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Revert "Add gem calc"

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This reverts commit f7b0cf4739.
This commit is contained in:
Donald Burr 2016-03-05 21:35:23 -08:00
parent f7b0cf4739
commit 7326c98996
1 changed files with 6 additions and 10 deletions
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16
command_line/rankcalc.py
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@ -30,29 +30,25 @@ import getopt
from math import floor from math import floor
# algorithm from: http://decaf.kouhi.me/lovelive/index.php?title=Gameplay#Ranks # algorithm from: http://decaf.kouhi.me/lovelive/index.php?title=Gameplay#Ranks
def calc(game_version, starting_rank, starting_exp, desired_rank, half_exp): def calc(game_version, starting_rank, starting_exp, desired_rank):
required_exp = 0 required_exp = 0
for rank in range(starting_rank, desired_rank): for rank in range(starting_rank, desired_rank):
required_exp_for_next_rank = round(34.45 * rank - 551) required_exp_for_next_rank = round(34.45 * rank - 551)
# account for half EXP on JP (only if rank < 100) # account for half EXP on JP (only if rank < 100)
if half_exp and rank < 100: if game_version == "JP" and rank < 100:
required_exp_for_next_rank = required_exp_for_next_rank // 2 required_exp_for_next_rank = required_exp_for_next_rank // 2
#print "AT RANK %d NEED %d EXP" % (rank, required_exp_for_next_rank) #print "AT RANK %d NEED %d EXP" % (rank, required_exp_for_next_rank)
required_exp = required_exp + required_exp_for_next_rank required_exp = required_exp + required_exp_for_next_rank
# account for exp we already have # account for exp we already have
required_exp = required_exp - starting_exp required_exp = required_exp - starting_exp
print "To get from rank %d (with %d EXP) to rank %d on %s requires %d EXP." % (starting_rank, starting_exp, desired_rank, game_version, required_exp)
print "Equivalent to playing the following number of songs of difficulty level:"
# round up because you can't play half of a song (although you can play a song half-assedly :P and I often do :P)
easy_count = (required_exp // 12) + 1 easy_count = (required_exp // 12) + 1
normal_count = (required_exp // 26) + 1 normal_count = (required_exp // 26) + 1
hard_count = (required_exp // 46) + 1 hard_count = (required_exp // 46) + 1
ex_count = (required_exp // 83) + 1 ex_count = (required_exp // 83) + 1
easy_3x_count = (required_exp // (12*3)) + 1 print "EASY (%d) NORMAL (%d) HARD (%d) EXPERT (%d)" % (easy_count, normal_count, hard_count, ex_count)
normal_3x_count = (required_exp // (26*3)) + 1
hard_3x_count = (required_exp // (46*3)) + 1
ex_3x_count = (required_exp // (83*3)) + 1
easy_3xb_count = (required_exp // (12*3)) + 1
normal_3xb_count = (required_exp // (26*3)) + 1
hard_3xb_count = (required_exp // (46*3)) + 1
ex_3xb_count = (required_exp // (83*3)) + 1
# calc LP # calc LP
LP = 25 + floor(min(desired_rank, 300) / 2) + floor(max(desired_rank - 300, 0) / 3) LP = 25 + floor(min(desired_rank, 300) / 2) + floor(max(desired_rank - 300, 0) / 3)
# calc friend slots # calc friend slots