Пікірлер

• 
  @fTripleSharp2 ай бұрын

  Very elegant! Thanks for sharing!

• 
  @cablenelsonbabygrandpiano8427 ай бұрын

  Amazing!!!!❤❤❤

• 
  @cablenelsonbabygrandpiano8427 ай бұрын

  Nice!

• 
  @cablenelsonbabygrandpiano8427 ай бұрын

  Very good!!!❤️❤️❤️👏👏👏

• 
  @theoryjoe14517 ай бұрын

  The chord progressions sounded very different from the original prelude, until the diminished chords of course, because they would be the same intervals I assume. Neat video.

• 
  @rex_-lj3zw7 ай бұрын

  whoa this so pretty !!! definitely gonna listen to this when i study beatty sequences :) thank you for sharing

• 
  @josephmathmusic7 ай бұрын

  Glad that you like this!

• 
  @yeetthebeet7 ай бұрын

  great!

• 
  @josephmathmusic7 ай бұрын

  Thank you!

• 
  @substantabstruse561110 ай бұрын

  At last a good sounding ten edo piece with key like instrumentation ❤❤, interesting and very upbeat composition too ❤

• 
  @josephmathmusic10 ай бұрын

  Glad that you enjoy it! Most of the notes are in 5 edo in fact :) Another 10-edo piece kzread.info/dash/bejne/eauTs8OFqpTQeLQ.htmlsi=I04UZU83ogr7g58W

• 
  @pancakeeatinginarow11 ай бұрын

  69 was odd so i just made thhis 70 subs

• 
  @josephmathmusic11 ай бұрын

  Thank you very much :) 69 is odd in two different ways 😜

• 
  @FabriceBLR11 ай бұрын

  C'est chouette, mais je ne saurais pas te dire pourquoi, le piano sonne particulièrement faux...

• 
  @josephmathmusic11 ай бұрын

  Ca me frappe pas tant que ça mais un petit accord ne lui ferait pas de mal :)

• 
  @FabriceBLR11 ай бұрын

  Très rafraîchissant. Je n'arrive pas à retrouver la source d'inspiration (mise à part le côté "prestidigitation")

• 
  @josephmathmusic11 ай бұрын

  Je n'ai pas pris de source précise pour cette pièce bien que j'aie pu avoir entendu quelque chose qui ressemble sans m'en rendre compte :)

• 
  @FabriceBLR11 ай бұрын

  @@josephmathmusic c'est d'autant plus impressionnant :-) Même si ton impro libre sur l'étude de Chopin op 10 n°9 était très bien. Mais j'imaginerais bien un air Tyrollien repris par Liszt pouvant sonner ainsi.

• 
  @josephmathmusic11 ай бұрын

  Ca pourrait ressembler un peu effectivement :) je suis content que tu apprécies en tout cas !

• 
  @FabriceBLR Жыл бұрын

  Très jolie ! Elle me fait penser à une étude de Chopin :-) tu l'as écrit avec cela en tête ?

• 
  @josephmathmusic Жыл бұрын

  C'est une improvisation, j'avais inconsciemment l'op. 10 no. 9 de Chopin en tete mais je ne le savais pas en jouant :)

• 
  @josephmathmusic Жыл бұрын

  « Pour se jouer 840 fois de suite ce motif, il sera bon de se préparer au préalable, et dans le plus grand silence, par des immobilités sérieuses »

• 
  @master_of_krynn Жыл бұрын

  nicee

• 
  @josephmathmusic Жыл бұрын

  Thank you :)

• 
  @grouch22 Жыл бұрын

  Impressive

• 
  @josephmathmusic Жыл бұрын

  Glad that you like :)

• 
  @Nicola_pvd. Жыл бұрын

  C'est fort tu a appris ou?

• 
  @josephmathmusic Жыл бұрын

  Cours particuliers puis conservatoire :)

• 
  @Nicola_pvd. Жыл бұрын

  ​@@josephmathmusic ha ok en tout cas tu es fort

• 
  @josephmathmusic Жыл бұрын

  @@Nicola_pvd. Merci :)

• 
  @josephmathmusic Жыл бұрын

  No so childish indeed :)

• 
  @StevenGauthier Жыл бұрын

  Indeed made me think about the microtonal jazz band. So nice mind opening to other kind/culture of music

• 
  @StevenGauthier Жыл бұрын

  That's fuckin dark for a child whatever....but it's amazing! I like it. Or hate it ahahhaha

• 
  @Cailean_MacCoinnich Жыл бұрын

  I wanted to say something like " The sound of science", or "The sound of Nature", but I'm still struggling to get my head round it.

• 
  @josephmathmusic Жыл бұрын

  Difficult to say, probably similar kind of music can be arranged for other sequences of digits... This video might be a good way to memorize pi.

• 
  @christinedonkin7023 Жыл бұрын

  Quite a fascinating piece!

• 
  @josephmathmusic Жыл бұрын

  Thank you very much, glad that you like this piece :)

• 
  @Suimamaa Жыл бұрын

  👍

• 
  @josephmathmusic Жыл бұрын

  Thank you :)

• 
  @josephmathmusic Жыл бұрын

  Here is another microtonal composition kzread.info/dash/bejne/emSO0auvnpyug5s.html

• 
  @vaavland Жыл бұрын

  i am adding this song to my xen playlist

• 
  @josephmathmusic Жыл бұрын

  Thank you!

• 
  @vaavland Жыл бұрын

  sounds great and fun !! good Job

• 
  @josephmathmusic Жыл бұрын

  Thank you !

• 
  @chataignevendemiaire7172 Жыл бұрын

  sounds very unusual

• 
  @josephmathmusic Жыл бұрын

  That is right :)

• 
  @gillesd91 Жыл бұрын

  Cela donne une couleur très originale, de la musique non tempérée.

• 
  @mariadanielaoliveracalvo7040 Жыл бұрын

  A happy melody converted to a very sad melody...

• 
  @mariadanielaoliveracalvo7040 Жыл бұрын

  Sonata N° 16 K545 (Upside Down Notes)

• 
  @josephmathmusic Жыл бұрын

  Yes :)

• 
  @mariadanielaoliveracalvo7040 Жыл бұрын

  @@josephmathmusic I know that because I saw a video of that. That sounded so interesting.

• 
  @VictorTheVictini Жыл бұрын

  This is so cool but the top noise is annoying to listen to lol

• 
  @josephmathmusic Жыл бұрын

  it makes sound when some vertex touches the vertical string in the center (you can mute if you don't like 😛)

• 
  @MrPhil480 Жыл бұрын

  Fascinant !

• 
  @MrPhil480 Жыл бұрын

  Vous êtes ma vrai découverte de l' année. le vrai compositeur. et encore une fois je suis émerveillé par le début de toute beauté.

• 
  @josephmathmusic Жыл бұрын

  Merci beaucoup :)

• 
  @MrPhil480 Жыл бұрын

  @@josephmathmusic Coucou. C est vrai que tu es mathématicien... ? modeste de surcroit ? Ca m' étonnerait pas, j ai deviné que tu étais un intello. lol. Vu donc ton double profil, intello et musicien compositeur, j aurais peut etre envi de te dire qch en privé, mais pas long. Une sorte de confidence. C est sérieux....

• 
  @MrPhil480 Жыл бұрын

  @@josephmathmusic . j ai constaté que peu de gens ne s intéressent aux autres..... les pianistes pro ou amateurs ne veulent que jouer des oeuvres déjà connues ; x fois entendues , que promouvoir des nouvelles mélodies, meme si elles sont belles. eh oui un compositeur peu avoir ses limites pour jouer ses propres morceaux. c est mon cas et j en souffre.

• 
  @josephmathmusic Жыл бұрын

  Effectivement, il y a deja tellement d'oeuvres et on est facilement attire vers ce qu'on a deja entendu... Merci pour votre interet en tout cas.

• 
  @josephmathmusic Жыл бұрын

  Merci, effectivement je suis enseignant chercheur en mathematiques (precisement sur les matrices aleatoires, a l'Universite de Bristol), sinon je suis alle assez loin dans les etudes musicales et je continue a faire beaucoup de musique pour le plaisir :)

• 
  @MrPhil480 Жыл бұрын

  mais c est quoi ce piano inversé....? lol

• 
  @MrPhil480 Жыл бұрын

  hou là ! mdr

• 
  @JustinSolonynka Жыл бұрын

  Thanks for pointing me to the sheet music. The piece in G major, "Hello World", is a real trip! Is your transcription available for download?

• 
  @josephmathmusic Жыл бұрын

  Thank you very much, there are websites where you can dowload youtube videos but unfortunately at this stage I haven't set other ways to download the score. As you may have seen there are 24 pieces in this cycle (4 videos of 6 pieces in my channel, including this one).

• 
  @JustinSolonynka Жыл бұрын

  @@josephmathmusic Well, I encourage you to make the scores available! These are wonderful and clever compositions. You could charge money (or ask for donations). Please know that I am interested if you do decide to make the scores available. Thanks for sharing your music!

• 
  @JustinSolonynka Жыл бұрын

  What a terrific piece! Is this your own composition? Do you have sheet music? Bravo!

• 
  @josephmathmusic Жыл бұрын

  Thank you very much! The score is on this video, at 20:25 kzread.info/dash/bejne/X4OalKWlY6XXh84.html

• 
  @josephmathmusic2 жыл бұрын

  I would be curious about how it sounds with a string quartet or organ.

• 
  @josephmathmusic2 жыл бұрын

  Learn around 12 hours of this kind of music and you will reach the world record of memorization of pi !

• 
  @christinedonkin70232 жыл бұрын

  You post such interesting music!

• 
  @josephmathmusic2 жыл бұрын

  Thank you very much! I hope I soon have the time to post more of these preludes. I am glad that we today have the tools to record such work with a usual piano.

• 
  @intenselypleasantmusic2 жыл бұрын

  Bravo!

• 
  @josephmathmusic2 жыл бұрын

  Thank you very much :)

• 
  @0utOfSkill2 жыл бұрын

  This deserves more attention! Great work <3

• 
  @josephmathmusic2 жыл бұрын

  Thank you very much! Maybe I should try to give a more suggestive title.

• 
  @zezimorx2 жыл бұрын

  Very interesting! Is the music generated using concepts from machine learning? I've been learning machine learning recently and came across a paper on algorithmic music generation, very cool stuff.

• 
  @josephmathmusic2 жыл бұрын

  I played on a midi keyboard with sounds generated with the help of cubase. I plan to do quite similar videos, with sound generated by the same python program as the one generating the image (with the help of pygame).

• 
  @annienajnudel80132 жыл бұрын

  La partition en miroir du premier prélude du clavecin bien tempéré, je suppose...

• 
  @josephmathmusic2 жыл бұрын

  Oui :) (voir la fin de la description de la vidéo)

• 
  @josephmathmusic2 жыл бұрын

  Python program (2/8) stars[0,:] =[numpy.cos(6*3.14159265/12 + 45*3.14159265/720 )*numpy.cos(-16.7*3.14159265/180),numpy.sin(6*3.14159265/12 + 45*3.14159265/720 )*numpy.cos(-16.7*3.14159265/180),numpy.sin(-16.7*3.14159265/180),mag**( - (-1.44))] stars[1,:] =[numpy.cos(6*3.14159265/12 + 24*3.14159265/720 )*numpy.cos(-52.7*3.14159265/180),numpy.sin(6*3.14159265/12 + 24*3.14159265/720 )*numpy.cos(-52.7*3.14159265/180),numpy.sin(52.7*3.14159265/180),mag**( - (-0.62))] stars[2,:] =[numpy.cos(14*3.14159265/12 + 40*3.14159265/720 )*numpy.cos(-60.8*3.14159265/180),numpy.sin(14*3.14159265/12 + 40*3.14159265/720 )*numpy.cos(-60.8*3.14159265/180),numpy.sin(-60.8*3.14159265/180),mag**( - (-0.28))] stars[3,:] =[numpy.cos(14*3.14159265/12 + 16*3.14159265/720 )*numpy.cos(19.2*3.14159265/180),numpy.sin(14*3.14159265/12 + 16*3.14159265/720 )*numpy.cos(19.2*3.14159265/180),numpy.sin(19.2*3.14159265/180),mag**( - (-0.05))] stars[4,:] =[numpy.cos(18*3.14159265/12 + 37*3.14159265/720 )*numpy.cos(38.8*3.14159265/180),numpy.sin(18*3.14159265/12 + 37*3.14159265/720 )*numpy.cos(38.8*3.14159265/180),numpy.sin(38.8*3.14159265/180),mag**( - 0.03)] stars[5,:] =[numpy.cos(5*3.14159265/12 + 17*3.14159265/720 )*numpy.cos(46.0*3.14159265/180),numpy.sin(5*3.14159265/12 + 17*3.14159265/720 )*numpy.cos(46.0*3.14159265/180),numpy.sin(46.0*3.14159265/180),mag**( - 0.08)] stars[6,:] =[numpy.cos(5*3.14159265/12 + 15*3.14159265/720 )*numpy.cos(-8.2*3.14159265/180),numpy.sin(5*3.14159265/12 + 15*3.14159265/720 )*numpy.cos(-8.2*3.14159265/180),numpy.sin(-8.2*3.14159265/180),mag**( - 0.18)] stars[7,:] =[numpy.cos(7*3.14159265/12 + 39*3.14159265/720 )*numpy.cos(5.2*3.14159265/180),numpy.sin(7*3.14159265/12 + 39*3.14159265/720 )*numpy.cos(5.2*3.14159265/180),numpy.sin(5.2*3.14159265/180),mag**( - 0.40)] stars[8,:] =[numpy.cos(5*3.14159265/12 + 55*3.14159265/720 )*numpy.cos(7.4*3.14159265/180),numpy.sin(5*3.14159265/12 + 55*3.14159265/720 )*numpy.cos(7.4*3.14159265/180),numpy.sin(7.4*3.14159265/180),mag**( - 0.45)] stars[9,:] =[numpy.cos(1*3.14159265/12 +38*3.14159265/720 )*numpy.cos(-57.2*3.14159265/180),numpy.sin(1*3.14159265/12 +38*3.14159265/720 )*numpy.cos(-57.2*3.14159265/180),numpy.sin(-57.2*3.14159265/180),mag**( - 0.45)] stars[10,:] =[numpy.cos(14*3.14159265/12 + 4*3.14159265/720 )*numpy.cos(-60.4*3.14159265/180),numpy.sin(14*3.14159265/12 + 4*3.14159265/720 )*numpy.cos(-60.4*3.14159265/180),numpy.sin(-60.4*3.14159265/180),mag**( - 0.61)] stars[11,:] =[numpy.cos(19*3.14159265/12 + 51*3.14159265/720 )*numpy.cos(8.9*3.14159265/180),numpy.sin(19*3.14159265/12 + 51*3.14159265/720)*numpy.cos(8.9*3.14159265/180),numpy.sin(8.9*3.14159265/180),mag**( - 0.76)] stars[12,:] =[numpy.cos(12*3.14159265/12 + 27*3.14159265/720 )*numpy.cos(-63.1*3.14159265/180),numpy.sin(12*3.14159265/12 + 27*3.14159265/720 )*numpy.cos(-63.1*3.14159265/180),numpy.sin(-63.1*3.14159265/180),mag**( - 0.77)] stars[13,:] =[numpy.cos(4*3.14159265/12 + 36*3.14159265/720 )*numpy.cos(16.5*3.14159265/180),numpy.sin(4*3.14159265/12 + 36*3.14159265/720 )*numpy.cos(16.5*3.14159265/180),numpy.sin(16.5*3.14159265/180),mag**( - 0.87)] stars[14,:] =[numpy.cos(13*3.14159265/12 + 25*3.14159265/720 )*numpy.cos(-11.2*3.14159265/180),numpy.sin(13*3.14159265/12 + 25*3.14159265/720 )*numpy.cos(-11.2*3.14159265/180),numpy.sin(-11.2*3.14159265/180),mag**( - 0.98)] stars[15,:] =[numpy.cos(16*3.14159265/12 + 29*3.14159265/720 )*numpy.cos(-26.4*3.14159265/180),numpy.sin(16*3.14159265/12 + 29*3.14159265/720)*numpy.cos(-26.4*3.14159265/180),numpy.sin(-26.4*3.14159265/180),mag**( - 1.06)] stars[16,:] =[numpy.cos(7*3.14159265/12 + 45*3.14159265/720 )*numpy.cos(28*3.14159265/180),numpy.sin(7*3.14159265/12 + 45*3.14159265/720 )*numpy.cos(28*3.14159265/180),numpy.sin(28*3.14159265/180),mag**( - 1.16)] stars[17,:] =[numpy.cos(22*3.14159265/12 + 58*3.14159265/720 )*numpy.cos(-29.6*3.14159265/180),numpy.sin(22*3.14159265/12 + 58*3.14159265/720 )*numpy.cos(-29.6*3.14159265/180),numpy.sin(-29.6*3.14159265/180),mag**( - 1.17)] stars[18,:] =[numpy.cos(20*3.14159265/12 + 41*3.14159265/720 )*numpy.cos(45.3*3.14159265/180),numpy.sin(20*3.14159265/12 + 41*3.14159265/720 )*numpy.cos(45.3*3.14159265/180),numpy.sin(45.3*3.14159265/180),mag**( - 1.25)] stars[19,:] =[numpy.cos(12*3.14159265/12 + 48*3.14159265/720 )*numpy.cos(-59.7*3.14159265/180),numpy.sin(12*3.14159265/12 + 48*3.14159265/720 )*numpy.cos(-59.7*3.14159265/180),numpy.sin(-59.7*3.14159265/180),mag**( - 1.25)] stars[20,:] =[numpy.cos(10*3.14159265/12 + 8*3.14159265/720 )*numpy.cos(12.0*3.14159265/180),numpy.sin(10*3.14159265/12 + 8*3.14159265/720 )*numpy.cos(12.0*3.14159265/180),numpy.sin(12.0*3.14159265/180),mag**( - 1.36)] stars[21,:] =[numpy.cos(6*3.14159265/12 + 59*3.14159265/720 )*numpy.cos(-29.0*3.14159265/180),numpy.sin(6*3.14159265/12 + 59*3.14159265/720 )*numpy.cos(-29.0*3.14159265/180),numpy.sin(-29.0*3.14159265/180),mag**( - 1.50)] stars[22,:] =[numpy.cos(7*3.14159265/12 + 35*3.14159265/720 )*numpy.cos(31.9*3.14159265/180),numpy.sin(7*3.14159265/12 + 35*3.14159265/720 )*numpy.cos(31.9*3.14159265/180),numpy.sin(31.9*3.14159265/180),mag**( - 1.58)] stars[23,:] =[numpy.cos(12*3.14159265/12 + 31*3.14159265/720 )*numpy.cos(-57.1*3.14159265/180),numpy.sin(12*3.14159265/12 + 31*3.14159265/720 )*numpy.cos(-57.1*3.14159265/180),numpy.sin(-57.1*3.14159265/180),mag**( - 1.59)] stars[24,:] =[numpy.cos(17*3.14159265/12 + 34*3.14159265/720 )*numpy.cos(-37.1*3.14159265/180),numpy.sin(17*3.14159265/12 + 34*3.14159265/720 )*numpy.cos(-37.1*3.14159265/180),numpy.sin(-37.1*3.14159265/180),mag**( - 1.62)] stars[25,:] =[numpy.cos(5*3.14159265/12 + 25*3.14159265/720 )*numpy.cos(6.3*3.14159265/180),numpy.sin(5*3.14159265/12 + 25*3.14159265/720 )*numpy.cos(6.3*3.14159265/180),numpy.sin(6.3*3.14159265/180),mag**( -1.64)] stars[26,:] =[numpy.cos(5*3.14159265/12 + 26*3.14159265/720 )*numpy.cos(28.6*3.14159265/180),numpy.sin(5*3.14159265/12 + 26*3.14159265/720 )*numpy.cos(28.6*3.14159265/180),numpy.sin(28.6*3.14159265/180),mag**( - 1.65)] stars[27,:] =[numpy.cos(9*3.14159265/12 + 13*3.14159265/720 )*numpy.cos(-69.7*3.14159265/180),numpy.sin(9*3.14159265/12 + 13*3.14159265/720 )*numpy.cos(-69.7*3.14159265/180),numpy.sin(-69.7*3.14159265/180),mag**( - 1.67)] stars[28,:] =[numpy.cos(5*3.14159265/12 + 36*3.14159265/720 )*numpy.cos(-1.2*3.14159265/180),numpy.sin(5*3.14159265/12 + 36*3.14159265/720)*numpy.cos(-1.2*3.14159265/180),numpy.sin(-1.2*3.14159265/180),mag**( - 1.69)] stars[29,:] =[numpy.cos(22*3.14159265/12 + 8*3.14159265/720 )*numpy.cos(-47.0*3.14159265/180),numpy.sin(22*3.14159265/12 + 8*3.14159265/720)*numpy.cos(-47.0*3.14159265/180),numpy.sin(-47.0*3.14159265/180),mag**( - 1.73)] stars[30,:] =[numpy.cos(5*3.14159265/12 + 41*3.14159265/720 )*numpy.cos(-1.9*3.14159265/180),numpy.sin(5*3.14159265/12 + 41*3.14159265/720 )*numpy.cos(-1.9*3.14159265/180),numpy.sin(-1.9*3.14159265/180),mag**( - 1.74)] stars[31,:] =[numpy.cos(8*3.14159265/12 + 10*3.14159265/720 )*numpy.cos(-47.3*3.14159265/180),numpy.sin(8*3.14159265/12 + 10*3.14159265/720)*numpy.cos(-47.3*3.14159265/180),numpy.sin(-47.3*3.14159265/180),mag**( - 1.75)] stars[32,:] =[numpy.cos(12*3.14159265/12 + 54*3.14159265/720 )*numpy.cos(56.0*3.14159265/180),numpy.sin(12*3.14159265/12 + 54*3.14159265/720 )*numpy.cos(56.0*3.14159265/180),numpy.sin(56.0*3.14159265/180),mag**( -1.76)] stars[33,:] =[numpy.cos(18*3.14159265/12 + 24*3.14159265/720 )*numpy.cos(-34.4*3.14159265/180),numpy.sin(18*3.14159265/12 + 24*3.14159265/720 )*numpy.cos(-34.4*3.14159265/180),numpy.sin(-34.4*3.14159265/180),mag**( - 1.79)] stars[34,:] =[numpy.cos(3*3.14159265/12 + 24*3.14159265/720 )*numpy.cos(49.9*3.14159265/180),numpy.sin(3*3.14159265/12 + 24*3.14159265/720 )*numpy.cos(49.9*3.14159265/180),numpy.sin(49.9*3.14159265/180),mag**( - 1.79)] stars[35,:] =[numpy.cos(11*3.14159265/12 + 4*3.14159265/720 )*numpy.cos(61.8*3.14159265/180),numpy.sin(11*3.14159265/12 + 4*3.14159265/720 )*numpy.cos(61.8*3.14159265/180),numpy.sin(61.8*3.14159265/180),mag**( - 1.81)] stars[36,:] =[numpy.cos(7*3.14159265/12 + 8*3.14159265/720 )*numpy.cos(-26.4*3.14159265/180),numpy.sin(7*3.14159265/12 + 8*3.14159265/720 )*numpy.cos(-26.4*3.14159265/180),numpy.sin(-26.4*3.14159265/180),mag**( - 1.83)] stars[37,:] =[numpy.cos(13*3.14159265/12 + 48*3.14159265/720 )*numpy.cos(49.3*3.14159265/180),numpy.sin(13*3.14159265/12 + 48*3.14159265/720 )*numpy.cos(49.3*3.14159265/180),numpy.sin(49.3*3.14159265/180),mag**( - 1.85)] stars[38,:] =[numpy.cos(17*3.14159265/12 + 37*3.14159265/720 )*numpy.cos(-43*3.14159265/180),numpy.sin(17*3.14159265/12 + 37*3.14159265/720 )*numpy.cos(-43*3.14159265/180),numpy.sin(-43*3.14159265/180),mag**( - 1.86)]

• 
  @josephmathmusic2 жыл бұрын

  Python program (3/8) stars[39,:] =[numpy.cos(8*3.14159265/12 + 23*3.14159265/720 )*numpy.cos(-59.5*3.14159265/180),numpy.sin(8*3.14159265/12 + 23*3.14159265/720 )*numpy.cos(-59.5*3.14159265/180),numpy.sin(-59.5*3.14159265/180),mag**( - 1.86)] stars[40,:] =[numpy.cos(6*3.14159265/12 + 0*3.14159265/720 )*numpy.cos(44.9*3.14159265/180),numpy.sin(6*3.14159265/12 + 0*3.14159265/720 )*numpy.cos(44.9*3.14159265/180),numpy.sin(44.9*3.14159265/180),mag**( - 1.90)] stars[41,:] =[numpy.cos(16*3.14159265/12 + 49*3.14159265/720 )*numpy.cos(-69.0*3.14159265/180),numpy.sin(16*3.14159265/12 + 49*3.14159265/720 )*numpy.cos(-69.0*3.14159265/180),numpy.sin(-69.0*3.14159265/180),mag**( - 1.91)] stars[42,:] =[numpy.cos(8*3.14159265/12 + 45*3.14159265/720 )*numpy.cos(-54.7*3.14159265/180),numpy.sin(8*3.14159265/12 + 45*3.14159265/720 )*numpy.cos(-54.7*3.14159265/180),numpy.sin(-54.7*3.14159265/180),mag**( - 1.93)] stars[43,:] =[numpy.cos(6*3.14159265/12 + 38*3.14159265/720 )*numpy.cos(16.4*3.14159265/180),numpy.sin(6*3.14159265/12 + 38*3.14159265/720 )*numpy.cos(16.4*3.14159265/180),numpy.sin(16.4*3.14159265/180),mag**( - 1.93)] stars[44,:] =[numpy.cos(20*3.14159265/12 + 26*3.14159265/720 )*numpy.cos(-56.7*3.14159265/180),numpy.sin(20*3.14159265/12 + 26*3.14159265/720 )*numpy.cos(-56.7*3.14159265/180),numpy.sin(-56.7*3.14159265/180),mag**( - 1.94)] stars[45,:] =[numpy.cos(2*3.14159265/12 +32*3.14159265/720 )*numpy.cos(89.3*3.14159265/180),numpy.sin(2*3.14159265/12 +32*3.14159265/720 )*numpy.cos(89.3*3.14159265/180),numpy.sin(89.3*3.14159265/180),mag**( - 1.97)] stars[46,:] =[numpy.cos(6*3.14159265/12 + 23*3.14159265/720 )*numpy.cos(-18*3.14159265/180),numpy.sin(6*3.14159265/12 + 23*3.14159265/720 )*numpy.cos(-18*3.14159265/180),numpy.sin(-18*3.14159265/180),mag**( - 1.98)] stars[47,:] =[numpy.cos(9*3.14159265/12 + 28*3.14159265/720 )*numpy.cos(-8.7*3.14159265/180),numpy.sin(9*3.14159265/12 + 28*3.14159265/720 )*numpy.cos(-8.7*3.14159265/180),numpy.sin(-8.7*3.14159265/180),mag**( -1.99)] stars[48,:] =[numpy.cos(10*3.14159265/12 + 20*3.14159265/720 )*numpy.cos(19.8*3.14159265/180),numpy.sin(10*3.14159265/12 + 20*3.14159265/720 )*numpy.cos(19.8*3.14159265/180),numpy.sin(19.8*3.14159265/180),mag**( -2.01)] stars[49,:] =[numpy.cos(2*3.14159265/12 + 7*3.14159265/720 )*numpy.cos(23.5*3.14159265/180),numpy.sin(2*3.14159265/12 + 7*3.14159265/720 )*numpy.cos(23.5*3.14159265/180),numpy.sin(23.5*3.14159265/180),mag**( - 2.01)] HOURS = numpy.array([0, 18, 14, 0, 1, 5, 14, 22, 17, 3, 2, 11, 0, 12, 8, 9, 15, 9, 13, 20,0,17,5,0,13,16,16,14,14,11,14,21,17,0,11,17,23,7,21,9,20,23,3,16,13,11,16,5,12,12,19,15,15, 1,14,5,6,12,1,13,14,4,10,12,17,7,18,19,16,16,10,12,5,13,17,5,16,12,17,12,15,5,16,0,16, 18,0,8,15,3,17,17,3,13,21,1,19,6,15,22,2,19,7,15,3,16,19,21,3,9, 22,6,12,22,3,5,9,18,13,17,19,2,11,15,16,21,3,6,7,12,5,12,14,20, 6,10,19,18,8,10,11,20,5,8,16,17,14,9,9,17,6,9,17,18,5,14,4,5,16,17, 21,23,15,16,18,21,6,20,7,14,15,18,3,0,17,22,5,10,15,4,10,13,6,17,17,1,3,12, 17,17,19,4,11,7,1,5,6, 8, 19, 15, 13, 8, 5, 10, 12, 22, 4, 1, 4, 13, 15, 20, 22, 1, 16, 17, 20, 9, 10, 19, 10, 18, 0, 1, 7, 15, 2, 10, 16, 1, 7, 1, 15, 18, 22, 6, 7, 22, 19, 22, 3, 9, 9, 18, 22, 4, 8, 11, 15, 17]) MINUTES = numpy.array([44,55,7,8,10,48,51,43,35,8,4,49,57,42,4,17,35,8,24, 22, 41, 57, 32, 9, 40, 0, 50, 42, 36, 2, 45, 44, 42, 26, 54, 10,4,24,19,22,46,5,2,37,56,14,5,33,8,16,3,17,44,55,51,40,0, 34,26,55,59,57,47,37,31,17,21,46,14,24,43,42,35,21,43,8,30, 15,30,56,35,28,41,26,36,28,13,8,55,54,25,32,47,2,47,59,45, 23,19,19,58,10,27,59,58,21,31,32,5,47,43,50,30,6,58,38, 46,6,19,48,5,10,10,21,52,54, 43, 20, 3, 10, 2, 46, 32, 21, 44,22,13,18,55,50,36,38,51,59,59,15,59,21,31,15,38,33,9, 46,7,43,50,5,58,50,13,39,21,18,21,29,48,11,29,6,4,59,47,39,22,55,13,14,25,34,32, 50,15,15,25,6,5,15,12,59,7,14,14,49,54,24,45,30,25,23,35,47,35,17,56,11,29,28,1,50, 12, 45, 41,53,0,46,45,11,17,6,17,50,49,9,57,16,43,7,43,44,2,18,2,27,49,50,20,50, 59,50,43,41,57,58,10,29,17,33,50,38]) DECLIN = numpy.array([-180,-263,-364,291,356,-97,742,-469,126,410,423,146,607, -490,-400,-593,267,-434,549,403,565,515,-3,592,-535,-226,-343,-474,-422,564,271, 99,-390,-423,537,-157,281,-293,626,-550,340,152,41,-106,-473,205,-198,-178,-507, -175,-299,-94,64,208,-160,-341,372,-234,602,184,-431,332,-494,-691,-373,-371,-298, 106,-37,615,-644,-15,-59,-36.7,46,-51,215,-587,523,383,-412,-208,316,-773, -282,-254,152,-243,-634,319,-555,-400,241,110,-161,-616,451,225,-687,-603, -403,-210,83,-261,400,-256,280,-56,535,-651,302,-506,-165,-3,-135,211,238, -304,-232,-401,139,350,445,718,-380,-374,478,-301,-238,-226,438,-681,383, -148,251,415,677,-368,59,-162,-630,-473,-358,480,-560,248,-421,344,-570, 368,-432,517,657,-270,412,-650,70,-224,94,-370,302,776,-406,-47,-29,706, -619,-8,-433,-267,-253,327,-742,309,-250,-158,-162,-700,590,-550,-617, -425,225,144,-564,-467,388,570,-432,-98,-277,-625,154,-249,637,-24,129, 607,31,-447,-6,64,99,-613,34,582,159,-433,125,-417,-521,618,108,296,-384, 277,-662,-589,234,-49,429,334,578,-102, -530,333,32,168,389,-159, -279,331,404,-460,-513,-325,220,662,195,246,-98,99,-546,-211,62,192,92, -319,-34,-154]) MAG = numpy.array([4,5,6,7,7,7,7,7,8,9,10,14,15,20,21,21,22,23,23,23,24,24,25, 28,29,29,29,30,33,34,35,38,39,40,41,43,44,45,45,47,48,49,54,54,55,56,56,58, 58,58,60,61,63,64,64,65,65,65,66,68,68,69,69,69,70,71,72,72,73,73,74,74,75,75, 76,78,78,79,79,80,80,81,81,82,82,82,83,83,83,84,84,84,85,85,85,86,86,87,87, 87,88,88,89,89,90,90,90,90,91,92,93,94,94,95,97,97,97,98,99,99,99,100,100,100, 100,100,101,102,102,102,103,104,104,105,106,106,107,110,111,111,111,111, 112,112,112,112,113,114,116,116,117,117,117,117,118,118,119,119,119,119, 121,121,122,123,123,123,124,124,125, 125,125,125,126,127,127,127,129, 129,129,130,130,130,131,131,131,132,132,132,132,132,132,133,133,134,135,135,135, 135,136,137,138,138,139,139,139,139,140,141,141,141,141,141,141,142,142,142,142, 143,143,143,145,145,146,146,146,146,147,148,148,149,149,149,149,149,149,150,150, 150,151,151,152,152,152,152,152,153,153,154,154,154]) for j in range(250): stars[j+50,:] = [numpy.cos(HOURS[j]*3.14159265/12 + MINUTES[j]*3.14159265/720 )*numpy.cos(DECLIN[j]*3.14159265/1800),numpy.sin(HOURS[j]*3.14159265/12 +MINUTES[j]*3.14159265/720 )*numpy.cos(DECLIN[j]*3.14159265/1800),numpy.sin(DECLIN[j]*3.14159265/1800),mag**( - (2 + MAG[j]/100))]

• 
  @josephmathmusic2 жыл бұрын

  Python program (1/8) import numpy import pygame import random image = pygame.image.load('/Users/najnudel/PycharmProjects/Games/world.jpg') image= pygame.transform.scale(image, (540, 300)) pygame.init() clock = pygame.time.Clock() I = 1440 J = 800 nbstars = 300 stars = numpy.zeros((nbstars,4)) mag = 1.5

• 
  @josephmathmusic2 жыл бұрын

  Python program (8/8) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 8).render('-100 DAYS', 1, (50, 20, 0)) screen.blit(play_text, (a-25, 343)) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 8).render('-10 DAYS', 1, (50, 20, 0)) screen.blit(play_text, (a +b- 22, 343)) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 8).render('-1 DAY', 1, (50, 20, 0)) screen.blit(play_text, (a +2*b- 16, 343)) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 8).render('+1 DAY', 1, (50, 20, 0)) screen.blit(play_text, (a +3*b- 16, 343)) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 8).render('+10 DAYS', 1, (50, 20, 0)) screen.blit(play_text, (a +4*b- 22, 343)) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 8).render('+100 DAYS', 1, (50, 20, 0)) screen.blit(play_text, (a +5*b-25, 343)) pygame.draw.circle(screen, (128, 128, 128), (117, 460), 50, 50) pygame.draw.circle(screen, (128, 128, 128), (327, 460), 50, 50) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('SLOW', 1, (50, 20, 0)) screen.blit(play_text, (85, 444)) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('FAST', 1, (50, 20, 0)) screen.blit(play_text, (299, 444)) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('TIME ACCELERATION: ' + str(int(acceleration)), 1, (200, 128, 69)) screen.blit(play_text, (74, 530)) pygame.draw.circle(screen, (128, 128, 128), (117, 630), 50, 50) pygame.draw.circle(screen, (128, 128, 128), (327, 630), 50, 50) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 15).render('ZOOM IN', 1, (50, 20, 0)) screen.blit(play_text, (80, 618)) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 15).render('ZOOM OUT', 1, (50, 20, 0)) screen.blit(play_text, (282, 618)) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('TIME ACCELERATION: ' + str(int(acceleration)), 1, (200, 128, 69)) screen.blit(play_text, (74, 530)) pygame.draw.circle(screen, (128, 128, 128), (117, 738), 50, 50) pygame.draw.circle(screen, (128, 128, 128), (327, 738), 50, 50) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 10).render('SHORTEN STICK', 1, (50, 20, 0)) screen.blit(play_text, (69, 730)) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 10).render('EXTEND STICK', 1, (50, 20, 0)) screen.blit(play_text, (284, 730)) screen.blit(image, (900, 1)) pygame.draw.circle(screen, (200, 12, 12), (1170 + longitude/0.666, 150 - latitude/0.599),4, 4) pygame.display.flip() clock.tick(FPS)

• 
  @josephmathmusic2 жыл бұрын

  Python program (7/8) if localmonth == 1: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('JANUARY ' + str(localdaynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 149)) if localmonth == 2: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('FEBRUARY ' + str(localdaynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 149)) if localmonth == 3: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('MARCH ' + str(localdaynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 149)) if localmonth == 4: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('APRIL ' + str(localdaynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 149)) if localmonth == 5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('MAY ' + str(localdaynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 149)) if localmonth == 6: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('JUNE ' + str(localdaynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 149)) if localmonth == 7: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('JULY ' + str(localdaynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 149)) if localmonth == 8: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('AUGUST ' + str(localdaynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 149)) if localmonth == 9: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('SEPTEMBER ' + str(localdaynumber), 1, (200, 128, 69)) screen.blit(play_text, (32,149)) if localmonth == 10: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('OCTOBER ' + str(localdaynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 149)) if localmonth == 11: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('NOVEMBER ' + str(localdaynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 149)) if localmonth == 12: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('DECEMBER ' + str(localdaynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 149)) if localminute > 9.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render(str(localhour) + ':' + str(localminute), 1, (200, 128, 69)) if localminute < 9.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render(str(localhour) + ':0' + str(localminute), 1, (200, 128, 69)) screen.blit(play_text, (32, 182)) if int(azimuthlook)- 360* int(azimuthlook/360) < 22.5 or int(azimuthlook)- 360* int(azimuthlook/360) > 337.5: if int(azimuthlook)- 360* int(azimuthlook/360) < 1.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('AZIMUTH: ' + str(int(azimuthlook)- 360* int(azimuthlook/360))+ ' DEGREE (NORTH)', 1, (200, 128, 69)) if int(azimuthlook)- 360* int(azimuthlook/360) > 1.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('AZIMUTH: ' + str(int(azimuthlook)- 360* int(azimuthlook/360))+ ' DEGREES (NORTH)', 1, (200, 128, 69)) screen.blit(play_text, (32, 225)) if int(azimuthlook)- 360* int(azimuthlook/360) < 67.5 and int(azimuthlook)- 360* int(azimuthlook/360) > 22.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('AZIMUTH: ' + str(int(azimuthlook)- 360* int(azimuthlook/360))+ ' DEGREES (NORTH-EAST)', 1, (200, 128, 69)) screen.blit(play_text, (32, 225)) if int(azimuthlook)- 360* int(azimuthlook/360) < 112.5 and int(azimuthlook)- 360* int(azimuthlook/360) > 67.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('AZIMUTH: ' + str(int(azimuthlook)- 360* int(azimuthlook/360))+ ' DEGREES (EAST)', 1, (200, 128, 69)) screen.blit(play_text, (32, 225)) if int(azimuthlook)- 360* int(azimuthlook/360) < 157.5 and int(azimuthlook)- 360* int(azimuthlook/360) > 112.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('AZIMUTH: ' + str(int(azimuthlook)- 360* int(azimuthlook/360))+ ' DEGREES (SOUTH-EAST)', 1, (200, 128, 69)) screen.blit(play_text, (32, 225)) if int(azimuthlook)- 360* int(azimuthlook/360) < 202.5 and int(azimuthlook)- 360* int(azimuthlook/360) > 157.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('AZIMUTH: ' + str(int(azimuthlook)- 360* int(azimuthlook/360))+ ' DEGREES (SOUTH)', 1, (200, 128, 69)) screen.blit(play_text, (32, 225)) if int(azimuthlook)- 360* int(azimuthlook/360) < 247.5 and int(azimuthlook)- 360* int(azimuthlook/360) > 202.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('AZIMUTH: ' + str(int(azimuthlook)- 360* int(azimuthlook/360))+ ' DEGREES (SOUTH-WEST)', 1, (200, 128, 69)) screen.blit(play_text, (32, 225)) if int(azimuthlook)- 360* int(azimuthlook/360) < 292.5 and int(azimuthlook)- 360* int(azimuthlook/360) > 247.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('AZIMUTH: ' + str(int(azimuthlook)- 360* int(azimuthlook/360))+ ' DEGREES (WEST)', 1, (200, 128, 69)) screen.blit(play_text, (32, 225)) if int(azimuthlook)- 360* int(azimuthlook/360) < 337.5 and int(azimuthlook)- 360* int(azimuthlook/360) > 292.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('AZIMUTH: ' + str(int(azimuthlook)- 360* int(azimuthlook/360))+ ' DEGREES (NORTH-WEST)', 1, (200, 128, 69)) screen.blit(play_text, (32, 225)) if angleheightlook >=1 : jjj = int(angleheightlook) if jjj > 1.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('LOOKING UP : '+str(int(angleheightlook)) + ' DEGREES', 1, (200, 128, 69)) if jjj < 1.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('LOOKING UP : '+str(int(angleheightlook)) + ' DEGREE', 1, (200, 128, 69)) screen.blit(play_text, (32, 258)) if angleheightlook <= -1: jjj = int(-angleheightlook) if jjj > 1.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('LOOKING DOWN : '+str(int(-angleheightlook)) + ' DEGREES', 1, (200, 128, 69)) if jjj < 1.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('LOOKING DOWN : '+str(int(-angleheightlook)) + ' DEGREE', 1, (200, 128, 69)) screen.blit(play_text, (32, 258)) pygame.draw.circle(screen, (128, 128,128), (a, 350), r,r) pygame.draw.circle(screen, (128, 128, 128), (a+b, 350), r,r) pygame.draw.circle(screen, (128, 128, 128), (a+2*b, 350), r,r) pygame.draw.circle(screen, (128, 128, 128), (a+3*b, 350), r,r) pygame.draw.circle(screen, (128, 128, 128), (a+4*b, 350), r,r) pygame.draw.circle(screen, (128, 128, 128), (a+5*b, 350), r,r)

• 
  @josephmathmusic2 жыл бұрын

  Python program (6/8) pygame.draw.rect(screen,colorsky,(0,0,I,J)) hun = numpy.ones((nbstars)) d1 = hun d2 = hun d3 = hun d1 = numpy.floor((7 * hun + 248 * stars[:, 3]) * (1 - day) + day * colorsky[0] * hun) d2 = numpy.floor(255 * stars[:, 3] * (1 - day) + day * colorsky[1] * hun) d3 =numpy.floor((30* hun + 225 *stars[:, 3]) * (1 - day) + day * colorsky[2] * hun) for j in range(1): if lookingstars[j, 2] > 0: pygame.draw.circle(screen, (255* (1-day) + day * colorsky[0],255* (1-day) + day * colorsky[1],255* (1-day) + day * colorsky[2]), ( int(I / 2 + I * distancescreenoverlargelengthscreen * lookingstars[j, 0] / lookingstars[j, 2]), int(J / 2 + I * distancescreenoverlargelengthscreen * lookingstars[j, 1] / lookingstars[j, 2])), 3, 3) for j in range(1,4): if lookingstars[j, 2] > 0: pygame.draw.circle(screen, (255* (1-day) + day * colorsky[0],255* (1-day) + day * colorsky[1],255* (1-day) + day * colorsky[2]), ( int(I / 2 + I * distancescreenoverlargelengthscreen * lookingstars[j, 0] / lookingstars[j, 2]), int(J / 2 + I * distancescreenoverlargelengthscreen * lookingstars[j, 1] / lookingstars[j, 2])), 2, 2) for j in range(4,nbstars): if lookingstars[j, 2] > 0: pygame.draw.circle(screen, (d1[j], d2[j], d3[j]), ( int(I / 2 + I * distancescreenoverlargelengthscreen * lookingstars[j, 0] / lookingstars[j, 2]), int(J / 2 + I * distancescreenoverlargelengthscreen * lookingstars[j, 1] / lookingstars[j, 2])), 1, 1) pygame.draw.circle(screen, (255, 255, 0), (suninscreen[0], suninscreen[1]), screenradiussun, screenradiussun) pygame.draw.polygon(screen, colorsand, [(0,limitesol),(I-1,limitesol),(I-1,J-1),(0, J-1)],width=0) xscr = -100 yscr = -100 for j in range(int(lengthstick/meshshadow)): t = j*meshshadow s1 = apparentsunposition[0] s2 = apparentsunposition[1] s3 = apparentsunposition[2] x = t * apparentsunposition[0] * lookright[0] + t * apparentsunposition[1] * lookright[1] + apparentsunposition[2] * lookright[2] y = - t*apparentsunposition[0]*lookhigh[0] - t*apparentsunposition[1]*lookhigh[1] - apparentsunposition[2]*lookhigh[2] z = t * apparentsunposition[0] * lookvector[0] + t * apparentsunposition[1] *lookvector[1] + apparentsunposition[2] * lookvector[2] xscrprevious = xscr yscrprevious = yscr if z< 0: xscr = distancescreenoverlargelengthscreen*x/z yscr = distancescreenoverlargelengthscreen * y / z else: xscr = -100 yscr = -100 if j > 0: xscreenprev = xscreen yscreenprev = yscreen xscreen = int(I/2 + I*xscr) yscreen = int(J/2 + I*yscr) if j > 0 and s3 > 0 and xscr < 5 and xscr > -5 and yscr < 5 and yscr > -5 and xscrprevious < 5 and xscrprevious > -5 and yscrprevious < 5 and yscrprevious > -5: day2 = min(7*s3,1) pygame.draw.line(screen, (colorsand[0]*(1-day2) + 69*day2, colorsand[1]*(1-day2) + 69*day2, colorsand[2]*(1-day2) + 69*day2), (xscreenprev, yscreenprev), (xscreen, yscreen), width=1 + int(distancescreenoverlargelengthscreen)) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('DAY AND TIME (UTC):', 1, (200, 128, 69)) screen.blit(play_text, (32, 7)) if month == 1: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('JANUARY ' + str(daynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 40)) if month == 2: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('FEBRUARY ' + str(daynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 40)) if month == 3: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('MARCH ' + str(daynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 40)) if month == 4: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('APRIL ' + str(daynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 40)) if month == 5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('MAY ' + str(daynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 40)) if month == 6: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('JUNE ' + str(daynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 40)) if month == 7: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('JULY ' + str(daynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 40)) if month == 8: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('AUGUST ' + str(daynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 40)) if month == 9: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('SEPTEMBER ' + str(daynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 40)) if month == 10: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('OCTOBER ' + str(daynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 40)) if month == 11: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('NOVEMBER ' + str(daynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 40)) if month == 12: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('DECEMBER ' + str(daynumber), 1, (200, 128, 69)) screen.blit(play_text, (32, 40)) if minute > 9.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render(str(hour) + ':' + str(minute), 1, (200, 128, 69)) if minute <9.5: play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render(str(hour) + ':0' + str(minute), 1, (200, 128, 69)) screen.blit(play_text, (32, 73)) play_text = pygame.font.Font('/Users/najnudel/PycharmProjects/Games/Potta_One/PottaOne-Regular.ttf', 20).render('DAY AND TIME (SOLAR LOCAL):', 1, (200, 128, 69)) screen.blit(play_text, (32, 116))

• 
  @josephmathmusic2 жыл бұрын

  Python program (5/8) lookvector = numpy.array([numpy.sin(azimuthlook*3.14159265/180)* numpy.cos(angleheightlook*3.14159265/180), numpy.cos(azimuthlook*3.14159265/180)* numpy.cos(angleheightlook*3.14159265/180), numpy.sin(angleheightlook*3.14159265/180)]) lookhigh = numpy.array([-numpy.sin(azimuthlook*3.14159265/180) * numpy.sin(angleheightlook*3.14159265/180), -numpy.cos(azimuthlook*3.14159265/180) * numpy.sin(angleheightlook*3.14159265/180),numpy.cos(angleheightlook*3.14159265/180)]) lookright = numpy.array([numpy.cos(azimuthlook*3.14159265/180),- numpy.sin(azimuthlook*3.14159265/180),0]) time += acceleration/(FPS*86400) timereduced = time - year*numpy.floor(time/year) month = 1 for j in range(numbermonths-1): if timereduced >= monthcumulated[j]: month += 1 timeinsidemonth = timereduced if month >= 2: timeinsidemonth = timereduced - monthcumulated[month-2] daynumber = int( timeinsidemonth) + 1 timeinsideday = timeinsidemonth - numpy.floor( timeinsidemonth) hour = int(timeinsideday*24) minute = int(1440* timeinsideday - 60* hour) localtime = time + longitude/360 localtimereduced = localtime - year * numpy.floor(localtime / year) localmonth = 1 for j in range(numbermonths - 1): if localtimereduced >= monthcumulated[j]: localmonth += 1 localtimeinsidemonth = localtimereduced if localmonth >= 2: localtimeinsidemonth = localtimereduced - monthcumulated[localmonth - 2] localdaynumber = int(localtimeinsidemonth) + 1 localtimeinsideday = localtimeinsidemonth - numpy.floor(localtimeinsidemonth) localhour = int(localtimeinsideday * 24) localminute = int(1440 * localtimeinsideday - 60 * localhour) proportionorbit = (time - peri)/year - numpy.floor ((time - peri)/year ) indexorbit = int(proportionorbit*N) anglesun = Theta[indexorbit] - thetaspring sunposition = numpy.zeros((3)) sunposition[0] =numpy.cos(anglesun) sunposition[1] = numpy.sin(anglesun)* numpy.cos(inclination*3.14159265/180) sunposition[2] = numpy.sin(anglesun) * numpy.sin(inclination*3.14159265/180) apparentlongituderad = 2*3.1415926535*(longitude/360 + (time * (1 + 1/year))) + anglesuntimezero - 3.1415926535/2 latituderad = latitude * 3.14159265/180 vectorhigh = numpy.array([numpy.sin(apparentlongituderad) * numpy.cos(latituderad), - numpy.cos(apparentlongituderad) * numpy.cos(latituderad), numpy.sin(latituderad)]) vectornorth = numpy.array([-numpy.sin(latituderad)* numpy.sin(apparentlongituderad) ,numpy.sin(latituderad)*numpy.cos(apparentlongituderad) ,numpy.cos(latituderad)]) vectoreast = numpy.array([numpy.cos(apparentlongituderad),numpy.sin(apparentlongituderad) , 0]) apparentsunposition = numpy.zeros((3)) apparentsunposition[0] =vectoreast[0] * sunposition[0] + vectoreast[1] * sunposition[1] + vectoreast[2] * sunposition[2] apparentsunposition[1] = vectornorth[0] * sunposition[0] + vectornorth[1] * sunposition[1] + vectornorth[2] * sunposition[2] apparentsunposition[2] = vectorhigh[0] * sunposition[0] + vectorhigh[1] * sunposition[1] + vectorhigh[2] * sunposition[2] apparentstars = numpy.zeros((nbstars,3)) apparentstars[:,0] = vectoreast[0] * stars[:,0] + vectoreast[1] * stars[:,1] + vectoreast[2] *stars[:,2] apparentstars[:, 1] = vectornorth[0] * stars[:, 0] + vectornorth[1] * stars[:, 1] + vectornorth[2] * stars[:, 2] apparentstars[:, 2] = vectorhigh[0] * stars[:, 0] + vectorhigh[1] * stars[:, 1] + vectorhigh[2] * stars[:, 2] lookingstars = numpy.zeros((nbstars, 3)) lookingstars[:,0] = apparentstars[:,0] * lookright[0] + apparentstars[:,1] * lookright[1] + apparentstars[:,2] * lookright[2] lookingstars[:,1] = - apparentstars[:,0] * lookhigh[0] - apparentstars[:,1] * lookhigh[1] - apparentstars[:,2] * lookhigh[2] lookingstars[:,2] = apparentstars[:,0] * lookvector[0] + apparentstars[:,1] * lookvector[1] + apparentstars[:,2] * lookvector[2] lookingsunposition = numpy.zeros((3)) lookingsunposition[0] = apparentsunposition[0] * lookright[0] + apparentsunposition[1] * lookright[1] + apparentsunposition[2] * lookright[2] lookingsunposition[1] = - apparentsunposition[0] * lookhigh[0] - apparentsunposition[1] * lookhigh[1] - apparentsunposition[2] * lookhigh[2] lookingsunposition[2] = lookingsunposition[2] = apparentsunposition[0] * lookvector[0] + apparentsunposition[1] * lookvector[1] + apparentsunposition[2] * lookvector[2] bleuciel = numpy.array([135,206,235]) bleunuit = numpy.array([7,0,30]) day = min(0.7 * numpy.exp(12*apparentsunposition[2]), 1) colorsky = bleunuit * (1-day) + bleuciel * day colorsandsunny = numpy.array([224,205,169]) colorsand = colorsandsunny * (0.3 + 0.7*day) suninscreen = [-1000,-1000] if lookingsunposition[2] > 0: suninscreen[0]= int(I/2 + I*distancescreenoverlargelengthscreen*lookingsunposition[0] /lookingsunposition[2] ) suninscreen[1] = int(J/ 2 + I * distancescreenoverlargelengthscreen * lookingsunposition[1] / lookingsunposition[2]) limitesol = int(J/2 + distancescreenoverlargelengthscreen * I * numpy.tan(angleheightlook*3.14159/180)) if limitesol <= 0: limitesol = 1 if limitesol >= J: limitesol = J