async def send_character_details(self, ctx, final_level, race=None, _class=None, subclass=None, background=None):
loadingMessage = await ctx.channel.send("Generating character, please wait...")
color = random.randint(0, 0xffffff)
# Name Gen
# DMG name gen
name = self.old_name_gen()
# Stat Gen
# 4d6d1
# reroll if too low/high
stats = [roll('4d6kh3').total for _ in range(6)]
await ctx.author.send("**Stats for {0}:** `{1}`".format(name, stats))
# Race Gen
# Racial Features
race = race or random.choice(await get_race_choices(ctx))
embed = EmbedWithAuthor(ctx)
embed.title = race.name
embed.add_field(name="Speed", value=race.speed)
embed.add_field(name="Size", value=race.size)
for t in race.traits:
embeds.add_fields_from_long_text(embed, t.name, t.text)
embed.set_footer(text=f"Race | {race.source_str()}")
embed.colour = color
await ctx.author.send(embed=embed)
# Class Gen
# Class Features
# class
_class = _class or random.choice(await available(ctx, compendium.classes, 'class'))
subclass = subclass or (random.choice(subclass_choices)
if (subclass_choices := await available(ctx, _class.subclasses, 'class')) else None)
embed = EmbedWithAuthor(ctx)
embed.title = _class.name
embed.add_field(name="Hit Points", value=_class.hit_points)
levels = []
for level in range(1, final_level + 1):
level = _class.levels[level - 1]
levels.append(', '.join([feature.name for feature in level]))
embed.add_field(name="Starting Proficiencies", value=_class.proficiencies, inline=False)
embed.add_field(name="Starting Equipment", value=_class.equipment, inline=False)
level_features_str = ""
for i, l in enumerate(levels):
level_features_str += f"`{i + 1}` {l}\n"
embed.description = level_features_str
await ctx.author.send(embed=embed)
# level table
embed = EmbedWithAuthor(ctx)
embed.title = f"{_class.name}, Level {final_level}"
for resource, value in zip(_class.table.headers, _class.table.levels[final_level - 1]):
if value != '0':
embed.add_field(name=resource, value=value)
embed.colour = color
await ctx.author.send(embed=embed)
# features
embed_queue = [EmbedWithAuthor(ctx)]
num_fields = 0
def inc_fields(ftext):
nonlocal num_fields
num_fields += 1
if num_fields > 25:
embed_queue.append(EmbedWithAuthor(ctx))
num_fields = 0
if len(str(embed_queue[-1].to_dict())) + len(ftext) > 5800:
embed_queue.append(EmbedWithAuthor(ctx))
num_fields = 0
def add_levels(source):
for level in range(1, final_level + 1):
level_features = source.levels[level - 1]
for f in level_features:
for field in embeds.get_long_field_args(f.text, f.name):
inc_fields(field['value'])
embed_queue[-1].add_field(**field)
add_levels(_class)
if subclass:
add_levels(subclass)
for embed in embed_queue:
embed.colour = color
await ctx.author.send(embed=embed)
# Background Gen
# Inventory/Trait Gen
background = background or random.choice(await available(ctx, compendium.backgrounds, 'background'))
embed = EmbedWithAuthor(ctx)
embed.title = background.name
embed.set_footer(text=f"Background | {background.source_str()}")
ignored_fields = ['suggested characteristics', 'personality trait', 'ideal', 'bond', 'flaw', 'specialty',
'harrowing event']
for trait in background.traits:
if trait.name.lower() in ignored_fields:
continue
text = textwrap.shorten(trait.text, width=1020, placeholder="...")
embed.add_field(name=trait.name, value=text, inline=False)
embed.colour = color
await ctx.author.send(embed=embed)
out = f"{ctx.author.mention}\n" \
f"{name}, {race.name} {subclass.name if subclass else ''} {_class.name} {final_level}. " \
f"{background.name} Background.\n" \
f"Stat Array: `{stats}`\nI have PM'd you full character details."
await loadingMessage.edit(content=out)
async def genChar(self, ctx, final_level, race=None, _class=None, subclass=None, background=None):
loadingMessage = await self.bot.send_message(ctx.message.channel, "Generating character, please wait...")
color = random.randint(0, 0xffffff)
# Name Gen
# DMG name gen
name = self.nameGen()
# Stat Gen
# 4d6d1
# reroll if too low/high
stats = self.genStats()
await self.bot.send_message(ctx.message.author, "**Stats for {0}:** `{1}`".format(name, stats))
# Race Gen
# Racial Features
race = race or random.choice([r for r in c.fancyraces if r.source in ('PHB', 'VGM', 'MTF')])
embed = EmbedWithAuthor(ctx)
embed.title = race.name
embed.description = f"Source: {race.source}"
embed.add_field(name="Speed", value=race.get_speed_str())
embed.add_field(name="Size", value=race.size)
embed.add_field(name="Ability Bonuses", value=race.get_asi_str())
for t in race.get_traits():
f_text = t['text']
f_text = [f_text[i:i + 1024] for i in range(0, len(f_text), 1024)]
embed.add_field(name=t['name'], value=f_text[0])
for piece in f_text[1:]:
embed.add_field(name="** **", value=piece)
embed.colour = color
await self.bot.send_message(ctx.message.author, embed=embed)
# Class Gen
# Class Features
_class = _class or random.choice([cl for cl in c.classes if not 'UA' in cl.get('source')])
subclass = subclass or random.choice([s for s in _class['subclasses'] if not 'UA' in s['source']])
embed = EmbedWithAuthor(ctx)
embed.title = f"{_class['name']} ({subclass['name']})"
embed.add_field(name="Hit Die", value=f"1d{_class['hd']['faces']}")
embed.add_field(name="Saving Throws", value=', '.join(ABILITY_MAP.get(p) for p in _class['proficiency']))
levels = []
starting_profs = f"You are proficient with the following items, " \
f"in addition to any proficiencies provided by your race or background.\n" \
f"Armor: {', '.join(_class['startingProficiencies'].get('armor', ['None']))}\n" \
f"Weapons: {', '.join(_class['startingProficiencies'].get('weapons', ['None']))}\n" \
f"Tools: {', '.join(_class['startingProficiencies'].get('tools', ['None']))}\n" \
f"Skills: Choose {_class['startingProficiencies']['skills']['choose']} from " \
f"{', '.join(_class['startingProficiencies']['skills']['from'])}"
equip_choices = '\n'.join(f"• {i}" for i in _class['startingEquipment']['default'])
gold_alt = f"Alternatively, you may start with {_class['startingEquipment']['goldAlternative']} gp " \
f"to buy your own equipment." if 'goldAlternative' in _class['startingEquipment'] else ''
starting_items = f"You start with the following items, plus anything provided by your background.\n" \
f"{equip_choices}\n" \
f"{gold_alt}"
for level in range(1, final_level + 1):
level_str = []
level_features = _class['classFeatures'][level - 1]
for feature in level_features:
level_str.append(feature.get('name'))
levels.append(', '.join(level_str))
embed.add_field(name="Starting Proficiencies", value=starting_profs)
embed.add_field(name="Starting Equipment", value=starting_items)
level_features_str = ""
for i, l in enumerate(levels):
level_features_str += f"`{i+1}` {l}\n"
embed.description = level_features_str
embed.colour = color
await self.bot.send_message(ctx.message.author, embed=embed)
embed = EmbedWithAuthor(ctx)
level_resources = {}
for table in _class['classTableGroups']:
relevant_row = table['rows'][final_level - 1]
for i, col in enumerate(relevant_row):
level_resources[table['colLabels'][i]] = parse_data_entry([col])
for res_name, res_value in level_resources.items():
embed.add_field(name=res_name, value=res_value)
embed.colour = color
await self.bot.send_message(ctx.message.author, embed=embed)
embed_queue = [EmbedWithAuthor(ctx)]
num_subclass_features = 0
num_fields = 0
def inc_fields(text):
nonlocal num_fields
num_fields += 1
if num_fields > 25:
embed_queue.append(EmbedWithAuthor(ctx))
num_fields = 0
if len(str(embed_queue[-1].to_dict())) + len(text) > 5800:
embed_queue.append(EmbedWithAuthor(ctx))
num_fields = 0
for level in range(1, final_level + 1):
level_features = _class['classFeatures'][level - 1]
for f in level_features:
if f.get('gainSubclassFeature'):
num_subclass_features += 1
text = parse_data_entry(f['entries'])
text = [text[i:i + 1024] for i in range(0, len(text), 1024)]
inc_fields(text[0])
embed_queue[-1].add_field(name=f['name'], value=text[0])
for piece in text[1:]:
inc_fields(piece)
embed_queue[-1].add_field(name="\u200b", value=piece)
for num in range(num_subclass_features):
level_features = subclass['subclassFeatures'][num]
for feature in level_features:
for entry in feature.get('entries', []):
if not isinstance(entry, dict): continue
if not entry.get('type') == 'entries': continue
fe = {'name': entry['name'],
'text': parse_data_entry(entry['entries'])}
text = [fe['text'][i:i + 1024] for i in range(0, len(fe['text']), 1024)]
inc_fields(text[0])
embed_queue[-1].add_field(name=fe['name'], value=text[0])
for piece in text[1:]:
inc_fields(piece)
embed_queue[-1].add_field(name="\u200b", value=piece)
for embed in embed_queue:
embed.colour = color
await self.bot.send_message(ctx.message.author, embed=embed)
# Background Gen
# Inventory/Trait Gen
background = background or random.choice(c.backgrounds)
embed = EmbedWithAuthor(ctx)
embed.title = background['name']
embed.description = f"*Source: {background.get('source', 'Unknown')}*"
ignored_fields = ['suggested characteristics', 'specialty',
'harrowing event']
for trait in background['trait']:
if trait['name'].lower() in ignored_fields: continue
text = '\n'.join(t for t in trait['text'] if t)
text = [text[i:i + 1024] for i in range(0, len(text), 1024)]
embed.add_field(name=trait['name'], value=text[0])
for piece in text[1:]:
embed.add_field(name="\u200b", value=piece)
embed.colour = color
await self.bot.send_message(ctx.message.author, embed=embed)
out = "{6}\n{0}, {1} {7} {2} {3}. {4} Background.\nStat Array: `{5}`\nI have PM'd you full character details.".format(
name, race.name, _class['name'], final_level, background['name'], stats, ctx.message.author.mention,
subclass['name'])
await self.bot.edit_message(loadingMessage, out)
