def populate(self):
self.topListWidget.clear() # clear widget
self.midListWidget.clear()
self.filePath = self.filePathEdit.text()
self.jsonFilePath = os.path.splitext(
self.filePath
)[0] + os.extsep + 'json' # make sure its always getting the json
if os.path.isfile(self.jsonFilePath):
with open(self.jsonFilePath, "r") as f:
self.rawData = json.load(f)
self.data = util.sortDict(self.rawData)
print('original json load success')
else:
print('file not exist')
if self.compFilePathEdit.text(): # compare method
self.compFilePath = self.compFilePathEdit.text()
self.compJsonFilePath = os.path.splitext(
self.compFilePath)[0] + os.extsep + 'json'
if os.path.isfile(self.compJsonFilePath):
with open(self.compJsonFilePath, "r") as f: # example file
self.rawCompData = json.load(f)
self.compData = util.sortDict(self.rawCompData)
print('compared json load success')
else:
print('file not exist')
self.genInfo() # this will also create color list
for topFilter in self.data['file info'].keys():
self.topListWidget.addItem(topFilter)
self.topListWidget.sortItems()
if self.compColorTop:
self.uniqueTopN = [] # reset list
for nodes in self.compColorTop:
if nodes not in self.data['file info'].keys():
self.uniqueTopN.append(nodes)
self.topListWidget.addItem(nodes)
self.topListWidget.sortItems()
# set color to list (order matters)
self.colorFunc(self.topListWidget, self.oriColorTop, 'red')
self.colorFunc(self.topListWidget, self.compColorTop, 'green')
self.colorFunc(self.topListWidget, self.diffColorTop,
'yellow') # different overrides color at last
def generate(self):
tf = pml.TextFormatter(self.sp.cfg.paperWidth,
self.sp.cfg.paperHeight, 15.0, 12)
scriptLines = sum([li.lines for li in self.locations])
for li in self.locations:
tf.addSpace(5.0)
# list of (scenename, lines_in_scene) tuples, which we sort in
# DESC(lines_in_scene) ASC(scenename) order.
tmp = [(scene, self.scenes[scene].lines) for scene in li.scenes]
# PY2.4: this should work (test it):
# tmp.sort(key=itemgetter(0))
# tmp.sort(key=itemgetter(1) reverse=True)
tmp.sort(lambda x, y: cmp(x[0], y[0]))
tmp.reverse()
tmp.sort(lambda x, y: cmp(x[1], y[1]))
tmp.reverse()
for scene, lines in tmp:
if len(tmp) > 1:
pct = " (%d%%)" % util.pct(lines, li.lines)
else:
pct = ""
tf.addText("%s%s" % (scene, pct), style = pml.BOLD)
tf.addSpace(1.0)
tf.addWrappedText("Lines: %d (%d%% action, %d%% of script),"
" Scenes: %d, Pages: %d (%s)" % (li.lines,
util.pct(li.actionLines, li.lines),
util.pct(li.lines, scriptLines), li.sceneCount,
len(li.pages), li.pages), " ")
if self.inf[self.INF_SPEAKERS].selected:
tf.addSpace(2.5)
for it in util.sortDict(li.chars):
tf.addText(" %3d %s" % (it[1], it[0]))
return pdf.generate(tf.doc)
def generate(self):
tf = pml.TextFormatter(self.sp.cfg.paperWidth, self.sp.cfg.paperHeight,
15.0, 12)
scriptLines = sum([li.lines for li in self.locations])
for li in self.locations:
tf.addSpace(5.0)
# list of (scenename, lines_in_scene) tuples, which we sort in
# DESC(lines_in_scene) ASC(scenename) order.
tmp = [(scene, self.scenes[scene].lines) for scene in li.scenes]
# PY2.4: this should work (test it):
# tmp.sort(key=itemgetter(0))
# tmp.sort(key=itemgetter(1) reverse=True)
tmp.sort(lambda x, y: cmp(x[0], y[0]))
tmp.reverse()
tmp.sort(lambda x, y: cmp(x[1], y[1]))
tmp.reverse()
for scene, lines in tmp:
if len(tmp) > 1:
pct = " (%d%%)" % util.pct(lines, li.lines)
else:
pct = ""
tf.addText("%s%s" % (scene, pct), style=pml.BOLD)
tf.addSpace(1.0)
tf.addWrappedText(
"Lines: %d (%d%% action, %d%% of script),"
" Scenes: %d, Pages: %d (%s)" %
(li.lines, util.pct(li.actionLines, li.lines),
util.pct(li.lines, scriptLines), li.sceneCount, len(
li.pages), li.pages), " ")
if self.inf[self.INF_SPEAKERS].selected:
tf.addSpace(2.5)
for it in util.sortDict(li.chars):
tf.addText(" %3d %s" % (it[1], it[0]))
return pdf.generate(tf.doc)
def generate(self):
tf = pml.TextFormatter(self.sp.cfg.paperWidth, self.sp.cfg.paperHeight,
15.0, 12)
for si in self.scenes:
tf.addSpace(5.0)
tf.addText("%-4s %s" % (si.number, si.name), style=pml.BOLD)
tf.addSpace(1.0)
tf.addText(" Lines: %d (%s%% action), Pages: %d"
" (%s)" % (si.lines, util.pct(
si.actionLines, si.lines), len(si.pages), si.pages))
if self.inf[self.INF_SPEAKERS].selected:
tf.addSpace(2.5)
for it in util.sortDict(si.chars):
tf.addText(" %3d %s" % (it[1], it[0]))
return pdf.generate(tf.doc)
def generate(self):
tf = pml.TextFormatter(self.sp.cfg.paperWidth,
self.sp.cfg.paperHeight, 15.0, 12)
for si in self.scenes:
tf.addSpace(5.0)
tf.addText("%-4s %s" % (si.number, si.name), style = pml.BOLD)
tf.addSpace(1.0)
tf.addText(" Lines: %d (%s%% action), Pages: %d"
" (%s)" % (si.lines, util.pct(si.actionLines, si.lines),
len(si.pages), si.pages))
if self.inf[self.INF_SPEAKERS].selected:
tf.addSpace(2.5)
for it in util.sortDict(si.chars):
tf.addText(" %3d %s" % (it[1], it[0]))
return pdf.generate(tf.doc)
def generate(self):
tf = pml.TextFormatter(self.sp.cfg.paperWidth, self.sp.cfg.paperHeight,
20.0, 12)
for ci in self.cinfo:
if not ci.include:
continue
tf.addText(ci.name, fs=14, style=pml.BOLD | pml.UNDERLINED)
if self.inf[self.INF_BASIC].selected:
tf.addText("Speeches: %d, Lines: %d (%.2f%%),"
" per speech: %.2f" %
(ci.speechCnt, ci.lineCnt,
util.pctf(ci.lineCnt, self.totalLineCnt),
util.safeDiv(ci.lineCnt, ci.speechCnt)))
tf.addText("Words: %d, per speech: %.2f,"
" characters per: %.2f" %
(ci.wordCnt, util.safeDiv(ci.wordCnt, ci.speechCnt),
util.safeDiv(ci.wordCharCnt, ci.wordCnt)))
if self.inf[self.INF_PAGES].selected:
tf.addWrappedText(
"Pages: %d, list: %s" % (len(ci.pages), ci.pages),
" ")
if self.inf[self.INF_LOCATIONS].selected:
tf.addSpace(2.5)
for it in util.sortDict(ci.scenes):
tf.addText("%3d %s" % (it[1], it[0]),
x=tf.margin * 2.0,
fs=10)
tf.addSpace(5.0)
return pdf.generate(tf.doc)
def generate(self):
tf = pml.TextFormatter(self.sp.cfg.paperWidth,
self.sp.cfg.paperHeight, 20.0, 12)
for ci in self.cinfo:
if not ci.include:
continue
tf.addText(ci.name, fs = 14,
style = pml.BOLD | pml.UNDERLINED)
if self.inf[self.INF_BASIC].selected:
tf.addText("Speeches: %d, Lines: %d (%.2f%%),"
" per speech: %.2f" % (ci.speechCnt, ci.lineCnt,
util.pctf(ci.lineCnt, self.totalLineCnt),
util.safeDiv(ci.lineCnt, ci.speechCnt)))
tf.addText("Words: %d, per speech: %.2f,"
" characters per: %.2f" % (ci.wordCnt,
util.safeDiv(ci.wordCnt, ci.speechCnt),
util.safeDiv(ci.wordCharCnt, ci.wordCnt)))
if self.inf[self.INF_PAGES].selected:
tf.addWrappedText("Pages: %d, list: %s" % (len(ci.pages),
ci.pages), " ")
if self.inf[self.INF_LOCATIONS].selected:
tf.addSpace(2.5)
for it in util.sortDict(ci.scenes):
tf.addText("%3d %s" % (it[1], it[0]),
x = tf.margin * 2.0, fs = 10)
tf.addSpace(5.0)
return pdf.generate(tf.doc)
