Igbesẹ jẹ adaṣe ti ara ibaraenisepo. O faye gba o lati ṣawari aye ti ara nipasẹ awọn iṣeṣiro. O ṣiṣẹ bii eyi: o gbe diẹ ninu awọn ara si aaye, ṣafikun diẹ ninu awọn ipa bii agbara tabi awọn orisun omi, lẹhinna tẹ Simulate ati Igbesẹ fihan ọ bi iṣẹlẹ rẹ yoo ṣe dagbasoke ni ibamu si awọn ofin ti fisiksi. O le yi gbogbo ohun-ini ti awọn ara / ipa ninu idanwo rẹ (paapaa lakoko kikopa) ati wo bii eyi yoo ṣe yi itankalẹ ti idanwo naa pada. Pẹlu Igbesẹ o ko le kọ ẹkọ nikan ṣugbọn lero bi fisiksi ṣe n ṣiṣẹ!

Awọn ẹya:

• Classical darí kikopa ni meji mefa
• Awọn patikulu, awọn orisun omi pẹlu damping, gravitational ati coulomb ologun
• Awọn ara lile
• Wiwa ijamba (Lọwọlọwọ nikan ọtọtọ) ati mimu
• Soft (deformable) bodies simulated as user-editable particles-springs system, sound waves
• Molecular dynamics (currently using Lennard-Jones potential): gas and liquid, condensation and evaporation, calculation of macroscopic quantities and their variances
• Units conversion and expression calculation: you can enter something like “(2 days + 3 hours) * 80 km/h” and it will be accepted as distance value (requires libqalculate)
• Errors calculation and propagation: you can enter values like “1.3 ± 0.2” for any property and errors for all dependent properties will be calculated using statistical formulas
• Solver error estimation: errors introduced by the solver is calculated and added to user-entered errors
• Orisirisi awọn olutayo oriṣiriṣi: titi de aṣẹ 8th, titọ ati aitọ, pẹlu tabi laisi awọn akoko adaṣe (pupọ julọ awọn olutayo nilo ile-ikawe GSL)
• Ọpa oludari lati ni irọrun ṣakoso awọn ohun-ini lakoko kikopa (paapaa pẹlu awọn ọna abuja keyboard aṣa)
• Awọn irinṣẹ lati wo awọn abajade: aworan, mita, olutọpa
• Alaye ọrọ fun gbogbo awọn nkan, ẹrọ aṣawakiri wikipedia
• Ikojọpọ awọn adanwo apẹẹrẹ, diẹ sii le ṣe igbasilẹ pẹlu KNewStuff
• Integrated Tutorial