def region_healers(conn, combat, timeline, region_list, options):
toon_dict = armoryutils.sqlite_scrapeCharacters(options.armorydb_path, [], options.realm_str, options.region_str)
color_dict = armoryutils.classColors()
for healer_str, healer_int in sorted(combat['healer_list']):
graph_list = []
graph_list.append(Graph([('vbar', color_dict[toon_dict[healer_str]['class']][2])],
lambda timeline, index: timeline.getEventData(index, 'count(*)', suffix=('_CAST_START', '_CAST_SUCCESS'), sourceName=healer_str).fetchone()[0] != 0,
smoothing=None))
region_list.append(Region(timeline, ("%s: %s" % (healer_str, healer_int)), graph_list, len(timeline), 15, region_list[-1], 'under'))
graph_list = []
graph_list.append(AuraGraph(combat, "Mark of the Faceless", "MotF", True, destType='PC', destName=healer_str))
region_list.append(Region(timeline, "Auras", graph_list, len(timeline), 15, region_list[-1], 'under'))
graph_list = []
graph_list.append(Graph([('upbar', css('heal_pc_inst'))],
lambda timeline, index: timeline.getEventData(index, 'sum(amount) - sum(extra)', suffix='_HEAL', destType='PC', sourceType='PC', sourceName=healer_str).fetchone()[0] or 0,
smoothing=None))
region_list.append(Region(timeline, " Healing", graph_list, len(timeline), 0.005, region_list[-1], 'under'))
graph_list = []
graph_list.append(Graph([('downbar', css('overheal_pc_inst'))],
lambda timeline, index: timeline.getEventData(index, 'sum(extra)', suffix='_HEAL', destType='PC', sourceType='PC', sourceName=healer_str).fetchone()[0] or 0,
smoothing=None))
region_list.append(Region(timeline, " Overhealing", graph_list, len(timeline), 0.005, region_list[-1], 'under', True))
def region_bossDpsHealing(conn, combat, timeline, region_list, options):
graph_list = []
graph_list.append(Graph([('upline', css('heal_boss'))],
lambda timeline, index: timeline.getEventData(index, 'sum(amount) - sum(extra)', suffix='_HEAL', destType=('NPC','Mount')).fetchone()[0] or 0,
smoothing=[3,3,3,5]))
graph_list.append(Graph([('upbar', css('dps_boss_bar')), ('upline', css('dps_boss_trend'))],
lambda timeline, index: timeline.getEventData(index, 'sum(amount) - sum(extra)', suffix='_DAMAGE', sourceType=('PC','Pet'), destType=('NPC','Mount'), \
destName=tuple(instanceData()[combat['instance']][combat['encounter']]['boss'])).fetchone()[0] or 0,
smoothing=[3,3,3,5]))
graph_list.append(Graph([('upbar', css('dps_trash_bar')), ('upline', css('dps_trash_trend'))],
lambda timeline, index: timeline.getEventData(index, 'sum(amount) - sum(extra)', suffix='_DAMAGE', sourceType=('PC','Pet'), destType=('NPC','Mount')).fetchone()[0] or 0,
smoothing=[3,3,3,5]))
region_list.append(Region(timeline, "Player DPS / Boss Healing", graph_list, len(timeline), 0.005, region_list[-1], 'under', True))
def region_dps(conn, combat, timeline, region_list, options):
toon_dict = armoryutils.sqlite_scrapeCharacters(options.armorydb_path, [], options.realm_str, options.region_str)
color_dict = armoryutils.classColors()
for dps_str, dps_int in combat['dps_list']:
graph_list = []
graph_list.append(Graph([('vbar', color_dict[toon_dict[dps_str]['class']][2])],
lambda timeline, index: timeline.getEventData(index, 'count(*)', suffix=('_CAST_START', '_CAST_SUCCESS'), sourceName=dps_str).fetchone()[0] != 0,
smoothing=None))
region_list.append(Region(timeline, ("%s: %s" % (dps_str, dps_int)), graph_list, len(timeline), 15, region_list[-1], 'under'))
graph_list = []
graph_list.append(AuraGraph(combat, "Mark of the Faceless", "MotF", True, destType='PC', destName=dps_str))
region_list.append(Region(timeline, "Auras", graph_list, len(timeline), 15, region_list[-1], 'under'))
graph_list = []
graph_list.append(Graph([('upbar', css('dps_boss_bar')), ('upline', css('dps_boss_trend'))],
lambda timeline, index: timeline.getEventData(index, 'sum(amount) - sum(extra)', suffix='_DAMAGE', sourceType=('PC','Pet'), destType=('NPC','Mount'), sourceName=dps_str, \
destName=tuple(instanceData()[combat['instance']][combat['encounter']]['boss'])).fetchone()[0] or 0,
smoothing=[3,3,3,5]))
graph_list.append(Graph([('upbar', css('dps_trash_bar')), ('upline', css('dps_trash_trend'))],
lambda timeline, index: timeline.getEventData(index, 'sum(amount) - sum(extra)', suffix='_DAMAGE', sourceType=('PC','Pet'), destType=('NPC','Mount'), sourceName=dps_str).fetchone()[0] or 0,
smoothing=[3,3,3,5]))
region_list.append(Region(timeline, " Damage", graph_list, len(timeline), 0.005, region_list[-1], 'under', True))
def impl(self, options):
conn = self.conn
#
#
#def main(sys_argv, options, arguments):
# try:
# stasisutils.main(sys_argv, options, arguments)
# conn = basicparse.sqlite_connection(options)
if options.css_str:
load_css(options.css_str)
#print datetime.datetime.now(), "Iterating over combat images..."
for combat in conn_execute(conn, '''select * from combat order by start_event_id''').fetchall():
print datetime.datetime.now(), "Combat %d: %s - %s" % (combat['id'], combat['instance'], combat['encounter'])
time_list = [x['time'] for x in conn_execute(conn, '''select time from event where combat_id = ?''', (combat['id'],)).fetchall()]
start_dt = min(time_list)
end_dt = max(time_list)
timeline = Timeline(conn, start_dt, end_dt, width=0.5)
if combat['stasis_path']:
stasisutils.removeImages(conn, combat)
file_list = []
file_list.append(re.sub('[^a-zA-Z0-9_-]', '_', combat['instance']))
file_list.append(re.sub('[^a-zA-Z0-9_-]', '_', combat['encounter']))
file_list.append(re.sub('[^a-zA-Z0-9_-]', '_', str(timeline.start_dt)).rsplit('.', 1)[0].replace(':', '-'))
file_list.append('%s')
file_base = '_'.join(file_list) + '.png'
print datetime.datetime.now(), "Rendering: %s" % (file_base % '...')
for type_str in ('damage_out', 'healing', 'damage_in'):
if combat['stasis_path']:
file_path = os.path.join(combat['stasis_path'], file_base % type_str)
stasisutils.addImage(conn, combat, file_path, type_str)
elif options.stasis_path:
file_path = os.path.join(options.stasis_path, file_base % type_str)
region_list = []
region_title(conn, combat, timeline, region_list, options)
region_bossDpsHealing(conn, combat, timeline, region_list, options)
if type_str == 'damage_out':
region_dps(conn, combat, timeline, region_list, options)
if type_str == 'healing':
region_healers(conn, combat, timeline, region_list, options)
image = Image.new('RGB', (int(region_list[0].getRight()), int(max([x.getBottom() for x in region_list]))), css('background'))
draw = ImageDraw.Draw(image)
for region in region_list:
region.render(draw)
image.save(file_path)
def render(self, draw, region):
if not self.index_list:
return
span_index = 0
for index in self.index_list:
#if index > self.index_list[span_index][1]:
# span_index += 1
#if span_index > len(self.index_list):
# return
#if index > self.index_list[span_index][0]:
if self.limit:
draw.line([(index + region.getLeft(), region.getBottom()), (index + region.getLeft(), region.getTop())], fill=css(self.css_str))
else:
draw.line([(index + region.getLeft(), 10000), (index + region.getLeft(), 0)], fill=css(self.css_str))
if self.label:
last = -2
for index in self.index_list:
if index != last+1:
draw.text((region.getLeft() + index + 5, region.getTop() + 3), self.label, font=ImageFont.load_default(), fill=css('text.' + self.css_str))
last = index
def render(self, draw, region):
start_dt = region.timeline.start_dt
tick_td = datetime.timedelta(seconds=10)
if region.timeline.width_td.seconds < 1:
next_dt = start_dt + tick_td
for i in range(len(region.timeline)):
if region.timeline.containsTime(next_dt, i):
draw.line([(i + region.getLeft(), 10000), (i + region.getLeft(), 0)], fill=css('time.second'))
next_dt += tick_td
tick_td = datetime.timedelta(seconds=60)
next_dt = start_dt + tick_td
for i in range(len(region.timeline)):
if region.timeline.containsTime(next_dt, i):
draw.line([(i + region.getLeft(), 10000), (i + region.getLeft(), 0)], fill=css('time.minute'))
next_dt += tick_td
def render(self, draw):
tmp_list = list(self.graph_list)
tmp_list.reverse()
for graph in tmp_list:
#print "..."
graph.render(draw, self)
if self.label_str:
draw.text((self.getLeft() -95, self.getTop() + 3), self.label_str, font=ImageFont.load_default(), fill=css('text.regionTitle'))
if self.border:
draw.line([(0, self.getBottom()), (self.getRight(), self.getBottom())], fill=css('region_border'))
