$code_rate = 2;  # rate = 1/code_rate$K  = 3;    # how many bits the encoder uses to create code_rate bits corresponding to one bit$G[0] = 7;  # in decimal$G[1] = 5;  # in decimal$soft_dec = 3; $block_length = 4;  # > 4 * delay_elements (= 4 * K-1)$W = 8; # it's not parameterizable yet$block_part = 2; # both block_part and block_length / block_part must be integer                  # CL for backtrack has length 2 * block_length                 # CL for measurements has length block_part                 # You get one result every block_length / block_part cycles	                 # The larger the block_part the larger the clock cycle#$correct_pattern = "101101010011111";#$correct_pattern = "1011010100111110101000111";$correct_pattern = "101101010011111010100011101111111110101101001111101010111111111101001010100";