- #Ti nspire matrix update#
- #Ti nspire matrix plus#
Re: ce_turtl anglais pour TI-84 Plus CE-T + compatibilité tu 984. Re: Concours de rentrée 2021 - Synchro-donjon ! 4330. Re: Concours de rentrée 2021 - La Geste d'Alrys 17826. Re: Bêta-test public NumWorks v17 : nouveautés haut de gamme 1043. Oiram CE (mario-like) 2263 (MateoConLechuga). BAC G 2021 - Physique-Chimie (Centres Etrangers) 178 (Education Nationale). Prise en main Graph 35/90, formation en ligne 2nde par Casio 310 (04/11 11:05). Concours Geometry Dash avec calculatrices à gagner ! 891 (08/11 06:24). Avec Cesium, connecte une clé USB à ta TI-83 Premium CE ! 236 (10/11 12:14). Formation Python-kandinsky sur NumWorks : 17 novembre 15h 165 (16/11 16:38). Bêta-test public NumWorks v17 : nouveautés haut de gamme ! 1043 (17/11 18:10). Circuits 5.5: -Fixed a bug of double insertion of branch 01 -Introduced return matrix name changer instead of overwriting the previous result Circuits 5.4/5.3/5.2/5.1: -Bugfixes -Code Cleanup -Fixied not accepting node A = 0 -Changed return matrix name -Fixed bug with sources not going to s domain 5: -Circuits 5.0 release -Change computation domain from t to s -Included capacitor and inductor #Ti nspire matrix update#
Changelog: 8: Circuits 6.1: -Updated descriptions -Small UI update -Included changelog in download page 7: Circuits 6.0: -Introduced node selection for time domain return -Fixed bug with return matrix name <10 -Made time return more robust Bode 1.1: -Lots of bugfixes -Fixed bug with j*w substitution inside loop -Procedural return matrix name -Included Phase matrix return :D 6: Bode 1.0: -Introduction of bode function, which makes bode plots easier Circuits 5.7: -Introduced the option of discarding branch Circuits 5.6: -Made procedural return matrix name instead of hardcoded -Made harder for user to crash the program with nonsense inputs (node 0 to node 0 with voltage source. I have also included a program to generate the transfer function and make bode plots easier.
A program to solve electrical circuits and return them in both time and laplace domains.
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