less{/size} {size=24}Text with size 24{/size}."

# The {color} tag sets the colour of the text

"{color=#f00}Red{/color}, {color=#00ff00}Green{/color}, {color=#0000ffff}Blue{/color}"

# The {cps} tag specifies the speed at which the text appears

"{cps=20}Speed of 20 characters per second{/cps} {cps=*2}Speed twice as fast as normal{/cps}

# The {font} tag specifies the font of the text

"The next text {font=oswald.ttf}uses the Oswald font{/font}."

# The {image} tag inserts an image into the text

"This is my car - {image=car.png}"

# Adding music to the script

# Let's add "mu_music.mp3", which is in the "music" folder

define audio.mymus = "music/mu_music.mp3"

# Adding sound effects in the same way

define audio.mysnd = "music/boom sound.mp3"

# Start playing music

play music mymus

# Stop music :)

stop music

# Stop music with a 2-second fade out

stop music fadeout 2

# Playing sound effect is as easy

play sound mysnd

# Create a variable like any other

default myhp = 100

# You can convert a text variable (e.g. entered by the player) into an integer by int() function.

# This must be done if you want to perform operations on this variable (addition, multiplication, etc.).

$ myvar = int(myvar)

# You can change the value of a variable with a number or another variable at any time.

$ myhp = myhp + 15   # add 15

$ myhp = myhp - atk  # subtract the value of atk variable

$ def = def * 2      # multiply by 2

# You can compare numeric variables in conditions. > more. < less. >= greater than or equal to. <= less than or equal to. == equal. != not equal.

if a > b:

if b <= 150:

if c != 0:

# You can make a chain of conditions using the following construction

# The else block can be omitted.

if a > 100:

    # if a is greater than 100

elif a > 50:

    # otherwise - if a is greater than 50

else:

    # in other cases

# The label is called with the call command. After the label is completed, the game will move on from the next line after the call.

# In brackets, you can specify the parameters that we pass to the label using commas.

call take_fruit(2, "apples")

# When creating the label, we write the names of variables in brackets, into which the parameter values will be written.

label take_fruit(number, fruit):

    # Now in the label itself we can use these variables.

    # Display the message ‘You found 2 apples!’

    "You found [number] [fruit]!"

    # Increase the fruits_have variable by 2.

    $ fruits_have += number

    # Write the total amount of fruit the player has.

    "Fruit in your bag: [fruits_have]."

# We can call this label any number of times with different parameters.

# "You found 5 pears!"

call take_fruit(5, "pears")

# "You found 1 pineapple!"

call take_fruit(1, "pineapple")

# Now by calling the label we do 3 actions with one command!

# Output two messages and change the value of the variable.