def test_sample_sch_rotation_correct_casts_237gcd(self):
""" Ensure the time variable sim allows weaving after instant casts on a cursed gcd """
my_stat_spread = CharacterStatSpread(wd=180,
mainstat=5577,
det=2272,
crit=3802,
dh=1100,
speed=1674,
ten=380,
pie=340)
test_char = Character(Jobs.SCH, my_stat_spread)
mypps = SchPps()
# in 2 minutes on a 4th gcd chain opener, youd have: 2 AF, 9 ED, 1 CS, 1 SC, 1 Diss, 4 bio, 3 R2, 42 B3
sim_result = mypps.get_total_potency_variable_time(
120, test_char, SampleSchRotation(), 0.1)
# assert this is the expected gcd
self.assertAlmostEqual(2.37, test_char.get_gcd(), places=2)
self.assertEqual(len(sim_result.timeline[SchAction.AETHERFLOW]), 2)
self.assertEqual(len(sim_result.timeline[SchAction.ENERGYDRAIN]), 9)
self.assertEqual(len(sim_result.timeline[SchAction.CHAINSTRATAGEM]), 1)
self.assertEqual(len(sim_result.timeline[SchAction.SWIFTCAST]), 2)
self.assertEqual(len(sim_result.timeline[SchAction.DISSIPATION]), 1)
self.assertEqual(len(sim_result.timeline[SchAction.BIOLYSIS]), 4)
self.assertEqual(len(sim_result.timeline[SchAction.RUIN2]), 3)
self.assertEqual(len(sim_result.timeline[SchAction.BROIL3]), 41)
# assert expected bio timings
self.assertListEqual(
[round(x, 2) for x in sim_result.timeline[SchAction.BIOLYSIS]],
[0, 29.14, 61.15, 90.69])
def test_total_potency(self):
""" Test the spreadsheet port for total potency """
my_stat_spread = CharacterStatSpread(
wd=180, mainstat=5577, det=2272, crit=3802, dh=1100, speed=2139, ten=380, pie=340)
test_char = Character(Jobs.SCH, my_stat_spread)
mypps = SchPps()
self.assertEqual(24326.1264, mypps.total_potency_spreadsheet_port(test_char, 0.12, 4, 0))
def test_cycle(self):
""" Test the spreadsheet port for cycle length """
my_stat_spread = CharacterStatSpread(
wd=180, mainstat=5577, det=2272, crit=3802, dh=1100, speed=2139, ten=380, pie=340)
test_char = Character(Jobs.SCH, my_stat_spread)
mypps = SchPps()
self.assertEqual(174.12, mypps.get_cycle(test_char, 0.12))
def test_mp(self):
""" Test the spreadsheet port for mp generation """
my_stat_spread = CharacterStatSpread(
wd=180, mainstat=5577, det=2272, crit=3802, dh=1100, speed=2139, ten=380, pie=340)
test_char = Character(Jobs.SCH, my_stat_spread)
mypps = SchPps()
self.assertEqual(508.0952931652587,
mypps.get_mp_per_min(test_char, caster_tax=0.1, succ=0, adlo=0, energy_drain=4, rez=0), )
def update_stats():
"""Calculates damage, mp consumption, and gcd based on input.
Accepts and returns JSON. JSON format is as follows:
input: {'player': Object
{'weaponDamage': int
'mainStat': int
'det': int
'crit': int
'dh': int
'speed': int
'ten': int
'pie': int}
'job': string
'comp': Array}
output: {'dps': float,
'gcd': float,
'mp': float}
"""
data = request.get_json()
if not data:
return "abort", abort(400)
player_data = data['player']
try:
my_job = Jobs.create_job(data['job'])[0]
except KeyError:
return f"Currently {data['job']} is not supported."
player = Character(
my_job,
CharacterStatSpread(wd=player_data['weaponDamage'],
mainstat=player_data['mainStat'],
det=player_data['det'],
crit=player_data['crit'],
dh=player_data['dh'],
speed=player_data['speed'],
ten=player_data['ten'],
pie=player_data['pie']))
my_sch_pps = SchPps()
potency = my_sch_pps.get_pps(player)
try:
comp_jobs = [Jobs.create_job(comp_job)[0] for comp_job in data['comp']]
except KeyError:
return "A job was not supported in that team comp."
my_comp = Comp(comp_jobs)
dps = round(player.calc_damage(potency, my_comp), 2)
gcd = player.get_gcd()
mp = round(my_sch_pps.get_mp_per_min(player), 2)
return jsonify({"dps": dps, "gcd": gcd, "mp": mp})
def test_variable_time_sim_notes_af_overspending(self):
""" Ensure the time variable sim allows weaving after instant casts """
my_stat_spread = CharacterStatSpread(wd=180,
mainstat=5577,
det=2272,
crit=3802,
dh=1100,
speed=2139,
ten=380,
pie=340)
test_char = Character(Jobs.SCH, my_stat_spread)
mypps = SchPps()
# Burn an aetherflow we don't have
fixed_rotation = [SchAction.ENERGYDRAIN]
sim_result = mypps.get_total_potency_variable_time(
1, test_char, FixedSchRotation(fixed_rotation, SchAction.BROIL3),
0.1)
# 3 ED, 2 B3, 1 R2
self.assertIn(SchSimNotice.SCH_SIM_AETHERFLOW_OVERSPENDING,
sim_result.notices)
def test_variable_time_sim_allows_weaves(self):
""" Ensure the time variable sim allows weaving after instant casts """
my_stat_spread = CharacterStatSpread(wd=180,
mainstat=5577,
det=2272,
crit=3802,
dh=1100,
speed=2139,
ten=380,
pie=340)
test_char = Character(Jobs.SCH, my_stat_spread)
mypps = SchPps()
# If the sim properly supports weaving, this should be 4 full gcds
fixed_rotation = [
SchAction.BIOLYSIS, SchAction.AETHERFLOW, SchAction.ENERGYDRAIN,
SchAction.BROIL3, SchAction.RUIN2, SchAction.ENERGYDRAIN,
SchAction.SWIFTCAST, SchAction.BROIL3, SchAction.ENERGYDRAIN
]
sim_result = mypps.get_total_potency_variable_time(
test_char.get_gcd() * 4, test_char,
FixedSchRotation(fixed_rotation, SchAction.BROIL3), 0.1)
# 3 ED, 2 B3, 1 R2
self.assertEqual(1080, sim_result.get_non_dot_potency())
def etro_main():
"""Calculates damage, given a gearsetID from Etro. Should check database to see if gearset exist first.
JSON format:
'job': String,
'comp': Array,
'etro_id': String,
"""
data = request.get_json()
# Check comp first before making request
if not data:
return "abort", abort(400)
try:
comp_jobs = [Jobs.create_job(comp_job)[0] for comp_job in data['comp']]
except KeyError:
return "An unsupported job was found in the team composition."
my_comp = Comp(comp_jobs)
player_job_data = Jobs.create_job(data['job'])
# TODO: Check internal database to see if cached before request
try:
etro_data = requests.get("/".join(
["https://etro.gg/api/gearsets", data["etro_id"]])).json()
except requests.exceptions.RequestException:
return "There was an error making the etro request"
etro_stats = etro_data["totalParams"]
eq_stats = {stat["name"]: stat["value"] for stat in etro_stats}
# For Etro sets that are non-tanks
if "TEN" not in eq_stats:
eq_stats["TEN"] = 0
# Making speed job-agnostic
if "SPS" in eq_stats:
eq_stats["SPEED"] = eq_stats["SPS"]
else:
eq_stats["SPEED"] = eq_stats["SKS"]
player = Character(
player_job_data[0],
CharacterStatSpread(wd=eq_stats["Weapon Damage"],
mainstat=eq_stats[player_job_data[1]],
det=eq_stats["DET"],
crit=eq_stats["CRT"],
dh=eq_stats["DH"],
speed=eq_stats["SPEED"],
ten=eq_stats["TEN"],
pie=eq_stats["PIE"]))
my_sch_pps = SchPps()
potency = my_sch_pps.get_pps(player)
dps = round(player.calc_damage(potency, my_comp), 2)
gcd = player.get_gcd()
mp = round(my_sch_pps.get_mp_per_min(player), 2)
return jsonify({"dps": dps, "gcd": gcd, "mp": mp})
def update_stats():
"""Calculates damage, mp consumption, and gcd based on input.
Accepts and returns JSON. JSON format is as follows:
input: {'player': Object
{'weaponDamage': int
'mainStat': int
'det': int
'crit': int
'dh': int
'speed': int
'ten': int
'pie': int}
'job': string
'comp': Array
'rotation': Object
{'adloquium': int
'energyDrain': int
'raise': int
'succor': int}}
output: {'dps': float,
'gcd': float,
'mp': float}
"""
data = request.get_json()
if not data:
return "abort", abort(400)
player_data = data['player']
try:
my_job = Jobs.create_job(data['job'])[0]
except KeyError:
return f"Currently {data['job']} is not supported."
player = Character(
my_job,
CharacterStatSpread(wd=player_data['weaponDamage'],
mainstat=player_data['mainStat'],
det=player_data['det'],
crit=player_data['crit'],
dh=player_data['dh'],
speed=player_data['speed'],
ten=player_data['ten'],
pie=player_data['pie']))
try:
rotation_data = data['rotation']
energy_drain_per_min = rotation_data.get('energyDrain', 4)
adloquium_per_min = rotation_data.get('adloquium', 0)
raise_per_min = rotation_data.get('raise', 0)
succor_per_min = rotation_data.get('succor', 0)
except KeyError:
# Rotation data was not present in request, use defaults
energy_drain_per_min, adloquium_per_min, raise_per_min, succor_per_min = 4, 0, 0, 0
my_sch_pps = SchPps()
potency = my_sch_pps.get_pps(player,
num_ed_per_min=energy_drain_per_min,
num_filler_casts=adloquium_per_min +
raise_per_min + succor_per_min)
try:
comp_jobs = [Jobs.create_job(comp_job)[0] for comp_job in data['comp']]
except KeyError:
return "A job was not supported in that team comp."
dps = round(player.calc_damage(potency, Comp(comp_jobs)), 2)
gcd = player.get_gcd()
mp = round(
my_sch_pps.get_mp_per_min(player,
succ=succor_per_min,
adlo=adloquium_per_min,
energy_drain=energy_drain_per_min,
rez=raise_per_min), 2)
return jsonify({"dps": dps, "gcd": gcd, "mp": mp})