def create_insertion_map(self, samples, rules):
'''Returns a dict: keys are positions in the sample_list, values an array of items to insert at that position'''
insertion_map = {}
for rule in rules:
sample_count = rule.sample_count
start_idxs = range(0, len(samples), sample_count)
end_idxs = range(sample_count, len(samples), sample_count) + [len(samples)]
for start,end in zip(start_idxs, end_idxs):
position = end
if rule.in_random_position:
position = random.randint(start+1, end)
arr = insertion_map.setdefault(position, [])
for i in range(rule.count):
arr.append(RunSample.create(self.run, rule.component))
return insertion_map
def create_insertion_map(self, samples, rules):
'''Returns a dict: keys are positions in the sample_list, values an array of items to insert at that position'''
insertion_map = {}
for rule in rules:
sample_count = rule.sample_count
start_idxs = range(0, len(samples), sample_count)
end_idxs = range(sample_count, len(samples),
sample_count) + [len(samples)]
for start, end in zip(start_idxs, end_idxs):
position = end
if rule.in_random_position:
position = random.randint(start + 1, end)
arr = insertion_map.setdefault(position, [])
for i in range(rule.count):
arr.append(RunSample.create(self.run, rule.component))
return insertion_map
def create_end_block(self):
end_block = []
for rule in self.run.rule_generator.end_block_rules:
for i in range(rule.count):
end_block.append(RunSample.create(self.run, rule.component))
return end_block
def create_end_block(self):
end_block = []
for rule in self.run.rule_generator.end_block_rules:
for i in range(rule.count):
end_block.append(RunSample.create(self.run, rule.component))
return end_block
