diff options
| -rw-r--r-- | CONFIG.md | 7 | ||||
| -rw-r--r-- | jfr_playoff/dto.py | 6 | ||||
| -rw-r--r-- | jfr_playoff/generator.py | 113 | ||||
| -rw-r--r-- | jfr_playoff/matchinfo.py | 6 | ||||
| -rw-r--r-- | jfr_playoff/template.py | 24 | ||||
| -rw-r--r-- | playoff.js | 235 |
6 files changed, 299 insertions, 92 deletions
@@ -26,10 +26,15 @@ Konfiguracja składa się, po kolei, z: + `"width"` i `"height"` - wymiary (w pikselach) miejsca rezerwowanego dla każdego meczu w widoku drabinki (`"width"` bezpośrednio wpływa na rozmieszczanie kolumn, wewnątrz każdej z kolumn mecze rozmieszczane są równomiernie, w zależnie od ich liczby) + `"margin"` - odstęp między w/w miejscem (minimalny - jak widać, w przypadku mniejszej liczby meczów w fazie, odstępy się dopasują) + `"label_length_limit"` - maksymalna liczba znaków wyświetlanych jako skrócona nazwa drużyn(y) w schemacie (`0` lub brak wartości oznacza brak limitu) + + `"starting_position_indicators"`, `"finishing_position_indicators"` - włączają znaczniki miejsc początkowych/końcowych, wynikających ze zdefiniowanego schematu - sekcji `"canvas"`: ustawień rysowania linii + + `"winner_colour"`, `"loser_colour"` - kolory linii zwycięzców i przegranych + + `"place_winner_colour"`, `"place_loser_colour"` - kolory linii łączących początkowe miejsca drużyn z pierwszymi meczami (`loser` - drużyny mogące zagrać w więcej niż jednym meczu, czyli wybierane) + + `"finish_winner_colour"`, `"finish_loser_colour"` - kolory linii łączących końcowe miejsca drużyn z ich ostatnimi meczami + `"winner_h_offset"`, `"winner_v_offset"` - marginesy (poziomy i pionowy) rysowania linii zwycięzców (odpowiednio: pionowych i poziomych, względem środka obszaru) + `"loser_h_offset"`, `"loser_v_offset"` - analogiczne marginesy rysowania linii przegranych - + `"winner_colour"`, `"loser_colour"` - kolory linii zwycięzców i przegranych + + `"place_winner_h_offset"`, `"place_winner_v_offset"`, `"place_loser_h_offset"`, `"place_loser_v_offset"`, `"finish_winner_h_offset"`, `"finish_winner_v_offset"`, `"finish_loser_h_offset"`, `"finish_loser_v_offset"` - marginesy rysowania linii łączących mecze z miejscami początkowymi/końcowymi + + `"box_positioning"`: możliwość ręcznego ustawienia pozycji każdego meczu - słownik indeksowany tekstowymi identyfikatorami meczów, z wartościami liczbowymi: pojedyncza wartość = pozycja w pionie w pikselach, w ramach fazy meczu, tablica dwóch wartości: dowolna pozycja w pikselach - sekcji `"database"`, zawierającej ustawienia połączenia bazy danych - sekcji `"goniec"`, zawierającej ustawienia Gońca (`"enabled"` przyjmuje wartości `0`/`1`) diff --git a/jfr_playoff/dto.py b/jfr_playoff/dto.py index a88cd2b..1bc153c 100644 --- a/jfr_playoff/dto.py +++ b/jfr_playoff/dto.py @@ -10,6 +10,10 @@ def coalesce(*arg): class Team(object): name = '' score = 0.0 + place = None + + def __init__(self): + self.place = [] def __unicode__(self): return u'%s (%.1f)' % (coalesce(self.name, '<None>'), self.score) @@ -27,6 +31,8 @@ class Match(object): loser = None winner_matches = None loser_matches = None + winner_place = None + loser_place = None def __repr__(self): return (u'#%d (%s) %s [%s]' % ( diff --git a/jfr_playoff/generator.py b/jfr_playoff/generator.py index d358d86..19b8c1d 100644 --- a/jfr_playoff/generator.py +++ b/jfr_playoff/generator.py @@ -109,33 +109,93 @@ class PlayoffGenerator(object): def get_match_box(self, match, position): if match is not None: + winner_link = [ + str(m) for m in match.winner_matches + ] if match.winner_matches is not None else [] + loser_link = [ + str(m) for m in match.loser_matches + ] if match.loser_matches is not None else [] + place_loser_link = [] + place_winner_link = [] + if 'starting_position_indicators' in self.page \ + and self.page['starting_position_indicators']: + for team in match.teams: + if len(team.place) > 0: + place_link = ['place-' + str(pl) for pl in team.place] + if len(team.place) > 1: + place_loser_link += place_link + else: + place_winner_link += place_link return self.p_temp.get( 'MATCH_BOX', position[0], position[1], match.id, - ' '.join([ - str(m) for m in match.winner_matches - ]) if match.winner_matches is not None else '', - ' '.join([ - str(m) for m in match.loser_matches - ]) if match.loser_matches is not None else '', + ' '.join(winner_link), + ' '.join(loser_link), + ' '.join(place_winner_link), + ' '.join(place_loser_link), self.get_match_table(match)) return '' + def get_starting_position_box(self, positions, dimensions): + if 'starting_position_indicators' not in self.page \ + or not self.page['starting_position_indicators']: + return '' + boxes = '' + order = 0 + for place in sorted(positions): + boxes += self.p_temp.get( + 'STARTING_POSITION_BOX', + 0, + self.page['margin'] / 2 + int(float(order) / float(len(positions)) * dimensions[1]), + place, + self.p_temp.get('POSITION_BOX', place)) + order += 1 + return boxes + + def get_finishing_position_box(self, positions, position_info, dimensions, margin): + if 'finishing_position_indicators' not in self.page \ + or not self.page['finishing_position_indicators']: + return '' + boxes = '' + order = 0 + for place in sorted(positions): + boxes += self.p_temp.get( + 'FINISHING_POSITION_BOX', + self.page['margin'] / 2 + int(float(order) / float(len(positions)) * dimensions[1]), + place, + ' '.join([str(p) for p in position_info[place]['winner']]), + ' '.join([str(p) for p in position_info[place]['loser']]), + self.p_temp.get('POSITION_BOX', place)) + order += 1 + return boxes + def get_match_grid(self, dimensions, grid, matches): - canvas_size = ( + canvas_size = [ dimensions[0] * ( self.page['width'] + self.page['margin'] - ) - self.page['margin'], + ) + self.page['margin'], dimensions[1] * ( self.page['height'] + self.page['margin'] - ) - self.page['margin']) + ) - self.page['margin']] + if 'starting_position_indicators' not in self.page \ + or not self.page['starting_position_indicators']: + canvas_size[0] -= self.page['margin'] + if 'finishing_position_indicators' not in self.page \ + or not self.page['finishing_position_indicators']: + canvas_size[0] -= self.page['margin'] PlayoffLogger.get('generator').info( 'canvas size: %s', canvas_size) grid_boxes = '' col_no = 0 + starting_positions = set() + finishing_positions = {} + finishing_places = set() for phase in grid: - grid_x = col_no * (self.page['width'] + self.page['margin']) + grid_x = col_no * self.page['width'] + (col_no + 1) * self.page['margin'] \ + if 'starting_position_indicators' in self.page \ + and self.page['starting_position_indicators'] \ + else col_no * (self.page['width'] + self.page['margin']) grid_boxes += self.get_phase_header(phase, grid_x) match_height = canvas_size[1] / len(phase.matches) row_no = 0 @@ -144,11 +204,34 @@ class PlayoffGenerator(object): int(row_no * match_height + 0.5 * (match_height - self.page['height'])) PlayoffLogger.get('generator').info( - 'grid box (%d, %d) position: (%d, %d)', + 'calculated grid box (%d, %d) position: (%d, %d)', col_no, row_no, grid_x, grid_y) + if 'box_positioning' in self.canvas \ + and str(match) in self.canvas['box_positioning']: + if isinstance(self.canvas['box_positioning'][str(match)], list): + grid_x, grid_y = self.canvas['box_positioning'][str(match)][0:2] + else: + grid_y = float(self.canvas['box_positioning'][str(match)]) + PlayoffLogger.get('generator').info( + 'overridden box #%d position: (%d, %d)', + match, grid_x, grid_y) grid_boxes += self.get_match_box( matches[match] if match is not None else None, (grid_x, grid_y)) + if match is not None: + for team in matches[match].teams: + starting_positions.update(team.place) + for place in matches[match].loser_place + matches[match].winner_place: + if place not in finishing_positions: + finishing_positions[place] = { + 'winner': [], + 'loser': [] + } + finishing_places.add(place) + for place in matches[match].winner_place: + finishing_positions[place]['winner'].append(match) + for place in matches[match].loser_place: + finishing_positions[place]['loser'].append(match) row_no += 1 col_no += 1 return self.p_temp.get( @@ -157,8 +240,12 @@ class PlayoffGenerator(object): canvas_size[0], canvas_size[1], ' '.join(['data-%s="%s"' % ( setting.replace('_', '-'), str(value) - ) for setting, value in self.canvas.iteritems()]), - grid_boxes + ) for setting, value in self.canvas.iteritems() if not isinstance(value, dict)]), + self.get_starting_position_box(starting_positions, canvas_size), + grid_boxes, + self.get_finishing_position_box( + finishing_places, finishing_positions, canvas_size, self.page['margin'] + ) ) def get_leaderboard_row_class(self, position): diff --git a/jfr_playoff/matchinfo.py b/jfr_playoff/matchinfo.py index ab742d4..4089a76 100644 --- a/jfr_playoff/matchinfo.py +++ b/jfr_playoff/matchinfo.py @@ -32,6 +32,8 @@ class MatchInfo: self.info.loser_matches += self.config['teams'][i]['loser'] self.info.winner_matches = list(set(self.info.winner_matches)) self.info.loser_matches = list(set(self.info.loser_matches)) + self.info.winner_place = self.config['winner'] if 'winner' in self.config else [] + self.info.loser_place = self.config['loser'] if 'loser' in self.config else [] self.info.teams = [] def __fetch_match_link(self): @@ -212,6 +214,10 @@ class MatchInfo: 'fetching HTML scores for match #%d failed: %s(%s)', self.info.id, type(e).__name__, str(e)) self.info.teams = self.__get_config_teams(self.info.teams) + for team in range(0, len(self.info.teams)): + if 'place' in self.config['teams'][team]: + self.info.teams[team].place = self.config['teams'][team]['place'] + def __get_db_board_count(self): towels = self.database.fetch( diff --git a/jfr_playoff/template.py b/jfr_playoff/template.py index 70c179b..267c5f7 100644 --- a/jfr_playoff/template.py +++ b/jfr_playoff/template.py @@ -51,6 +51,8 @@ class PlayoffTemplateStrings(object): <div style="position: relative; width: %dpx; height: %dpx; margin: 10px"> <canvas width="%d" height="%d" id="playoff_canvas" %s></canvas> %s + %s + %s <script src="sklady/playoff.js" type="text/javascript"></script> </div> ''' @@ -77,8 +79,28 @@ class PlayoffTemplateStrings(object): <img src="images/A.gif" /> ''' + STARTING_POSITION_BOX = ''' + <div style="position: absolute; left: %dpx; top: %dpx" class="playoff_matchbox" data-id="place-%d"> + %s + </div> + ''' + + FINISHING_POSITION_BOX = ''' + <div style="position: absolute; right: 0px; top: %dpx" class="playoff_matchbox" data-id="finish-%d" data-finish-winner="%s" data-finish-loser="%s"> + %s + </div> + ''' + + POSITION_BOX = ''' + <table border="0" cellspacing="0"> + <tr> + <td class="bdc12" width="20">%d</td> + </tr> + </table> + ''' + MATCH_BOX = ''' - <div style="text-align: center; position: absolute; left: %dpx; top: %dpx" data-id="%d" data-winner="%s" data-loser="%s" class="playoff_matchbox"> + <div style="text-align: center; position: absolute; left: %dpx; top: %dpx" data-id="%d" data-winner="%s" data-loser="%s" data-place-winner="%s" data-place-loser="%s" class="playoff_matchbox"> %s </div> ''' @@ -1,12 +1,24 @@ var playoff = { settings: { - 'winner_h_offset': 8, - 'loser_h_offset': 14, - 'winner_v_offset': -6, - 'loser_v_offset': 6, + 'winner_h_offset': 5, + 'loser_h_offset': 20, + 'place_winner_h_offset': 10, + 'place_loser_h_offset': 15, + 'finish_winner_h_offset': 5, + 'finish_loser_h_offset': 20, + 'winner_v_offset': -10, + 'loser_v_offset': 10, + 'place_winner_v_offset': 2, + 'place_loser_v_offset': 9, + 'finish_winner_v_offset': -4, + 'finish_loser_v_offset': 4, 'loser_colour': '#ff0000', - 'winner_colour': '#00ff00' + 'winner_colour': '#00ff00', + 'place_loser_colour': '#dddd00', + 'place_winner_colour': '#00dddd', + 'finish_loser_colour': '#ff0000', + 'finish_winner_colour': '#00ff00' }, drawLine: function(ctx, line) { @@ -31,7 +43,11 @@ var playoff = { var boxes = document.getElementsByClassName('playoff_matchbox'); var lines = { 'winner': {}, - 'loser': {} + 'loser': {}, + 'place-winner': {}, + 'place-loser': {}, + 'finish-winner': {}, + 'finish-loser': {} }; var boxes_idx = {}; for (var b = 0; b < boxes.length; b++) { @@ -49,99 +65,164 @@ var playoff = { } var canvas = document.getElementById('playoff_canvas'); this.settings = this.loadSettings(canvas, this.settings); - var ctx = canvas.getContext('2d'); - for (var type in lines) { - ctx.strokeStyle = this.settings[type + '_colour']; - for (var from in lines[type]) { - var to = lines[type][from]; - from = from.split(' '); - var horizontal_from = []; - var vertical_from = [0, canvas.height, 0, 0]; + var lineMethods = { + 'place-winner': 'to', + 'place-loser': 'to', + 'finish-winner': 'midpoint', + 'finish-loser': 'midpoint', + 'winner': 'midpoint', + 'loser': 'midpoint' + }; + var lineCalculator = { + correctLines: function(hLines, vLine, comparator) { + for (var l1 in hLines) { + for (var l2 in hLines) { + hLines[l1][2] = comparator(hLines[l1][2], hLines[l2][2]); + hLines[l2][2] = hLines[l1][2]; + } + } + for (var l1 in hLines) { + vLine[0] = vLine[2] = comparator(hLines[l1][2], vLine[2]); + vLine[1] = Math.min(vLine[1], hLines[l1][3]); + vLine[3] = Math.max(vLine[3], hLines[l1][3]); + } + }, + template: function() { + return { + hFrom: [], + vFrom: [0, canvas.height, 0, 0], + hTo: [], + vTo: [canvas.width, canvas.height, canvas.width, 0], + midpoints: [] + } + }, + from: function(from, to, hOffset, vOffset) { + var lines = this.template(); for (var f = 0; f < from.length; f++) { var box = boxes_idx[from[f]]; var line = [ - Math.floor(parseInt(box.style.left) + parseInt(box.clientWidth)), - Math.floor(parseInt(box.style.top) + 0.5 * parseInt(box.clientHeight) + parseFloat(this.settings[type + '_v_offset'])), - Math.floor(parseInt(box.style.left) + parseInt(box.clientWidth) + parseFloat(this.settings[type + '_h_offset'])), - Math.floor(parseInt(box.style.top) + 0.5 * parseInt(box.clientHeight) + parseFloat(this.settings[type + '_v_offset'])) + Math.floor(parseInt(box.offsetLeft) + parseInt(box.clientWidth)), + Math.floor(parseInt(box.offsetTop) + 0.5 * parseInt(box.clientHeight) + vOffset), + Math.floor(parseInt(box.offsetLeft) + parseInt(box.clientWidth) + hOffset), + Math.floor(parseInt(box.offsetTop) + 0.5 * parseInt(box.clientHeight) + vOffset) ]; - horizontal_from.push(line); - for (var l in horizontal_from) { - if (horizontal_from[l][2] < line[2]) { - horizontal_from[l][2] = line[2]; - } else { - line[2] = horizontal_from[l][2]; - } - if (vertical_from[0] < horizontal_from[l][2]) { - vertical_from[0] = horizontal_from[l][2]; - vertical_from[2] = horizontal_from[l][2]; - } - if (vertical_from[1] > horizontal_from[l][3]) { - vertical_from[1] = horizontal_from[l][3]; - } - if (vertical_from[3] < horizontal_from[l][3]) { - vertical_from[3] = horizontal_from[l][3]; - } - } + lines.hFrom.push(line); } - var horizontal_to = []; - var vertical_to = [canvas.width, canvas.height, canvas.width, 0]; + this.correctLines(lines.hFrom, lines.vFrom, Math.max); for (var t = 0; t < to.length; t++) { var box = boxes_idx[to[t]]; var line = [ - parseInt(box.style.left), - Math.floor(parseInt(box.style.top) + 0.5 * parseInt(box.clientHeight) + parseFloat(this.settings[type + '_v_offset'])), - Math.floor(parseInt(box.style.left) - parseFloat(this.settings[type + '_h_offset'])), - Math.floor(parseInt(box.style.top) + 0.5 * parseInt(box.clientHeight) + parseFloat(this.settings[type + '_v_offset'])) + Math.floor(parseInt(box.offsetLeft)), + Math.floor(parseInt(box.offsetTop) + 0.5 * parseInt(box.clientHeight) + vOffset), + lines.vFrom[0], + Math.floor(parseInt(box.offsetTop) + 0.5 * parseInt(box.clientHeight) + vOffset) ]; - horizontal_to.push(line); - for (var l in horizontal_to) { - if (horizontal_to[l][2] > line[2]) { - horizontal_to[l][2] = line[2]; - } else { - line[2] = horizontal_to[l][2]; - } - if (vertical_to[0] > horizontal_to[l][2]) { - vertical_to[0] = horizontal_to[l][2]; - vertical_to[2] = horizontal_to[l][2]; - } - if (vertical_to[1] > horizontal_to[l][3]) { - vertical_to[1] = horizontal_to[l][3]; - } - if (vertical_to[3] < horizontal_to[l][3]) { - vertical_to[3] = horizontal_to[l][3]; - } - } + lines.hTo.push(line); + } + this.correctLines(lines.hTo, lines.vTo, Math.min); + lines.midpoints = [ + [lines.vFrom[0], lines.vFrom[1]], + [lines.vTo[0], lines.vTo[1]] + ]; + return lines; + }, + to: function(from, to, hOffset, vOffset) { + var lines = this.template(); + for (var t = 0; t < to.length; t++) { + var box = boxes_idx[to[t]]; + var line = [ + parseInt(box.offsetLeft), + Math.floor(parseInt(box.offsetTop) + 0.5 * parseInt(box.clientHeight) + vOffset), + Math.floor(parseInt(box.offsetLeft) - hOffset), + Math.floor(parseInt(box.offsetTop) + 0.5 * parseInt(box.clientHeight) + vOffset) + ]; + lines.hTo.push(line); } - var midpoints = [ + this.correctLines(lines.hTo, lines.vTo, Math.min); + for (var f = 0; f < from.length; f++) { + var box = boxes_idx[from[f]]; + var line = [ + Math.floor(parseInt(box.offsetLeft) + parseInt(box.clientWidth)), + Math.floor(parseInt(box.offsetTop) + 0.5 * parseInt(box.clientHeight) + vOffset), + lines.vTo[0], + Math.floor(parseInt(box.offsetTop) + 0.5 * parseInt(box.clientHeight) + vOffset) + ]; + lines.hFrom.push(line); + } + this.correctLines(lines.hFrom, lines.vFrom, Math.max); + lines.midpoints = [ + [lines.vFrom[0], lines.vFrom[1]], + [lines.vTo[0], lines.vTo[1]] + ]; + return lines; + }, + midpoint: function(from, to, hOffset, vOffset) { + var lines = this.template(); + for (var f = 0; f < from.length; f++) { + var box = boxes_idx[from[f]]; + var line = [ + Math.floor(parseInt(box.offsetLeft) + parseInt(box.clientWidth)), + Math.floor(parseInt(box.offsetTop) + 0.5 * parseInt(box.clientHeight) + vOffset), + Math.floor(parseInt(box.offsetLeft) + parseInt(box.clientWidth) + hOffset), + Math.floor(parseInt(box.offsetTop) + 0.5 * parseInt(box.clientHeight) + vOffset) + ]; + lines.hFrom.push(line); + } + this.correctLines(lines.hFrom, lines.vFrom, Math.max); + for (var t = 0; t < to.length; t++) { + var box = boxes_idx[to[t]]; + var line = [ + parseInt(box.offsetLeft), + Math.floor(parseInt(box.offsetTop) + 0.5 * parseInt(box.clientHeight) + vOffset), + Math.floor(parseInt(box.offsetLeft) - hOffset), + Math.floor(parseInt(box.offsetTop) + 0.5 * parseInt(box.clientHeight) + vOffset) + ]; + lines.hTo.push(line); + } + this.correctLines(lines.hTo, lines.vTo, Math.min); + lines.midpoints = [ [ - (vertical_from[0] + vertical_from[2]) / 2, - (vertical_from[1] + vertical_from[3]) / 2 + (lines.vFrom[0] + lines.vFrom[2]) / 2, + (lines.vFrom[1] + lines.vFrom[3]) / 2 ], [ - parseFloat(this.settings[type + '_h_offset']) / 2 + (vertical_from[0] + vertical_from[2] + vertical_to[0] + vertical_to[2]) / 4, - (vertical_from[1] + vertical_from[3]) / 2 + hOffset / 2 + (lines.vFrom[0] + lines.vFrom[2] + lines.vTo[0] + lines.vTo[2]) / 4, + (lines.vFrom[1] + lines.vFrom[3]) / 2 ], [ - parseFloat(this.settings[type + '_h_offset']) / 2 + (vertical_from[0] + vertical_from[2] + vertical_to[0] + vertical_to[2]) / 4, - (vertical_to[1] + vertical_to[3]) / 2 + hOffset / 2 + (lines.vFrom[0] + lines.vFrom[2] + lines.vTo[0] + lines.vTo[2]) / 4, + (lines.vTo[1] + lines.vTo[3]) / 2 ], [ - (vertical_to[0] + vertical_to[2]) / 2, - (vertical_to[1] + vertical_to[3]) / 2 + (lines.vTo[0] + lines.vTo[2]) / 2, + (lines.vTo[1] + lines.vTo[3]) / 2 ] ] - for (var l in horizontal_from) { - this.drawLine(ctx, horizontal_from[l]); + return lines; + } + }; + var ctx = canvas.getContext('2d'); + for (var type in lines) { + styleType = type.replace('-', '_'); + ctx.strokeStyle = this.settings[styleType + '_colour']; + for (var from in lines[type]) { + var to = lines[type][from]; + from = from.split(' '); + var linesToDraw = lineCalculator[lineMethods[type]]( + from, to, + this.settings[styleType + '_h_offset'], this.settings[styleType + '_v_offset']); + for (var l in linesToDraw.hFrom) { + this.drawLine(ctx, linesToDraw.hFrom[l]); } - this.drawLine(ctx, vertical_from); - for (var l in horizontal_to) { - this.drawLine(ctx, horizontal_to[l]); + this.drawLine(ctx, linesToDraw.vFrom); + for (var l in linesToDraw.hTo) { + this.drawLine(ctx, linesToDraw.hTo[l]); } - this.drawLine(ctx, vertical_to); - for (var m = 0; m < midpoints.length-1; m++) { + this.drawLine(ctx, linesToDraw.vTo); + for (var m = 0; m < linesToDraw.midpoints.length-1; m++) { this.drawLine(ctx, [ - midpoints[m][0], midpoints[m][1], midpoints[m+1][0], midpoints[m+1][1] + linesToDraw.midpoints[m][0], linesToDraw.midpoints[m][1], + linesToDraw.midpoints[m+1][0], linesToDraw.midpoints[m+1][1] ]); } } |