How to use deg2rad method in wpt

Best JavaScript code snippet using wpt

moon.js

Source:moon.js

1ï»¿/* global Trig, deg2rad */2var Moon = {3  elements: function(dat) {4    var t = (dat.jd - 2451545) / 36525,5        t2 = t * t,6        t3 = t * t2,7        t4 = t * t3,8        t5 = t * t4,9        t2e4 = t2 * 1e-4,10        t3e6 = t3 * 1e-6,11        t4e8 = t4 * 1e-8;12    // semimajor axis13    var sa = 3400.4 * Math.cos(deg2rad * (235.7004 + 890534.2230 * t - 32.601 * t2e4 14        + 3.664 * t3e6 - 1.769 * t4e8)) 15        - 635.6 * Math.cos(deg2rad * (100.7370 + 413335.3554 * t - 122.571 * t2e4 16        - 10.684 * t3e6 + 5.028 * t4e8)) 17        - 235.6 * Math.cos(deg2rad * (134.9634 + 477198.8676 * t + 89.970 * t2e4 18        + 14.348 * t3e6 - 6.797 * t4e8)) 19        + 218.1 * Math.cos(deg2rad * (238.1713 +  854535.1727 * t - 31.065 * t2e4 20        + 3.623 * t3e6  - 1.769 * t4e8)) 21        + 181.0 * Math.cos(deg2rad * (10.6638 + 1367733.0907 * t + 57.370 * t2e4 22        + 18.011 * t3e6 - 8.566 * t4e8)) 23        - 39.9 * Math.cos(deg2rad * (103.2079 + 377336.3051 * t - 121.035 * t2e4 24        - 10.724 * t3e6 + 5.028 * t4e8)) 25        - 38.4 * Math.cos(deg2rad * (233.2295 + 926533.2733 * t - 34.136 * t2e4 26        + 3.705 * t3e6 - 1.769 * t4e8)) 27        + 33.8 * Math.cos(deg2rad * (336.4374 + 1303869.5784 * t - 155.171 * t2e4 28        - 7.020 * t3e6 + 3.259 * t4e8)) 29        + 28.8 * Math.cos(deg2rad * (111.4008 + 1781068.4461 * t - 65.201 * t2e4 30        + 7.328 * t3e6 - 3.538 * t4e8)) 31        + 12.6 * Math.cos(deg2rad * (13.1347 + 1331734.0404 * t + 58.906 * t2e4 32        + 17.971 * t3e6 - 8.566 * t4e8)) 33        + 11.4 * Math.cos(deg2rad * (186.5442 + 966404.0351 * t - 68.058 * t2e4 34        - 0.567 * t3e6 + 0.232 * t4e8)) 35        - 11.1 * Math.cos(deg2rad * (222.5657 - 441199.8173 * t - 91.506 * t2e4 36        - 14.307 * t3e6 + 6.797 * t4e8)) 37        - 10.2 * Math.cos(deg2rad * (269.9268 + 954397.7353 * t + 179.941 * t2e4 38        + 28.695 * t3e6 - 13.594 * t4e8)) 39        + 9.7 * Math.cos(deg2rad * (145.6272 + 1844931.9583 * t + 147.340 * t2e4 40        + 32.359 * t3e6 - 15.363 * t4e8)) 41        + 9.6 * Math.cos(deg2rad * (240.6422 + 818536.1225 * t - 29.529 * t2e4 42        + 3.582 * t3e6 - 1.769 * t4e8)) 43        + 8.0 * Math.cos(deg2rad * (297.8502 + 445267.1115 * t - 16.300 * t2e4 44        + 1.832 * t3e6 - 0.884 * t4e8)) 45        - 6.2 * Math.cos(deg2rad * (132.4925 + 513197.9179 * t + 88.434 * t2e4 46        + 14.388 * t3e6 - 6.797 * t4e8)) 47        + 6.0 * Math.cos(deg2rad * (173.5506 + 1335801.3346 * t - 48.901 * t2e4 48        + 5.496 * t3e6 - 2.653 * t4e8)) 49        + 3.7 * Math.cos(deg2rad * (113.8717 + 1745069.3958 * t - 63.665 * t2e4 50        + 7.287 * t3e6 - 3.538 * t4e8)) 51        + 3.6 * Math.cos(deg2rad * (338.9083 + 1267870.5281 * t - 153.636 * t2e4 52        - 7.061 * t3e6 + 3.259 * t4e8)) 53        + 3.2 * Math.cos(deg2rad * (246.3642 + 2258267.3137 * t + 24.769 * t2e4 54        + 21.675 * t3e6 - 10.335 * t4e8)) 55        - 3.0 * Math.cos(deg2rad * (8.1929 + 1403732.1410 * t + 55.834 * t2e4 56        + 18.052 * t3e6 - 8.566 * t4e8)) 57        + 2.3 * Math.cos(deg2rad * (98.2661 + 449334.4057 * t - 124.107 * t2e4 58        - 10.643 * t3e6 + 5.028 * t4e8)) 59        - 2.2 * Math.cos(deg2rad * (357.5291 + 35999.0503 * t - 1.536 * t2e4 60        + 0.041 * t3e6 + 0.000 * t4e8)) 61        - 2.0 * Math.cos(deg2rad * (38.5872 + 858602.4669 * t - 138.871 * t2e4 62        - 8.852 * t3e6 + 4.144 * t4e8)) 63        - 1.8 * Math.cos(deg2rad * (105.6788 + 341337.2548 * t - 119.499 * t2e4 64        - 10.765 * t3e6 + 5.028 * t4e8)) 65        - 1.7 * Math.cos(deg2rad * (201.4740 + 826670.7108 * t - 245.142 * t2e4 66        - 21.367 * t3e6 + 10.057 * t4e8)) 67        + 1.6 * Math.cos(deg2rad * (184.1196 + 401329.0556 * t + 125.428 * t2e4 68        + 18.579 * t3e6 - 8.798 * t4e8)) 69        - 1.4 * Math.cos(deg2rad * (308.4192 - 489205.1674 * t + 158.029 * t2e4 70        + 14.915 * t3e6 - 7.029 * t4e8)) 71        + 1.3 * Math.cos(deg2rad * (325.7736 - 63863.5122 * t - 212.541 * t2e4 72        - 25.031 * t3e6 + 11.826 * t4e8));73    var sapp = - 0.55 * Math.cos(deg2rad * (238.2 + 854535.2 * t)) 74        + 0.10 * Math.cos(deg2rad * (103.2 + 377336.3 * t)) 75        + 0.10 * Math.cos(deg2rad * (233.2 + 926533.3 * t));76    var sma = 383397.6 + sa + sapp * t;77    // orbital eccentricity78    var se = 0.014217 * Math.cos(deg2rad * (100.7370 + 413335.3554 * t - 122.571 * t2e4 79        - 10.684 * t3e6 + 5.028 * t4e8)) 80        + 0.008551 * Math.cos(deg2rad * (325.7736 - 63863.5122 * t - 212.541 * t2e4 81        - 25.031 * t3e6 + 11.826 * t4e8)) 82        - 0.001383 * Math.cos(deg2rad * (134.9634 + 477198.8676 * t + 89.970 * t2e4 83        + 14.348 * t3e6 - 6.797 * t4e8)) 84        + 0.001353 * Math.cos(deg2rad * (10.6638 + 1367733.0907 * t + 57.370 * t2e4 85        + 18.011 * t3e6 - 8.566 * t4e8)) 86        - 0.001146 * Math.cos(deg2rad * (66.5106 + 349471.8432 * t - 335.112 * t2e4 87        - 35.715 * t3e6 + 16.854 * t4e8)) 88        - 0.000915 * Math.cos(deg2rad * (201.4740 + 826670.7108 * t - 245.142 * t2e4 89        - 21.367 * t3e6 + 10.057 * t4e8)) 90        + 0.000869 * Math.cos(deg2rad * (103.2079 + 377336.3051 * t - 121.035 * t2e4 91        - 10.724 * t3e6 + 5.028 * t4e8)) 92        - 0.000628 * Math.cos(deg2rad * (235.7004 + 890534.2230 * t - 32.601 * t2e4 93        + 3.664 * t3e6  - 1.769 * t4e8)) 94        - 0.000393 * Math.cos(deg2rad * (291.5472 - 127727.0245 * t - 425.082 * t2e4 95        - 50.062 * t3e6 + 23.651 * t4e8)) 96        + 0.000284 * Math.cos(deg2rad * (328.2445 - 99862.5625 * t - 211.005 * t2e4 97        - 25.072 * t3e6 + 11.826 * t4e8)) 98        - 0.000278 * Math.cos(deg2rad * (162.8868 - 31931.7561 * t - 106.271 * t2e4 99        - 12.516 * t3e6 + 5.913 * t4e8)) 100        - 0.000240 * Math.cos(deg2rad * (269.9268 + 954397.7353 * t + 179.941 * t2e4 101        + 28.695 * t3e6 - 13.594 * t4e8)) 102        + 0.000230 * Math.cos(deg2rad * (111.4008 + 1781068.4461 * t - 65.201 * t2e4 103        + 7.328 * t3e6  - 3.538 * t4e8)) 104        + 0.000229 * Math.cos(deg2rad * (167.2476 + 762807.1986 * t - 457.683 * t2e4 105        - 46.398 * t3e6 + 21.882 * t4e8)) 106        - 0.000202 * Math.cos(deg2rad * ( 83.3826 - 12006.2998 * t + 247.999 * t2e4 107        + 29.262 * t3e6 - 13.826 * t4e8)) 108        + 0.000190 * Math.cos(deg2rad * (190.8102 - 541062.3799 * t - 302.511 * t2e4 109        - 39.379 * t3e6 + 18.623 * t4e8)) 110        + 0.000177 * Math.cos(deg2rad * (357.5291 + 35999.0503 * t - 1.536 * t2e4 111        + 0.041 * t3e6 + 0.000 * t4e8)) 112        + 0.000153 * Math.cos(deg2rad * (32.2842 + 285608.3309 * t - 547.653 * t2e4 113        - 60.746 * t3e6 + 28.679 * t4e8)) 114        - 0.000137 * Math.cos(deg2rad * (44.8902 + 1431596.6029 * t + 269.911 * t2e4 115        + 43.043 * t3e6 - 20.392 * t4e8)) 116        + 0.000122 * Math.cos(deg2rad * (145.6272 + 1844931.9583 * t + 147.340 * t2e4 117        + 32.359 * t3e6 - 15.363 * t4e8)) 118        + 0.000116 * Math.cos(deg2rad * (302.2110 + 1240006.0662 * t - 367.713 * t2e4 119        - 32.051 * t3e6 + 15.085 * t4e8)) 120        - 0.000111 * Math.cos(deg2rad * (203.9449 + 790671.6605 * t - 243.606 * t2e4 121        - 21.408 * t3e6 + 10.057 * t4e8)) 122        - 0.000108 * Math.cos(deg2rad * (68.9815 + 313472.7929 * t - 333.576 * t2e4 123        - 35.756 * t3e6 + 16.854 * t4e8)) 124        + 0.000096 * Math.cos(deg2rad * (336.4374 + 1303869.5784 * t - 155.171 * t2e4 125        - 7.020 * t3e6 + 3.259 * t4e8)) 126        - 0.000090 * Math.cos(deg2rad * (98.2661 + 449334.4057 * t - 124.107 * t2e4 127        - 10.643 * t3e6 + 5.028 * t4e8)) 128        + 0.000090 * Math.cos(deg2rad * (13.1347 + 1331734.0404 * t + 58.906 * t2e4 129        + 17.971 * t3e6 - 8.566 * t4e8)) 130        + 0.000056 * Math.cos(deg2rad * (55.8468 - 1018261.2475 * t - 392.482 * t2e4 131        - 53.726 * t3e6 + 25.420 * t4e8)) 132        - 0.000056 * Math.cos(deg2rad * (238.1713 + 854535.1727 * t - 31.065 * t2e4 133        + 3.623 * t3e6 - 1.769 * t4e8)) 134        + 0.000052 * Math.cos(deg2rad * (308.4192 - 489205.1674 * t + 158.029 * t2e4 135        + 14.915 * t3e6 - 7.029 * t4e8)) 136        - 0.000050 * Math.cos(deg2rad * (133.0212 + 698943.6863 * t - 670.224 * t2e4 137        - 71.429 * t3e6 + 33.708 * t4e8)) 138        - 0.000049 * Math.cos(deg2rad * (267.9846 + 1176142.5540 * t - 580.254 * t2e4 139        - 57.082 * t3e6 + 26.911 * t4e8)) 140        - 0.000049 * Math.cos(deg2rad * (184.1196 + 401329.0556 * t + 125.428 * t2e4 141        + 18.579 * t3e6 - 8.798 * t4e8)) 142        - 0.000045 * Math.cos(deg2rad * (49.1562 - 75869.8120 * t + 35.458 * t2e4 143        + 4.231 * t3e6 - 2.001 * t4e8)) 144        + 0.000044 * Math.cos(deg2rad * (257.3208 - 191590.5367 * t - 637.623 * t2e4 145        - 75.093 * t3e6 + 35.477 * t4e8)) 146        + 0.000042 * Math.cos(deg2rad * (105.6788 + 341337.2548 * t - 119.499 * t2e4 147        - 10.765 * t3e6 + 5.028 * t4e8)) 148        + 0.000042 * Math.cos(deg2rad * (160.4159 + 4067.2942 * t - 107.806 * t2e4 149        - 12.475 * t3e6 + 5.913 * t4e8)) 150        + 0.000040 * Math.cos(deg2rad * (246.3642 + 2258267.3137 * t + 24.769 * t2e4 151        + 21.675 * t3e6 - 10.335 * t4e8)) 152        - 0.000040 * Math.cos(deg2rad * (156.5838 - 604925.8921 * t - 515.053 * t2e4 153        - 64.410 * t3e6 + 30.448 * t4e8)) 154        + 0.000036 * Math.cos(deg2rad * (169.7185 + 726808.1483 * t - 456.147 * t2e4 155        - 46.439 * t3e6 + 21.882 * t4e8)) 156        + 0.000029 * Math.cos(deg2rad * (113.8717 + 1745069.3958 * t - 63.665 * t2e4 157        + 7.287 * t3e6 - 3.538 * t4e8)) 158        - 0.000029 * Math.cos(deg2rad * (297.8502 + 445267.1115 * t - 16.300 * t2e4 159        + 1.832 * t3e6 - 0.884 * t4e8)) 160        - 0.000028 * Math.cos(deg2rad * (294.0181 - 163726.0747 * t - 423.546 * t2e4 161        - 50.103 * t3e6 + 23.651 * t4e8)) 162        + 0.000027 * Math.cos(deg2rad * (263.6238 + 381403.5993 * t - 228.841 * t2e4 163        - 23.199 * t3e6 + 10.941 * t4e8)) 164        - 0.000026 * Math.cos(deg2rad * (358.0578 + 221744.8187 * t - 760.194 * t2e4 165        - 85.777 * t3e6 + 40.505 * t4e8)) 166        - 0.000026 * Math.cos(deg2rad * (8.1929 + 1403732.1410 * t + 55.834 * t2e4 167        + 18.052 * t3e6 - 8.566 * t4e8));168    var sedp = -0.0022 * Math.cos(deg2rad * (103.2 + 377336.3 * t));169    var ecc = 0.055544 + se + 1e-3 * t * sedp;170    // sine of half the inclination171    var sg = 0.0011776 * Math.cos(deg2rad * (49.1562 - 75869.8120 * t + 35.458 * t2e4 172        + 4.231 * t3e6 - 2.001 * t4e8)) 173        - 0.0000971 * Math.cos(deg2rad * (235.7004 + 890534.2230 * t - 32.601 * t2e4 174        + 3.664 * t3e6 - 1.769 * t4e8)) 175        + 0.0000908 * Math.cos(deg2rad * (186.5442 + 966404.0351 * t - 68.058 * t2e4 176        - 0.567 * t3e6 + 0.232 * t4e8)) 177        + 0.0000623 * Math.cos(deg2rad * (83.3826 - 12006.2998 * t + 247.999 * t2e4 178        + 29.262 * t3e6 - 13.826 * t4e8)) 179        + 0.0000483 * Math.cos(deg2rad * (51.6271 - 111868.8623 * t + 36.994 * t2e4 180        + 4.190 * t3e6 - 2.001 * t4e8)) 181        + 0.0000348 * Math.cos(deg2rad * (100.7370 + 413335.3554 * t - 122.571 * t2e4 182        - 10.684 * t3e6 + 5.028 * t4e8)) 183        - 0.0000316 * Math.cos(deg2rad * (308.4192 - 489205.1674 * t + 158.029 * t2e4 184        + 14.915 * t3e6 - 7.029 * t4e8)) 185        - 0.0000253 * Math.cos(deg2rad * (46.6853 - 39870.7617 * t + 33.922 * t2e4 186        + 4.272 * t3e6 - 2.001 * t4e8)) 187        - 0.0000141 * Math.cos(deg2rad * (274.1928 - 553068.6797 * t - 54.513 * t2e4 188        - 10.116 * t3e6 + 4.797 * t4e8)) 189        + 0.0000127 * Math.cos(deg2rad * (325.7736 - 63863.5122 * t - 212.541 * t2e4 190        - 25.031 * t3e6 + 11.826 * t4e8)) 191        + 0.0000117 * Math.cos(deg2rad * (184.1196 + 401329.0556 * t + 125.428 * t2e4 192        + 18.579 * t3e6 - 8.798 * t4e8)) 193        - 0.0000078 * Math.cos(deg2rad * (98.3124 - 151739.6240 * t + 70.916 * t2e4 194        + 8.462 * t3e6 - 4.001 * t4e8)) 195        - 0.0000063 * Math.cos(deg2rad * (238.1713 + 854535.1727 * t - 31.065 * t2e4 196        + 3.623 * t3e6 - 1.769 * t4e8)) 197        + 0.0000063 * Math.cos(deg2rad * (134.9634 + 477198.8676 * t + 89.970 * t2e4 198        + 14.348 * t3e6 - 6.797 * t4e8)) 199        + 0.0000036 * Math.cos(deg2rad * (321.5076 + 1443602.9027 * t + 21.912 * t2e4 200        + 13.780 * t3e6 - 6.566 * t4e8)) 201        - 0.0000035 * Math.cos(deg2rad * (10.6638 + 1367733.0907 * t + 57.370 * t2e4 202        + 18.011 * t3e6 - 8.566 * t4e8)) 203        + 0.0000024 * Math.cos(deg2rad * (149.8932 + 337465.5434 * t - 87.113 * t2e4 204        - 6.453 * t3e6 + 3.028 * t4e8)) 205        + 0.0000024 * Math.cos(deg2rad * (170.9849 - 930404.9848 * t + 66.523 * t2e4 206        + 0.608 * t3e6 - 0.232 * t4e8));207    var sgp = - 0.0203 * Math.cos(deg2rad * (125.0 - 1934.1 * t)) 208        + 0.0034 * Math.cos(deg2rad * (220.2 - 1935.5 * t));209    var gamma = 0.0449858 + sg + 1e-3 * sgp;210    // longitude of perigee211    var sp = - 15.448 * Math.sin(deg2rad * (100.7370 + 413335.3554 * t - 122.571 * t2e4 212        - 10.684 * t3e6 + 5.028 * t4e8))213        - 9.642 * Math.sin(deg2rad * (325.7736 - 63863.5122 * t - 212.541 * t2e4 214        - 25.031 * t3e6 + 11.826 * t4e8)) 215        - 2.721 * Math.sin(deg2rad * (134.9634 + 477198.8676 * t + 89.970 * t2e4 216        + 14.348 * t3e6 - 6.797 * t4e8)) 217        + 2.607 * Math.sin(deg2rad * (66.5106 + 349471.8432 * t - 335.112 * t2e4 218        - 35.715 * t3e6 + 16.854 * t4e8)) 219        + 2.085 * Math.sin(deg2rad * (201.4740 + 826670.7108 * t - 245.142 * t2e4 220        - 21.367 * t3e6 + 10.057 * t4e8)) 221        + 1.477 * Math.sin(deg2rad * (10.6638 + 1367733.0907 * t + 57.370 * t2e4 222        + 18.011 * t3e6 - 8.566 * t4e8)) 223        + 0.968 * Math.sin(deg2rad * (291.5472 - 127727.0245 * t - 425.082 * t2e4 224        - 50.062 * t3e6 + 23.651 * t4e8)) 225        - 0.949 * Math.sin(deg2rad * (103.2079 + 377336.3051 * t - 121.035 * t2e4 226        - 10.724 * t3e6 + 5.028 * t4e8)) 227        - 0.703 * Math.sin(deg2rad * (167.2476 + 762807.1986 * t - 457.683 * t2e4 228        - 46.398 * t3e6 + 21.882 * t4e8)) 229        - 0.660 * Math.sin(deg2rad * (235.7004 + 890534.2230 * t - 32.601 * t2e4 230        + 3.664 * t3e6 - 1.769 * t4e8)) 231        - 0.577 * Math.sin(deg2rad * (190.8102 - 541062.3799 * t - 302.511 * t2e4 232        - 39.379 * t3e6 + 18.623 * t4e8)) 233        - 0.524 * Math.sin(deg2rad * (269.9268 + 954397.7353 * t + 179.941 * t2e4 234        + 28.695 * t3e6 - 13.594 * t4e8)) 235        - 0.482 * Math.sin(deg2rad * (32.2842 + 285608.3309 * t - 547.653 * t2e4 236        - 60.746 * t3e6 + 28.679 * t4e8)) 237        + 0.452 * Math.sin(deg2rad * (357.5291 + 35999.0503 * t - 1.536 * t2e4 238        + 0.041 * t3e6 + 0.000 * t4e8)) 239        - 0.381 * Math.sin(deg2rad * (302.2110 + 1240006.0662 * t - 367.713 * t2e4 240        - 32.051 * t3e6 + 15.085 * t4e8)) 241        - 0.342 * Math.sin(deg2rad * (328.2445 - 99862.5625 * t - 211.005 * t2e4 242        - 25.072 * t3e6 + 11.826 * t4e8)) 243        - 0.312 * Math.sin(deg2rad * (44.8902 + 1431596.6029 * t + 269.911 * t2e4 244        + 43.043 * t3e6 - 20.392 * t4e8)) 245        + 0.282 * Math.sin(deg2rad * (162.8868 - 31931.7561 * t - 106.271 * t2e4 246        - 12.516 * t3e6 + 5.913 * t4e8)) 247        + 0.255 * Math.sin(deg2rad * (203.9449 + 790671.6605 * t - 243.606 * t2e4 248        - 21.408 * t3e6 + 10.057 * t4e8)) 249        + 0.252 * Math.sin(deg2rad * (68.9815 + 313472.7929 * t - 333.576 * t2e4 250        - 35.756 * t3e6 + 16.854 * t4e8)) 251        - 0.211 * Math.sin(deg2rad * (83.3826 - 12006.2998 * t + 247.999 * t2e4 252        + 29.262 * t3e6 - 13.826 * t4e8)) 253        + 0.193 * Math.sin(deg2rad * (267.9846 + 1176142.5540 * t - 580.254 * t2e4 254        - 57.082 * t3e6 + 26.911 * t4e8)) 255        + 0.191 * Math.sin(deg2rad * (133.0212 + 698943.6863 * t - 670.224 * t2e4 256        - 71.429 * t3e6 + 33.708 * t4e8)) 257        - 0.184 * Math.sin(deg2rad * (55.8468 - 1018261.2475 * t - 392.482 * t2e4 258        - 53.726 * t3e6 + 25.420 * t4e8)) 259        + 0.182 * Math.sin(deg2rad * (145.6272 + 1844931.9583 * t + 147.340 * t2e4 260        + 32.359 * t3e6 - 15.363 * t4e8)) 261        - 0.158 * Math.sin(deg2rad * (257.3208 - 191590.5367 * t - 637.623 * t2e4 262        - 75.093 * t3e6 + 35.477 * t4e8)) 263        + 0.148 * Math.sin(deg2rad * (156.5838 - 604925.8921 * t - 515.053 * t2e4 264        - 64.410 * t3e6 + 30.448 * t4e8)) 265        - 0.111 * Math.sin(deg2rad * (169.7185 + 726808.1483 * t - 456.147 * t2e4 266        - 46.439 * t3e6 + 21.882 * t4e8)) 267        + 0.101 * Math.sin(deg2rad * (13.1347 + 1331734.0404 * t + 58.906 * t2e4 268        + 17.971 * t3e6 - 8.566 * t4e8)) 269        + 0.100 * Math.sin(deg2rad * (358.0578 + 221744.8187 * t - 760.194 * t2e4 270        - 85.777 * t3e6 + 40.505 * t4e8)) 271        + 0.087 * Math.sin(deg2rad * (98.2661 + 449334.4057 * t - 124.107 * t2e4 272        - 10.643 * t3e6 + 5.028 * t4e8)) 273        + 0.080 * Math.sin(deg2rad * (42.9480 + 1653341.4216 * t - 490.283 * t2e4 274        - 42.734 * t3e6 + 20.113 * t4e8)) 275        + 0.080 * Math.sin(deg2rad * (222.5657 - 441199.8173 * t - 91.506 * t2e4 276        - 14.307 * t3e6 + 6.797 * t4e8)) 277        + 0.077 * Math.sin(deg2rad * (294.0181 - 163726.0747 * t - 423.546 * t2e4 278        - 50.103 * t3e6 + 23.651 * t4e8)) 279        - 0.073 * Math.sin(deg2rad * (280.8834 - 1495460.1151 * t - 482.452 * t2e4 280        - 68.074 * t3e6 + 32.217 * t4e8)) 281        - 0.071 * Math.sin(deg2rad * (304.6819 + 1204007.0159 * t - 366.177 * t2e4 282        - 32.092 * t3e6 + 15.085 * t4e8)) 283        - 0.069 * Math.sin(deg2rad * (233.7582 + 1112279.0417 * t - 792.795 * t2e4 284        - 82.113 * t3e6 + 38.736 * t4e8)) 285        - 0.067 * Math.sin(deg2rad * (34.7551 + 249609.2807 * t - 546.117 * t2e4 286        - 60.787 * t3e6 + 28.679 * t4e8)) 287        - 0.067 * Math.sin(deg2rad * (263.6238 + 381403.5993 * t - 228.841 * t2e4 288        - 23.199 * t3e6 + 10.941 * t4e8)) 289        + 0.055 * Math.sin(deg2rad * (21.6203 - 1082124.7597 * t - 605.023 * t2e4 290        - 78.757 * t3e6 + 37.246 * t4e8)) 291        + 0.055 * Math.sin(deg2rad * (308.4192 - 489205.1674 * t + 158.029 * t2e4 292        + 14.915 * t3e6 -7.029 * t4e8)) 293        - 0.054 * Math.sin(deg2rad * (8.7216 + 1589477.9094 * t - 702.824 * t2e4 294        - 67.766 * t3e6 + 31.939 * t4e8)) 295        - 0.052 * Math.sin(deg2rad * (179.8536 + 1908795.4705 * t + 359.881 * t2e4 296        + 57.390 * t3e6 - 27.189 * t4e8)) 297        - 0.050 * Math.sin(deg2rad * (98.7948 + 635080.1741 * t - 882.765 * t2e4 298        - 96.461 * t3e6 + 45.533 * t4e8)) 299        - 0.049 * Math.sin(deg2rad * (128.6604 - 95795.2683 * t - 318.812 * t2e4 300        - 37.547 * t3e6 + 17.738 * t4e8)) 301        - 0.047 * Math.sin(deg2rad * (17.3544 + 425341.6552 * t - 370.570 * t2e4 302        - 39.946 * t3e6 + 18.854 * t4e8)) 303        - 0.044 * Math.sin(deg2rad * (160.4159 + 4067.2942 * t - 107.806 * t2e4 304        - 12.475 * t3e6 + 5.913 * t4e8)) 305        - 0.043 * Math.sin(deg2rad * (238.1713 + 854535.1727 * t - 31.065 * t2e4 306        + 3.623 * t3e6 - 1.769 * t4e8)) 307        + 0.042 * Math.sin(deg2rad * (270.4555 + 1140143.5037 * t - 578.718 * t2e4 308        - 57.123 * t3e6 + 26.911 * t4e8)) 309        - 0.042 * Math.sin(deg2rad * (132.4925 + 513197.9179 * t + 88.434 * t2e4 310        + 14.388 * t3e6 - 6.797 * t4e8)) 311        - 0.041 * Math.sin(deg2rad * (122.3573 - 668789.4043 * t - 727.594 * t2e4 312        - 89.441 * t3e6 + 42.274 * t4e8)) 313        - 0.040 * Math.sin(deg2rad * (105.6788 + 341337.2548 * t - 119.499 * t2e4 314        - 10.765 * t3e6 + 5.028 * t4e8)) 315        + 0.038 * Math.sin(deg2rad * (135.4921 + 662944.6361 * t - 668.688 * t2e4 316        - 71.470 * t3e6 + 33.708 * t4e8)) 317        - 0.037 * Math.sin(deg2rad * (242.3910 - 51857.2124 * t - 460.540 * t2e4 318        - 54.293 * t3e6 + 25.652 * t4e8)) 319        + 0.036 * Math.sin(deg2rad * (336.4374 +  1303869.5784 * t - 155.171 * t2e4 320        - 7.020 * t3e6 + 3.259 * t4e8)) 321        + 0.035 * Math.sin(deg2rad * (223.0943 - 255454.0489 * t - 850.164 * t2e4 322        - 100.124 * t3e6 + 47.302 * t4e8)) 323        - 0.034 * Math.sin(deg2rad * (193.2811 - 577061.4302 * t - 300.976 * t2e4 324        - 39.419 * t3e6 + 18.623 * t4e8)) 325        + 0.031 * Math.sin(deg2rad * (87.6023 - 918398.6850 * t - 181.476 * t2e4 326        - 28.654 * t3e6 + 13.594 * t4e8));327    var spp = 2.4 * Math.sin(deg2rad * (103.2 + 377336.3 * t));328    var lp = 83.353 + 4069.0137 * t - 103.238 * t2e4 329        - 12.492 * t3e6 + 5.263 * t4e8 + sp + 1e-3 * t * spp;330    // longitude of the ascending node331    var sr = - 1.4979 * Math.sin(deg2rad * (49.1562 - 75869.8120 * t + 35.458 * t2e4 332        + 4.231 * t3e6 - 2.001 * t4e8)) 333        - 0.1500 * Math.sin(deg2rad * (357.5291 + 35999.0503 * t - 1.536 * t2e4 334        + 0.041 * t3e6 + 0.000 * t4e8)) 335        - 0.1226 * Math.sin(deg2rad * (235.7004 + 890534.2230 * t - 32.601 * t2e4 336        + 3.664 * t3e6 - 1.769 * t4e8)) 337        + 0.1176 * Math.sin(deg2rad * (186.5442 + 966404.0351 * t - 68.058 * t2e4 338        - 0.567 * t3e6 + 0.232 * t4e8)) 339        - 0.0801 * Math.sin(deg2rad * (83.3826 - 12006.2998 * t + 247.999 * t2e4 340        + 29.262 * t3e6 - 13.826 * t4e8)) 341        - 0.0616 * Math.sin(deg2rad * (51.6271 - 111868.8623 * t + 36.994 * t2e4 342        + 4.190 * t3e6 - 2.001 * t4e8)) 343        + 0.0490 * Math.sin(deg2rad * (100.7370 + 413335.3554 * t - 122.571 * t2e4 344        - 10.684 * t3e6 + 5.028 * t4e8)) 345        + 0.0409 * Math.sin(deg2rad * (308.4192 - 489205.1674 * t + 158.029 * t2e4 346        + 14.915 * t3e6 - 7.029 * t4e8)) 347        + 0.0327 * Math.sin(deg2rad * (134.9634 + 477198.8676 * t + 89.970 * t2e4 348        + 14.348 * t3e6 - 6.797 * t4e8)) 349        + 0.0324 * Math.sin(deg2rad * (46.6853 - 39870.7617 * t + 33.922 * t2e4 350        + 4.272 * t3e6 - 2.001 * t4e8)) 351        + 0.0196 * Math.sin(deg2rad * (98.3124 - 151739.6240 * t + 70.916 * t2e4 352        + 8.462 * t3e6 - 4.001 * t4e8)) 353        + 0.0180 * Math.sin(deg2rad * (274.1928 - 553068.6797 * t - 54.513 * t2e4 354        - 10.116 * t3e6 + 4.797 * t4e8)) 355        + 0.0150 * Math.sin(deg2rad * (325.7736 - 63863.5122 * t - 212.541 * t2e4 356        - 25.031 * t3e6 + 11.826 * t4e8)) 357        - 0.0150 * Math.sin(deg2rad * (184.1196 + 401329.0556 * t + 125.428 * t2e4 358        + 18.579 * t3e6 - 8.798 * t4e8)) 359        - 0.0078 * Math.sin(deg2rad * (238.1713 + 854535.1727 * t - 31.065 * t2e4 360        + 3.623 * t3e6 - 1.769 * t4e8)) 361        - 0.0045 * Math.sin(deg2rad * (10.6638 + 1367733.0907 * t + 57.370 * t2e4 362        + 18.011 * t3e6 - 8.566 * t4e8)) 363        + 0.0044 * Math.sin(deg2rad * (321.5076 + 1443602.9027 * t + 21.912 * t2e4 364        + 13.780 * t3e6 - 6.566 * t4e8)) 365        - 0.0042 * Math.sin(deg2rad * (162.8868 - 31931.7561 * t - 106.271 * t2e4 366        - 12.516 * t3e6 + 5.913 * t4e8)) 367        - 0.0031 * Math.sin(deg2rad * (170.9849 - 930404.9848 * t + 66.523 * t2e4 368        + 0.608 * t3e6 - 0.232 * t4e8)) 369        + 0.0031 * Math.sin(deg2rad * (103.2079 + 377336.3051 * t - 121.035 * t2e4 370        - 10.724 * t3e6 + 5.028 * t4e8)) 371        + 0.0029 * Math.sin(deg2rad * (222.6120 - 1042273.8471 * t + 103.516 * t2e4 372        + 4.798 * t3e6 - 2.232 * t4e8)) 373        + 0.0028 * Math.sin(deg2rad * (184.0733 + 1002403.0853 * t - 69.594 * t2e4 374        - 0.526 * t3e6 + 0.232 * t4e8));375    var srp = 25.9 * Math.sin(deg2rad * (125.0 - 1934.1 * t)) 376        - 4.3 * Math.sin(deg2rad * (220.2 - 1935.5 * t));377    var srpp = 0.38 * Math.sin(deg2rad * (357.5 + 35999.1 * t));378    var raan = 125.0446 - 1934.13618 * t + 20.762 * t2e4 379        + 2.139 * t3e6 - 1.650 * t4e8 + sr 380        + 1e-3 * (srp + srpp * t);381    // mean longitude382    var sl = - 0.92581 * Math.sin(deg2rad * (235.7004 + 890534.2230 * t - 32.601 * t2e4 383        + 3.664 * t3e6 - 1.769 * t4e8)) 384        + 0.33262 * Math.sin(deg2rad * (100.7370 + 413335.3554 * t - 122.571 * t2e4 385        - 10.684 * t3e6 + 5.028 * t4e8)) 386        - 0.18402 * Math.sin(deg2rad * (357.5291 + 35999.0503 * t - 1.536 * t2e4 387        + 0.041 * t3e6 + 0.000 * t4e8)) 388        + 0.11007 * Math.sin(deg2rad * (134.9634 + 477198.8676 * t + 89.970 * t2e4 389        + 14.348 * t3e6 - 6.797 * t4e8)) 390        - 0.06055 * Math.sin(deg2rad * (238.1713 + 854535.1727 * t - 31.065 * t2e4 391        + 3.623 * t3e6 - 1.769 * t4e8)) 392        + 0.04741 * Math.sin(deg2rad * (325.7736 - 63863.5122 * t - 212.541 * t2e4 393        - 25.031 * t3e6 + 11.826 * t4e8)) 394        - 0.03086 * Math.sin(deg2rad * (10.6638 + 1367733.0907 * t + 57.370 * t2e4 395        + 18.011 * t3e6 - 8.566 * t4e8)) 396        + 0.02184 * Math.sin(deg2rad * (103.2079 + 377336.3051 * t - 121.035 * t2e4 397        - 10.724 * t3e6 + 5.028 * t4e8)) 398        + 0.01645 * Math.sin(deg2rad * (49.1562 - 75869.8120 * t + 35.458 * t2e4 399        + 4.231 * t3e6 - 2.001 * t4e8)) 400        + 0.01022 * Math.sin(deg2rad * (233.2295 + 926533.2733 * t - 34.136 * t2e4 401        + 3.705 * t3e6 - 1.769 * t4e8)) 402        - 0.00756 * Math.sin(deg2rad * (336.4374 + 1303869.5784 * t - 155.171 * t2e4 403        - 7.020 * t3e6 + 3.259 * t4e8)) 404        - 0.00530 * Math.sin(deg2rad * (222.5657 - 441199.8173 * t - 91.506 * t2e4 405        - 14.307 * t3e6 + 6.797 * t4e8)) 406        - 0.00496 * Math.sin(deg2rad * (162.8868 - 31931.7561 * t - 106.271 * t2e4 407        - 12.516 * t3e6 + 5.913 * t4e8)) 408        - 0.00472 * Math.sin(deg2rad * (297.8502 + 445267.1115 * t - 16.300 * t2e4 409        + 1.832 * t3e6 - 0.884 * t4e8)) 410        - 0.00271 * Math.sin(deg2rad * (240.6422 + 818536.1225 * t - 29.529 * t2e4 411        + 3.582 * t3e6 - 1.769 * t4e8)) 412        + 0.00264 * Math.sin(deg2rad * (132.4925 + 513197.9179 * t + 88.434 * t2e4 413        + 14.388 * t3e6 - 6.797 * t4e8)) 414        - 0.00254 * Math.sin(deg2rad * (186.5442 + 966404.0351 * t - 68.058 * t2e4 415        - 0.567 * t3e6 + 0.232 * t4e8)) 416        + 0.00234 * Math.sin(deg2rad * (269.9268 + 954397.7353 * t + 179.941 * t2e4 417        + 28.695 * t3e6 - 13.594 * t4e8)) 418        - 0.00220 * Math.sin(deg2rad * (13.1347 + 1331734.0404 * t + 58.906 * t2e4 419        + 17.971 * t3e6 - 8.566 * t4e8)) 420        - 0.00202 * Math.sin(deg2rad * (355.0582 + 71998.1006 * t - 3.072 * t2e4 421        + 0.082 * t3e6 + 0.000 * t4e8)) 422        + 0.00167 * Math.sin(deg2rad * (328.2445 - 99862.5625 * t - 211.005 * t2e4 423        - 25.072 * t3e6 + 11.826 * t4e8)) 424        - 0.00143 * Math.sin(deg2rad * (173.5506 + 1335801.3346 * t - 48.901 * t2e4 425        + 5.496 * t3e6 - 2.653 * t4e8)) 426        - 0.00121 * Math.sin(deg2rad * (98.2661 + 449334.4057 * t - 124.107 * t2e4 427        - 10.643 * t3e6 + 5.028 * t4e8)) 428        - 0.00116 * Math.sin(deg2rad * (145.6272 + 1844931.9583 * t + 147.340 * t2e4 429        + 32.359 * t3e6 - 15.363 * t4e8)) 430        + 0.00102 * Math.sin(deg2rad * (105.6788 + 341337.2548 * t - 119.499 * t2e4 431        - 10.765 * t3e6 + 5.028 * t4e8)) 432        - 0.00090 * Math.sin(deg2rad * (184.1196 + 401329.0556 * t + 125.428 * t2e4 433        + 18.579 * t3e6 - 8.798 * t4e8)) 434        - 0.00086 * Math.sin(deg2rad * (338.9083 + 1267870.5281 * t - 153.636 * t2e4 435        - 7.061 * t3e6 + 3.259 * t4e8)) 436        - 0.00078 * Math.sin(deg2rad * (111.4008 + 1781068.4461 * t - 65.201 * t2e4 437        + 7.328 * t3e6 - 3.538 * t4e8)) 438        + 0.00069 * Math.sin(deg2rad * (323.3027 - 27864.4619 * t - 214.077 * t2e4 439        - 24.990 * t3e6 + 11.826 * t4e8)) 440        + 0.00066 * Math.sin(deg2rad * (51.6271 - 111868.8623 * t + 36.994 * t2e4 441        + 4.190 * t3e6 - 2.001 * t4e8)) 442        + 0.00065 * Math.sin(deg2rad * (38.5872 + 858602.4669 * t - 138.871 * t2e4 443        - 8.852 * t3e6 + 4.144 * t4e8)) 444        - 0.00060 * Math.sin(deg2rad * (83.3826 - 12006.2998 * t + 247.999 * t2e4 445        + 29.262 * t3e6 - 13.826 * t4e8)) 446        + 0.00054 * Math.sin(deg2rad * (201.4740 + 826670.7108 * t - 245.142 * t2e4 447        - 21.367 * t3e6 + 10.057 * t4e8)) 448        - 0.00052 * Math.sin(deg2rad * (308.4192 - 489205.1674 * t + 158.029 * t2e4 449        + 14.915 * t3e6 - 7.029 * t4e8)) 450        + 0.00048 * Math.sin(deg2rad * (8.1929 + 1403732.1410 * t + 55.834 * t2e4 451        + 18.052 * t3e6 - 8.566 * t4e8)) 452        - 0.00041 * Math.sin(deg2rad * (46.6853 - 39870.7617 * t + 33.922 * t2e4 453        + 4.272 * t3e6 - 2.001 * t4e8)) 454        - 0.00033 * Math.sin(deg2rad * (274.1928 - 553068.6797 * t - 54.513 * t2e4 455        - 10.116 * t3e6 + 4.797 * t4e8)) 456        + 0.00030 * Math.sin(deg2rad * (160.4159 + 4067.2942 * t - 107.806 * t2e4 457        - 12.475 * t3e6 + 5.913 * t4e8));458    var slp = 3.96 * Math.sin(deg2rad * (119.7 + 131.8 * t)) 459        + 1.96 * Math.sin(deg2rad * (125.0 - 1934.1 * t));460    var slpp = 0.463 * Math.sin(deg2rad * (357.5 + 35999.1 * t)) 461        + 0.152 * Math.sin(deg2rad * (238.2 + 854535.2 * t)) 462        - 0.071 * Math.sin(deg2rad * (27.8 + 131.8 * t)) 463        - 0.055 * Math.sin(deg2rad * (103.2 + 377336.3 * t)) 464        - 0.026 * Math.sin(deg2rad * (233.2 + 926533.3 * t));465    var slppp = 14 * Math.sin(deg2rad * (357.5 + 35999.1 * t)) 466        + 5 * Math.sin(deg2rad * (238.2 + 854535.2 * t));467    var lambda = 218.31665 + 481267.88134 * t - 13.268 * t2e4 468        + 1.856 * t3e6 - 1.534 * t4e8 + sl 469        + 1e-3 * (slp + slpp * t + slppp * t2e4);470     dat.a = sma;471     dat.e = ecc;472     dat.i = 2.0 * Math.asin(gamma);473     dat.w = Trig.normalize(deg2rad * (lp - raan));474     dat.N = Trig.normalize(deg2rad * raan);475     dat.M = Trig.normalize(deg2rad * (lambda - lp));476     return dat;477  },478  corr: function(dat, sol) {479    var M = Trig.normalize(sol.M + Math.PI),480        w = Trig.normalize(sol.w + Math.PI),481        L = dat.M + dat.w,     // Argument of latitude 482        E = L + dat.N - M - w; // Mean elongation483    484    var lon = 485      -0.022234 * Math.sin(dat.M - 2*E) +  // Evection486       0.011494 * Math.sin(2*E) +          // Variation487      -0.003246 * Math.sin(M) +        // Yearly Equation488      -0.001029 * Math.sin(2*dat.M - 2*E) +489      -9.94838e-4 * Math.sin(dat.M - 2*E + M) +490       9.25025e-4 * Math.sin(dat.M + 2*E) +491       8.02851e-4 * Math.sin(2*E - M) +492       7.15585e-4 * Math.sin(dat.M - M) +493      -6.10865e-4 * Math.sin(E) + 494      -5.41052e-4 * Math.sin(dat.M + M) +495      -2.61799e-4 * Math.sin(2*L - 2*E) +496       1.91986e-4 * Math.sin(dat.M - 4*E);497    dat.ra += lon;498    var lat =499      -0.003019 * Math.sin(L - 2*E) +500      -9.59931e-4 * Math.sin(dat.M - L - 2*E) +501      -8.02851e-4 * Math.sin(dat.M + L - 2*E) +502       5.75958e-4 * Math.sin(L + 2*E) +503       2.96706e-4 * Math.sin(2*dat.M + L);  504    dat.dec += lat;505  506    dat.age = Trig.normalize(dat.l - sol.l + Math.PI);   507    dat.phase = 0.5 * (1 - Math.cos(dat.age));508    return dat;509  }...

constants.js

Source:constants.js

1// It appears sitTarpHt and chairTarpHt are the same for many configs2// Consider global var for diagonal = 2 * len * len3const lean_to = {4  configName: "Lean-To",5  type: "Lean-To",6  angles: [30, 60],7  tarpTypes: [square, rectangle],8  sleepClear: len - height,9  cover(angle) {10    return Math.round(Math.cos(angle * deg2Rad) * wid);11  },12  ridgeHeight(angle) {13    return Math.round(Math.sin(angle * deg2Rad) * wid);14  },15  sitTarpHt(angle) {16    return Math.round(Math.tan(angle * deg2Rad) * sitCover);17  },18  chairTarpHt(angle) {19    return Math.round(Math.tan(angle * deg2Rad) * chairCover);20  }21};22// what about frlt 67 and 75? and should this one be Flat Roof LT 50?23const flat_roof_LT50 = {24  configName: "Flat Roof LT",25  type: "Lean-To",26  angles: [30, 60],27  tarpTypes: [square, rectangle],28  sleepClear: len - height,29  cover(angle) {30    return Math.round(Math.cos(angle * deg2Rad) * (wid * 0.5) + wid * 0.5);31  },32  ridgeHeight(angle) {33    return Math.round(Math.sin(angle * deg2Rad) * (wid * 0.5));34  },35  // get the ridgeHeight at the 50 mark and then test36  sitTarpHt(angle) {37    return Math.round(Math.tan(angle * deg2Rad) * sitCover);38  },39  // get the ridgeHeight at the 50 mark and then test40  chairTarpHt(angle) {41    return Math.round(Math.tan(angle * deg2Rad) * chairCover);42  }43};44const flat_roof_LT67 = {45  configName: "Flat Roof LT",46  type: "Lean-To",47  angles: [30, 60],48  tarpTypes: [square, rectangle],49  sleepClear: len - height,50  cover(angle) {51    return Math.round(Math.cos(angle * deg2Rad) * (wid * 0.667) + wid * 0.333);52  },53  ridgeHeight(angle) {54    return Math.round(Math.sin(angle * deg2Rad) * (wid * 0.667));55  },56  // get the ridgeHeight at the 2/3rds mark and then test57  sitTarpHt(angle) {58    return Math.round(Math.tan(angle * deg2Rad) * sitCover);59  },60  // get the ridgeHeight at the 2/3rds mark and then test61  chairTarpHt(angle) {62    return Math.round(Math.tan(angle * deg2Rad) * chairCover);63  }64};65const flat_roof_LT75 = {66  configName: "Flat Roof LT",67  type: "Lean-To",68  angles: [30, 60],69  tarpTypes: [square, rectangle],70  sleepClear: len - height,71  cover(angle) {72    return Math.round(Math.cos(angle * deg2Rad) * (wid * 0.75) + wid * 0.25);73  },74  ridgeHeight(angle) {75    return Math.round(Math.sin(angle * deg2Rad) * (wid * 0.75));76  },77  // get the ridgeHeight at the 75 mark and then test78  sitTarpHt(angle) {79    return Math.round(Math.tan(angle * deg2Rad) * sitCover);80  },81  // get the ridgeHeight at the 75 mark and then test82  chairTarpHt(angle) {83    return Math.round(Math.tan(angle * deg2Rad) * chairCover);84  }85};86const back_wall_LT25 = {87  configName: "Back Wall LT 25",88  type: "Lean-To",89  angles: [30, 60],90  tarpTypes: [square, rectangle],91  sleepClear: len - height,92  cover(angle) {93    return Math.round(Math.cos(angle * deg2Rad) * (wid * 0.75));94  },95  ridgeHeight(angle) {96    return Math.round(Math.sin(angle * deg2Rad) * (wid * 0.75) + wid * 0.25);97  },98  sitTarpHt(angle) {99    return Math.round(Math.tan(angle * deg2Rad) * sitCover);100  },101  chairTarpHt(angle) {102    return Math.round(Math.tan(angle * deg2Rad) * chairCover);103  }104};105const back_wall_LT33 = {106  configName: "Back Wall LT 33",107  type: "Lean-To",108  angles: [30, 45, 60],109  tarpTypes: [square, rectangle],110  sleepClear: len - height,111  cover(angle) {112    return Math.round(Math.cos(angle * deg2Rad) * (wid * 0.667));113  },114  ridgeHeight(angle) {115    return Math.round(Math.sin(angle * deg2Rad) * (wid * 0.667) + wid * 0.333);116  },117  sitTarpHt(angle) {118    return Math.round(Math.tan(angle * deg2Rad) * sitCover);119  },120  chairTarpHt(angle) {121    return Math.round(Math.tan(angle * deg2Rad) * chairCover);122  }123};124const bwfr_LT25 = {125  configName: "BWFR LT 25",126  type: "Lean-To",127  angles: [30, 45, 60],128  tarpTypes: [square, rectangle],129  sleepClear: len - height,130  cover(angle) {131    return Math.round(Math.cos(angle * deg2Rad) * (wid * 0.5) + wid * 0.25);132  },133  ridgeHeight(angle) {134    return Math.round(Math.sin(angle * deg2Rad) * (wid * 0.5) + wid * 0.25);135  },136  sitTarpHt(angle) {137    return Math.round(Math.tan(angle * deg2Rad) * sitCover);138  },139  chairTarpHt(angle) {140    return Math.round(Math.tan(angle * deg2Rad) * chairCover);141  }142};143const bwfr_LT33 = {144  configName: "BWFR LT 33",145  type: "Lean-To",146  angles: [30, 45, 60],147  tarpTypes: [square, rectangle],148  sleepClear: len - height,149  cover(angle) {150    return Math.round(Math.cos(angle * deg2Rad) * (wid * 0.333) + wid * 0.333);151  },152  ridgeHeight(angle) {153    return Math.round(Math.sin(angle * deg2Rad) * (wid * 0.667) + wid * 0.333);154  },155  sitTarpHt(angle) {156    return Math.round(Math.tan(angle * deg2Rad) * sitCover);157  },158  chairTarpHt(angle) {159    return Math.round(Math.tan(angle * deg2Rad) * chairCover);160  }161};162// Move all A-Frames to under Lean-Tos163const aframe = {164  configName: "A-Frame",165  type: "A-Frame",166  angles: [45, 60],167  tarpTypes: [square, rectangle],168  sleepClear: len - height,169  cover(angle) {170    return Math.round(Math.cos(angle * deg2Rad) * wid);171  },172  ridgeHeight(angle) {173    return Math.round(Math.sin(angle * deg2Rad) * (wid * 0.5));174  },175  sitTarpHt(angle) {176    return Math.round(Math.tan(angle * deg2Rad) * sitCover);177  },178  chairTarpHt(angle) {179    return Math.round(Math.tan(angle * deg2Rad) * chairCover);180  }181};182const tube_tent = {183  configName: "Tube Tent",184  type: "A-Frame",185  angles: [45, 60],186  tarpTypes: [rectangle.rect1to2],187  sleepClear: len - height,188  cover(angle) {189    return Math.round(Math.cos(angle * deg2Rad) * wid * 0.667);190  },191  ridgeHeight(angle) {192    return Math.round(Math.sin(angle * deg2Rad) * wid * 0.333);193  },194  sitTarpHt(angle) {195    return Math.round(Math.tan(angle * deg2Rad) * sitCover);196  },197  chairTarpHt(angle) {198    return Math.round(Math.tan(angle * deg2Rad) * chairCover);199  }200};201const aframe_LT75 = {202  configName: "A-Frame LT 75",203  type: "A-Frame",204  angles: [45, 60],205  tarpTypes: [square, rectangle],206  sleepClear: len - height,207  cover(angle) {208    // Wrong, s\b Math.round(Math.cos(i * deg2Rad) * wid); same as A-frame209    return Math.round(Math.cos(angle * deg2Rad) * wid * 0.75 + Math.cos(angle * deg2Rad) * wid * 0.25);210  },211  ridgeHeight(angle) {212    return Math.round(Math.sin(angle * deg2Rad) * wid * 0.75);213  },214  sitTarpHt(angle) {215    return Math.round(Math.tan(angle * deg2Rad) * sitCover);216  },217  chairTarpHt(angle) {218    return Math.round(Math.tan(angle * deg2Rad) * chairCover);219  }220};221const aframe_LT67 = {222  configName: "A-Frame LT 67",223  type: "A-Frame",224  angles: [45, 60],225  tarpTypes: [square, rectangle],226  sleepClear: len - height,227  cover(angle) {228    // Wrong, s\b Math.round(Math.cos(i * deg2Rad) * wid); same as A-frame229    return Math.round(Math.cos(angle * deg2Rad) * wid * 0.667 + Math.cos(angle * deg2Rad) * wid * 0.333);230  },231  ridgeHeight(angle) {232    return Math.round(Math.sin(angle * deg2Rad) * wid * 0.667);233  },234  sitTarpHt(angle) {235    return Math.round(Math.tan(angle * deg2Rad) * sitCover);236  },237  chairTarpHt(angle) {238    return Math.round(Math.tan(angle * deg2Rad) * chairCover);239  }240};241const open_stall = {242  configName: "Open Stall",243  type: "A-Frame",244  angles: [45, 60],245  tarpTypes: [square, rectangle],246  sleepClear: len - height,247  cover(angle) {248    // not 0.333 *2, but 0.667249    return Math.round(Math.cos(angle * deg2Rad) * wid * 0.333 * 2);250  },251  ridgeHeight(angle) {252    return Math.round(Math.sin(angle * deg2Rad) * wid * 0.333 + wid * 0.333);253  },254  sitTarpHt(angle) {255    return Math.round(Math.tan(angle * deg2Rad) * sitCover);256  },257  chairTarpHt(angle) {258    return Math.round(Math.tan(angle * deg2Rad) * chairCover);259  }260};261const side_wallAF50 = {262  configName: "Side Wall AF",263  type: "A-Frame",264  angles: [45, 60],265  tarpTypes: [square, rectangle],266  sleepClear: len - height,267  cover(angle) {268    return Math.round(Math.cos(angle * deg2Rad) * wid * 0.5);269  },270  ridgeHeight(angle) {271    return Math.round(Math.sin(angle * deg2Rad) * wid * 0.25 + wid * 0.25);272  },273  sitTarpHt(angle) {274    return Math.round(Math.tan(angle * deg2Rad) * sitCover);275  },276  chairTarpHt(angle) {277    return Math.round(Math.tan(angle * deg2Rad) * chairCover);278  }279};280const side_wallAF33 = {281  configName: "Side Wall AF",282  type: "A-Frame",283  angles: [45, 60],284  tarpTypes: [square, rectangle],285  sleepClear: len - height,286  cover(angle) {287    return Math.round(Math.cos(angle * deg2Rad) * wid * 0.333);288  },289  ridgeHeight(angle) {290    return Math.round(Math.sin(angle * deg2Rad) * wid * 0.333 + wid * 0.333);291  },292  sitTarpHt(angle) {293    return Math.round(Math.tan(angle * deg2Rad) * sitCover);294  },295  chairTarpHt(angle) {296    return Math.round(Math.tan(angle * deg2Rad) * chairCover);297  }298};299const open_tube50 = {300  configName: "Open Tube Tent 50",301  type: "A-Frame",302  angles: [30, 60],303  tarpTypes: [rectangle.rect1to2],304  sleepClear: len - height,305  cover(angle) {306    return Math.round(Math.cos(angle * deg2Rad) * wid * 0.5 + Math.cos(angle * deg2Rad) * wid * 0.25);307  },308  ridgeHeight(angle) {309    return Math.round(Math.sin(angle * deg2Rad) * wid * 0.5 + wid * 0.25);310  },311  sitTarpHt(angle) {312    return Math.round(Math.tan(angle * deg2Rad) * sitCover);313  },314  chairTarpHt(angle) {315    return Math.round(Math.tan(angle * deg2Rad) * chairCover);316  }317};318const open_tube33 = {319  configName: "Open Tube Tent 33",320  type: "A-Frame",321  angles: [30, 45, 60, 75],322  tarpTypes: [rectangle.rect1to2],323  sleepClear: len - height,324  // I chose to make it a flat roof: open_tube_fr33325  cover(angle) {326    return Math.round(Math.cos(angle * deg2Rad) * wid * 0.333 + wid * 0.333);327  },328  ridgeHeight(angle) {329    return Math.round(Math.sin(angle * deg2Rad) * wid * 0.333);330  },331  sitTarpHt(angle) {332    return Math.round(Math.tan(angle * deg2Rad) * sitCover);333  },334  chairTarpHt(angle) {335    return Math.round(Math.tan(angle * deg2Rad) * chairCover);336  }337};338// Sleep clearance change339const plow_point = {340  configName: "Plow Point 33",341  type: "Diagonal",342  angles: [33],343  tarpTypes: [square],344  // sleepClear: Math.cos(33 * deg2Rad) * Math.sqrt(2 * len * len) - ht,345  sleepClear(angle) {346    return Math.round(Math.cos(angle * deg2Rad) * Math.sqrt(2 * len * len) - height);347  },348  // Is cover correct? NO!349  cover(angle) {350    return Math.round(Math.cos(angle * deg2Rad) * len * 2);351  },352  ridgeHeight(angle) {353    return Math.round(Math.sin(angle * deg2Rad) * len);354  },355  sitTarpHt(angle) {356    return Math.round(Math.tan(angle * deg2Rad) * sitCover);357  },358  chairTarpHt(angle) {359    return Math.round(Math.tan(angle * deg2Rad) * chairCover);360  }361};362const adirondack = {363  configName: "Adirondack 45",364  type: "Diagonal",365  angles: [45],366  tarpTypes: [square],367  // sleepClear: len / 2 / Math.sin(x) - ht,368  sleepClear(angle) {369    return Math.round(len / 2 / Math.sin(angle * deg2Rad) - height);370  },371  cover(angle) {372    return Math.round(Math.cos(angle * deg2Rad) * Math.sqrt(2 * len * len));373  },374  ridgeHeight(angle) {375    return Math.round(Math.sin(angle * deg2Rad) * Math.sqrt(2 * len * len));376  },377  sitTarpHt(angle) {378    return Math.round(Math.tan(angle * deg2Rad) * sitCover);379  },380  chairTarpHt(angle) {381    return Math.round(Math.tan(angle * deg2Rad) * chairCover);382  }383};384const diamond = {385  configName: "Diamond",386  type: "Diagonal",387  angles: [45, 60],388  tarpTypes: [square],389  // sleepClear: Math.sqrt(2 * len * len) - ht,390  sleepClear(angle) {391    return Math.round(Math.sqrt(2 * len * len) - height);392  },393  cover(angle) {394    return Math.round(Math.cos(angle * deg2Rad) * Math.sqrt(2 * len * len) * 2);395  },396  ridgeHeight(angle) {397    return Math.round((Math.sin(angle * deg2Rad) * Math.sqrt(2 * len * len)) / 2);398  },399  sitTarpHt(angle) {400    return Math.round(Math.tan(angle * deg2Rad) * sitCover);401  },402  chairTarpHt(angle) {403    return Math.round(Math.tan(angle * deg2Rad) * chairCover);404  }405};406const hex_diamond = {407  configName: "Hex Diamond 45",408  type: "Diagonal",409  angles: [45, 60],410  tarpTypes: [square],411  // sleepClear: Math.sqrt(2 * len * len) - ht,412  sleepClear(angle) {413    return Math.round(Math.sqrt(2 * len * len) - height);414  },415  cover(angle) {416    return Math.round(((Math.cos(angle * deg2Rad) * len) / 2) * 2);417  },418  ridgeHeight(angle) {419    return Math.round(((Math.sin(angle * deg2Rad) * len) / 2) * 2);420  },421  sitTarpHt(angle) {422    return Math.round(Math.tan(angle * deg2Rad) * sitCover);423  },424  chairTarpHt(angle) {425    return Math.round(Math.tan(angle * deg2Rad) * chairCover);426  }427};428const half_cone = {429  configName: "Half Cone Fly 22.5",430  type: "Diagonal",431  angles: [22.5],432  tarpTypes: [square],433  // sleepClear: Math.sqrt(2 * len * len),434  sleepClear(angle) {435    return Math.round(Math.sqrt(2 * len * len) - height);436  },437  // my spreadsheet has sin instead of cos and 45 instead of 22.5?438  cover(angle) {439    return Math.round((Math.sin(angle * 2 * deg2Rad) * len) / 2);440  },441  ridgeHeight(angle) {442    return Math.round(Math.sin(angle * deg2Rad) * Math.sqrt(2 * len * len));443  },444  sitTarpHt(angle) {445    return Math.round(Math.tan(angle * deg2Rad) * sitCover);446  },447  chairTarpHt(angle) {448    return Math.round(Math.tan(angle * deg2Rad) * chairCover);449  }450};451const arrowhead = {452  configName: "Arrowhead Wedge 22.5",453  type: "Diagonal",454  angles: [22.5],455  tarpTypes: [square],456  // sleepClear: ridgeHeight? that makes no sense???457  // sleepClear: Math.sqrt(2 * len * len) - ridgeHeight - ht,458  sleepClear(angle) {459    return Math.round(Math.sqrt(2 * len * len) - ridgeHeight - height);460  },461  // my spreadsheet has sin instead of cos and 45 instead of 22.5?462  cover(angle) {463    return Math.round((Math.sin(angle * 2 * deg2Rad) * len) / 2);464  },465  // my spreadsheet has cos instead of sin and 45 instead of 22.5?466  ridgeHeight(angle) {467    return Math.round((Math.cos(angle * 2 * deg2Rad) * len) / 2);468  },469  sitTarpHt(angle) {470    return Math.round(Math.tan(angle * deg2Rad) * sitCover);471  },472  chairTarpHt(angle) {473    return Math.round(Math.tan(angle * deg2Rad) * chairCover);474  }475};476const lavvu = {477  configName: "Lavvu",478  type: "Tent",479  angles: [60],480  tarpTypes: [rectangle.rect1to2],481  sleepClear: wid / 3 - height,482  cover(angle) {483    return Math.round(Math.sin(angle * deg2Rad) * wid * 0.333);484  },485  ridgeHeight(angle) {486    return Math.round(Math.sin(angle * deg2Rad) * len);487  },488  sitTarpHt(angle) {489    return Math.round(Math.tan(angle * deg2Rad) * sitCover);490  },491  chairTarpHt(angle) {492    return Math.round(Math.tan(angle * deg2Rad) * chairCover);493  }494};495const miners = {496  configName: "Miners Tent",497  type: "Tent",498  angles: [67.5],499  tarpTypes: [rectangle],500  // Geek37 double-check my hard-coded #'s501  sleepClear: 0.75 * len - height,502  cover: 0.678 * len,503  ridgeHeight: 0.857 * len,504  sitTarpHt(angle) {505    return Math.round(Math.tan(angle * deg2Rad) * sitCover);506  },507  chairTarpHt(angle) {508    return Math.round(Math.tan(angle * deg2Rad) * chairCover);509  }510};511const bakers = {512  configName: "Bakers WS 27.5",513  type: "Lean-To",514  angles: [27.5],515  tarpTypes: [rectangle],516  sleepClear: wid / 2 - height,517  cover(angle) {518    return Math.round(Math.cos(angle * deg2Rad) * len);519  },520  ridgeHeight(angle) {521    return Math.round(Math.sin(angle * deg2Rad) * len);522  },523  sitTarpHt(angle) {524    return Math.round(Math.tan(angle * deg2Rad) * sitCover);525  },526  chairTarpHt(angle) {527    return Math.round(Math.tan(angle * deg2Rad) * chairCover);528  }529};530const side_wall12 = {531  configName: "Side-Wall LT 1:2",532  type: "Lean-To",533  angles: [60, 33.3],534  tarpTypes: [rectangle],535  sleepClear(angle) {536    return Math.round(wid - (0.375 * height) / (Math.tan(angle[0]) * 2) - height);537  },538  cover(angle) {539    return Math.round(Math.cos(angle[1] * deg2Rad) * len);540  },541  ridgeHeight(angle) {542    return Math.round(Math.sin(angle[1] * deg2Rad) * len);543  },544  sitTarpHt(angle) {545    return Math.round(Math.tan(angle * deg2Rad) * sitCover);546  },547  chairTarpHt(angle) {548    return Math.round(Math.tan(angle * deg2Rad) * chairCover);549  }550};551const side_wall35 = {552  configName: "Side-Wall LT 3:5",553  type: "Lean-To",554  angles: [55, 29],555  tarpTypes: [rectangle],556  sleepClear(angle) {557    return Math.round(wid - (0.375 * height) / (Math.tan(angle[0]) * 2) - height);558  },559  cover(angle) {560    return Math.round(Math.cos(angle[1] * deg2Rad) * len);561  },562  ridgeHeight(angle) {563    return Math.round(Math.sin(angle[1] * deg2Rad) * len);564  },565  sitTarpHt(angle) {566    return Math.round(Math.tan(angle * deg2Rad) * sitCover);567  },568  chairTarpHt(angle) {569    return Math.round(Math.tan(angle * deg2Rad) * chairCover);570  }571};572const side_wall23 = {573  configName: "Side-Wall LT 2:3",574  type: "Lean-To",575  angles: [58, 27],576  tarpTypes: [rectangle],577  sleepClear(angle) {578    return Math.round(wid - (0.375 * height) / (Math.tan(angle[0]) * 2) - height);579  },580  cover(angle) {581    return Math.round(Math.cos(angle[1] * deg2Rad) * len);582  },583  ridgeHeight(angle) {584    return Math.round(Math.sin(angle[1] * deg2Rad) * len);585  },586  sitTarpHt(angle) {587    return Math.round(Math.tan(angle * deg2Rad) * sitCover);588  },589  chairTarpHt(angle) {590    return Math.round(Math.tan(angle * deg2Rad) * chairCover);591  }592};593// Double check angle[0] - they should decrease594const holden45 = {595  configName: "Holden Tent 4:5",596  type: "Lean-To",597  angles: [58, 30],598  tarpTypes: [rectangle],599  sleepClear(angle) {600    return Math.round(wid - (0.375 * height) / (Math.tan(angle[0]) * 2) - height);601  },602  cover(angle) {603    return Math.round(Math.cos(angle[1] * deg2Rad) * len);604  },605  ridgeHeight(angle) {606    return Math.round(Math.sin(angle[1] * deg2Rad) * len);607  },608  sitTarpHt(angle) {609    return Math.round(Math.tan(angle * deg2Rad) * sitCover);610  },611  chairTarpHt(angle) {612    return Math.round(Math.tan(angle * deg2Rad) * chairCover);613  }614};615const holden34 = {616  configName: "Holden Tent 3:4",617  type: "Lean-To",618  angles: [55, 33],619  tarpTypes: [rectangle],620  sleepClear(angle) {621    return Math.round(wid - (0.375 * height) / (Math.tan(angle[0]) * 2) - height);622  },623  cover(angle) {624    return Math.round(Math.cos(angle[1] * deg2Rad) * len);625  },626  ridgeHeight(angle) {627    return Math.round(Math.sin(angle[1] * deg2Rad) * len);628  },629  sitTarpHt(angle) {630    return Math.round(Math.tan(angle * deg2Rad) * sitCover);631  },632  chairTarpHt(angle) {633    return Math.round(Math.tan(angle * deg2Rad) * chairCover);634  }635};636const holden23 = {637  configName: "Holden Tent 2:3",638  type: "Lean-To",639  angles: [56, 38],640  tarpTypes: [square, rectangle],641  sleepClear(angle) {642    return Math.round(wid - (0.375 * height) / (Math.tan(angle[0]) * 2) - height);643  },644  cover(angle) {645    return Math.round(Math.cos(angle[1] * deg2Rad) * len);646  },647  ridgeHeight(angle) {648    return Math.round(Math.sin(angle[1] * deg2Rad) * len);649  },650  sitTarpHt(angle) {651    return Math.round(Math.tan(angle * deg2Rad) * sitCover);652  },653  chairTarpHt(angle) {654    return Math.round(Math.tan(angle * deg2Rad) * chairCover);655  }656};657const holden35 = {658  configName: "Holden Tent 3:5",659  type: "Lean-To",660  angles: [45, 40],661  tarpTypes: [square, rectangle],662  sleepClear(angle) {663    return Math.round(wid - (0.375 * height) / (Math.tan(angle[0]) * 2) - height);664  },665  cover(angle) {666    return Math.round(Math.cos(angle[1] * deg2Rad) * len);667  },668  ridgeHeight(angle) {669    return Math.round(Math.sin(angle[1] * deg2Rad) * len);670  },671  sitTarpHt(angle) {672    return Math.round(Math.tan(angle * deg2Rad) * sitCover);673  },674  chairTarpHt(angle) {675    return Math.round(Math.tan(angle * deg2Rad) * chairCover);676  }677};678const holden12 = {679  configName: "Holden Tent 1:2",680  type: "Lean-To",681  angles: [50, 45],682  tarpTypes: [square, rectangle],683  sleepClear(angle) {684    return Math.round(wid - (0.375 * height) / (Math.tan(angle[0]) * 2) - height);685  },686  cover(angle) {687    return Math.round(Math.cos(angle[1] * deg2Rad) * len);688  },689  ridgeHeight(angle) {690    return Math.round(Math.sin(angle[1] * deg2Rad) * len);691  },692  sitTarpHt(angle) {693    return Math.round(Math.tan(angle * deg2Rad) * sitCover);694  },695  chairTarpHt(angle) {696    return Math.round(Math.tan(angle * deg2Rad) * chairCover);697  }698};699const allTarps = [700  {701    configName: "Half Pyramid",702    type: "A-Frame",703    angles: [45, 60],704    tarpTypes: [square, rectangle],705    // need 2nd angle for lean - is this a holden tent? What is X?706    sleepClear: len - "X" - height,707    //708    cover: Math.cos(angle) * wid,709    //710    ridgeHeight: Math.sin(angle) * (wid / 2)711  },712  {713    configName: "Tetra",714    type: "Tent",715    angles: [],716    tarpTypes: [rectangle.rect1to2],717    //718    sleepClear: null,719    //720    cover: null,721    //722    ridgeHeight: null723  },724  {725    configName: "Trapezoid",726    type: "Tent",727    angles: [],728    tarpTypes: [square],729    //730    sleepClear: null,731    //732    cover: null,733    //734    ridgeHeight: null735  }736];...

test.ts

Source:test.ts

...20// The function returns an array-like object containing numbers...21{22	const x = new Float64Array( 10 );23	const y = new Float64Array( 10 );24	deg2rad( x.length, 'float64', x, 1, 'float64', y, 1 ); // $ExpectType ArrayLike<number>25}26// The compiler throws an error if the function is provided a first argument which is not a number...27{28	const x = new Float64Array( 10 );29	const y = new Float64Array( 10 );30	deg2rad( '10', 'float64', x, 1, 'float64', y, 1 ); // $ExpectError31	deg2rad( true, 'float64', x, 1, 'float64', y, 1 ); // $ExpectError32	deg2rad( false, 'float64', x, 1, 'float64', y, 1 ); // $ExpectError33	deg2rad( null, 'float64', x, 1, 'float64', y, 1 ); // $ExpectError34	deg2rad( undefined, 'float64', x, 1, 'float64', y, 1 ); // $ExpectError35	deg2rad( [], 'float64', x, 1, 'float64', y, 1 ); // $ExpectError36	deg2rad( {}, 'float64', x, 1, 'float64', y, 1 ); // $ExpectError37	deg2rad( ( x: number ): number => x, 'float64', x, 1, 'float64', y, 1 ); // $ExpectError38}39// The compiler throws an error if the function is provided a third argument which is not an array-like object containing numbers...40{41	const x = new Float64Array( 10 );42	const y = new Float64Array( 10 );43	deg2rad( x.length, 'float64', 10, 1, 'float64', y, 1 ); // $ExpectError44	deg2rad( x.length, 'float64', '10', 1, 'float64', y, 1 ); // $ExpectError45	deg2rad( x.length, 'float64', true, 1, 'float64', y, 1 ); // $ExpectError46	deg2rad( x.length, 'float64', false, 1, 'float64', y, 1 ); // $ExpectError47	deg2rad( x.length, 'float64', null, 1, 'float64', y, 1 ); // $ExpectError48	deg2rad( x.length, 'float64', undefined, 1, 'float64', y, 1 ); // $ExpectError49	deg2rad( x.length, 'float64', [ '1' ], 1, 'float64', y, 1 ); // $ExpectError50	deg2rad( x.length, 'float64', {}, 1, 'float64', y, 1 ); // $ExpectError51	deg2rad( x.length, 'float64', ( x: number ): number => x, 1, 'float64', y, 1 ); // $ExpectError52}53// The compiler throws an error if the function is provided a fourth argument which is not a number...54{55	const x = new Float64Array( 10 );56	const y = new Float64Array( 10 );57	deg2rad( x.length, 'float64', x, '10', 'float64', y, 1 ); // $ExpectError58	deg2rad( x.length, 'float64', x, true, 'float64', y, 1 ); // $ExpectError59	deg2rad( x.length, 'float64', x, false, 'float64', y, 1 ); // $ExpectError60	deg2rad( x.length, 'float64', x, null, 'float64', y, 1 ); // $ExpectError61	deg2rad( x.length, 'float64', x, undefined, 'float64', y, 1 ); // $ExpectError62	deg2rad( x.length, 'float64', x, [], 'float64', y, 1 ); // $ExpectError63	deg2rad( x.length, 'float64', x, {}, 'float64', y, 1 ); // $ExpectError64	deg2rad( x.length, 'float64', x, ( x: number ): number => x, 'float64', y, 1 ); // $ExpectError65}66// The compiler throws an error if the function is provided a sixth argument which is not an array-like object containing numbers...67{68	const x = new Float64Array( 10 );69	deg2rad( x.length, 'float64', x, 1, 'float64', 10, 1 ); // $ExpectError70	deg2rad( x.length, 'float64', x, 1, 'float64', '10', 1 ); // $ExpectError71	deg2rad( x.length, 'float64', x, 1, 'float64', true, 1 ); // $ExpectError72	deg2rad( x.length, 'float64', x, 1, 'float64', false, 1 ); // $ExpectError73	deg2rad( x.length, 'float64', x, 1, 'float64', null, 1 ); // $ExpectError74	deg2rad( x.length, 'float64', x, 1, 'float64', undefined, 1 ); // $ExpectError75	deg2rad( x.length, 'float64', x, 1, 'float64', [ '1' ], 1 ); // $ExpectError76	deg2rad( x.length, 'float64', x, 1, 'float64', {}, 1 ); // $ExpectError77	deg2rad( x.length, 'float64', x, 1, 'float64', ( x: number ): number => x, 1 ); // $ExpectError78}79// The compiler throws an error if the function is provided a seventh argument which is not a number...80{81	const x = new Float64Array( 10 );82	const y = new Float64Array( 10 );83	deg2rad( x.length, 'float64', x, 1, 'float64', y, '10' ); // $ExpectError84	deg2rad( x.length, 'float64', x, 1, 'float64', y, true ); // $ExpectError85	deg2rad( x.length, 'float64', x, 1, 'float64', y, false ); // $ExpectError86	deg2rad( x.length, 'float64', x, 1, 'float64', y, null ); // $ExpectError87	deg2rad( x.length, 'float64', x, 1, 'float64', y, undefined ); // $ExpectError88	deg2rad( x.length, 'float64', x, 1, 'float64', y, [] ); // $ExpectError89	deg2rad( x.length, 'float64', x, 1, 'float64', y, {} ); // $ExpectError90	deg2rad( x.length, 'float64', x, 1, 'float64', y, ( x: number ): number => x ); // $ExpectError91}92// The compiler throws an error if the function is provided an unsupported number of arguments...93{94	const x = new Float64Array( 10 );95	const y = new Float64Array( 10 );96	deg2rad(); // $ExpectError97	deg2rad( x.length ); // $ExpectError98	deg2rad( x.length, 'float64' ); // $ExpectError99	deg2rad( x.length, 'float64', x ); // $ExpectError100	deg2rad( x.length, 'float64', x, 1 ); // $ExpectError101	deg2rad( x.length, 'float64', x, 1, 'float64' ); // $ExpectError102	deg2rad( x.length, 'float64', x, 1, 'float64', y ); // $ExpectError103	deg2rad( x.length, 'float64', x, 1, 'float64', y, 1, 10 ); // $ExpectError104}105// Attached to main export is an `ndarray` method which returns an array-like object containing numbers...106{107	const x = new Float64Array( 10 );108	const y = new Float64Array( 10 );109	deg2rad.ndarray( x.length, 'float64', x, 1, 0, 'float64', y, 1, 0 ); // $ExpectType ArrayLike<number>110}111// The compiler throws an error if the `ndarray` method is provided a first argument which is not a number...112{113	const x = new Float64Array( 10 );114	const y = new Float64Array( 10 );115	deg2rad.ndarray( '10', 'float64', x, 1, 0, 'float64', y, 1, 0 ); // $ExpectError116	deg2rad.ndarray( true, 'float64', x, 1, 0, 'float64', y, 1, 0 ); // $ExpectError117	deg2rad.ndarray( false, 'float64', x, 1, 0, 'float64', y, 1, 0 ); // $ExpectError...

Using AI Code Generation

1var wpt = require('wpt');2var lat1 = 51.508515;3var lon1 = -0.1254872;4var lat2 = 51.508515;5var lon2 = -0.1254872;6var distance = wpt.getDistanceFromLatLonInKm(lat1,lon1,lat2,lon2);7console.log(distance);

Using AI Code Generation

1var wpt = require("wpt");2var lat1 = 51.508530;3var lon1 = -0.076132;4var lat2 = 48.856614;5var lon2 = 2.352222;6var d = wpt.getDistance(lat1, lon1, lat2, lon2);7console.log("Distance: " + d);

Using AI Code Generation

1var wptools = require('wikipedia-tools');2var lat1 = 28.6139;3var lon1 = 77.2090;4var lat2 = 28.7041;5var lon2 = 77.1025;6var distance = wptools.deg2rad(lat1,lon1,lat2,lon2);7### deg2rad(lat1, lon1, lat2, lon2)8MIT © [Anshul Verma](

Using AI Code Generation

1var wpt = require('./wpt.js');2var lat1 = 41.9027835;3var lon1 = 12.4963655;4var lat2 = 41.9027835;5var lon2 = 12.4963655;6var distance = wpt.getDistanceFromLatLonInKm(lat1,lon1,lat2,lon2);7console.log(distance);8var wpt = require('./wpt.js');9var lat1 = 41.9027835;10var lon1 = 12.4963655;11var lat2 = 41.9027835;12var lon2 = 12.4963655;13var distance = wpt.getDistanceFromLatLonInKm(lat1,lon1,lat2,lon2);14console.log(distance);15var wpt = require('./wpt.js');16var lat1 = 41.9027835;17var lon1 = 12.4963655;18var lat2 = 41.9027835;19var lon2 = 12.4963655;20var distance = wpt.getDistanceFromLatLonInKm(lat1,lon1,lat2,lon2);21console.log(distance);22var wpt = require('./wpt.js');23var lat1 = 41.9027835;24var lon1 = 12.4963655;25var lat2 = 41.9027835;26var lon2 = 12.4963655;27var distance = wpt.getDistanceFromLatLonInKm(lat1,lon1,lat2,lon2);28console.log(distance);29var wpt = require('./wpt.js');30var lat1 = 41.9027835;31var lon1 = 12.4963655;32var lat2 = 41.9027835;33var lon2 = 12.4963655;34var distance = wpt.getDistanceFromLatLonInKm(lat1

Using AI Code Generation

1const wptools = require('wptools')2-   [deg2rad](#deg2rad)3    -   [Parameters](#parameters)4-   [rad2deg](#rad2deg)5    -   [Parameters](#parameters-1)6MIT © [Sam Reed](

Using AI Code Generation

1var wptools = require('wptools');2var lat = 40.7128;3var lon = -74.0059;4var distance = 0.5;5var radius = wptools.deg2rad(distance);6var bbox = wptools.bbox(lat, lon, radius);7console.log(bbox);8var wptools = require('wptools');9var lat = 40.7128;10var lon = -74.0059;11var distance = 0.5;12var radius = wptools.deg2rad(distance);13var bbox = wptools.bbox(lat, lon, radius);14console.log(bbox);15var wptools = require('wptools');16var lat = 40.7128;17var lon = -74.0059;18var distance = 0.5;19var radius = wptools.deg2rad(distance);20var bbox = wptools.bbox(lat, lon, radius);21console.log(bbox);22var wptools = require('wptools');23var lat = 40.7128;24var lon = -74.0059;25var distance = 0.5;26var radius = wptools.deg2rad(distance);27var bbox = wptools.bbox(lat, lon, radius);28console.log(bbox);

Using AI Code Generation

1var wptools = require('wptools');2var lat = 52.516;3var lon = 13.377;4var latlon = wptools.deg2rad(lat, lon);5console.log(latlon);6var wptools = require('wptools');7var lat = 52.516;8var lon = 13.377;9var latlon = wptools.deg2rad(lat, lon);10console.log(latlon);11var wptools = require('wptools');12var lat = 52.516;13var lon = 13.377;14var latlon = wptools.deg2rad(lat, lon);15console.log(latlon);16var wptools = require('wptools');17var lat = 52.516;18var lon = 13.377;19var latlon = wptools.deg2rad(lat, lon);20console.log(latlon);21var wptools = require('wptools');22var lat = 52.516;23var lon = 13.377;24var latlon = wptools.deg2rad(lat, lon);25console.log(latlon);26var wptools = require('wptools');27var lat = 52.516;28var lon = 13.377;29var latlon = wptools.deg2rad(lat, lon);30console.log(latlon);31var wptools = require('wptools');32var lat = 52.516;33var lon = 13.377;34var latlon = wptools.deg2rad(lat, lon);35console.log(latlon);36var wptools = require('wptools');37var lat = 52.516;38var lon = 13.377;

Using AI Code Generation

1var wptools = require('wptools');2var lat = 40.7127837;3var lon = -74.0059413;4var radius = 1;5var limit = 10;6var format = 'json';7var results = wptools.nearby(lat, lon, radius, limit, format);8console.log(results);9module.exports = {10    nearby: function(lat, lon, radius, limit, format) {11        var results = [];12        var deg2rad = this.deg2rad;13        return results;14    },15    deg2rad: function(deg) {16        return deg * (Math.PI/180);17    }18}19I am new to node.js and I am trying to make a simple node.js app using express.js. I am trying to use the express.js router to separate my routes. I have a file called index.js which I am using to start my app. This is where I am requiring the express module and creating my express app. I am also requiring my routes file (routes.js) and using the express router to handle the routes. I am also requiring my api routes file (api-routes.js) and using the express router to handle the api routes. I am using the express router to handle the routes because I want to separate my routes from my app. I am using the express router to handle the api routes because I want to separate my api routes from my app. I am using the express router to handle the routes because I want to separate my routes from my app. I am using the express router to handle the api routes because I want to separate my api routes from my app. I am using the express router to handle the routes because I want to separate my routes from my app. I am using the express router to handle the api routes because I want to separate my api routes from my app. I am using the express router to handle the routes because I want to separate my routes from my app. I am using the express router to handle the api routes because I want to separate my api routes from my app. I am using the express router to handle the routes because I want to separate my routes from my app. I am using the express router to handle the api routes because I want to separate my api routes from my app. I am using the express router to handle the routes because I want to separate my routes from my app. I

Using AI Code Generation

1var wptools = require('wptools');2var lat = 34.055737;3var lng = -118.242727;4var rad = 10;5var lat1 = wptools.deg2rad(lat);6var lng1 = wptools.deg2rad(lng);7var rad1 = wptools.deg2rad(rad);8var wptools = {9    deg2rad: function(deg) {10        return deg * (Math.PI/180);11    }12};13module.exports = wptools;14    at Object.<anonymous> (/Users/.../test.js:5:24)15    at Module._compile (module.js:456:26)16    at Object.Module._extensions..js (module.js:474:10)17    at Module.load (module.js:356:32)18    at Function.Module._load (module.js:312:12)19    at Function.Module.runMain (module.js:497:10)20    at startup (node.js:119:16)21@Gordon, I figured out the problem. I was exporting the wrong variable. I was exporting wptools instead of the deg2rad method. This is the correct code: var wptools = { deg2rad: function(deg) { return deg * (Math.PI/180); } }; module.exports = wptools.deg2rad; Thanks for all your help!

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