<gh_stars>1-10
import numpy as np
from pyxtal.version import __version__

# Constants
# ------------------------------
tol_m = 0.3  # seperation tolerance in Angstroms
rad = np.pi / 180.0  # converting degrees to radians
deg = 180.0 / np.pi  # converting radians to degrees
pyxtal_verbosity = 1  # constant for printx function
# Max number of atoms per molecule before using fast distance check
max_fast_mol_size = 30

logo = """#############################################################
#             ______       _    _          _   	            #
#            (_____ \     \ \  / /        | |               #
#             _____) )   _ \ \/ / |_  ____| |  	            #
#            |  ____/ | | | )  (|  _)/ _  | | 	            #
#            | |    | |_| |/ /\ \ |_( (_| | |___            #
#            |_|     \__  /_/  \_\___)__|_|_____)           #
#                   (____/                                  #
#---------------------(version {:>8s})--------------------#
#       A Python package for random crystal generation      #
#       url: https://github.com/qzhu2017/pyxtal             #
#       @Zhu's group at University of Nevada Las Vegas      #
#############################################################
""".format(__version__)

import numpy as np
from pyxtal.version import __version__

# Constants
# ------------------------------
tol_m = 0.3  # seperation tolerance in Angstroms
rad = np.pi / 180.0  # converting degrees to radians
deg = 180.0 / np.pi  # converting radians to degrees
pyxtal_verbosity = 1  # constant for printx function
# Max number of atoms per molecule before using fast distance check
max_fast_mol_size = 30

logo = """#############################################################
#             ______       _    _          _   	            #
#            (_____ \     \ \  / /        | |               #
#             _____) )   _ \ \/ / |_  ____| |  	            #
#            |  ____/ | | | )  (|  _)/ _  | | 	            #
#            | |    | |_| |/ /\ \ |_( (_| | |___            #
#            |_|     \__  /_/  \_\___)__|_|_____)           #
#                   (____/                                  #
#---------------------(version {:>8s})--------------------#
#       A Python package for random crystal generation      #
#       url: https://github.com/qzhu2017/pyxtal             #
#       @Zhu's group at University of Nevada Las Vegas      #
#############################################################
""".format(__version__)
# Constants # ------------------------------ # seperation tolerance in Angstroms # converting degrees to radians # converting radians to degrees # constant for printx function # Max number of atoms per molecule before using fast distance check ############################################################# #             ______       _    _          _   	            # #            (_____ \     \ \  / /        | |               # #             _____) )   _ \ \/ / |_  ____| |  	            # #            |  ____/ | | | )  (|  _)/ _  | | 	            # #            | |    | |_| |/ /\ \ |_( (_| | |___            # #            |_|     \__  /_/  \_\___)__|_|_____)           # #                   (____/                                  # #---------------------(version {:>8s})--------------------# #       A Python package for random crystal generation      # #       url: https://github.com/qzhu2017/pyxtal             # #       @Zhu's group at University of Nevada Las Vegas      # #############################################################