sample_calc.py

import mltd_calc
from ctypes import *
import numpy as np
import sys

SONG = 167          # 計算したい曲番号
MODE = 5            # 5(MM)のみ対応 (1=2M, 2=2M+, 3=4M, 4=6M, 5=MM, 6=OM)
TRIALS = 100000     # 試行回数
TARGET_NOTE = 0     # [TARGET_NOTE]番目のノーツまで計算する(0:計算しない)
IDEAL = False       # 理論値計算するかどうか指定
VERBOSE = True      # 曲名とかユニット名とかを表示するかどうか指定
                    # IDEALとVERBOSEがTrueの場合、タイムラインを表示

TOTAL_APPEAL = 396691
CARD_IDS = np.array([941,974,870,250,746],dtype=c_int32)
SKILL_LVS = np.array([10,10,10,12,10],dtype=c_int32)

# 呼び出し
arrays = mltd_calc.calc_by_card_array(
    SONG, MODE, TOTAL_APPEAL, CARD_IDS, SKILL_LVS, TRIALS, TARGET_NOTE, IDEAL,
    VERBOSE)

if arrays[0][0] <= 0:
    print("実行エラー")
    sys.exit()

array_total = [x[0] for x in arrays]
array_before_sa = [x[1] for x in arrays]
array_target_note = [x[2] for x in arrays]


def print_tile(tile):
    print(" {:>6}%Tile score:".format(tile),
          int(np.percentile(array_total, 100-tile)),
          "   just before_SA score:",
          int(np.percentile(array_before_sa, 100-tile)),
          "   target_note score:",
          int(np.percentile(array_target_note, 100-tile)))

    
if IDEAL is True:
    print(r"  ideal score:", int(array_total[0]),
          "  just before_SA score:", int(array_before_sa[0]))
else:
    print("\ntarget note : ",TARGET_NOTE)
    if TRIALS >= 10000:
        print_tile(0.001)
        print_tile(0.01)
        print_tile(0.05)
        print_tile(0.1)
        print_tile(0.5)
    if TRIALS >= 1000:
        print_tile(1)
        print_tile(2)
        print_tile(5)
        print_tile(50)
    if TRIALS == 1:
        print(r"  total score:",
              int(array_total[0]),
              "   just before_SA score:",
              int(array_before_sa[0]))