// Draws all the planets and their sizes and phase angles for a moment in time. use planets.frink d=now[] lat=40 deg North long=105 deg West // Uses the average colors from here: // https://twitter.com/DonaldM38768041/status/1345288891801116672 colors = new dict[[["Mercury", makeColor[114, 102, 88]], ["Venus", makeColor[239, 235, 223]], ["Earth", makeColor[164, 159, 179]], ["Mars", makeColor[136, 100, 68]], ["Jupiter", makeColor[195, 190, 171]], ["Saturn", makeColor[201, 179, 142]], ["Uranus", makeColor[168, 192, 194]], ["Neptune", makeColor[145, 175, 186]], ["Pluto", makeColor[158, 147, 129]]]] g=new graphics y = 0 deg x = 0 deg spacing = 10 arcsec for planet = Planet.planetsMinusEarth { rad= Planet.Earth.radiusAngle[d, planet] // g.color[randomFloat[0,1], randomFloat[0,1], randomFloat[0,1]] g.color[colors@(planet.getName[])] if planet != Planet.Saturn g.add[planet.drawPolygonRelativeToZenith[d, lat, long, x, y + rad + spacing, rad, true]] else g.add[planet.drawSaturnRelativeToZenith[d, lat, long, x, y+rad+spacing, rad]] y = y + 2 rad + spacing } g.invertGrays[].show[] g.invertGrays[].write["drawPlanets.png", 300, undef] makeColor[r, g, b] := new color[r/255, g/255, b/255]