def generate_custom(conn, base_value, q_ls_min, q_gt_min, q_ls_med, q_gt_med, q_ls_maj, q_gt_maj):
# Easy peasy.
result = {}
result['minor_items'] = []
result['medium_items'] = []
result['major_items'] = []
# Note: 'x' is not an Item, but a string.
for i in range(rollers.roll_form(q_ls_min)):
x = item.fast_generate(conn, 'lesser minor', base_value)
result['minor_items'].append(x)
for i in range(rollers.roll_form(q_gt_min)):
x = item.fast_generate(conn, 'greater minor', base_value)
result['minor_items'].append(x)
for i in range(rollers.roll_form(q_ls_med)):
x = item.fast_generate(conn, 'lesser medium', base_value)
result['medium_items'].append(x)
for i in range(rollers.roll_form(q_gt_med)):
x = item.fast_generate(conn, 'greater medium', base_value)
result['medium_items'].append(x)
for i in range(rollers.roll_form(q_ls_maj)):
x = item.fast_generate(conn, 'lesser major', base_value)
result['major_items'].append(x)
for i in range(rollers.roll_form(q_gt_maj)):
x = item.fast_generate(conn, 'greater major', base_value)
result['major_items'].append(x)
# Return the resulting collection.
return result
def run_generate_fast(conn, args):
'''Runs the fast individual item generator.'''
# No "roller" required.
# Generate an item.
count = 1
if args.count:
count = args.count
print('Fast-generating', count, 'items')
for i in range(count):
try:
result = item.fast_generate(conn, args.strength,
args.kind, args.gold)
print('Item:',result[0], str(item.Price(result[1])))
except:
print('No eligible items')
# If none for one run, none for any
return
def run_generate_fast(conn, args):
'''Runs the fast individual item generator.'''
# No "roller" required.
# Generate an item.
count = 1
if args.count:
count = args.count
print('Fast-generating', count, 'items')
for i in range(count):
try:
result = item.fast_generate(conn, args.strength, args.kind,
args.gold)
print('Item:', result[0], str(item.Price(result[1])))
except:
print('No eligible items')
# If none for one run, none for any
return
def generate_custom(conn, roller, base_value, q_ls_min, q_gt_min, q_ls_med,
q_gt_med, q_ls_maj, q_gt_maj):
# Easy peasy.
result = {}
result['minor_heading'] = ''
result['medium_heading'] = ''
result['major_heading'] = ''
result['minor_items'] = []
result['medium_items'] = []
result['major_items'] = []
# Note: 'x' is not an Item, but a string.
count = roller.roll_form(q_ls_min, 'number of lesser minor items')
for i in range(count):
x = item.fast_generate(conn, 'lesser minor', base_value)
result['minor_items'].append(x.get_dict())
count = roller.roll_form(q_gt_min, 'number of greater minor items')
for i in range(count):
x = item.fast_generate(conn, 'greater minor', base_value)
result['minor_items'].append(x.get_dict())
count = roller.roll_form(q_ls_med, 'number of lesser medium items')
for i in range(count):
x = item.fast_generate(conn, 'lesser medium', base_value)
result['medium_items'].append(x.get_dict())
count = roller.roll_form(q_gt_med, 'number of greater medium items')
for i in range(count):
x = item.fast_generate(conn, 'greater medium', base_value)
result['medium_items'].append(x.get_dict())
count = roller.roll_form(q_ls_maj, 'number of lesser major items')
for i in range(count):
x = item.fast_generate(conn, 'lesser major', base_value)
result['major_items'].append(x.get_dict())
count = roller.roll_form(q_gt_maj, 'number of greater major items')
for i in range(count):
x = item.fast_generate(conn, 'greater major', base_value)
result['major_items'].append(x.get_dict())
# Return the resulting collection.
return result
