def draw(self, dc, ypos, parent):
xIndent = 25
xpos = self.getXPos(dc, parent)
if self.staves:
staveHeight = self.staves[0].getStaveHeight(dc)
height = self.staves[0].getOverallHeight(dc)
height = height + 0.3 * dc.GetTextExtent('A')[1]
origin = (xpos, ypos)
for stave in self.staves:
if self.status == 'message':
stave.setColour(colours.talkerText,
colours.talkerStaffLines)
elif self.status == 'failed' or self.status == 'err_msg':
stave.setColour(colours.error, colours.errorStaffLines)
stave.setOrigin(origin)
origin = (xpos + xIndent, origin[1] + height)
self.overallStaveLength = self.staves[0].getOverallLength(dc)
if self.music:
for stave in self.staves:
stave.draw(dc)
if not self.status == '':
x = xpos + 10 + self.staves[self.__getNumStaves() -
1].getOverallLength(dc)
if self.__getNumStaves() > 1:
x = x + xIndent
y = self.staves[self.__getNumStaves() - 1].origin[
1] + 0.5 * staveHeight - 0.5 * dc.GetTextExtent(
self.status)[1]
if self.status != 'err_msg':
if self.status == 'failed':
self.drawingItems.append(
drawutils.textItem(self.status,
x,
y,
colour=colours.errorText))
else:
self.drawingItems.append(
drawutils.textItem(self.status,
x,
y,
colour=colours.normalText))
if self.feedback:
y = self.staves[
self.__getNumStaves() -
1].origin[1] + self.staves[0].getOverallHeight(
dc) + 0.3 * dc.GetTextExtent('A')[1]
self.feedback.set_origin(xpos, y)
self.feedback.set_width(parent.GetSize()[0])
self.feedback.draw(dc)
for di in self.drawingItems:
di.draw(dc)
def draw(self, dc, ypos, parent):
self.drawingItems = []
xpos = self.getXPos(dc, parent)
colour = colours.normalText
if self.status == 'failed' or self.status == 'err_msg':
colour = colours.errorText
for row in self.displayText:
self.drawingItems.append(
drawutils.textItem(row,
xpos + (self.xspacing / 2),
ypos - dc.GetTextExtent(row)[1],
colour=colour))
ypos = ypos + dc.GetTextExtent(row)[1]
for di in self.drawingItems:
di.draw(dc)
def doDrawing(self, dc):
self.__backgroundDrawing(dc)
print 'dictionary: doDrawing'
self.drawingItems = []
self.oldXOffset = 0
self.staveManager.clear()
size = self.GetClientSize()
if self.model:
self.xMargin = 3
self.yMargin = 10
xpos = self.xMargin
ypos = self.yMargin
dict = self.model.getDict()
numItems = len(dict)
space = dc.GetTextExtent('00')[0]
stavelen = space * 3
keys = self.model.getKeys()
if keys:
labeling = False
label = ''
cols = 1
largestWidth = 0
widthSum = 0
for i in range(len(keys)):
key = keys[i]
if self.model.byWord:
music = dict[key]
if key[0] == 'a':
labeling = True
if labeling and label != key[0]:
label = key[0]
self.drawingItems.append(
drawutils.dictionaryLabel(label, xpos, ypos))
inc = self.getLineHeight(dc)
ypos = ypos + inc
lastInc = 0.7 * self.getLineHeight(dc)
if ypos + lastInc > self.GetClientSize()[1]:
ypos = self.yMargin
cols = cols + 1
widthSum = widthSum + largestWidth
xpos = (self.xMargin) * cols + widthSum
largestWidth = 0
self.drawingItems.append(
drawutils.divider(xpos, 0, xpos, size[1]))
else:
music = key
origin = (xpos, ypos)
staveHeight = 1.6 * dc.GetTextExtent('0')[1]
stave = stavedrawing.stave(origin,
staveHeight,
width=stavelen,
words=[(music, '')],
margins=(0.1, 0.1),
translation=False,
numbers=True,
matchesNotes=True)
stave.setColour(colours.staff, colours.staffLines)
self.staveManager.addStave(stave)
textPos = xpos + stavelen + (0.3 * space)
if self.model.byWord:
self.drawingItems.append(
drawutils.textItem(key, textPos, ypos))
width = stavelen + (0.3 *
space) + dc.GetTextExtent(key)[0]
else:
self.drawingItems.append(
drawutils.textItem(dict[key], textPos, ypos))
width = stavelen + (0.3 * space) + dc.GetTextExtent(
dict[key])[0]
if width > largestWidth:
largestWidth = width
inc = self.getLineHeight(dc)
ypos = ypos + inc
lastInc = 0.7 * self.getLineHeight(dc)
if ypos + lastInc > self.GetClientSize()[1]:
ypos = self.yMargin
cols = cols + 1
widthSum = widthSum + largestWidth
xpos = (self.xMargin) * cols + widthSum
largestWidth = 0
self.drawingItems.append(
drawutils.divider(xpos, 0, xpos, size[1]))
cols = cols + 1
widthSum = widthSum + largestWidth
xpos = ((self.xMargin) * cols + widthSum)
self.drawingItems.append(
drawutils.divider(xpos, 0, xpos, size[1]))
self.__drawImpl(dc)
self.minX = 0
self.maxX = xpos + 50 - self.GetClientSize()[0]