This is crazy. Okay here I go...
m<1 = 53°
m<2 = 90° (perpendicular lines)
m<3 = 37° (forming straight angle)
m<4 = 53° (compliment with <3)
m<5 = 90° (perpendicular lines)
m<6 = 37° (compliment with <1)
m<7 = 37° (alt. int. angle pair with <6)
m<8 = 143° (linear pair with <7)
m<9 = 37° (vertical angle pair with <7)
m<10 = 143° (vertical angle pair with <8)
m<11 = 53° (alt. int. angle pair with <4)
m<12 = 127° (linear pair with <11)
m<13 = 53° (vertical angle pair with <11)
m<14 = m<15 = 63.5° (vertical angle pair with <12, split evenly among two <)
m<16, m<17, m<18, m<19 are unknown for now
m<20 = 90° (perpendicular lines)
m<18 = 37° (angles in a triangle)
m<16 = 37° (vertical angles with <18)
m<17 = 143° (linear pair with <18)
m<19 = 143° (vertical angles with <17)
m<21 = 90° (perpendicular lines)
m<24 and m<25 first!
m<24 = 90° (perpendicular lines)
m<25 = 26.5° (angles in a triangle)
m<23 = 26.5° (alt. int. angle pair with <25)
m<22 = 63.5° (compliments with <23)
m<26 = 153.5° (supplements with <25)
m<27 = 26.5° (vertical angels with <25)
m<28 = 153.5° (vertical angels with <26)
m<29 = 143° (alt. int. angle pair with <17)
m<30 = 37° (alt. int. angle pair with <18)
m<31 = 143° (vertical angles with <29)
m<32 = 37° (vertical angles with <30)
m<33 = 116.5° (angles in a triangle)
m<34 = 63.5° (linear pair with <33)
m<35 = 116.5° (vertical angles with <33)
m<36 = 63.5° (vertical angles with <34)
m<37 = 116.5° (corresponding angle with <33)
m<38 = 63.5° (corresponding angle with <34)
m<39 = 116.5° (corresponding angle with <35)
m<40 = 63.5° (corresponding angle with <36)
m<41 = 53° (angles in a triangle)
m<42 = 127° (linear pair with <41)
m<43 = 53° (vertical angles with <41)
m<44 = 127° (vertical angles with <42)
