def collectFonts(searchName):
# Bitcount is made from 3 spacing sets:
# - Monospaced (Grid, Mono)
# - Proportional (Prop)
# Define the family name of fonts that we want to use,
# including the type of spacing.
# Just get paths of the fonts, not the Font objects.
# We want quick interactive response.
# Call imported method, to find all installed Bitcount fonts.
fontNamePaths = getFamilyFontPaths(searchName)
for fontName in fontNamePaths:
if 'Prop' in fontName:
print fontName
if Use_BitPath:
# Add Bitpath to selection pool of fonts
if Spacing_Variant:
familyName = 'BitpathMono'
else:
familyName = 'BitpathProp'
bitpathPaths = getFamilyFontPaths(familyName)
for fontName, fontPath in bitpathPaths.items(
): # Merge the dictionaries
fontNamePaths[fontName] = fontPath
# Remove all italic or roman, depending on setting of [x] Italic checkbox.
if not Italic:
for fontName in fontNamePaths.keys():
if 'Italic' in fontName:
del fontNamePaths[fontName]
elif Italic:
for fontName in fontNamePaths.keys():
if not 'Italic' in fontName:
del fontNamePaths[fontName] # Remove non-italic
# Excluse Double if Condensed feature is selected
if Condensed:
for fontName in fontNamePaths.keys():
if 'Double' in fontName:
del fontNamePaths[fontName]
# Filter types of usage
for fontName, fontPath in fontNamePaths.items():
if 'Bold' in fontName or 'Black' in fontName:
boldPaths[fontName] = fontPath
if 'Single' in fontName:
singleBoldPaths[fontName] = fontPath
else:
doubleBoldPaths[fontName] = fontPath
else:
lightPaths[fontName] = fontPath
if 'Single' in fontName:
singleLightPaths[fontName] = fontPath
else:
doubleLightPaths[fontName] = fontPath
return fontNamePaths
def collectFonts():
# Bitcount is made from 3 spacing sets:
# - Monospaced (Grid, Mono)
# - Proportional (Prop)
# Define the family name of fonts that we want to use,
# including the type of spacing.
if scriptGlobals.fontNamePaths: # Already installed, skip.
return
if monoSpaced:
familyName = 'BitcountMono'
else:
familyName = 'BitcountProp' # Only works in layers, if also Single/Double is selected.
# Just get paths of the fonts, not the Font objects.
# We want quick interactive response.
# Call imported method, to find all installed Bitcount fonts.
scriptGlobals.fontNamePaths = getFamilyFontPaths(familyName)
for fontName in scriptGlobals.fontNamePaths:
if 'Prop' in fontName:
print fontName
if Use_BitPath:
# Add Bitpath to selection pool of fonts
if monoSpaced:
familyName = 'BitpathMono'
else:
familyName = 'BitpathProp'
bitpathPaths = getFamilyFontPaths(familyName)
for fontName, fontPath in bitpathPaths.items(
): # Merge the dictionaries
scriptGlobals.fontNamePaths[fontName] = fontPath
# Remove all italic or roman, depending on setting of [x] Italics checkbox.
if not Italics:
for fontName in scriptGlobals.fontNamePaths.keys():
if 'Italic' in fontName:
del scriptGlobals.fontNamePaths[fontName]
elif Italics:
for fontName in scriptGlobals.fontNamePaths.keys():
if not 'Italic' in fontName:
del scriptGlobals.fontNamePaths[fontName] # Remove non-italics
# Filter types of usage
for fontName, fontPath in scriptGlobals.fontNamePaths.items():
if 'Bold' in fontName or 'Black' in fontName:
scriptGlobals.boldPaths[fontName] = fontPath
if 'Single' in fontName:
scriptGlobals.singleBoldPaths[fontName] = fontPath
else:
scriptGlobals.doubleBoldPaths[fontName] = fontPath
else:
scriptGlobals.lightPaths[fontName] = fontPath
if 'Single' in fontName:
scriptGlobals.singleLightPaths[fontName] = fontPath
else:
scriptGlobals.doubleLightPaths[fontName] = fontPath
frames = 16
fd = 0.4 # Frame duration
# Bitcount is made from 3 spacing sets:
# - Monospaced (Grid, Mono)
# - Proportional (Prop)
# Define the family name of fonts that we want to use,
# including the type of spacing.
if monoSpaced:
familyName = 'BitcountMono'
else:
familyName = 'BitcountProp'
# Just get paths of the fonts, not the Font objects.
# We want quick interactive response.
# Call imported method, to find all installed Bitcount fonts.
fontNamePaths = getFamilyFontPaths(familyName)
if not italics:
for fontName in fontNamePaths.keys():
if 'Italic' in fontName:
del fontNamePaths[fontName]
# Define method to show a random sample
def drawSample(name, tt):
fss1 = []
fss2 = []
for frame in range(frames):
opacity = 0.8 + 0.2 * random() # Not totally opaque.
if color:
c = choice(
((1, 1, 1, 1), (1, 1, 1, 1), (1, 1, 1, 1),
LC_Figures = True
MD_PATH = 'BitcountReference.md'
EXPORT_PATH = '_export/BitcountReference.pdf'
BOX_COLOR = (0.7, 0.7, 0.7)
MAIN_FLOW = 'main' # ELement id of the text box on pages the hold the main text flow.
# Tracking presets
H1_TRACK = H2_TRACK = 10 # 1/1000 of fontSize, multiplier factor.
H3_TRACK = 0 # Tracking as relative factor to font size.
P_TRACK = 0
familyName = 'Bitcount'
BitcountPaths = getFamilyFontPaths(familyName)
BOOK = 'BitcountPropSingle-BookCircle'
MEDIUM = 'BitcountPropSingle-MediumCircle'
BOOK_ITALIC = 'BitcountPropSingle-BookCircleItalic'
BOLD = 'BitcountPropSingle-BoldCircleItalic'
BOLD = SEMIBOLD = 'BitcountPropSingle-BoldCircleItalic'
SEMIBOLD_CONDENSED = BOOK
# -----------------------------------------------------------------
def makeDocument():
u"""Demo Bitcount Reference composer."""
# Set some values of the default template (as already generated by the document).
