OpenModelica/C2/Examples-through-OMEdit/Khasi

Time	Narration
00:01	Ngi pdiang sngewbha sha kane ka spoken tutorial ha ka “Examples through OMEdit”
00:06	Ha kane ka jinghikai, ngin ia pule, ban plié bad simulate kiba pher “Modelica” library classes.
00:13	Ban record kane ka jinghikai, nga pyndonkam: “OpenModelica version 1.9.5” bad “Ubuntu Linux OS 14.04”
00:25	Tangba, ka rukom ba lah pyni ha kane ka jinghikai ka ia syriem ha kawei ka OS kum ki- Windows, Mac OS X lane FOSSEE OS ha ARM.
00:37	Ban practice kane ka jinghikai, phi dei ban don “OMEdit” ba lah install ha ka system jong phi.
00:43	Phi dei ruh ban tip kumno ban treikam ha ka “OMEdit” window.
00:47	Lada em, sngewbha leit lyngba kaba hashuwa ka jinghikai ka “OpenModelica” hakane ka website.
00:53	To ngin ia phai sha ka “OMEdit” window.
00:57	Ha ka liang kadiang jong ka “OMEdit” window, ngi iohi ka “Libraries Browser”. Hangne ngi lah ban iohi ka list jong libraries.
01:07	To ngin ia pynheh ka “Modelica” library. Ban leh kane, klik ha u khlieh arrow sha ka kadiang jong ka “Modelica” library.
01:16	Mynta ngan pyni ka nuksa na ka “Electrical” library.
01:21	Pynheh ka “Electrical” library.
01:24	Klik ha u khlieh arrow sha ka liang kadiang jong “Electrical” library.
01:28	Hapoh “Electrical”, ngi iohi “Analog” library.
01:32	To ngin ia pynheh ka “Analog” library.
01:35	Sa shisien biang, ngi iohi shibun ki library kiba pher ba pynpaw.
01:39	Mynta, to ngin ia pynheh ka “Example” library.
01:43	Hangne ngi lah ban iohi bunjait ki nuksa jong “Analog”.
01:48	Nangta, ngin ia plié ka class ba kyrteng “Rectifier”.
01:53	Right-click ha Rectifier bad jied Open Class.
01:58	Ngi lah ruh ban klik arsien haka kyrteng jong ka class ban plié ka class.
02:03	Mynta ngi lah poi sha ka “Modeling Prespective” window.
02:07	Kumba ka long, ka class ka plié ha ka “Diagram View”.
02:11	Nga lah dep pyni kumno ban switch hapdeng kiba bun ki views ha shuwa ha kane ka series.
02:18	Mynta to ngin ia switch sha ka “Text View” da kaba klik ha ka “Text View” icon.
02:24	Hangne ngi lah ban iohi ka “Modelica” code kaba ia soh sha ka “Rectifier” class.
02:30	Shuwa ban simulate ka model, ngi donkam ban check n aka bynta ka jignbiang jong ka model.
02:36	Ban leh kane, nyngkong wad “Check All Models” button haka toolbar.
02:42	Une u button u don rong lieh tick arsien ha u. klik ha u.
02:48	Hangne hi, ka “Message Browser” ka plié ha trai jong ka window.
02:54	Kane ka pyni ka khubor kaba iasnoh sha ka “Modelica” class.
02:58	Mynta, to ngin ia pyrshang ban simulate ka model.
03:00	Haka toolbar, klik ha u button khnam rong green.
03:07	Kane ka dei ka “Simulate” button kaba juh pyndonkam ban simulate ka model.
03:13	Ngi lah ruh ban press “Ctrl” bad “B” keys ban simulate ka model.
03:18	Ynda lah simulate, ka window kaba thymmai ka plié.
03:21	Ka pyni ia ka rukom compilation jong ka class.
03:26	Shisien ba ka compilation ka long kaba jop, ka output window ka pyni ka message: “Simulation process finished successfully”. Khang ia kane ka window.
03:37	Kumba ka long, ka “Plotting Prespective” mynta ka dei ban plié ha ka “OMEdit” window.
03:43	Lada kam plié, klik ka “Plotting” button ha trai jong ka liang kamon.
03:48	Ngi lah ruh ban press “Ctrl” bad “F3” keys ban plié ka “Plotting Prespective”.
03:54	Hangne ngi lah ban iohi ka simulation results jong ka “Modelica” class.
03:59	Sha ka liang kamon jong ka “Plotting Prespective”, peit ha ka “Variables Browser” window.
04:05	Hapoh “Variables Browser”: ngin ia pule ban pynkylla ka input variable values jong ka “Modelica” class.
04:13	Kum ba ka long, “IDC =500”, Losses = 2890.26
04:22	Pynkylla ka value jong “IDC” bad peit kumno ka values jong “Losses” ka kylla.
04:28	To ngin ia pynkylla ka value jong “IDC” na “500” sha “250”.
04:33	Bad press Enter.
04:37	Leit sha jrong jong ka liang kamon jong ka window.
04:39	Klik “Re-simulate” button.
04:42	Ka message ba jop ha window kan plié.
04:46	Khang kane ka window.
04:48	Shisien ba ka simulation ka la dep lut, kynmaw ba ka jingkylla. “Losses = 1756.77”
04:57	Mynta to ngan pyni kumno ban generate ka plot.
05:01	Ngin ia generate ka plot hapdeng “Losses” bad “Time”.
05:06	Klik ha ka check box pyrshah ka “Losses” variable.
05:10	Ngi lah ban iohi ka plot hapdeng “Time on the X-axis” bad “Losses on the Y-axis”.
05:17	Kane ka plot ka batai ia ka jingduna ka bor na ka bynta ka “diode bridge” ka jing iapher bad ka “time”.
05:24	Kumba ka long, ka simulation ka iaid na “0” sha “0.1” unit time.
05:31	Ngi lah ban pyniapher kane ka interval da kaba pyndonkam ka jing jied“Simulation Setup”.
05:36	Ban leh kane, leit sha ka “Modeling Prespective”.
05:40	Klik ha ka “Modeling” button.
05:43	Klik ha ka “Simulation Setup” option ha ka toolbar.
05:47	Ka “Simulation Setup” ka window ka plié.
05:50	Hangne, pynkylla ka “Start Time” sha “0.01” unit.
05:55	Pyntikna ba “Simulate” ka check box ka lah check.
05:59	Bad nangta klik ha “OK”.
06:02	Hangne hi ngi iohi ka window message kaba jop.
06:06	Khang kane ka window.
06:08	Ka class la re-simulated bad ka simulation interval jong 0.01 sha 0.1 unit time.
06:16	To ngin ia delete kine ki jing mih.
06:18	Ban leh ia kata, right-klik ha “Rectifier” bad nangta klik ha “Delete Result”.
06:26	Ka result mynta la shah delete.
06:29	Mynta ngan pyni ka nuksa n aka “Mechanics” library.
06:34	Nyngkong ngin ia batai ka “Mechanics” library.
06:38	Hapoh “Mechanics”, ngi lap “Multibody” library.
06:43	To ngin ia pynheh ka “Multibody” library ruh.
06:47	Hadien kane, to ngin ia pynheh ka “Example” library.
06:51	Hangne ngi lah ban ioh ki nuksa kiba pher jong “Multibody” Mechanics.
06:56	Nangta, ngin pynheh ka “Elementary” library.
07:00	To ngin ia plié ka class ba kyrteng “DoublePendulum”.
07:04	Ban leh kane, right-klik ha “DoublePendulum” bad jied “Open Class”.
07:11	Ka class ka plié ha “Text view”.
07:14	Mynta, klik ha “Check All Models” button ha ka toolbar.
07:19	Peit bniah ia ka “Message Browser”.
07:22	Kane kan pyni ka messages ba pyniasnoh sha ka “Modelica” class.
07:27	Mynta, to ngin ia pyrshang ban simulate ka model.
07:31	Ban leh kane klik ha ka “Simulate” button ha ka toolbar.
07:35	Shisien ba ka compilation ka long kaba jop, ka “Plotting Prespective” ka plié ha ka “OMEdit” window.
07:43	Hapoh ka “Variables Browser”, to ngin ia pynheh ka “damper” variable.
07:49	Kumba ka long, d = 0.1, relative angular acceleration(a_rel) = 11.567 bad relative rotational angle [der(phi_rel)] = 4.1
08:05	To ngin ia pynkylla ka value jong “d” na “0.1” sha “0.05”. bad press Enter.
08:14	Nangta klik “Re-simulate” button.
08:17	Hadien ba lah dep ia ka compilation, peit bniah ki jing kylla.
08:22	relative angular acceleration (a_rel) = 15.449 bad relative rotational angle [der(phi_rel)] = 4.359
08:33	Mynta, ngin ia pynmih ka plot hapdeng relative angular acceleration bad Time.
08:40	Klik ha ka check box pyrshah “a_rel” variable.
08:46	Ngi iohi ka plot hapdeng “Time on the X-axis” bad “a_rel on the Y-axis”.
08:54	Kane ka plot ka batai ia ka “relative angular acceleration” ba iapher bad ka “Time”.
09:00	Kumba ka long, ka simulation ka iaid na ka “0” sha “3” unit time.
09:06	To ngin ia pynkylla kane ka interval.
09:10	Ban leh kane, leit sha ka “Modeling Prespective”.
09:14	Klik ha “Simulation Setup” ka jing jied ha ka toolbar.
09:18	Ka “Simulation Setup” window ka plié.
09:21	Hangne pynkylla ka “Start Time” sha “1” unit bad ka “Stop Time” sha “5” units.
09:28	Pyntikna ba “Simulate” check box lah checked.
09:32	Nangta klik ha “OK”.
09:35	Ngi ioh ka window message kaba jop.
09:37	Khang kane ka window.
09:39	Ka class la re-simulated bad ka simulation interval jong “1” sha “5” unit time.
09:45	Shisien ba ka plot kaba donkma la pynmih, ngi lah ban weng ka results.
09:50	Ha ka Variable Browser, right klik ha “DoublePendulum”.
09:55	Jied “Delete Result”. Ka result mynta ka lah shah delete.
10:01	To ngin ia peit kyllum.
10:03	Ha kane ka jinghikai, ngin lah pule, ban plié bad simulate bunjait ki “Modelica” library classes.
10:10	Kum ka assignment: pynheh ”Magnetic” library ha “Modelica”
10:16	Simulate “SaturatedInductor” class ha “FluxTubes” library.
10:21	Pynlylla ki values jong khyndiat ki input variables bad re-simulate
10:26	Pynmih ka “parametric plot” hapdeng “i” bad “LossPower” jong variable “r”.
10:32	Peit ka video ba lah ban ioh na ka link harum. Ka batai lyngkot ka “Spoken Tutorial” project.
10:41	Ka kynhuh Spoken Tutorial Project: ka pylong workshops. Ka ai certificates ia kito kiba pass ia ka online test. Na bynta ka jingtip ba kham bniah, sngewbha thoh sha ngi.
10:53	Hato phi don jingkylli ha kane ka “Spoken Tutorial ?” sngewbha wanjngoh kane ka site.
11:00	Ka kynhun “FOSSEE” ka pyniarygkat ki codeing jong ki nuksa ba lah solve jong ki kot ba pawnam. Ngi ai sngewbha bad certificates na ka bynta kito kiba leh ia kane. Na bynta kaba kham bniah, sngewbha wan jngoh kane ka site.
11:15	Ka kynhun “FOSSEE” ka iarap ban migrate commercial simulator labs sha “OpenModelica”.
11:22	Ngi ai sngewbha bad certificates n aka bynta kito kiba leh ia kane. Na bynta ka jing tip ba kham bun, sngewbha wan jngoh kane ka site.
11:31	Spoken Tutorial bad FOSSEE projects la noh synniang da ka NMEICT, MHRD, jong ka sorkar india.
11:40	Ma nga I John Nongkynrih Khublei shibun ba lah ia snoh lang.

Contributors and Content Editors

John123