def draw(self, basis):
text = self.platform.track
fontwh = basis.textsize(self.text, self.font)
if text != self.rawtext:
self.rawtext = text
self.font, self.fontwh = scalefont(self.display, self.wh, text,
"arial.ttf")
# print("TrackFrame.draw> Scale Down w,h %s, text len <%d>, fontwh %s" % ( self.wh,len(text), self.fontwh) )
if self.fontwh[1] < (self.h / 2) - 1:
self.font = make_font("arial.ttf", (self.h / 2) - 1)
onecharwh = basis.textsize('2', self.font)
self.charw = int(
self.w / onecharwh[0]) #how many characters wide will fit?
textlines = wrap(text, width=self.charw)
print(textlines)
if len(textlines) > 0:
text = textlines[0].center(
self.charw) + '\n' + textlines[1].center(self.charw)
# print("TrackFrame.draw> Wrap w,h %s, charw %d, len <%d>" % ( self.wh, self.charw,len(self.text)) )
# print("TrackFrame.draw> w,h : text size for:", self.w, self.h, basis.textsize(text, self.font), text)
self.text = text
self.display.drawFrameCentredText(basis, self, self.text,
self.font)
else:
self.display.drawFrameCentredText(basis, self, self.text,
self.font)
def __init__(self,
bounds,
platform,
display,
V,
Y,
text='',
X=1.0,
H='centre'):
Frame.__init__(self,
bounds=bounds,
platform=platform,
display=display,
scalers=(X, Y),
Valign=V,
Halign=H)
# scale the font so the widest fits
self.text = text
self.rawtext = text
if text != '':
self.font, self.fontwh = scalefont(display, self.wh, text,
"arial.ttf")
self.charw = int(
self.w / (self.fontwh[0] / len(text))
) - 1 # be safe as rounds down how many characters wide will fit?
else:
self.font = make_font("arial.ttf", self.h / 2)
self.fontwh = display.textsize('2', self.font)
self.charw = int(
self.w / self.fontwh[0]
) - 1 # be safe as rounds down how many characters wide will fit?
def __init__(self, bounds, platform, display,
channel): # size is a horizontal scaling factor
self.channel = channel
Frame.__init__(self,
platform=platform,
bounds=bounds,
display=display,
scalers=(1.0, 1.0),
Valign='top',
Halign=channel)
self.font = make_font("arial.ttf", self.h * VUMeterBackground.FONTH)
def __init__(self, bounds, platform, display, channel, limits): # size is a scaling factor
self.limits = limits
self.channel = channel
if channel == 'left':
self.ch_text = 'L'
V = 'top'
elif channel == 'right':
self.ch_text = 'R'
V = 'bottom'
else:
raise ValueError('VUFrame.__init__> unknown channel', channel)
Frame.__init__(self, platform=platform, bounds=bounds, display=display, scalers=(0.5, 0.5), Valign=V, Halign='left')
self.font = make_font("arial.ttf", self.h*VUFrame.BARHEIGHT)
def __init__(self, bounds, platform, display):
Frame.__init__(self, platform=platform, bounds=bounds, display=display, scalers=(1.0,0.4), Valign='top', Halign='centre')
self.font = make_font("arial.ttf", self.h)
def __init__(self, bounds, platform, display, text=''):
Frame.__init__(self, platform=platform, bounds=bounds, display=display, scalers=(0.4,0.4), Valign='middle', Halign='right')
self.text = text
self.font = make_font("arial.ttf", self.h)
def __init__(self, bounds, platform, display):
Frame.__init__(self, platform=platform, bounds=bounds, display=display, scalers=(0.5,1.0), Valign='bottom', Halign='right')
self.font = make_font("arial.ttf", 24)