#!/usr/bin/env python3

import sys
import math

max_value = 0.0
min_value = -100.0

max_vel = 315
max_accel = 1975

result_filename = sys.argv[1]
result_file = open(result_filename, 'r')

retval = 0

for line in result_file.readlines():
    (line, in_value, in_vel, in_accel, out_value, out_vel, out_accel) = line.split()
    in_value = float(in_value)
    in_vel = float(in_vel)
    in_accel = float(in_accel)
    out_value = float(out_value)
    out_vel = float(out_vel)
    out_accel = float(out_accel)


    #
    # constraints
    #

    if out_value > max_value:
        print(("max=%.3f, out=%.3f, position violation on line %s" % (max_value, out_value, line)))
        retval = 1

    if out_value < min_value:
        print(("min=%.3f, out=%.3f, position violation on line %s" % (min_value, out_value, line)))
        retval = 1

    if math.fabs(out_vel) > max_vel:
        print(("max_vel=%.3f, out_vel=%.3f, velocity violation on line %s" % (max_vel, out_vel, line)))
        retval = 1

    if math.fabs(out_accel) > max_accel:
        print(("max_accel=%.3f, out_accel=%.3f, acceleration violation on line %s" % (max_accel, out_accel, line)))
        retval = 1


    #
    # input -> output following
    # 

    error = math.fabs(in_value - out_value)
    if error > 0.0:
        print(("input=%.6f, output=%.6f, error=%.6f, threshold=%.6f, following failure on line %s" % (in_value, out_value, error, threshold, line)))
        retval = 1

sys.exit(retval)