Dynamical System Simulator
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Mayelana nalolu hlelo lokusebenza
I-Dynamical System Simulator igqwayiza i-2D ne-3D ye-oda lokuqala nesistimu ye-oda lesibili yezibalo ezihlukile ngesikhathi sangempela. Buka izinhlayiya ezigqwayizayo zihamba emkhathini zishiya umkhondo ekuvukeni kwazo. Kuhle kakhulu ekuqinisekiseni izinkambu zemithambeka, ukuma ngobude kwesigaba, kanye nokuzuza ukuqonda okunembile kwamasistimu aguqukayo. Ulwazi lwezibalo ezihlukene luyacatshangelwa kodwa isikrini sosizo sizokukhomba emithonjeni eyengeziwe yolwazi. Uhlelo lokusebenza lulayishwe ngaphambilini ngokulungiselelwa okumbalwa okwaziwayo kwesistimu eguqukayo engakhethwa ekhabetheni lokuzula. Amapharamitha ohlobo oluthile lwesistimu angenziwa ngokungahleliwe.
Amasistimu Esampula:
• I-Logistic Population (1D)
• Ukuvuna ngezikhathi ezithile (1D)
• Isihlalo (2D)
• Umthombo (2D)
• Usinki (2D)
• Isikhungo (2D)
• Umthombo we-Spiral (2D)
• I-Spiral Sink (2D)
• I-Bifurcations (2D)
• I-Homoclinic Orbit (2D)
• I-Spiral Saddle (3D)
• I-Spiral Sink (3D)
• I-Lorenz (3D)
• Ama-Oscillations (3D)
Izilungiselelo zemodi:
• I-Matrix (eqondile) / Izinkulumo (eziqondile noma ezingaqondile)
• 2D / 3D
• 1st Order / 2nd Order
Izilungiselelo zokulingisa:
• Inombolo Yezinhlayiya
• Buyekeza Izinga
• Isikali Sesikhathi (kuhlanganise negethivu)
• Vumela/Khubaza isivinini sokuqala esingahleliwe sezinhlayiya
Buka izilungiselelo:
• Ububanzi Bomugqa
• Umbala Womugqa
• Ukusondeza (ngokuthinta kancane)
• Buka ukuzungezisa (3D kuphela)
Kumodi Yezisho izimpawu ezilandelayo nemisebenzi ye-trigonometric ingasetshenziswa:
• x, y, z
• x', y', z' (Imodi Ye-oda Yesibili Kuphela)
• t (isikhathi)
• isono (sine)
• cos (cosine)
• i-asin (i-arcsine)
• i-acos (i-arccosine)
• abs (inani eliphelele)
Lolu hlelo lokusebenza lwenziwe umthombo ovulekile muva nje ukuze kuzuze abafundi nabanye abasebenzisi besofthiwe. Zizwe ukhululekile ukuhambisa ama-PR anezici ezintsha noma ukulungiswa kweziphazamisi kokuthi https://github.com/simplicialsoftware/systems
Amasistimu Esampula:
• I-Logistic Population (1D)
• Ukuvuna ngezikhathi ezithile (1D)
• Isihlalo (2D)
• Umthombo (2D)
• Usinki (2D)
• Isikhungo (2D)
• Umthombo we-Spiral (2D)
• I-Spiral Sink (2D)
• I-Bifurcations (2D)
• I-Homoclinic Orbit (2D)
• I-Spiral Saddle (3D)
• I-Spiral Sink (3D)
• I-Lorenz (3D)
• Ama-Oscillations (3D)
Izilungiselelo zemodi:
• I-Matrix (eqondile) / Izinkulumo (eziqondile noma ezingaqondile)
• 2D / 3D
• 1st Order / 2nd Order
Izilungiselelo zokulingisa:
• Inombolo Yezinhlayiya
• Buyekeza Izinga
• Isikali Sesikhathi (kuhlanganise negethivu)
• Vumela/Khubaza isivinini sokuqala esingahleliwe sezinhlayiya
Buka izilungiselelo:
• Ububanzi Bomugqa
• Umbala Womugqa
• Ukusondeza (ngokuthinta kancane)
• Buka ukuzungezisa (3D kuphela)
Kumodi Yezisho izimpawu ezilandelayo nemisebenzi ye-trigonometric ingasetshenziswa:
• x, y, z
• x', y', z' (Imodi Ye-oda Yesibili Kuphela)
• t (isikhathi)
• isono (sine)
• cos (cosine)
• i-asin (i-arcsine)
• i-acos (i-arccosine)
• abs (inani eliphelele)
Lolu hlelo lokusebenza lwenziwe umthombo ovulekile muva nje ukuze kuzuze abafundi nabanye abasebenzisi besofthiwe. Zizwe ukhululekile ukuhambisa ama-PR anezici ezintsha noma ukulungiswa kweziphazamisi kokuthi https://github.com/simplicialsoftware/systems
Kubuyekezwe ngo-
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Izilinganiso nezibuyekezo
4.3
358 izibuyekezo
Yini entsha
- Library updates
- Reduce CPU utilization
- Dynamical System Simulator is now open source: https://github.com/simplicialsoftware/systems
- Reduce CPU utilization
- Dynamical System Simulator is now open source: https://github.com/simplicialsoftware/systems
