| 5 PACKAGE 4 IS | |
| 5 PACKAGE 2 | |
| 5 PLUS | |
| 5 LOG AND EXPONENTIAL | |
| 5 SUBROUTINES | |
| 6 E00AI STD ARTHX AI1 ADD 1833 24 1786 1789 | |
| 7 AI1 STL ARTHG 1789 20 1794 1799 | |
| 8 LDD ARTHB 1799 69 1802 1805 | |
| 9 RAM 8002 STORE ACC 1802 67 8002 1767 | |
| 10 STL ARTHF POWER 1767 20 1772 1894 | |
| 11 SML ARTHE 1894 18 1902 1759 | |
| 12 SLT 0001 1759 35 0001 1766 | |
| 13 NZU AI12 FIND MAX 1766 44 1773 1771 | |
| 14 LDD AI3A 1771 69 1774 1777 | |
| 15 SRT 0005 POWER 1777 30 0005 1790 | |
| 16 SDA AI3 SET EXPNNTS 1790 22 1793 1796 | |
| 17 BMI AI2 AND THEN 1796 46 1899 1754 | |
| 18 RAM ARTHE PERFORM 1899 67 1902 1817 | |
| 19 STL ARTHF ADDITION 1817 20 1772 1776 | |
| 20 RAL ARTHH 1776 65 1788 1943 | |
| 21 LDD ARTHM AI3 1943 69 1824 1793 | |
| 22 AI3 SRT 0000 AI3B 1793 30 0000 1811 | |
| 23 AI3A SRT 0000 AI3B 1774 30 0000 1811 | |
| 24 AI3B ALO 8001 AI5 1811 15 8001 1770 | |
| 25 AI2 RAL ARTHM 1754 65 1824 1779 | |
| 26 LDD ARTHH AI3 1779 69 1788 1793 | |
| 27 AI5 RAU 8002 CLEAR ARTHE 1770 60 8002 1780 | |
| 28 STL ARTHE ARTHS TO SCALE 1780 20 1902 1762 | |
| 29 AI12 BMI AI13 1773 46 1778 1828 | |
| 30 RAL ARTHG AI10 1778 65 1794 1904 | |
| 31 AI13 RAL ACC ARTHX 1828 65 0000 1786 | |
| 32 ARTHB STD ARTHY BREAK UP EXP 1805 24 1808 1826 | |
| 33 SLT 0008 AND MANTISSA 1826 35 0008 1996 | |
| 34 STL ARTHE STORE POWER 1996 20 1902 1755 | |
| 35 RAU 8003 AND MANTISSA 1755 60 8003 1763 | |
| 36 SLT 0001 OF LOWER 1763 35 0001 1769 | |
| 37 STU ARTHM 1769 21 1824 1997 | |
| 38 RAU ACC 1997 60 0000 1855 | |
| 39 SRT 0002 STORE POWER 1855 30 0002 1761 | |
| 40 SLO 8002 AND MANTISSA 1761 16 8002 1819 | |
| 41 SLT 0001 OF ACC 1819 35 0001 1775 | |
| 42 ALO 8001 1775 15 8001 1783 | |
| 43 STU ARTHH ARTHY 1783 21 1788 1808 | |
| 44 ARTHS SCT 0000 NORMALIZE 1762 36 0000 1782 | |
| 45 BOV AI6 BRNCH IF ZRO 1782 47 1942 1787 | |
| 46 STL ARTHG SHIFT COUNT 1787 20 1794 1797 | |
| 47 RAL 8003 ROUND ON 1797 65 8003 1905 | |
| 48 SRD 0002 NINTH DIGIT 1905 31 0002 1813 | |
| 49 SLT 0002 CHECK FOR 1813 35 0002 1869 | |
| 50 STL ARTHM ROUNDOFF 1869 20 1824 1877 | |
| 51 NZU AI7 AI8 OVERFLOW 1877 44 1831 1834 | |
| 52 AI8 RAM 8003 AND 1834 67 8003 1841 | |
| 53 SML ARTHG CORRECT IF 1841 18 1794 1800 | |
| 54 ALO AJ2 NECESSARY 1800 15 1903 1822 | |
| 55 SLT 0008 1822 35 0008 1791 | |
| 56 RAL 8002 1791 65 8002 1849 | |
| 57 AML ARTHE 1849 17 1902 1757 | |
| 58 ALO ARTHF 1757 15 1772 1827 | |
| 59 BMI AI11A PWR TOO SMAL 1827 46 1752 1781 | |
| 60 NZU AI11 PWR TOO LRGE 1781 44 1785 1836 | |
| 61 SLT 0002 1836 35 0002 1893 | |
| 62 STU ACC1 1893 21 1998 1901 | |
| 63 RAL ARTHM 1901 65 1824 1829 | |
| 64 BMI AI9 COMBINE 1829 46 1944 1995 | |
| 65 SLO ACC1 AI10 1944 16 1998 1904 | |
| 66 AI10 STL ACC ARTHX AND 1904 20 0000 1786 | |
| 67 AI9 ALO ACC1 AI10 1995 15 1998 1904 | |
| 68 AI7 SRT 0001 ADJUST 1831 30 0001 1792 | |
| 69 STL ARTHM 1792 20 1824 1927 | |
| 70 SLT 0001 AI8 1927 35 0001 1834 | |
| 71 AI6 RAL 8003 AI10 1942 65 8003 1904 | |
| 72 E00AJ STD ARTHX MULTIPLY 1832 24 1786 1839 | |
| 73 LDD ARTHB 1839 69 1852 1805 | |
| 74 RAM 8002 ACC POWER 1852 67 8002 1867 | |
| 75 SLO AJ1 MINUS 48 1867 16 1820 1825 | |
| 76 STL ARTHF 1825 20 1772 1875 | |
| 77 RAU ARTHH 1875 60 1788 1756 | |
| 78 MPY ARTHM ARTHS 1756 19 1824 1762 | |
| 79 E00AG STD ARTHX AG1 DIVIDE 1830 24 1786 1889 | |
| 80 AG1 LDD ARTHB IS DIVISOR 1889 69 1842 1805 | |
| 81 NZU AG3 ZER0 1842 44 1812 1846 | |
| 82 RSM 8002 DIVISOR 1812 68 8002 1821 | |
| 83 ALO AG2 POWER MINUS 1821 15 1876 1895 | |
| 84 STL ARTHF 49 1895 20 1772 1768 | |
| 85 RAU ARTHM SH1FT 1768 60 1824 1879 | |
| 86 SRT 0001 DIVIDEND 1879 30 0001 1885 | |
| 87 DVR ARTHH DO DIVIDE 1885 64 1788 1803 | |
| 88 RAU 8002 ARTHS 1803 60 8002 1762 | |
| 89 E00AO STD ARTHX DIV REVERSE 1882 24 1786 1989 | |
| 90 STL ACC2 1989 20 1843 1896 | |
| 91 RAL ACC 1896 65 0000 1810 | |
| 92 LDD ACC2 1810 69 1843 1897 | |
| 93 STD ACC AG1 1897 24 0000 1889 | |
| 94 E00AF STD ACC6 FL0AT TO LWR 1947 24 1858 1911 | |
| 95 LDD AE4 E00AE AND ACC 1911 69 1925 1928 | |
| 96 AE4 STL ACC ACC6 1925 20 0000 1858 | |
| 97 E00AE STD ARTHX FLOAT TO LWR 1928 24 1786 1840 | |
| 98 RAU 8002 ONLY 1840 60 8002 1753 | |
| 99 SCT 0000 NORMALIZE 1753 36 0000 1975 | |
| 100 STL ACC3 1975 20 1881 1784 | |
| 101 BOV AD1 ZER0 CHECK 1784 47 1851 1890 | |
| 102 RAL 8003 1890 65 8003 1798 | |
| 103 SRD 0002 ROUND FOR 1798 31 0002 1807 | |
| 104 SLT 0002 PLACING EXP 1807 35 0002 1764 | |
| 105 NZU AE6 CHECK ROUND 1764 44 1818 1891 | |
| 106 LDD 8003 OVERFLOW 1818 69 8003 1874 | |
| 107 SRT 0001 1874 30 0001 1884 | |
| 108 ALO 8001 AE6 1884 15 8001 1891 | |
| 109 AE6 BMI AE2 INSERT 1891 46 1844 1845 | |
| 110 ALO AJ3 AE5 EXP0NENT 1845 15 1848 1804 | |
| 111 AE2 SLO AJ3 AE5 1844 16 1848 1804 | |
| 112 AE5 SLO ACC3 ARTHX 1804 16 1881 1786 | |
| 113 E00TH STD ARTHX FIX L0WER 1932 24 1786 1990 | |
| 114 SLT 0008 TO LOWER 1990 35 0008 1859 | |
| 115 STU ARTHM 1859 21 1824 1878 | |
| 116 RAM 8002 TEST EXP 1878 67 8002 1887 | |
| 117 SLO AJ5 STORE ZER0 1887 16 1940 1945 | |
| 118 BMI AD1 IF LESS THAN 1945 46 1851 1850 | |
| 119 SLO AJ4 50 ALARM 1850 16 1853 1758 | |
| 120 BMI AD3 1F GRTR THAN 1758 46 1861 1862 | |
| 121 SRT 0004 59 1861 30 0004 1921 | |
| 122 ALO AR7 1921 15 1924 1929 | |
| 123 LDD AD2A MODIFY 1929 69 1835 1838 | |
| 124 SDA AD2 SHIFT 1838 22 1991 1971 | |
| 125 RAL ARTHM 1971 65 1824 1930 | |
| 126 SLT 0002 AD2 1930 35 0002 1991 | |
| 127 AD1 RAL 8003 ARTHX STORE ZERO 1851 65 8003 1786 | |
| 128 AD2 SRT 0000 ARTHX SHIFT C0NST 1991 30 0000 1786 | |
| 129 AD2A SRT 0000 ARTHX 1835 30 0000 1786 | |
| 130 AD3 LDD ARTHX 3031 FIX ALARM 1862 69 1786 3031 | |
| 131 AG3 LDD ARTHX 3061 DIVIDE ALARM 1846 69 1786 3061 | |
| 132 AI11 LDD ARTHX 3081 SCALE ALARM 1785 69 1786 3081 | |
| 133 AI11A HLT 1081 AI6 1752 01 1081 1942 | |
| 134 AG2 49 0000 0000 1876 49 0000 0000 | |
| 135 AJ1 48 0000 0000 1820 48 0000 0000 | |
| 136 AJ2 00 0000 0001 1903 00 0000 0001 | |
| 137 AJ3 00 0000 0059 1848 00 0000 0059 | |
| 138 AJ4 10 0000 0000 1853 10 0000 0000 | |
| 139 AJ5 50 0000 0000 1940 50 0000 0000 | |
| 140 E00AQ STD J0001 AQ1 READ 1974 24 1977 1880 | |
| 141 AQ1 RD1 1976 AQ3 1880 70 1976 1898 | |
| 142 AQ3 RAM P0001 AQ3A 1898 67 1951 1806 | |
| 143 AQ3B RAM P0001 AQ3A CHECK FOR 1892 67 1951 1806 | |
| 144 AQ3A NZE AQ8 LAST WORD 1806 45 1860 1837 | |
| 145 LDD AQ5 AQ4 ON CARD 1860 69 1863 1816 | |
| 146 AQ4 STD ACC4 1816 24 1870 1873 | |
| 147 AUP 8003 READ IN 1873 10 8003 1931 | |
| 148 SRT 0004 LABEL FOR 1931 30 0004 1941 | |
| 149 SIA ACC5 PRESENT 1941 23 1795 1948 | |
| 150 SLO 8001 VARIABLE 1948 16 8001 1856 | |
| 151 ALO 8002 GET I Y 0R C 1856 15 1809 8002 | |
| 152 RAU 0000 ADDRESS FROM 1809 60 0000 1987 was RAU A000 - 00 0000 0000 | |
| 153 AUP ACC5 ABCON DICT 1987 10 1795 1949 | |
| 154 SLT 0004 ACC4 GENERATE 1949 35 0004 1870 | |
| 155 AQ5 AUP AQ7 1NSTRUCTION 1863 10 1866 1857 | |
| 156 ALO P0010 1857 15 1960 1965 | |
| 157 ALO 8002 GET AND 1965 15 1968 8002 | |
| 158 LDD P0002 8003 STORE WORD 1968 69 1952 8003 | |
| 159 AQ7 STD 0000 1866 24 0000 1907 | |
| 160 RAL P0010 INCREMENT 1907 65 1960 1915 | |
| 161 ALO AQ9 WORD COUNT 1915 15 1918 1854 | |
| 162 STL P0010 1854 20 1960 1963 | |
| 163 ALO AQ3B 8002 1963 15 1892 8002 | |
| 164 AQ8 RAL P0001 CHECK FOR 1837 65 1951 1765 | |
| 165 BMI J0001 AQ1 LAST CARD 1765 46 1977 1880 | |
| 166 E00AR STD P0005 PUNCH 0UT 1801 24 1955 1908 | |
| 167 STU J0003 1908 21 1979 1935 | |
| 168 SIA P0008 STORE STMNT 1935 23 1958 1912 | |
| 169 STU J0004 NUMBER 1912 21 1980 1886 | |
| 170 SDA P0004 STORE WORD 1886 22 1954 1909 | |
| 171 SLO 8001 COUNT 1909 16 8001 1917 | |
| 172 NZE AR10 AR9 TEST ZERO 1917 45 1920 1872 | |
| 173 AR10 STU J0005 STMT NUMBER 1920 21 1981 1814 | |
| 174 STD J0006 SET PUNCH 1814 24 1982 1972 | |
| 175 STD J0007 BAND TO 1972 24 1983 1864 | |
| 176 STD J0008 ZEROES 1864 24 1984 1888 | |
| 177 STD P0010 AR3 SET COUNTER 1888 24 1960 1913 | |
| 178 AR3 RAL P0004 1913 65 1954 1910 | |
| 179 SLO AR7 1910 16 1924 1936 | |
| 180 BMI AR8 TEST WORD 1936 46 1994 1992 | |
| 181 STL P0004 AR4 COUNT 1992 20 1954 1865 | |
| 182 AR4 ALO 8002 GET WORD 1865 15 1868 8002 | |
| 183 RAL P0000 LABEL FROM 1868 65 1950 1914 | |
| 184 AUP 8003 PUNCH CONSTS 1914 10 8003 1922 | |
| 185 SLT 0001 1922 35 0001 1938 | |
| 186 SDA P0007 MODIFY LABEL 1938 22 1957 1961 | |
| 187 SLO 8001 1961 16 8001 1919 | |
| 188 SRT 0001 1919 30 0001 1926 | |
| 189 ALO P0007 1926 15 1957 1962 | |
| 190 SLT 0004 INSERT STMNT 1962 35 0004 1923 | |
| 191 ALO P0008 NUMBER 1923 15 1958 1964 | |
| 192 AUP P0010 1964 10 1960 1916 | |
| 193 AUP 8003 1916 10 1969 8003 | |
| 194 STL J0001 STORE LABEL 1969 20 1977 1988 | |
| 195 RAL 8002 FOR PUNCHING 1988 65 8002 1900 | |
| 196 LDD AQ4 MODIFY LABEL 1900 69 1906 1816 | |
| 197 AUP AR6 INTO DRUM 1906 10 1966 1934 | |
| 198 ALO P0010 LOC IN READ 1934 15 1960 1967 | |
| 199 ALO 8003 GET WORD 1967 15 1970 8003 | |
| 200 STD J0002 STORE IN 1970 24 1978 1993 | |
| 201 RAL P0010 PUNCH BAND 1993 65 1960 1815 | |
| 202 ALO AQ9 1815 15 1918 1973 | |
| 203 STL P0010 AR3 1973 20 1960 1913 | |
| 204 AR6 LDD 0000 8002 1966 69 0000 8002 | |
| 205 AR7 00 0001 0000 1924 00 0001 0000 | |
| 206 AR8 PCH J0001 P0005 PUNCH 1994 71 1977 1955 | |
| 207 AR9 RAL 8000 IF STMT NMBR 1872 65 8000 1937 | |
| 208 BMI AR10 P0005 ZRO PCH ONLY 1937 46 1920 1955 | |
| 209 AQ9 00 0002 0000 IF 8000 NEG 1918 00 0002 0000 | |
| 210 J0010 80 0000 8800 CONTROL CNST 1986 80 0000 8800 | |
| 211 E00AL STD ARTHY 1654 24 1808 1732 | |
| 212 STL ARTHH 1732 20 1788 1694 | |
| 213 RAL ACC AL17A IS POWER 1694 65 0000 1709 | |
| 214 AL17A STD ACC4 TWO 1709 24 1870 1723 | |
| 215 STD ARTHX IF SO 1723 24 1786 1739 | |
| 216 SLO AL16 MULTIPLY 1739 16 1686 1692 | |
| 217 NZE AL18 1692 45 1731 1751 | |
| 218 RAL ARTHH 1751 65 1788 1645 | |
| 219 STD ACC 1645 24 0000 1655 | |
| 220 LDD ARTHY E00AJ 1655 69 1808 1832 | |
| 221 AL18 RAL ARTHH AL17 1731 65 1788 1693 | |
| 222 AL17 SLT 0008 1693 35 0008 1661 | |
| 223 SLO 8002 1661 16 8002 1720 | |
| 224 SLT 0002 Q EQUALS 1720 35 0002 1677 | |
| 225 ALO 8001 MANTISSA 1677 15 8001 1690 | |
| 226 STU ARTHF OF ARGUMENT 1690 21 1772 1675 | |
| 227 RAM 8002 1675 67 8002 1683 | |
| 228 SLO AL1 STORE EXPNNT 1683 16 1736 1691 | |
| 229 SLT 0002 OF ARGMNT 1691 35 0002 1698 | |
| 230 STU ARTHE 1698 21 1902 1706 | |
| 231 RAL AL2 MANTISSA OF 1706 65 1660 1666 | |
| 232 STL ARTHM Z IS ONE 1666 20 1824 1678 | |
| 233 RAL AL1 1678 65 1736 1695 | |
| 234 SLT 0002 EXP OF Z IS 1695 35 0002 1702 | |
| 235 STU ARTHG AL3 50 1702 21 1794 1747 | |
| 236 AL3 RAU ACC K IS GRTST 1747 60 0000 1708 | |
| 237 MPY AL1 INTEGER IN 1708 19 1736 1738 | |
| 238 STU ACC K OVER TWO 1738 21 0000 1658 | |
| 239 RAL 8002 IS REMAINDER 1658 65 8002 1667 | |
| 240 NZE AL4 ZER0 1667 45 1670 1646 | |
| 241 RAU ARTHM IF NOT SET Z 1670 60 1824 1729 | |
| 242 LDD AL5 EQUALS TO 1729 69 1682 1737 | |
| 243 ALO ARTHG Z TIMES Q 1682 15 1794 1715 | |
| 244 STL ARTHG VIA 1715 20 1794 1699 | |
| 245 RAL ARTHD SUBROUTINE 1699 65 1665 1669 | |
| 246 STL ARTHM 1669 20 1824 1638 | |
| 247 NZE AL4 AL20 1638 45 1646 1741 | |
| 248 AL4 RAU ACC IF K NONZERO 1646 60 0000 1712 | |
| 249 NZU AL7 Q EQUALS 1712 44 1668 1721 | |
| 250 RAU ARTHF 1668 60 1772 1679 | |
| 251 LDD AL5 VIA SUBRTNE 1679 69 1684 1737 | |
| 252 ALO ARTHE 1684 15 1902 1714 | |
| 253 STL ARTHE 1714 20 1902 1662 | |
| 254 RAL ARTHD 1662 65 1665 1719 | |
| 255 STL ARTHF AL3 1719 20 1772 1747 | |
| 256 AL7 RAU ARTHG SET EXPONNTS 1721 60 1794 1700 | |
| 257 SRT 0002 ARTHS 1700 30 0002 1663 | |
| 258 NZU AI11 EXP OVERSCAL 1663 44 1785 1722 | |
| 259 STL ARTHE 1722 20 1902 1664 | |
| 260 STU ARTHF 1664 21 1772 1671 | |
| 261 RAU ARTHM 1671 60 1824 1680 | |
| 262 SRT 0001 AL20 1680 30 0001 1741 | |
| 263 AL20 LDD AL8 1741 69 1716 1724 | |
| 264 STD ARTHX ARTHS 1724 24 1786 1762 | |
| 265 AL8 RAL ACC4 1716 65 1870 1648 | |
| 266 BMI AL10 1648 46 1701 1743 | |
| 267 RAL ACC ARTHY 1743 65 0000 1808 | |
| 268 AL10 RAL ACC Z EQUALS ONE 1701 65 0000 1672 | |
| 269 NZE AL12 OVER Z IF 1672 45 1676 1681 | |
| 270 RAL AL11 K NEG AND Z 1676 65 1685 1649 | |
| 271 LDD ARTHY E00AG NON ZERO 1649 69 1808 1830 | |
| 272 AL12 LDD ARTHY 3111 ALARM IF ZRO 1681 69 1808 3111 | |
| 273 AL5 STD ARTHX 1737 24 1786 1652 | |
| 274 MPY ARTHF 1652 19 1772 1673 | |
| 275 SRT 0009 1673 30 0009 1644 | |
| 276 NZU AL14 1644 44 1650 1639 | |
| 277 STL ARTHD 1639 20 1665 1640 | |
| 278 RAL 8003 AL15 1640 65 8003 1641 | |
| 279 AL15 ALO ARTHE ARTHX 1641 15 1902 1786 | |
| 280 AL14 SRT 0001 1650 30 0001 1643 | |
| 281 STL ARTHD 1643 20 1665 1642 | |
| 282 RAL AJ2 AL15 1642 65 1903 1641 | |
| 283 AL1 50 0000 0000 1736 50 0000 0000 | |
| 284 AL2 10 0000 0000 1660 10 0000 0000 | |
| 285 AL11 10 0000 0050 1685 10 0000 0050 | |
| 286 AL16 00 0000 0002 1686 00 0000 0002 | |
| 287 AJ2 00 0000 0001 1903 00 0000 0001 | |
| 288 E00AN STD ARTHY POWER 1651 24 1808 1687 | |
| 289 LDD ACC FLOAT FIX 1687 69 0000 1674 | |
| 290 STD ARTHH REVERSE 1674 24 1788 1745 | |
| 291 STL ACC AL17A 1745 20 0000 1709 | |
| 292 E00AK STD ARTHY POWER FIXFIX 1704 24 1808 1711 | |
| 293 STL ARTHG AK1 Q IS ARGMNT 1711 20 1794 1647 | |
| 294 AK1 RAM ACC K EQUALS 1647 67 0000 1705 | |
| 295 STL ARTHF ABVAL POWER 1705 20 1772 1725 | |
| 296 RAL AJ2 Z EQUALS 1725 65 1903 1707 | |
| 297 STL ARTHH AK3 ONE 1707 20 1788 1718 | |
| 298 AK3 RAU ARTHF K IS GTST 1718 60 1772 1727 | |
| 299 MPY AK4 INTGR IN 1727 19 1730 1717 | |
| 300 STU ARTHF K OVER TWO 1717 21 1772 1726 | |
| 301 RAL 8002 IS REMAINDER 1726 65 8002 1735 | |
| 302 NZE AK5 ZERO 1735 45 1734 1742 | |
| 303 RAU ARTHH IF NOT Z IS 1734 60 1788 1688 | |
| 304 MPY ARTHG Z TIMES Q 1688 19 1794 1733 | |
| 305 STL ARTHH AK5 1733 20 1788 1742 | |
| 306 AK5 RAU ARTHF 1742 60 1772 1728 | |
| 307 NZU AK6 1S K ZERO 1728 44 1740 1746 | |
| 308 RAU ARTHG IF NOT 1740 60 1794 1749 | |
| 309 MPY 8001 Q EQUALS 1749 19 8001 1689 | |
| 310 STL ARTHG AK3 Q SQUARED 1689 20 1794 1718 | |
| 311 AK6 RAU ACC IS POWER NEG 1746 60 0000 1656 | |
| 312 BMI AK7 IF SO IS Z 1656 46 1659 1713 | |
| 313 RAM ARTHH ZERO 1659 67 1788 1744 | |
| 314 NZE AK8 IF NOT IS Z 1744 45 1748 1750 | |
| 315 SLO AJ2 ONE 1748 16 1903 1657 | |
| 316 NZE AK10 AK7 1657 45 1710 1713 | |
| 317 AK7 RAL ARTHH ARTHY EXHIBIT Z 1713 65 1788 1808 | |
| 318 AK10 RAL 8003 ARTHY 1710 65 8003 1808 | |
| 319 AK8 LDD ARTHY 3101 ALARM 1750 69 1808 3101 | |
| 320 AK4 50 0000 0000 1730 50 0000 0000 | |
| 321 AJ2 00 0000 0001 1903 00 0000 0001 | |
| 322 E00AM STD ARTHY INTERCHGE 1653 24 1808 1696 | |
| 323 LDD ACC ACC AND 1696 69 0000 1703 | |
| 324 STD ARTHG LOWER 1703 24 1794 1697 | |
| 325 STL ACC AK1 THEN E00AK 1697 20 0000 1647 | |
| 326 1976 RAM 1951 1976 67 1951 1623 | |
| 327 AUP 8003 1623 10 8003 1632 | |
| 328 SLT 0004 1632 35 0004 1624 | |
| 329 SDA P0009 1624 22 1959 1626 | |
| 330 SRT 0004 1626 30 0004 1637 | |
| 331 LDD AQ4 1637 69 1627 1816 | |
| 332 RAL 8003 1627 65 8003 1636 | |
| 333 AUP P0009 1636 10 1959 1633 | |
| 334 ALO 8001 1633 15 8001 1631 | |
| 335 AUP AQ9B 1631 10 1625 1628 | |
| 336 ALO AQ10 AQ11 1628 15 1634 1622 | |
| 337 AQ11 SUP AQ9B 1622 11 1625 1630 | |
| 338 NZU AQ8 1630 44 1635 1837 | |
| 339 AUP 8001 1635 10 8001 1621 | |
| 340 SUP AR7 1621 11 1924 1629 | |
| 341 SLO 8001 8003 1629 16 8001 8003 | |
| 342 AQ9B LDD 1952 8002 1625 69 1952 8002 | |
| 343 AQ10 STD 0000 AQ11 1634 24 0000 1622 | |
| 344 E00AC STD ACC6 EXPONENTIAL 1605 24 1858 1611 | |
| 345 NZE AC5 IS ARGUMENT 1611 45 1615 1504 | |
| 346 SLT 0008 ZERO 1615 35 0008 1583 | |
| 347 STU ARTHH IF NOT LET 1583 21 1788 1592 | |
| 348 RSM 8002 N BE MANTSA 1592 68 8002 1601 | |
| 349 ALO AC3 X BE POWER 1601 15 1604 1609 | |
| 350 BMI AC4 IS X GRTR 1609 46 1513 1613 | |
| 351 SLT 0001 THAN TWO 1613 35 0001 1619 | |
| 352 NZU AC5 OR LESS THAN 1619 44 1504 1574 | |
| 353 SRT 0005 MINUS EIGHT 1574 30 0005 1587 | |
| 354 ALO AC6 IF X WITHIN 1587 15 1590 1595 | |
| 355 STL ARTHD BOUNDS GEN 1595 20 1665 1618 | |
| 356 RAU ARTHH INT AND 1618 60 1788 1593 | |
| 357 SRT 0006 ARTHD FRACT PARTS 1593 30 0006 1665 | |
| 358 AC3 51 0000 0000 OF ARGUMENT 1604 51 0000 0000 | |
| 359 AC6 SRT 0000 IS ARG NEG 1590 30 0000 1584 | |
| 360 BMI AC8 1F SO INT IS 1584 46 1589 1602 | |
| 361 STU ARTHD AC1 INT MINUS 1 1602 21 1665 1585 | |
| 362 AC8 SUP AJ2 AND FRACT IS 1589 11 1903 1607 | |
| 363 STU ARTHD FRACT PLUS 1 1607 21 1665 1568 | |
| 364 RAL 8002 1568 65 8002 1577 | |
| 365 ALO AC2 AC1 1577 15 1580 1585 | |
| 366 AC2 99 9999 9999 1580 99 9999 9999 | |
| 367 AC1 STL ARTHH 1585 20 1788 1594 | |
| 368 RAU 8002 1594 60 8002 1603 | |
| 369 MPY AC18 GENERATE 1603 19 1606 1608 | |
| 370 RAU 8003 1608 60 8003 1616 | |
| 371 AUP AC17 POLYNOMIAL 1616 10 1620 1586 | |
| 372 MPY ARTHH 1586 19 1788 1591 | |
| 373 RAU 8003 APPROXIM 1591 60 8003 1561 | |
| 374 AUP AC16 ATION 1561 10 1566 1582 | |
| 375 MPY ARTHH 1582 19 1788 1596 | |
| 376 RAU 8003 FOR 1596 60 8003 1612 | |
| 377 AUP AC15 1612 10 1617 1578 | |
| 378 MPY ARTHH EXPONENTIAL 1578 19 1788 1550 | |
| 379 RAU 8003 1550 60 8003 1614 | |
| 380 AUP AC14 1614 10 1567 1579 | |
| 381 MPY ARTHH 1579 19 1788 1598 | |
| 382 RAU 8003 1598 60 8003 1555 | |
| 383 AUP AC13 1555 10 1560 1576 | |
| 384 MPY ARTHH 1576 19 1788 1552 | |
| 385 RAU 8003 1552 60 8003 1559 | |
| 386 AUP AC12 1559 10 1564 1572 | |
| 387 MPY ARTHH SQUARE 1572 19 1788 1573 | |
| 388 RAU 8003 RESULT 1573 60 8003 1600 | |
| 389 AUP AJ4 SCALE AND 1600 10 1853 1571 | |
| 390 MPY 8003 FLOAT THEN 1571 19 8003 1557 | |
| 391 SRT 0001 EXIT 1557 30 0001 1588 | |
| 392 STU ACC2 1588 21 1843 1597 | |
| 393 RAU AC19 1597 60 1551 1556 | |
| 394 AUP ARTHD 1556 10 1665 1933 | |
| A394 BMI ACC6 1933 46 1858 1569 | |
| 395 SRT 0002 1569 30 0002 1575 | |
| 396 NZU AC21 1575 44 1514 1581 | |
| 397 AUP ACC2 1581 10 1843 1599 | |
| 398 SRT 0008 ACC6 1599 30 0008 1858 | |
| 399 AC4 RAL ARTHH 1513 65 1788 1503 | |
| 400 BMI AC21 1503 46 1510 1514 | |
| 401 RAL 8003 ACC6 1510 65 8003 1858 | |
| 402 AC5 RAL AC20 ACC6 ARGMNT ZERO 1504 65 1565 1858 | |
| 403 AC21 LDD ACC6 3021 ALARM STOP 1514 69 1858 3021 | |
| 404 AJ2 00 0000 0001 1903 00 0000 0001 | |
| 405 AJ4 10 0000 0000 1853 10 0000 0000 | |
| 406 AC12 11 5129 2776 1564 11 5129 2776 | |
| 407 AC13 06 6273 0884 1560 06 6273 0884 | |
| 408 AC14 02 5439 3575 1567 02 5439 3575 | |
| 409 AC15 00 7295 1737 1617 00 7295 1737 | |
| 410 AC16 00 1742 1120 1566 00 1742 1120 | |
| 411 AC17 00 0255 4918 1620 00 0255 4918 | |
| 412 AC18 00 0093 2643 1606 00 0093 2643 | |
| 413 AC19 00 0000 0050 1551 00 0000 0050 | |
| 414 AC20 10 0000 0050 1565 10 0000 0050 | |
| 415 E00A8 NZE AB10 IS ARG ZERO 1507 45 1562 1505 | |
| 416 STD ARTHD 1562 24 1665 1570 | |
| 417 BMI AB10 IS ARG NEG 1570 46 1505 1524 | |
| 418 SLT 0008 1524 35 0008 1543 | |
| 419 STL ARTHE STORE POWER 1543 20 1902 1558 | |
| 420 RAU 8003 FORM Z 1558 60 8003 1515 | |
| 421 AUP AB1 EQUAL ARG 1515 10 1518 1523 | |
| 422 STU ACC3 MINUS ROOT 1523 21 1881 1535 | |
| 423 SUP AB2 TEN OVER ARG 1535 11 1553 1563 | |
| 424 DVR ACC3 PLUS ROOT 1563 64 1881 1500 | |
| 425 STL ARTHY TEN 1500 20 1808 1511 | |
| 426 RAU 8002 1511 60 8002 1519 | |
| 427 MPY 8001 Z SQUARE 1519 19 8001 1521 | |
| 428 STU ACC3 1521 21 1881 1536 | |
| 429 RAU 8003 GENERATE 1536 60 8003 1544 | |
| 430 MPY AB7 1544 19 1548 1554 | |
| 431 RAU 8003 POLYNOMIAL 1554 60 8003 1512 | |
| 432 AUP AB6 1512 10 1516 1526 | |
| 433 MPY ACC3 APPROXIMATN 1526 19 1881 1531 | |
| 434 RAU 8003 1531 60 8003 1540 | |
| 435 AUP AB5 1540 10 1549 1527 | |
| 436 MPY ACC3 1527 19 1881 1538 | |
| 437 RAU 8003 1538 60 8003 1502 | |
| 438 AUP AB4 1502 10 1610 1528 | |
| 439 MPY ACC3 1528 19 1881 1533 | |
| 440 RAU 8003 1533 60 8003 1541 | |
| 441 AUP AB3 1541 10 1545 1501 | |
| 442 MPY ARTHY 1501 19 1808 1508 | |
| 443 RAL 8003 1508 65 8003 1517 | |
| 444 ALO AB8 1517 15 1520 1525 | |
| 445 SRT 0002 1525 30 0002 1532 | |
| 446 ALO ARTHE ADD POWER 1532 15 1902 1509 | |
| 447 SLO AB8 1509 16 1520 1529 | |
| 448 SRD 0002 ROUND 1529 31 0002 1537 | |
| 449 RAU 8002 1537 60 8002 1546 | |
| 450 SCT 0000 NORMALIZE 1546 36 0000 1522 | |
| 451 BOV AB12 1522 47 1506 1530 | |
| 452 BMI AB13 1530 46 1534 1539 | |
| 453 SUP AB9 AB11 ADJUST 1534 11 1542 1547 | |
| 454 AB11 SUP 8002 AB12 POWER 1547 11 8002 1506 | |
| 455 AB12 RAL 8003 ARTHD 1506 65 8003 1665 | |
| 456 AB13 AUP AB9 AB11 1539 10 1542 1547 | |
| 457 AB10 LDD ARTHD 3011 ALARM 1505 69 1665 3011 | |
| 458 AB1 00 3162 2780 1518 00 3162 2780 | |
| 459 AB2 00 6324 5560 1553 00 6324 5560 | |
| 460 AB3 86 8591 7180 1545 86 8591 7180 | |
| 461 AB4 28 9335 5240 1610 28 9335 5240 | |
| 462 AB5 17 7522 0710 1549 17 7522 0710 | |
| 463 AB6 09 4376 4760 1516 09 4376 4760 | |
| 464 AB7 19 1337 7140 1548 19 1337 7140 | |
| 465 AB8 50 0000 0000 1520 50 0000 0000 | |
| 466 AB9 00 0000 0053 1542 00 0000 0053 | |
| 1 VARS | |
| ARTHX 00 0000 0000 1786 00 0000 0000 | |
| ARTHD 00 0000 0000 1665 00 0000 0000 | |
| ARTHG 00 0000 0000 1794 00 0000 0000 | |
| ARTHF 00 0000 0000 1772 00 0000 0000 | |
| ARTHE 00 0000 0000 1902 00 0000 0000 | |
| ARTHH 00 0000 0000 1788 00 0000 0000 | |
| ARTHM 00 0000 0000 1824 00 0000 0000 | |
| ARTHY 00 0000 0000 1808 00 0000 0000 | |
| ACC 00 0000 0000 0000 00 0000 0000 | |
| ACC1 00 0000 0000 1998 00 0000 0000 | |
| ACC2 00 0000 0000 1843 00 0000 0000 | |
| ACC3 00 0000 0000 1881 00 0000 0000 | |
| ACC4 00 0000 0000 1870 00 0000 0000 | |
| ACC5 00 0000 0000 1795 00 0000 0000 | |
| ACC6 00 0000 0000 1858 00 0000 0000 | |
| J0001 00 0000 0000 1977 00 0000 0000 | |
| J0002 00 0000 0000 1978 00 0000 0000 | |
| J0003 00 0000 0000 1979 00 0000 0000 | |
| J0004 00 0000 0000 1980 00 0000 0000 | |
| J0005 00 0000 0000 1981 00 0000 0000 | |
| J0006 00 0000 0000 1982 00 0000 0000 | |
| J0007 00 0000 0000 1983 00 0000 0000 | |
| J0008 00 0000 0000 1984 00 0000 0000 | |
| P0000 00 0000 0000 1950 00 0000 0000 | |
| P0001 00 0000 0000 1951 00 0000 0000 | |
| P0002 00 0000 0000 1952 00 0000 0000 | |
| P0004 00 0000 0000 1954 00 0000 0000 | |
| P0005 00 0000 0000 1955 00 0000 0000 | |
| P0007 00 0000 0000 1957 00 0000 0000 | |
| P0008 00 0000 0000 1958 00 0000 0000 | |
| P0009 00 0000 0000 1959 00 0000 0000 | |
| P0010 00 0000 0000 1960 00 0000 0000 |