packages/vaex-core/vaex/utils.py
def subdivide(length, parts=None, max_length=None):
    """Generates a list with start end stop indices of length parts, [(0, length/parts), ..., (.., length)]"""
    if max_length:
        i1 = 0
        done = False
        while not done:
            i2 = min(length, i1 + max_length)
            # print i1, i2
            yield i1, i2
            i1 = i2
            if i1 == length:
                done = True
    else:
        part_length = int(math.ceil(float(length) / parts))
        # subblock_count = math.ceil(total_length/subblock_size)
        # args_list = []
        for index in range(parts):
            i1, i2 = index * part_length, min(length, (index + 1) * part_length)
            yield i1, i2
def subdivide(length, parts=None, max_length=None):
    """Generates a list with start end stop indices of length parts, [(0, length/parts), ..., (.., length)]"""
    if max_length:
        i1 = 0
        done = False
        while not done:
            i2 = min(length, i1 + max_length)
            # print i1, i2
            yield i1, i2
            i1 = i2
            if i1 == length:
                done = True
    else:
        part_length = int(math.ceil(float(length) / parts))
        # subblock_count = math.ceil(total_length/subblock_size)
        # args_list = []
        for index in range(parts):
            i1, i2 = index * part_length, min(length, (index + 1) * part_length)
            yield i1, i2
def subdivide ( length , parts = None , max_length = None ) : if max_length : i1 = 0 done = False while not done : i2 = min ( length , i1 + max_length ) # print i1, i2 yield i1 , i2 i1 = i2 if i1 == length : done = True else : part_length = int ( math . ceil ( float ( length ) / parts ) ) # subblock_count = math.ceil(total_length/subblock_size) # args_list = [] for index in range ( parts ) : i1 , i2 = index * part_length , min ( length , ( index + 1 ) * part_length ) yield i1 , i2
Generates a list with start end stop indices of length parts, [(0, length/parts), ..., (.., length)]
Generates a list with start end stop indices of length parts [ ( 0 length / parts ) ... ( .. length ) ]