from style import Style
mystyle = {
# At the momment only font filenames are supported. That means the font
# must be in the same directory as the main script.
# Or you could (should?) use a resource manager such as
'font': 'Fontin.ttf',
'size': 20,
'indent': 0,
'bold': False,
'italic': False,
'underline': False,
'color': (128, 144, 160), # RGB values
'align': 'left',
# if a separate file should be used for italic/bold, speciy it;
# if not, use None
'separate_italic': 'Fontin-Italic.ttf',
'separate_bold': 'Fontin-Bold.ttf'
}
Style.set_default(mystyle)
bold_specific_font_text = Style.stylize("{bold True}Boldy!")
print('\n"{}"'.format(bold_specific_font_text))
# if a separate file should be used for italic/bold, speciy it;
# if not, use None
'separate_italic': 'Fontin-Italic.ttf',
'separate_bold': 'Fontin-Bold.ttf'
}
mystring = ("Hello World!")
# you can start with an already formatted string
print()
print("This is our test text:")
print('"{}"'.format(mystring))
# you can format plain text with a given style or the default one
print("\nThis is our text with style:")
newstring = Style.stylize(mystring, old_style)
print('"{}"'.format(newstring))
# Style.split returns a string without its style and a separate style dict
text, newstyle = Style.split(newstring)
print("\nThe style format is a dictionary like this one:")
pprint(newstyle)
print("\nThis is formatted text with its style removed.")
print("It shoul be equal to the text we started with.")
print('"{}"'.format(text))
assert(text == mystring)
assert(newstyle == old_style)
newstyle['color'] = (255, 255, 255)
newstyle['size'] = 18
# you can set a default style from a dict
