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How to use check_origin method in ATX

Best Python code snippet using ATX

rotated_shifted_functions_test.py

Source:rotated_shifted_functions_test.py

1import numpy as np2from rotated_shifted_functions import *3from test_cases import BenchmarkTest, _load_shift_vector4# rotated shifted sphere5BenchmarkTest.check_origin(sphere,6    end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)7print("")8# rotated shifted cigar9BenchmarkTest.check_origin(cigar,10    start_from=2, end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)11print("")12# rotated shifted discus13BenchmarkTest.check_origin(discus,14    start_from=2, end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)15print("")16# rotated shifted cigar_discus17BenchmarkTest.check_origin(cigar_discus,18    start_from=2, end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)19print("")20# rotated shifted ellipsoid21BenchmarkTest.check_origin(ellipsoid,22    start_from=2, end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)23print("")24# rotated shifted different_powers25BenchmarkTest.check_origin(different_powers,26    start_from=2, end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)27print("")28# rotated shifted parabolic_ridge29BenchmarkTest.check_origin(parabolic_ridge,30    start_from=2, end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)31print("")32# rotated shifted sharp_ridge33BenchmarkTest.check_origin(sharp_ridge,34    start_from=2, end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)35print("")36# rotated shifted schwefel1237BenchmarkTest.check_origin(schwefel12,38    end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)39print("")40# rotated shifted schwefel22141BenchmarkTest.check_origin(schwefel221,42    end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)43print("")44# rotated shifted rosenbrock45for i in [2, 10, 100, 1000]:46    x = np.zeros((i,)) - 147    generate_shift_vector(rosenbrock, x.size, -5, 5)48    generate_rotation_matrix(rosenbrock, i)49    print(rosenbrock(x + _load_shift_vector(rosenbrock, x)))50# 1.051# 9.052# 99.053# 999.054# rotated shifted griewank55BenchmarkTest.check_origin(griewank,56    end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)57print("")58# rotated shifted ackley59BenchmarkTest.check_origin(ackley,60    end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)61print("")62# rotated shifted rastrigin63BenchmarkTest.check_origin(rastrigin,64    end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)65print("")66# rotated shifted scaled_rastrigin67BenchmarkTest.check_origin(scaled_rastrigin,68    start_from=2, end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)69print("")70# rotated shifted skew_rastrigin71BenchmarkTest.check_origin(skew_rastrigin,72    end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)73print("")74# rotated shifted schaffer75BenchmarkTest.check_origin(schaffer,76    start_from=2, end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)77print("")78# rotated shifted bohachevsky79BenchmarkTest.check_origin(bohachevsky,80    start_from=2, end_with=1000, n_samples=10, is_shifted=True, is_rotated=True)...

rotated_functions_test.py

Source:rotated_functions_test.py

1from rotated_functions import *2from test_cases import BenchmarkTest3# rotated sphere4BenchmarkTest.check_origin(sphere,5    end_with=1000, n_samples=10, is_rotated=True)6print("")7# rotated cigar8BenchmarkTest.check_origin(cigar,9    start_from=2, end_with=1000, n_samples=10, is_rotated=True)10print("")11# rotated discus12BenchmarkTest.check_origin(discus,13    start_from=2, end_with=1000, n_samples=10, is_rotated=True)14print("")15# rotated cigar_discus16BenchmarkTest.check_origin(cigar_discus,17    start_from=2, end_with=1000, n_samples=10, is_rotated=True)18print("")19# rotated ellipsoid20BenchmarkTest.check_origin(ellipsoid,21    start_from=2, end_with=1000, n_samples=10, is_rotated=True)22print("")23# rotated different_powers24BenchmarkTest.check_origin(different_powers,25    start_from=2, end_with=1000, n_samples=10, is_rotated=True)26print("")27# rotated different_powers_beyer28BenchmarkTest.check_origin(different_powers_beyer,29    start_from=2, end_with=1000, n_samples=10, is_rotated=True)30print("")31# rotated parabolic_ridge32BenchmarkTest.check_origin(parabolic_ridge,33    start_from=2, end_with=1000, n_samples=10, is_rotated=True)34print("")35# rotated sharp_ridge36BenchmarkTest.check_origin(sharp_ridge,37    start_from=2, end_with=1000, n_samples=10, is_rotated=True)38print("")39# rotated schwefel1240BenchmarkTest.check_origin(schwefel12,41    end_with=1000, n_samples=10, is_rotated=True)42print("")43# rotated schwefel22144BenchmarkTest.check_origin(schwefel221,45    end_with=1000, n_samples=10, is_rotated=True)46print("")47# rotated rosenbrock48for i in [2, 10, 100, 1000]:49    generate_rotation_matrix(rosenbrock, i)50    print(rosenbrock([0 for _ in range(i)]))51# 1.052# 9.053# 99.054# 999.055# rotated griewank56BenchmarkTest.check_origin(griewank,57    end_with=1000, n_samples=10, is_rotated=True)58print("")59# rotated ackley60BenchmarkTest.check_origin(ackley,61    end_with=1000, n_samples=10, is_rotated=True)62print("")63# rotated rastrigin64BenchmarkTest.check_origin(rastrigin,65    end_with=1000, n_samples=10, is_rotated=True)66print("")67# rotated scaled_rastrigin68BenchmarkTest.check_origin(scaled_rastrigin,69    start_from=2, end_with=1000, n_samples=10, is_rotated=True)70print("")71# rotated skew_rastrigin72BenchmarkTest.check_origin(skew_rastrigin,73    end_with=1000, n_samples=10, is_rotated=True)74print("")75# rotated schaffer76BenchmarkTest.check_origin(schaffer,77    start_from=2, end_with=1000, n_samples=10, is_rotated=True)78print("")79# rotated bohachevsky80BenchmarkTest.check_origin(bohachevsky,81    start_from=2, end_with=1000, n_samples=10, is_rotated=True)...

1868 파핑파핑 지뢰찾기.py

Source:1868 파핑파핑 지뢰찾기.py

1# 0 ì¸ ì§ì  ì°ì ì¼ë¡ ì°ì´ë´ì¼íë¤2def find_zero_preprocess(N, origin, check_origin):3    start_point = []4    for i in range(N):5        for j in range(N):6            if origin[i][j]=='.':7                num_mine = check_8(i,j,N)8                if not num_mine:9                    start_point.append((i,j))10                origin[i][j] = num_mine11            else:12                check_origin[i][j] = True13    return start_point14dr = [-1,-1,0,1,1,1,0,-1]15dc = [0,1,1,1,0,-1,-1,-1]16def check_8(r,c,N):17    mine = 018    for d in range(8):19        nr = r + dr[d]20        nc = c + dc[d]21        if not (0 <= nr < N and 0 <= nc < N): continue22        if origin[nr][nc] == '*':23            mine += 124    return mine25def expand(origin, check_origin, N, r, c):26    start=[(r,c)]27    check_origin[r][c] = True28    while start:29        next = []30        for r,c, in start:31            for d in range(8):32                nr = r + dr[d]33                nc = c + dc[d]34                if not (0 <= nr < N and 0 <= nc < N): continue35                if check_origin[nr][nc]: continue36                check_origin[nr][nc] = True37                value = origin[nr][nc]38                if value == 0:39                    next.append((nr,nc))40        start = next41T = int(input())42for tc in range(1,1+T):43    N = int(input())44    origin = [list(input()) for _ in range(N)]45    check_origin = [[False]*N for _ in range(N)]46    start_point = find_zero_preprocess(N, origin, check_origin)47    ans = 048    for r,c, in start_point:49        if check_origin[r][c]:continue50        expand(origin, check_origin, N, r, c)51        ans += 152    for i in range(N):53        for j in range(N):54            if not check_origin[i][j]:55                ans += 1...

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