Open Source Ecology - User contributions [en]

https://wiki.opensourceecology.org/api.php?action=feedcontributions&feedformat=atom&user=Bhakti+Kulkarni Open Source Ecology - User contributions [en] 2026-04-19T17:25:40Z User contributions MediaWiki 1.39.13 https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177510 Alex Au Log 2018-09-05T18:44:28Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> #1 & 2 day finish documentation - Need Marcin's time<br /> #3 & 4 day instructor manual, sourcing of materials - Need Marcin's time<br /> #replicate build w/ manual<br /> #day 5 * make your printer work. <br /> #day 6 * do 1 builds to make a 3D printers ---- free time for Marcin<br /> # day 7 do a public printer<br /> #day 8 * print parts for 1 day (like grinder) - includes getting all the print files, how to print, where the files are, variations in cura<br /> #day 9 day design parts - freeCAD work to print file<br /> #day 11 & 12 day certification test , * prep marketing, * do workshop 1. Build 2. everything around running the workshop, finding venue, getting parts, production engineering<br /> #day 13 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177509 Alex Au Log 2018-09-05T18:34:18Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> #1 & 2 day finish documentation - Need Marcin's time<br /> #3 & 4 day instructor manual, sourcing of materials - Need Marcin's time<br /> #replicate build w/ manual<br /> #day 5 * make your printer work. <br /> #day 6 & 7 * do 2 more builds to make 2 3D printers ---- free time for Marcin<br /> #day 8 * print parts for 1 day (like grinder) - includes getting all the print files, how to print, where the files are, variations in cura<br /> #day 9 day design parts - freeCAD work to print file<br /> #day 11 & 12 day certification test , * prep marketing, * do workshop 1. Build 2. everything around running the workshop, finding venue, getting parts, production engineering<br /> #day 13 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177508 Alex Au Log 2018-09-05T18:29:31Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> #1 & 2 day finish documentation - Need Marcin's time<br /> #3 & 4 day instructor manual - Need Marcin's time<br /> #replicate build w/ manual<br /> #day 5 * make your printer work. <br /> #day 6 & 7 * do 2 more builds to make 2 3D printers ---- free time for Marcin<br /> #day 8 * print parts for 1 day (like grinder) - includes getting all the print files, how to print, where the files are, variations in cura<br /> #day 9 day design parts - freeCAD work to print file<br /> #day 11 & 12 day certification test , * prep marketing, * do workshop 1. Build 2. everything around running the workshop, finding venue, getting parts, production engineering<br /> #day 13 day sourcing of steel. organizing mtls<br /> #day 14 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177507 Alex Au Log 2018-09-05T18:28:47Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> #1 & 2 day finish documentation - Need Marcin's time<br /> #3 & 4 day instructor manual - Need Marcin's time<br /> #replicate build w/ manual<br /> #day 5 * make your printer work. <br /> #day 6 & 7 * do 2 more builds to make 2 3D printers ---- free time for Marcin<br /> #day 8 * print parts for 1 day (like grinder) - includes getting all the print files, how to print, where the files are, variations in cura<br /> #day 9 day design parts - freeCAD work to print file<br /> #day 11 day certification test , * prep marketing, * do workshop 1. Build 2. everything around running the workshop, finding venue, getting parts, production engineering<br /> #day 12 day sourcing of steel. organizing mtls<br /> #day 13 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177506 Alex Au Log 2018-09-05T18:27:02Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> #1 & 2 day finish documentation - Need Marcin's time<br /> #3 & 4 day instructor manual - Need Marcin's time<br /> #replicate build w/ manual<br /> #day 5 * make your printer work. <br /> #day 6 & 7 * do 2 more builds to make 2 3D printers ---- free time for Marcin<br /> #day 8 * print parts for 1 day (like grinder) - includes getting all the print files, how to print, where the files are, variations in cura<br /> #day 9 day design parts - freeCAD work to print file<br /> #day 11 day certification test , * prep marketing, * do workshop<br /> #day 12 day sourcing of steel. organizing mtls<br /> #day 13 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177505 Alex Au Log 2018-09-05T18:26:37Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> #1 & 2 day finish documentation - Need Marcin's time<br /> #3 & 4 day instructor manual - Need Marcin's time<br /> #replicate build w/ manual<br /> #day 5 * make your printer work. <br /> #day 6 & 7 * do 2 more builds to make 2 3D printers ---- free time for Marcin<br /> #day 8 * print parts for 1 day (like grinder) - includes getting all the print files, how to print, where the files are, variations in cura<br /> #day 9 day design parts<br /> #day 11 day certification test , * prep marketing, * do workshop<br /> #day 12 day sourcing of steel. organizing mtls<br /> #day 13 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177504 Alex Au Log 2018-09-05T18:26:11Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> #1 & 2 day finish documentation - Need Marcin's time<br /> #3 & 4 day instructor manual - Need Marcin's time<br /> #replicate build w/ manual<br /> #day 5 * make your printer work. <br /> #day 6 & 7 * do 2 more builds to make 2 3D printers ---- free time for Marcin<br /> #day 8 * print parts for 1 day (like grinder) - includes getting all the print files, how to print, where the files are<br /> #day 9 day design parts<br /> #day 11 day certification test , * prep marketing, * do workshop<br /> #day 12 day sourcing of steel. organizing mtls<br /> #day 13 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177503 Alex Au Log 2018-09-05T18:21:21Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> #1 & 2 day finish documentation - Need Marcin's time<br /> #3 & 4 day instructor manual - Need Marcin's time<br /> #replicate build w/ manual<br /> #day 5 * make your printer work. <br /> #day 6 & 7 * do 2 more builds to make 2 3D printers ---- free time for Marcin<br /> #day 8 * print parts for 1 day (like grinder)<br /> #day 9 day design parts<br /> #day 11 day certification test , * prep marketing, * do workshop<br /> #day 12 day sourcing of steel. organizing mtls<br /> #day 13 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177502 Alex Au Log 2018-09-05T18:19:37Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> #1 & 2 day finish documentation - Need Marcin's time<br /> #3 & 4 day instructor manual - Need Marcin's time<br /> #replicate build w/ manual<br /> #day 5 * make your printer work. <br /> #day 6 & 7 * do 2 more builds to make 2 3D printers <br /> #day 8 * print parts for 1 day (like grinder)<br /> #day 9 day design parts<br /> #day 11 day certification test , * prep marketing, * do workshop<br /> #day 12 day sourcing of steel. organizing mtls<br /> #day 13 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177497 Alex Au Log 2018-09-05T18:10:48Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> 1 & 2 day finish documentation - Need Marcin's time<br /> 3 & 4 day instructor manual - Need Marcin's time<br /> replicate build w/ manual<br /> day 5 * make your printer work. <br /> day 6 & 7 * do 2 more builds to make 3 3D printers<br /> day 8 * print parts for 1 day (like grinder)<br /> day 9 day design parts<br /> day 11 day certification test <br /> * prep marketing<br /> * do workshop<br /> day 12 day sourcing of steel. organizing mtls<br /> day 13 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177495 Alex Au Log 2018-09-05T18:09:26Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> 1 & 2 day finish documentation - Need Marcin's time<br /> 3 & 4 day instructor manual - Need Marcin's time<br /> replicate build w/ manual<br /> day 5 * make your printer work. <br /> day 6 & 7 * do 2 more builds to make 3 3D printers<br /> day 8 * print parts for 1 day (like grinder)<br /> day 9 day design parts<br /> day 10 day certification test <br /> * prep marketing<br /> * do workshop<br /> day 11 day sourcing of steel. organizing mtls<br /> day 12 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177494 Alex Au Log 2018-09-05T18:07:52Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> 1 & 2 day finish documentation - Need Marcin's time<br /> 3 & 4 day instructor manual - Need Marcin's time<br /> replicate build w/ manual<br /> day 5 * make your printer work. <br /> day 6 * do 2 more builds to make 3 3D printers<br /> day 7 * print parts for 1 day (like grinder)<br /> day 8 day design parts<br /> day 9 day certification test <br /> * prep marketing<br /> * do workshop<br /> day 10 day sourcing of steel. organizing mtls<br /> day 11 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177493 Alex Au Log 2018-09-05T18:07:14Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> 1 & 2 day finish documentation - Need Marcin's time<br /> 3 & 4 day instructor manual - Need Marcin's time<br /> replicate build w/ manual<br /> day 5 * make your printer work. <br /> day 6 * do 2 more builds to make 3 3D printers<br /> 1 * print parts for 1 day (like grinder)<br /> 1 day design parts<br /> 2 day certification test <br /> * prep marketing<br /> * do workshop<br /> 1 day sourcing of steel. organizing mtls<br /> 1 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177492 Alex Au Log 2018-09-05T17:02:32Z

<p>Bhakti Kulkarni: /* Wed Sep 5, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Wed Sep 5, 2018 =<br /> [https://calendar.google.com/calendar/b/2?cid=dG1rM245bjhucmtnczJqaG9ucDRlbDQ3N2NAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ Immersion Calendar (OSE Legends)]<br /> <br /> 13 Days:<br /> 2 day finish documentation - Need Marcin's time<br /> 2 day instructor manual - Need Marcin's time<br /> replicate build w/ manual<br /> 1 * make your printer work. <br /> 2 * do 2 more builds to make 3 3D printers<br /> 1 * print parts for 1 day (like grinder)<br /> 1 day design parts<br /> 2 day certification test <br /> * prep marketing<br /> * do workshop<br /> 1 day sourcing of steel. organizing mtls<br /> 1 day marketing -- do<br /> <br /> = Tue Sep 4, 2018 =<br /> Handbook Editing Checklist:<br /> * Simple Enough?: writing makes sense<br /> * Naming conventions: ex: use numbers<br /> * Prior Knowledge: do ppl know what this is?<br /> * Official Parts Name:<br /> * Consistent tone: clear and accessible, trending towards informal, but specific<br /> * Consistent instruction: for assembly like pieces, even if they're different, use close-to-the-same instruction as possible.<br /> * Unique Step Naming: similar steps that are slightly different should be unique<br /> * Explaining Differences: when things change, explain why.<br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] <br /> <br /> [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template]<br /> <br /> [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177355 Alex Au Log 2018-09-03T22:52:15Z

<p>Bhakti Kulkarni: /* Mon Sep 3, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] | [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template] | [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> Tools needed for 3D print build: https://docs.google.com/presentation/d/1z-RoLI95bQQzUfuJCpoPG4tyTP5_T3tI6t6ZGzEVcg8/edit?usp=sharing<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=D3D_Part_Library&diff=177354 D3D Part Library 2018-09-03T21:19:49Z

<p>Bhakti Kulkarni: /* D3D 16" */</p> <hr /> <div>{{RightTOC}}<br /> [[File:OSE-D3D-printer-infographic-v1-3b.jpg|500px|D3D 3d Printer Infographic. By Jean-Baptiste Vervaeck.]]<br /> =Introduction=<br /> Conditions of satisfaction for complete CAD for a given project means that we have a complete part library:<br /> *'''Parts''' - for building Modules, for producing Fabrication Drawings<br /> *'''Modules''' - Made of multiple parts, these are sub-assemblies of the Final Assemlby. These are used for Exploded Part Animations, Language Agnostic Instructionals (LAIs), and other work.<br /> *'''Final Assembly''' - The completed build. for Exploded Part Animations, LAIs. Note that the Final Assembly may have to use Simplified Assets in some cases to remain workable<br /> *'''Simplified Assets''': Parts, Modules, Assemblies - these are versions with details removed. Some may be grouped to facilitate handling. In some cases they are drawn from scratch as only abstract, blocky models - to save significantly on file size.<br /> *'''File Size Requirements''' - all assets meet File Size Requirements for that particular asset type. Files can't be so large that FreeCAD can't open them or work with them effectively. <br /> *'''File Organization''' - Spreadsheet of all Assets (both Simlified and Complete assets) is available<br /> *'''Construction Best Practices''' - procedures for effective part building in FreeCAD are followed for each file.<br /> *'''File Build Documentation''' - Each file is documented for how to create that file, so novices can get up to speed in making modifications. A short video with voiceover is the best way to document a part build. This is important because this creates design literacy in the general populace.<br /> <br /> =5/16" or 8 mm Rod Version=<br /> <br /> =D3D 16" Version=<br /> {{Hint|Once all the parts here are stable, we will create a FreeCAD D3D Workbench which includes a drag-and-drop of every part within FreeCAD}}<br /> =Part Index=<br /> See [[D3D Integration]], [[Emmanouil Log]], [[Jose Log]], [[Cedric Log]] for all the source files, and [[D3D_Instructional_videos_for_April,_29th,2017_Workshop]] for exploded part animations, and [[D3D Language Agnostic Instructionals]] for further documentation.<br /> <br /> Index:<br /> <br /> <html><iframe src="https://docs.google.com/spreadsheets/d/1M2w62M2R3VroZmcR0L6eSjr3apw92zMDun4ZXwcj1Zo/pubhtml?widget=true&amp;headers=false" height=500 width=800></iframe></html><br /> <br /> [https://docs.google.com/spreadsheets/d/1M2w62M2R3VroZmcR0L6eSjr3apw92zMDun4ZXwcj1Zo/edit#gid=0 edit]<br /> <br /> Small version for small machines such as 3D printer, small laser cutter, and CNC circuit mill<br /> <br /> =Assembly Index=<br /> <br /> <html><iframe src="https://docs.google.com/spreadsheets/d/1Pp0usXthLFDFZHVzcIYodTiYgx4IRWtfv3cv652prfw/pubhtml?widget=true&amp;headers=false" height=400 width=800></iframe></html><br /> <br /> [https://docs.google.com/spreadsheets/d/1Pp0usXthLFDFZHVzcIYodTiYgx4IRWtfv3cv652prfw/edit#gid=0 edit]<br /> <br /> =D3D 16"=<br /> <br /> I don't see the part that holds the heated bed. Where'd that go??? Oh wait a sec, is that the short idler?<br /> <br /> <br /> <gallery perrow=6><br /> File:D3D_frame_assembled_16inch.jpeg|D3D frame 16": [[File:D3D_frame_assembled_16_inch.FCStd]] Note: 2" width of metal. Should be updated to 1.5" width. (4/16)<br /> <br /> File:Motorside.jpg|[[File:check.png]]'''[10] Motor Side of Axis''' - 221k - FreeCAD -[[File:Universal_axis_motor_side.fcstd]]. STL - [[File:Universal axis motor side.stl]]<br /> <br /> File:carriageCAD.jpg|[[File:check.png]]'''[10] Carriage Side''' - 552k - FreeCAD - [[File:Universal_axis_carriage_side.fcstd]]. STL - [[File:Universal_axis_carriage_side.stl]] <br /> <br /> File:idlershort.jpg|[[File:check.png]]'''[10] Short Idler Side''' - 75k - FreeCAD - [[File:Universal_Axis_Idler_Side_short_version.fcstd]]. STL - [[File:Universal_Axis_Idler_Side_short_version.stl]]. <br /> <br /> File:peg85.jpg|[[File:check.png]]'''[10] Belt Holding Peg''' - FreeCAD original size - [[File:peg_8mm_rods.fcstd]]. STL at 85% size, works well - [[File:peg_8mm_rods.stl]]<br /> <br /> File:chain.jpg|[[File:check.png]]'''[2] beginning + [1] end piece + [12] springs of Cable Chain''' - 4 STLs in a zip file - [[File:D3dcablechain.zip]]. <br /> <br /> file:link.jpg|[[File:check.png]]'''[44] Cable Chain Main Link''' - need 44 of these for D3D 16". [[File:link.fcstd]]. STL - [[File:link.stl]]<br /> <br /> File:extruderholder.jpg|[[File:check.png]] '''[1] D3D Extruder Holder.''' [[File:Motor interface.fcstd]] , [[File:Motor interface.stl]]<br /> <br /> File:endstopholder.jpg|[[File:check.png]] '''[2] Endstop Holder.''' [[File:D3D_End_stop_interface.fcstd]] ½ cube bumps, [[File:D3D_End_stop_interface.stl]].<br /> <br /> File:sensholder.jpg|[[File:check.png]]'''Sensor Holder.''' - Generated in [[BlocksCAD]]. STL - [[File:sensholder.stl]] [[File:D3D Extruder Z Sensor Holder.fcstd]]<br /> <br /> File:idlerlong.jpg|[[File:check.png]]'''[0] Long Idler Side''' - 96k - FreeCAD - [[File:Universal_axis_idler_side.fcstd]]. STL - [[File:Universal_Axis_Idler_Side_long.stl]]. <br /> <br /> File:endstop.jpg|'''Endstop.''' - FreeCAD - [[File:D3D End Stop Switch.fcstd]]<br /> <br /> File:d3dframe_freecad.jpg|'''Frame''' - FreeCAD -[[File:d3dframe.fcstd]]. STL - not 3d printer. Another version will be 3D printed.<br /> <br /> File:yaxispartcount.jpg|'''Right Y Axis''' - FreeCAD - [[File:D3D_Right_Y_Axis.fcstd]]. <br /> <br /> File:M6x18-screw.png|'''M6x18 Axis Hex Bolt''' - FreeCAD - [[File:m6x18.fcstd]]. '''Marcin plz confirm'' <br /> <br /> File:m6x30.jpg|[[File:check.png]]'''M6x30 Axis Hex Bolt''' - FreeCAD - [[File:m6x30.fcstd]]. 30 mm version connecting X axis to Y axis. '''EDITED after Marcin's confirmation'''<br /> <br /> File:Axis hex nut.jpeg|'''Axis Hex Nut''' - FreeCAD - [[File:Axis hex nut freecad.fcstd]].<br /> <br /> File:Neodymium magnet.jpeg|'''Magnet''' - FreeCAD - [[File:Neodymium magnet freecad.fcstd]]. ''' Magnet updated to 12mm×3mm<br /> <br /> File:idlerbearing.jpg|[[File:check.png]]'''Flanged Bearing''' - goes on the idler 3D printed piece. FreeCAD - [[File:pulley.fcstd]]. <br /> <br /> -----------------------------------------------------------------------------<br /> File:extender.jpg|[[File:check.png]]'''Flanged Bearing''' - goes on the idler 3D printed piece. FreeCAD - [[File:pulley.fcstd]]. <br /> <br /> <br /> File:Carriage linear bearing.jpeg|[[File:check.png]]'''Carriage Linear Bearing''' - FreeCAD - [[File:Carriage linear bearing freecad.fcstd]].<br /> <br /> File:Nema 17 stepper motor.jpeg|[[File:check.png]]'''Nema 17 Stepper Motor''' - FreeCAD - [[File:Nema 17 stepper motor freecad.fcstd]].<br /> <br /> <br /> File:8mm belt x axis.jpeg|'''X Axis Belt''' - FreeCAD - [[File:8mm belt x axis freecad.fcstd]]. '''Belt needs to be 6 mm wide, 2mm pitch (GT2 belt)'''<br /> <br /> File:previewfilename.jpg|'''Part name''' - FreeCAD - [[File:freecadfilename.fcstd]].<br /> <br /> File:GT2_pulley.png|'''GT2 Pulley''' Freecad - [[File:GT2_pulley.fcstd]].<br /> <br /> File:3drintedpulley.jpg|'''3D Printed Pulley + 3D Printed LinearBearing''' These are not the same as the files above. FreeCAD - [[File:3dppulley.stl]]. [[File:3dlinbearing.stl]]<br /> <br /> File:Prusaextruder.png| M5 extruder shaft [[File: Prusa_i3_mk2_extruder_adapted_bearingShaft.stl]]<br /> <br /> File:Prusaextruder.png| Extruder adapted cover [[File: File:Prusa i3 mk2 extruder adapted cover.stl]]<br /> <br /> File:Prusaextruder.png| Extruder idler [[File:Prusa i3 mk2 extruder adapted idler.stl]]<br /> <br /> File:Prusaextruder.png| Extruder Fan Nozzle [[File:Prusa i3 mk2 extruder adapted fanNozzle.stl]]<br /> <br /> File:Prusaextruder.png| Extruder Adapted interphase [[File:Prusa i3 mk2 extruder adapted interface.fcstd]]<br /> <br /> File:Prusaextruder.png| Extruder Adapted interphase [[File:Prusa i3 mk2 extruder adapted interface.fcstd]] | [[File:Prusa i3 mk2 extruder adapted interface.stl]]<br /> <br /> <br /> <br /> <br /> </gallery><br /> <br /> =Simplified Modules - For Use in Modeling=<br /> TODO: ADD SHORT IDLER VERSIONS OF EACH<br /> <gallery perrow=6><br /> File:D3D_circuit_mill_X_axis.jpeg|Single x axis: [[File:D3D Circuit Mill X Axis.fcstd]]<br /> <br /> File:D3D_circuit_mill_Y_axis.jpeg|Single y axis: [[File:D3D Circuit Mill Y Axis.fcstd]]<br /> <br /> File:D3D_circuit_mill_Z_axis.jpeg|Single z axis: [[File:D3D Circuit Mill Z Axis.fcstd]]<br /> </gallery><br /> <br /> =D3D 13"=<br /> [[File:downholder.stl]]. [[File:Downholder.fcstd]].<br /> <br /> =Subparts=<br /> <gallery><br /> File:20 tooth pulley.jpeg|'''20 Tooth Timing Pulley''' - FreeCAD - [[File:20 tooth pulley freecad.fcstd]]. This is an extruder driver gear, not 20 tooth pulley. See [[D3D BOM]] 2 Week BOM for the correct part.<br /> </gallery><br /> <br /> ==Extruder==<br /> <br /> See [[D3D Extruder]]<br /> <br /> =D3D Mini=<br /> <gallery perrow=6><br /> File:topExtrudermount.jpg|'''Top extruder Mount''' - FreeCAD - [[File:D3D Mini Sub-Assembly Extruder Top Mount.fcstd]]. STL - [[File:miniexthold.stl]]<br /> <br /> </gallery><br /> <br /> =Deprecated=<br /> <gallery perrow=6><br /> <br /> File:OSE-D3D-printer-infographic-v1-3b.jpg|'''Motor Side, short''' - [[File:Universal Axis Motor Side short version.fcstd]].<br /> <br /> File:Idler side printed axis half.jpeg|'''Idler Side Axis Full Size''' - FreeCAD - [[File:Idler side printed axis half freecad.fcstd]]. '''This probably needs to be converted to the file from Manolis Log with a version history?'''<br /> <br /> File:frameext.jpg|'''Frame Extender''' - FreeCAD by [[Emmanouil Log]] - [[File:D3D Axis Extension.fcstd]]. STL - [[File:D3D_Axis_Extension.stl]] . Extender does not work well, as it is difficult to make it parallel to frame side. <br /> <br /> <br /> </gallery><br /> <br /> =Bigger Pictures=<br /> [[File:yaxispartcount.jpg]]<br /> <br /> =See Also=<br /> * [[D3D Extruder]]<br /> <br /> [[Category:D3D]]<br /> [[category:3D Printer]]</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=D3D_Part_Library&diff=177353 D3D Part Library 2018-09-03T21:14:15Z

<p>Bhakti Kulkarni: /* D3D 16" */</p> <hr /> <div>{{RightTOC}}<br /> [[File:OSE-D3D-printer-infographic-v1-3b.jpg|500px|D3D 3d Printer Infographic. By Jean-Baptiste Vervaeck.]]<br /> =Introduction=<br /> Conditions of satisfaction for complete CAD for a given project means that we have a complete part library:<br /> *'''Parts''' - for building Modules, for producing Fabrication Drawings<br /> *'''Modules''' - Made of multiple parts, these are sub-assemblies of the Final Assemlby. These are used for Exploded Part Animations, Language Agnostic Instructionals (LAIs), and other work.<br /> *'''Final Assembly''' - The completed build. for Exploded Part Animations, LAIs. Note that the Final Assembly may have to use Simplified Assets in some cases to remain workable<br /> *'''Simplified Assets''': Parts, Modules, Assemblies - these are versions with details removed. Some may be grouped to facilitate handling. In some cases they are drawn from scratch as only abstract, blocky models - to save significantly on file size.<br /> *'''File Size Requirements''' - all assets meet File Size Requirements for that particular asset type. Files can't be so large that FreeCAD can't open them or work with them effectively. <br /> *'''File Organization''' - Spreadsheet of all Assets (both Simlified and Complete assets) is available<br /> *'''Construction Best Practices''' - procedures for effective part building in FreeCAD are followed for each file.<br /> *'''File Build Documentation''' - Each file is documented for how to create that file, so novices can get up to speed in making modifications. A short video with voiceover is the best way to document a part build. This is important because this creates design literacy in the general populace.<br /> <br /> =5/16" or 8 mm Rod Version=<br /> <br /> =D3D 16" Version=<br /> {{Hint|Once all the parts here are stable, we will create a FreeCAD D3D Workbench which includes a drag-and-drop of every part within FreeCAD}}<br /> =Part Index=<br /> See [[D3D Integration]], [[Emmanouil Log]], [[Jose Log]], [[Cedric Log]] for all the source files, and [[D3D_Instructional_videos_for_April,_29th,2017_Workshop]] for exploded part animations, and [[D3D Language Agnostic Instructionals]] for further documentation.<br /> <br /> Index:<br /> <br /> <html><iframe src="https://docs.google.com/spreadsheets/d/1M2w62M2R3VroZmcR0L6eSjr3apw92zMDun4ZXwcj1Zo/pubhtml?widget=true&amp;headers=false" height=500 width=800></iframe></html><br /> <br /> [https://docs.google.com/spreadsheets/d/1M2w62M2R3VroZmcR0L6eSjr3apw92zMDun4ZXwcj1Zo/edit#gid=0 edit]<br /> <br /> Small version for small machines such as 3D printer, small laser cutter, and CNC circuit mill<br /> <br /> =Assembly Index=<br /> <br /> <html><iframe src="https://docs.google.com/spreadsheets/d/1Pp0usXthLFDFZHVzcIYodTiYgx4IRWtfv3cv652prfw/pubhtml?widget=true&amp;headers=false" height=400 width=800></iframe></html><br /> <br /> [https://docs.google.com/spreadsheets/d/1Pp0usXthLFDFZHVzcIYodTiYgx4IRWtfv3cv652prfw/edit#gid=0 edit]<br /> <br /> =D3D 16"=<br /> <br /> I don't see the part that holds the heated bed. Where'd that go??? Oh wait a sec, is that the short idler?<br /> <br /> <br /> <gallery perrow=6><br /> File:D3D_frame_assembled_16inch.jpeg|D3D frame 16": [[File:D3D_frame_assembled_16_inch.FCStd]] Note: 2" width of metal. Should be updated to 1.5" width. (4/16)<br /> <br /> File:Motorside.jpg|[[File:check.png]]'''[10] Motor Side of Axis''' - 221k - FreeCAD -[[File:Universal_axis_motor_side.fcstd]]. STL - [[File:Universal axis motor side.stl]]<br /> <br /> File:carriageCAD.jpg|[[File:check.png]]'''[10] Carriage Side''' - 552k - FreeCAD - [[File:Universal_axis_carriage_side.fcstd]]. STL - [[File:Universal_axis_carriage_side.stl]] <br /> <br /> File:idlershort.jpg|[[File:check.png]]'''[10] Short Idler Side''' - 75k - FreeCAD - [[File:Universal_Axis_Idler_Side_short_version.fcstd]]. STL - [[File:Universal_Axis_Idler_Side_short_version.stl]]. <br /> <br /> File:peg85.jpg|[[File:check.png]]'''[10] Belt Holding Peg''' - FreeCAD original size - [[File:peg_8mm_rods.fcstd]]. STL at 85% size, works well - [[File:peg_8mm_rods.stl]]<br /> <br /> File:chain.jpg|[[File:check.png]]'''[2] beginning + [1] end piece + [12] springs of Cable Chain''' - 4 STLs in a zip file - [[File:D3dcablechain.zip]]. <br /> <br /> file:link.jpg|[[File:check.png]]'''[44] Cable Chain Main Link''' - need 44 of these for D3D 16". [[File:link.fcstd]]. STL - [[File:link.stl]]<br /> <br /> File:extruderholder.jpg|[[File:check.png]] '''[1] D3D Extruder Holder.''' [[File:Motor interface.fcstd]] , [[File:Motor interface.stl]]<br /> <br /> File:endstopholder.jpg|[[File:check.png]] '''[2] Endstop Holder.''' [[File:D3D_End_stop_interface.fcstd]] ½ cube bumps, [[File:D3D_End_stop_interface.stl]].<br /> <br /> File:sensholder.jpg|[[File:check.png]]'''Sensor Holder.''' - Generated in [[BlocksCAD]]. STL - [[File:sensholder.stl]] [[File:D3D Extruder Z Sensor Holder.fcstd]]<br /> <br /> File:idlerlong.jpg|[[File:check.png]]'''[0] Long Idler Side''' - 96k - FreeCAD - [[File:Universal_axis_idler_side.fcstd]]. STL - [[File:Universal_Axis_Idler_Side_long.stl]]. <br /> <br /> File:endstop.jpg|'''Endstop.''' - FreeCAD - [[File:D3D End Stop Switch.fcstd]]<br /> <br /> File:d3dframe_freecad.jpg|'''Frame''' - FreeCAD -[[File:d3dframe.fcstd]]. STL - not 3d printer. Another version will be 3D printed.<br /> <br /> File:yaxispartcount.jpg|'''Right Y Axis''' - FreeCAD - [[File:D3D_Right_Y_Axis.fcstd]]. <br /> <br /> File:M6x18-screw.png|'''M6x18 Axis Hex Bolt''' - FreeCAD - [[File:m6x18.fcstd]]. '''Marcin plz confirm'' <br /> <br /> File:m6x30.jpg|[[File:check.png]]'''M6x30 Axis Hex Bolt''' - FreeCAD - [[File:m6x30.fcstd]]. 30 mm version connecting X axis to Y axis. '''EDITED after Marcin's confirmation'''<br /> <br /> File:Axis hex nut.jpeg|'''Axis Hex Nut''' - FreeCAD - [[File:Axis hex nut freecad.fcstd]].<br /> <br /> File:Neodymium magnet.jpeg|'''Magnet''' - FreeCAD - [[File:Neodymium magnet freecad.fcstd]]. ''' Magnet updated to 12mm×3mm<br /> <br /> File:idlerbearing.jpg|[[File:check.png]]'''Flanged Bearing''' - goes on the idler 3D printed piece. FreeCAD - [[File:pulley.fcstd]]. <br /> <br /> -----------------------------------------------------------------------------<br /> File:extender.jpg|[[File:check.png]]'''Flanged Bearing''' - goes on the idler 3D printed piece. FreeCAD - [[File:pulley.fcstd]]. <br /> <br /> <br /> File:Carriage linear bearing.jpeg|[[File:check.png]]'''Carriage Linear Bearing''' - FreeCAD - [[File:Carriage linear bearing freecad.fcstd]].<br /> <br /> File:Nema 17 stepper motor.jpeg|[[File:check.png]]'''Nema 17 Stepper Motor''' - FreeCAD - [[File:Nema 17 stepper motor freecad.fcstd]].<br /> <br /> <br /> File:8mm belt x axis.jpeg|'''X Axis Belt''' - FreeCAD - [[File:8mm belt x axis freecad.fcstd]]. '''Belt needs to be 6 mm wide, 2mm pitch (GT2 belt)'''<br /> <br /> File:previewfilename.jpg|'''Part name''' - FreeCAD - [[File:freecadfilename.fcstd]].<br /> <br /> File:GT2_pulley.png|'''GT2 Pulley''' Freecad - [[File:GT2_pulley.fcstd]].<br /> <br /> File:3drintedpulley.jpg|'''3D Printed Pulley + 3D Printed LinearBearing''' These are not the same as the files above. FreeCAD - [[File:3dppulley.stl]]. [[File:3dlinbearing.stl]]<br /> <br /> File:Prusaextruder.png| M5 extruder shaft [[File: Prusa_i3_mk2_extruder_adapted_bearingShaft.stl]]<br /> <br /> </gallery><br /> <br /> =Simplified Modules - For Use in Modeling=<br /> TODO: ADD SHORT IDLER VERSIONS OF EACH<br /> <gallery perrow=6><br /> File:D3D_circuit_mill_X_axis.jpeg|Single x axis: [[File:D3D Circuit Mill X Axis.fcstd]]<br /> <br /> File:D3D_circuit_mill_Y_axis.jpeg|Single y axis: [[File:D3D Circuit Mill Y Axis.fcstd]]<br /> <br /> File:D3D_circuit_mill_Z_axis.jpeg|Single z axis: [[File:D3D Circuit Mill Z Axis.fcstd]]<br /> </gallery><br /> <br /> =D3D 13"=<br /> [[File:downholder.stl]]. [[File:Downholder.fcstd]].<br /> <br /> =Subparts=<br /> <gallery><br /> File:20 tooth pulley.jpeg|'''20 Tooth Timing Pulley''' - FreeCAD - [[File:20 tooth pulley freecad.fcstd]]. This is an extruder driver gear, not 20 tooth pulley. See [[D3D BOM]] 2 Week BOM for the correct part.<br /> </gallery><br /> <br /> ==Extruder==<br /> <br /> See [[D3D Extruder]]<br /> <br /> =D3D Mini=<br /> <gallery perrow=6><br /> File:topExtrudermount.jpg|'''Top extruder Mount''' - FreeCAD - [[File:D3D Mini Sub-Assembly Extruder Top Mount.fcstd]]. STL - [[File:miniexthold.stl]]<br /> <br /> </gallery><br /> <br /> =Deprecated=<br /> <gallery perrow=6><br /> <br /> File:OSE-D3D-printer-infographic-v1-3b.jpg|'''Motor Side, short''' - [[File:Universal Axis Motor Side short version.fcstd]].<br /> <br /> File:Idler side printed axis half.jpeg|'''Idler Side Axis Full Size''' - FreeCAD - [[File:Idler side printed axis half freecad.fcstd]]. '''This probably needs to be converted to the file from Manolis Log with a version history?'''<br /> <br /> File:frameext.jpg|'''Frame Extender''' - FreeCAD by [[Emmanouil Log]] - [[File:D3D Axis Extension.fcstd]]. STL - [[File:D3D_Axis_Extension.stl]] . Extender does not work well, as it is difficult to make it parallel to frame side. <br /> <br /> <br /> </gallery><br /> <br /> =Bigger Pictures=<br /> [[File:yaxispartcount.jpg]]<br /> <br /> =See Also=<br /> * [[D3D Extruder]]<br /> <br /> [[Category:D3D]]<br /> [[category:3D Printer]]</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=D3D_Part_Library&diff=177352 D3D Part Library 2018-09-03T21:13:11Z

<p>Bhakti Kulkarni: /* D3D 16" */</p> <hr /> <div>{{RightTOC}}<br /> [[File:OSE-D3D-printer-infographic-v1-3b.jpg|500px|D3D 3d Printer Infographic. By Jean-Baptiste Vervaeck.]]<br /> =Introduction=<br /> Conditions of satisfaction for complete CAD for a given project means that we have a complete part library:<br /> *'''Parts''' - for building Modules, for producing Fabrication Drawings<br /> *'''Modules''' - Made of multiple parts, these are sub-assemblies of the Final Assemlby. These are used for Exploded Part Animations, Language Agnostic Instructionals (LAIs), and other work.<br /> *'''Final Assembly''' - The completed build. for Exploded Part Animations, LAIs. Note that the Final Assembly may have to use Simplified Assets in some cases to remain workable<br /> *'''Simplified Assets''': Parts, Modules, Assemblies - these are versions with details removed. Some may be grouped to facilitate handling. In some cases they are drawn from scratch as only abstract, blocky models - to save significantly on file size.<br /> *'''File Size Requirements''' - all assets meet File Size Requirements for that particular asset type. Files can't be so large that FreeCAD can't open them or work with them effectively. <br /> *'''File Organization''' - Spreadsheet of all Assets (both Simlified and Complete assets) is available<br /> *'''Construction Best Practices''' - procedures for effective part building in FreeCAD are followed for each file.<br /> *'''File Build Documentation''' - Each file is documented for how to create that file, so novices can get up to speed in making modifications. A short video with voiceover is the best way to document a part build. This is important because this creates design literacy in the general populace.<br /> <br /> =5/16" or 8 mm Rod Version=<br /> <br /> =D3D 16" Version=<br /> {{Hint|Once all the parts here are stable, we will create a FreeCAD D3D Workbench which includes a drag-and-drop of every part within FreeCAD}}<br /> =Part Index=<br /> See [[D3D Integration]], [[Emmanouil Log]], [[Jose Log]], [[Cedric Log]] for all the source files, and [[D3D_Instructional_videos_for_April,_29th,2017_Workshop]] for exploded part animations, and [[D3D Language Agnostic Instructionals]] for further documentation.<br /> <br /> Index:<br /> <br /> <html><iframe src="https://docs.google.com/spreadsheets/d/1M2w62M2R3VroZmcR0L6eSjr3apw92zMDun4ZXwcj1Zo/pubhtml?widget=true&amp;headers=false" height=500 width=800></iframe></html><br /> <br /> [https://docs.google.com/spreadsheets/d/1M2w62M2R3VroZmcR0L6eSjr3apw92zMDun4ZXwcj1Zo/edit#gid=0 edit]<br /> <br /> Small version for small machines such as 3D printer, small laser cutter, and CNC circuit mill<br /> <br /> =Assembly Index=<br /> <br /> <html><iframe src="https://docs.google.com/spreadsheets/d/1Pp0usXthLFDFZHVzcIYodTiYgx4IRWtfv3cv652prfw/pubhtml?widget=true&amp;headers=false" height=400 width=800></iframe></html><br /> <br /> [https://docs.google.com/spreadsheets/d/1Pp0usXthLFDFZHVzcIYodTiYgx4IRWtfv3cv652prfw/edit#gid=0 edit]<br /> <br /> =D3D 16"=<br /> <br /> I don't see the part that holds the heated bed. Where'd that go??? Oh wait a sec, is that the short idler?<br /> <br /> <br /> <gallery perrow=6><br /> File:D3D_frame_assembled_16inch.jpeg|D3D frame 16": [[File:D3D_frame_assembled_16_inch.FCStd]] Note: 2" width of metal. Should be updated to 1.5" width. (4/16)<br /> <br /> File:Motorside.jpg|[[File:check.png]]'''[10] Motor Side of Axis''' - 221k - FreeCAD -[[File:Universal_axis_motor_side.fcstd]]. STL - [[File:Universal axis motor side.stl]]<br /> <br /> File:carriageCAD.jpg|[[File:check.png]]'''[10] Carriage Side''' - 552k - FreeCAD - [[File:Universal_axis_carriage_side.fcstd]]. STL - [[File:Universal_axis_carriage_side.stl]] <br /> <br /> File:idlershort.jpg|[[File:check.png]]'''[10] Short Idler Side''' - 75k - FreeCAD - [[File:Universal_Axis_Idler_Side_short_version.fcstd]]. STL - [[File:Universal_Axis_Idler_Side_short_version.stl]]. <br /> <br /> File:peg85.jpg|[[File:check.png]]'''[10] Belt Holding Peg''' - FreeCAD original size - [[File:peg_8mm_rods.fcstd]]. STL at 85% size, works well - [[File:peg_8mm_rods.stl]]<br /> <br /> File:chain.jpg|[[File:check.png]]'''[2] beginning + [1] end piece + [12] springs of Cable Chain''' - 4 STLs in a zip file - [[File:D3dcablechain.zip]]. <br /> <br /> file:link.jpg|[[File:check.png]]'''[44] Cable Chain Main Link''' - need 44 of these for D3D 16". [[File:link.fcstd]]. STL - [[File:link.stl]]<br /> <br /> File:extruderholder.jpg|[[File:check.png]] '''[1] D3D Extruder Holder.''' [[File:Motor interface.fcstd]] , [[File:Motor interface.stl]]<br /> <br /> File:endstopholder.jpg|[[File:check.png]] '''[2] Endstop Holder.''' [[File:D3D_End_stop_interface.fcstd]] ½ cube bumps, [[File:D3D_End_stop_interface.stl]].<br /> <br /> File:sensholder.jpg|[[File:check.png]]'''Sensor Holder.''' - Generated in [[BlocksCAD]]. STL - [[File:sensholder.stl]] [[File:D3D Extruder Z Sensor Holder.fcstd]]<br /> <br /> File:idlerlong.jpg|[[File:check.png]]'''[0] Long Idler Side''' - 96k - FreeCAD - [[File:Universal_axis_idler_side.fcstd]]. STL - [[File:Universal_Axis_Idler_Side_long.stl]]. <br /> <br /> File:endstop.jpg|'''Endstop.''' - FreeCAD - [[File:D3D End Stop Switch.fcstd]]<br /> <br /> File:d3dframe_freecad.jpg|'''Frame''' - FreeCAD -[[File:d3dframe.fcstd]]. STL - not 3d printer. Another version will be 3D printed.<br /> <br /> File:yaxispartcount.jpg|'''Right Y Axis''' - FreeCAD - [[File:D3D_Right_Y_Axis.fcstd]]. <br /> <br /> File:M6x18-screw.png|'''M6x18 Axis Hex Bolt''' - FreeCAD - [[File:m6x18.fcstd]]. '''Marcin plz confirm'' <br /> <br /> File:m6x30.jpg|[[File:check.png]]'''M6x30 Axis Hex Bolt''' - FreeCAD - [[File:m6x30.fcstd]]. 30 mm version connecting X axis to Y axis. '''EDITED after Marcin's confirmation'''<br /> <br /> File:Axis hex nut.jpeg|'''Axis Hex Nut''' - FreeCAD - [[File:Axis hex nut freecad.fcstd]].<br /> <br /> File:Neodymium magnet.jpeg|'''Magnet''' - FreeCAD - [[File:Neodymium magnet freecad.fcstd]]. ''' Magnet updated to 12mm×3mm<br /> <br /> File:idlerbearing.jpg|[[File:check.png]]'''Flanged Bearing''' - goes on the idler 3D printed piece. FreeCAD - [[File:pulley.fcstd]]. <br /> <br /> -----------------------------------------------------------------------------<br /> File:extender.jpg|[[File:check.png]]'''Flanged Bearing''' - goes on the idler 3D printed piece. FreeCAD - [[File:pulley.fcstd]]. <br /> <br /> <br /> File:Carriage linear bearing.jpeg|[[File:check.png]]'''Carriage Linear Bearing''' - FreeCAD - [[File:Carriage linear bearing freecad.fcstd]].<br /> <br /> File:Nema 17 stepper motor.jpeg|[[File:check.png]]'''Nema 17 Stepper Motor''' - FreeCAD - [[File:Nema 17 stepper motor freecad.fcstd]].<br /> <br /> <br /> File:8mm belt x axis.jpeg|'''X Axis Belt''' - FreeCAD - [[File:8mm belt x axis freecad.fcstd]]. '''Belt needs to be 6 mm wide, 2mm pitch (GT2 belt)'''<br /> <br /> File:previewfilename.jpg|'''Part name''' - FreeCAD - [[File:freecadfilename.fcstd]].<br /> <br /> File:GT2_pulley.png|'''GT2 Pulley''' Freecad - [[File:GT2_pulley.fcstd]].<br /> <br /> File:3drintedpulley.jpg|'''3D Printed Pulley + 3D Printed LinearBearing''' These are not the same as the files above. FreeCAD - [[File:3dppulley.stl]]. [[File:3dlinbearing.stl]]<br /> <br /> File:check.png| M5 extruder shaft [[File: Prusa_i3_mk2_extruder_adapted_bearingShaft.stl]]<br /> <br /> </gallery><br /> <br /> =Simplified Modules - For Use in Modeling=<br /> TODO: ADD SHORT IDLER VERSIONS OF EACH<br /> <gallery perrow=6><br /> File:D3D_circuit_mill_X_axis.jpeg|Single x axis: [[File:D3D Circuit Mill X Axis.fcstd]]<br /> <br /> File:D3D_circuit_mill_Y_axis.jpeg|Single y axis: [[File:D3D Circuit Mill Y Axis.fcstd]]<br /> <br /> File:D3D_circuit_mill_Z_axis.jpeg|Single z axis: [[File:D3D Circuit Mill Z Axis.fcstd]]<br /> </gallery><br /> <br /> =D3D 13"=<br /> [[File:downholder.stl]]. [[File:Downholder.fcstd]].<br /> <br /> =Subparts=<br /> <gallery><br /> File:20 tooth pulley.jpeg|'''20 Tooth Timing Pulley''' - FreeCAD - [[File:20 tooth pulley freecad.fcstd]]. This is an extruder driver gear, not 20 tooth pulley. See [[D3D BOM]] 2 Week BOM for the correct part.<br /> </gallery><br /> <br /> ==Extruder==<br /> <br /> See [[D3D Extruder]]<br /> <br /> =D3D Mini=<br /> <gallery perrow=6><br /> File:topExtrudermount.jpg|'''Top extruder Mount''' - FreeCAD - [[File:D3D Mini Sub-Assembly Extruder Top Mount.fcstd]]. STL - [[File:miniexthold.stl]]<br /> <br /> </gallery><br /> <br /> =Deprecated=<br /> <gallery perrow=6><br /> <br /> File:OSE-D3D-printer-infographic-v1-3b.jpg|'''Motor Side, short''' - [[File:Universal Axis Motor Side short version.fcstd]].<br /> <br /> File:Idler side printed axis half.jpeg|'''Idler Side Axis Full Size''' - FreeCAD - [[File:Idler side printed axis half freecad.fcstd]]. '''This probably needs to be converted to the file from Manolis Log with a version history?'''<br /> <br /> File:frameext.jpg|'''Frame Extender''' - FreeCAD by [[Emmanouil Log]] - [[File:D3D Axis Extension.fcstd]]. STL - [[File:D3D_Axis_Extension.stl]] . Extender does not work well, as it is difficult to make it parallel to frame side. <br /> <br /> <br /> </gallery><br /> <br /> =Bigger Pictures=<br /> [[File:yaxispartcount.jpg]]<br /> <br /> =See Also=<br /> * [[D3D Extruder]]<br /> <br /> [[Category:D3D]]<br /> [[category:3D Printer]]</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=D3D_Part_Library&diff=177351 D3D Part Library 2018-09-03T21:12:13Z

<p>Bhakti Kulkarni: /* D3D 16" */</p> <hr /> <div>{{RightTOC}}<br /> [[File:OSE-D3D-printer-infographic-v1-3b.jpg|500px|D3D 3d Printer Infographic. By Jean-Baptiste Vervaeck.]]<br /> =Introduction=<br /> Conditions of satisfaction for complete CAD for a given project means that we have a complete part library:<br /> *'''Parts''' - for building Modules, for producing Fabrication Drawings<br /> *'''Modules''' - Made of multiple parts, these are sub-assemblies of the Final Assemlby. These are used for Exploded Part Animations, Language Agnostic Instructionals (LAIs), and other work.<br /> *'''Final Assembly''' - The completed build. for Exploded Part Animations, LAIs. Note that the Final Assembly may have to use Simplified Assets in some cases to remain workable<br /> *'''Simplified Assets''': Parts, Modules, Assemblies - these are versions with details removed. Some may be grouped to facilitate handling. In some cases they are drawn from scratch as only abstract, blocky models - to save significantly on file size.<br /> *'''File Size Requirements''' - all assets meet File Size Requirements for that particular asset type. Files can't be so large that FreeCAD can't open them or work with them effectively. <br /> *'''File Organization''' - Spreadsheet of all Assets (both Simlified and Complete assets) is available<br /> *'''Construction Best Practices''' - procedures for effective part building in FreeCAD are followed for each file.<br /> *'''File Build Documentation''' - Each file is documented for how to create that file, so novices can get up to speed in making modifications. A short video with voiceover is the best way to document a part build. This is important because this creates design literacy in the general populace.<br /> <br /> =5/16" or 8 mm Rod Version=<br /> <br /> =D3D 16" Version=<br /> {{Hint|Once all the parts here are stable, we will create a FreeCAD D3D Workbench which includes a drag-and-drop of every part within FreeCAD}}<br /> =Part Index=<br /> See [[D3D Integration]], [[Emmanouil Log]], [[Jose Log]], [[Cedric Log]] for all the source files, and [[D3D_Instructional_videos_for_April,_29th,2017_Workshop]] for exploded part animations, and [[D3D Language Agnostic Instructionals]] for further documentation.<br /> <br /> Index:<br /> <br /> <html><iframe src="https://docs.google.com/spreadsheets/d/1M2w62M2R3VroZmcR0L6eSjr3apw92zMDun4ZXwcj1Zo/pubhtml?widget=true&amp;headers=false" height=500 width=800></iframe></html><br /> <br /> [https://docs.google.com/spreadsheets/d/1M2w62M2R3VroZmcR0L6eSjr3apw92zMDun4ZXwcj1Zo/edit#gid=0 edit]<br /> <br /> Small version for small machines such as 3D printer, small laser cutter, and CNC circuit mill<br /> <br /> =Assembly Index=<br /> <br /> <html><iframe src="https://docs.google.com/spreadsheets/d/1Pp0usXthLFDFZHVzcIYodTiYgx4IRWtfv3cv652prfw/pubhtml?widget=true&amp;headers=false" height=400 width=800></iframe></html><br /> <br /> [https://docs.google.com/spreadsheets/d/1Pp0usXthLFDFZHVzcIYodTiYgx4IRWtfv3cv652prfw/edit#gid=0 edit]<br /> <br /> =D3D 16"=<br /> <br /> I don't see the part that holds the heated bed. Where'd that go??? Oh wait a sec, is that the short idler?<br /> <br /> <br /> <gallery perrow=6><br /> File:D3D_frame_assembled_16inch.jpeg|D3D frame 16": [[File:D3D_frame_assembled_16_inch.FCStd]] Note: 2" width of metal. Should be updated to 1.5" width. (4/16)<br /> <br /> File:Motorside.jpg|[[File:check.png]]'''[10] Motor Side of Axis''' - 221k - FreeCAD -[[File:Universal_axis_motor_side.fcstd]]. STL - [[File:Universal axis motor side.stl]]<br /> <br /> File:carriageCAD.jpg|[[File:check.png]]'''[10] Carriage Side''' - 552k - FreeCAD - [[File:Universal_axis_carriage_side.fcstd]]. STL - [[File:Universal_axis_carriage_side.stl]] <br /> <br /> File:idlershort.jpg|[[File:check.png]]'''[10] Short Idler Side''' - 75k - FreeCAD - [[File:Universal_Axis_Idler_Side_short_version.fcstd]]. STL - [[File:Universal_Axis_Idler_Side_short_version.stl]]. <br /> <br /> File:peg85.jpg|[[File:check.png]]'''[10] Belt Holding Peg''' - FreeCAD original size - [[File:peg_8mm_rods.fcstd]]. STL at 85% size, works well - [[File:peg_8mm_rods.stl]]<br /> <br /> File:chain.jpg|[[File:check.png]]'''[2] beginning + [1] end piece + [12] springs of Cable Chain''' - 4 STLs in a zip file - [[File:D3dcablechain.zip]]. <br /> <br /> file:link.jpg|[[File:check.png]]'''[44] Cable Chain Main Link''' - need 44 of these for D3D 16". [[File:link.fcstd]]. STL - [[File:link.stl]]<br /> <br /> File:extruderholder.jpg|[[File:check.png]] '''[1] D3D Extruder Holder.''' [[File:Motor interface.fcstd]] , [[File:Motor interface.stl]]<br /> <br /> File:endstopholder.jpg|[[File:check.png]] '''[2] Endstop Holder.''' [[File:D3D_End_stop_interface.fcstd]] ½ cube bumps, [[File:D3D_End_stop_interface.stl]].<br /> <br /> File:sensholder.jpg|[[File:check.png]]'''Sensor Holder.''' - Generated in [[BlocksCAD]]. STL - [[File:sensholder.stl]] [[File:D3D Extruder Z Sensor Holder.fcstd]]<br /> <br /> File:idlerlong.jpg|[[File:check.png]]'''[0] Long Idler Side''' - 96k - FreeCAD - [[File:Universal_axis_idler_side.fcstd]]. STL - [[File:Universal_Axis_Idler_Side_long.stl]]. <br /> <br /> File:endstop.jpg|'''Endstop.''' - FreeCAD - [[File:D3D End Stop Switch.fcstd]]<br /> <br /> File:d3dframe_freecad.jpg|'''Frame''' - FreeCAD -[[File:d3dframe.fcstd]]. STL - not 3d printer. Another version will be 3D printed.<br /> <br /> File:yaxispartcount.jpg|'''Right Y Axis''' - FreeCAD - [[File:D3D_Right_Y_Axis.fcstd]]. <br /> <br /> File:M6x18-screw.png|'''M6x18 Axis Hex Bolt''' - FreeCAD - [[File:m6x18.fcstd]]. '''Marcin plz confirm'' <br /> <br /> File:m6x30.jpg|[[File:check.png]]'''M6x30 Axis Hex Bolt''' - FreeCAD - [[File:m6x30.fcstd]]. 30 mm version connecting X axis to Y axis. '''EDITED after Marcin's confirmation'''<br /> <br /> File:Axis hex nut.jpeg|'''Axis Hex Nut''' - FreeCAD - [[File:Axis hex nut freecad.fcstd]].<br /> <br /> File:Neodymium magnet.jpeg|'''Magnet''' - FreeCAD - [[File:Neodymium magnet freecad.fcstd]]. ''' Magnet updated to 12mm×3mm<br /> <br /> File:idlerbearing.jpg|[[File:check.png]]'''Flanged Bearing''' - goes on the idler 3D printed piece. FreeCAD - [[File:pulley.fcstd]]. <br /> <br /> -----------------------------------------------------------------------------<br /> File:extender.jpg|[[File:check.png]]'''Flanged Bearing''' - goes on the idler 3D printed piece. FreeCAD - [[File:pulley.fcstd]]. <br /> <br /> <br /> File:Carriage linear bearing.jpeg|[[File:check.png]]'''Carriage Linear Bearing''' - FreeCAD - [[File:Carriage linear bearing freecad.fcstd]].<br /> <br /> File:Nema 17 stepper motor.jpeg|[[File:check.png]]'''Nema 17 Stepper Motor''' - FreeCAD - [[File:Nema 17 stepper motor freecad.fcstd]].<br /> <br /> <br /> File:8mm belt x axis.jpeg|'''X Axis Belt''' - FreeCAD - [[File:8mm belt x axis freecad.fcstd]]. '''Belt needs to be 6 mm wide, 2mm pitch (GT2 belt)'''<br /> <br /> File:previewfilename.jpg|'''Part name''' - FreeCAD - [[File:freecadfilename.fcstd]].<br /> <br /> File:GT2_pulley.png|'''GT2 Pulley''' Freecad - [[File:GT2_pulley.fcstd]].<br /> <br /> File:3drintedpulley.jpg|'''3D Printed Pulley + 3D Printed LinearBearing''' These are not the same as the files above. FreeCAD - [[File:3dppulley.stl]]. [[File:3dlinbearing.stl]]<br /> <br /> File: M5 extruder shaft [[File: Prusa_i3_mk2_extruder_adapted_bearingShaft.stl]]<br /> <br /> </gallery><br /> <br /> =Simplified Modules - For Use in Modeling=<br /> TODO: ADD SHORT IDLER VERSIONS OF EACH<br /> <gallery perrow=6><br /> File:D3D_circuit_mill_X_axis.jpeg|Single x axis: [[File:D3D Circuit Mill X Axis.fcstd]]<br /> <br /> File:D3D_circuit_mill_Y_axis.jpeg|Single y axis: [[File:D3D Circuit Mill Y Axis.fcstd]]<br /> <br /> File:D3D_circuit_mill_Z_axis.jpeg|Single z axis: [[File:D3D Circuit Mill Z Axis.fcstd]]<br /> </gallery><br /> <br /> =D3D 13"=<br /> [[File:downholder.stl]]. [[File:Downholder.fcstd]].<br /> <br /> =Subparts=<br /> <gallery><br /> File:20 tooth pulley.jpeg|'''20 Tooth Timing Pulley''' - FreeCAD - [[File:20 tooth pulley freecad.fcstd]]. This is an extruder driver gear, not 20 tooth pulley. See [[D3D BOM]] 2 Week BOM for the correct part.<br /> </gallery><br /> <br /> ==Extruder==<br /> <br /> See [[D3D Extruder]]<br /> <br /> =D3D Mini=<br /> <gallery perrow=6><br /> File:topExtrudermount.jpg|'''Top extruder Mount''' - FreeCAD - [[File:D3D Mini Sub-Assembly Extruder Top Mount.fcstd]]. STL - [[File:miniexthold.stl]]<br /> <br /> </gallery><br /> <br /> =Deprecated=<br /> <gallery perrow=6><br /> <br /> File:OSE-D3D-printer-infographic-v1-3b.jpg|'''Motor Side, short''' - [[File:Universal Axis Motor Side short version.fcstd]].<br /> <br /> File:Idler side printed axis half.jpeg|'''Idler Side Axis Full Size''' - FreeCAD - [[File:Idler side printed axis half freecad.fcstd]]. '''This probably needs to be converted to the file from Manolis Log with a version history?'''<br /> <br /> File:frameext.jpg|'''Frame Extender''' - FreeCAD by [[Emmanouil Log]] - [[File:D3D Axis Extension.fcstd]]. STL - [[File:D3D_Axis_Extension.stl]] . Extender does not work well, as it is difficult to make it parallel to frame side. <br /> <br /> <br /> </gallery><br /> <br /> =Bigger Pictures=<br /> [[File:yaxispartcount.jpg]]<br /> <br /> =See Also=<br /> * [[D3D Extruder]]<br /> <br /> [[Category:D3D]]<br /> [[category:3D Printer]]</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=D3D_Part_Library&diff=177349 D3D Part Library 2018-09-03T21:00:31Z

<p>Bhakti Kulkarni: /* D3D 16" */</p> <hr /> <div>{{RightTOC}}<br /> [[File:OSE-D3D-printer-infographic-v1-3b.jpg|500px|D3D 3d Printer Infographic. By Jean-Baptiste Vervaeck.]]<br /> =Introduction=<br /> Conditions of satisfaction for complete CAD for a given project means that we have a complete part library:<br /> *'''Parts''' - for building Modules, for producing Fabrication Drawings<br /> *'''Modules''' - Made of multiple parts, these are sub-assemblies of the Final Assemlby. These are used for Exploded Part Animations, Language Agnostic Instructionals (LAIs), and other work.<br /> *'''Final Assembly''' - The completed build. for Exploded Part Animations, LAIs. Note that the Final Assembly may have to use Simplified Assets in some cases to remain workable<br /> *'''Simplified Assets''': Parts, Modules, Assemblies - these are versions with details removed. Some may be grouped to facilitate handling. In some cases they are drawn from scratch as only abstract, blocky models - to save significantly on file size.<br /> *'''File Size Requirements''' - all assets meet File Size Requirements for that particular asset type. Files can't be so large that FreeCAD can't open them or work with them effectively. <br /> *'''File Organization''' - Spreadsheet of all Assets (both Simlified and Complete assets) is available<br /> *'''Construction Best Practices''' - procedures for effective part building in FreeCAD are followed for each file.<br /> *'''File Build Documentation''' - Each file is documented for how to create that file, so novices can get up to speed in making modifications. A short video with voiceover is the best way to document a part build. This is important because this creates design literacy in the general populace.<br /> <br /> =5/16" or 8 mm Rod Version=<br /> <br /> =D3D 16" Version=<br /> {{Hint|Once all the parts here are stable, we will create a FreeCAD D3D Workbench which includes a drag-and-drop of every part within FreeCAD}}<br /> =Part Index=<br /> See [[D3D Integration]], [[Emmanouil Log]], [[Jose Log]], [[Cedric Log]] for all the source files, and [[D3D_Instructional_videos_for_April,_29th,2017_Workshop]] for exploded part animations, and [[D3D Language Agnostic Instructionals]] for further documentation.<br /> <br /> Index:<br /> <br /> <html><iframe src="https://docs.google.com/spreadsheets/d/1M2w62M2R3VroZmcR0L6eSjr3apw92zMDun4ZXwcj1Zo/pubhtml?widget=true&amp;headers=false" height=500 width=800></iframe></html><br /> <br /> [https://docs.google.com/spreadsheets/d/1M2w62M2R3VroZmcR0L6eSjr3apw92zMDun4ZXwcj1Zo/edit#gid=0 edit]<br /> <br /> Small version for small machines such as 3D printer, small laser cutter, and CNC circuit mill<br /> <br /> =Assembly Index=<br /> <br /> <html><iframe src="https://docs.google.com/spreadsheets/d/1Pp0usXthLFDFZHVzcIYodTiYgx4IRWtfv3cv652prfw/pubhtml?widget=true&amp;headers=false" height=400 width=800></iframe></html><br /> <br /> [https://docs.google.com/spreadsheets/d/1Pp0usXthLFDFZHVzcIYodTiYgx4IRWtfv3cv652prfw/edit#gid=0 edit]<br /> <br /> =D3D 16"=<br /> <br /> I don't see the part that holds the heated bed. Where'd that go??? Oh wait a sec, is that the short idler?<br /> <br /> <br /> <gallery perrow=6><br /> File:D3D_frame_assembled_16inch.jpeg|D3D frame 16": [[File:D3D_frame_assembled_16_inch.FCStd]] Note: 2" width of metal. Should be updated to 1.5" width. (4/16)<br /> <br /> File:Motorside.jpg|[[File:check.png]]'''[10] Motor Side of Axis''' - 221k - FreeCAD -[[File:Universal_axis_motor_side.fcstd]]. STL - [[File:Universal axis motor side.stl]]<br /> <br /> File:carriageCAD.jpg|[[File:check.png]]'''[10] Carriage Side''' - 552k - FreeCAD - [[File:Universal_axis_carriage_side.fcstd]]. STL - [[File:Universal_axis_carriage_side.stl]] <br /> <br /> File:idlershort.jpg|[[File:check.png]]'''[10] Short Idler Side''' - 75k - FreeCAD - [[File:Universal_Axis_Idler_Side_short_version.fcstd]]. STL - [[File:Universal_Axis_Idler_Side_short_version.stl]]. <br /> <br /> File:peg85.jpg|[[File:check.png]]'''[10] Belt Holding Peg''' - FreeCAD original size - [[File:peg_8mm_rods.fcstd]]. STL at 85% size, works well - [[File:peg_8mm_rods.stl]]<br /> <br /> File:chain.jpg|[[File:check.png]]'''[2] beginning + [1] end piece + [12] springs of Cable Chain''' - 4 STLs in a zip file - [[File:D3dcablechain.zip]]. <br /> <br /> file:link.jpg|[[File:check.png]]'''[44] Cable Chain Main Link''' - need 44 of these for D3D 16". [[File:link.fcstd]]. STL - [[File:link.stl]]<br /> <br /> File:extruderholder.jpg|[[File:check.png]] '''[1] D3D Extruder Holder.''' [[File:Motor interface.fcstd]] , [[File:Motor interface.stl]]<br /> <br /> File:endstopholder.jpg|[[File:check.png]] '''[2] Endstop Holder.''' [[File:D3D_End_stop_interface.fcstd]] ½ cube bumps, [[File:D3D_End_stop_interface.stl]].<br /> <br /> File:sensholder.jpg|[[File:check.png]]'''Sensor Holder.''' - Generated in [[BlocksCAD]]. STL - [[File:sensholder.stl]] [[File:D3D Extruder Z Sensor Holder.fcstd]]<br /> <br /> File:idlerlong.jpg|[[File:check.png]]'''[0] Long Idler Side''' - 96k - FreeCAD - [[File:Universal_axis_idler_side.fcstd]]. STL - [[File:Universal_Axis_Idler_Side_long.stl]]. <br /> <br /> File:endstop.jpg|'''Endstop.''' - FreeCAD - [[File:D3D End Stop Switch.fcstd]]<br /> <br /> File:d3dframe_freecad.jpg|'''Frame''' - FreeCAD -[[File:d3dframe.fcstd]]. STL - not 3d printer. Another version will be 3D printed.<br /> <br /> File:yaxispartcount.jpg|'''Right Y Axis''' - FreeCAD - [[File:D3D_Right_Y_Axis.fcstd]]. <br /> <br /> File:M6x18-screw.png|'''M6x18 Axis Hex Bolt''' - FreeCAD - [[File:m6x18.fcstd]]. '''Marcin plz confirm'' <br /> <br /> File:m6x30.jpg|[[File:check.png]]'''M6x30 Axis Hex Bolt''' - FreeCAD - [[File:m6x30.fcstd]]. 30 mm version connecting X axis to Y axis. '''EDITED after Marcin's confirmation'''<br /> <br /> File:Axis hex nut.jpeg|'''Axis Hex Nut''' - FreeCAD - [[File:Axis hex nut freecad.fcstd]].<br /> <br /> File:Neodymium magnet.jpeg|'''Magnet''' - FreeCAD - [[File:Neodymium magnet freecad.fcstd]]. ''' Magnet updated to 12mm×3mm<br /> <br /> File:idlerbearing.jpg|[[File:check.png]]'''Flanged Bearing''' - goes on the idler 3D printed piece. FreeCAD - [[File:pulley.fcstd]]. <br /> <br /> -----------------------------------------------------------------------------<br /> File:extender.jpg|[[File:check.png]]'''Flanged Bearing''' - goes on the idler 3D printed piece. FreeCAD - [[File:pulley.fcstd]]. <br /> <br /> <br /> File:Carriage linear bearing.jpeg|[[File:check.png]]'''Carriage Linear Bearing''' - FreeCAD - [[File:Carriage linear bearing freecad.fcstd]].<br /> <br /> File:Nema 17 stepper motor.jpeg|[[File:check.png]]'''Nema 17 Stepper Motor''' - FreeCAD - [[File:Nema 17 stepper motor freecad.fcstd]].<br /> <br /> <br /> File:8mm belt x axis.jpeg|'''X Axis Belt''' - FreeCAD - [[File:8mm belt x axis freecad.fcstd]]. '''Belt needs to be 6 mm wide, 2mm pitch (GT2 belt)'''<br /> <br /> File:previewfilename.jpg|'''Part name''' - FreeCAD - [[File:freecadfilename.fcstd]].<br /> <br /> File:GT2_pulley.png|'''GT2 Pulley''' Freecad - [[File:GT2_pulley.fcstd]].<br /> <br /> File:3drintedpulley.jpg|'''3D Printed Pulley + 3D Printed LinearBearing''' These are not the same as the files above. FreeCAD - [[File:3dppulley.stl]]. [[File:3dlinbearing.stl]]<br /> <br /> M5 extruder shaft [[https://wiki.opensourceecology.org/wiki/File:Prusa_i3_mk2_extruder_adapted_bearingShaft.stl]]<br /> <br /> </gallery><br /> <br /> =Simplified Modules - For Use in Modeling=<br /> TODO: ADD SHORT IDLER VERSIONS OF EACH<br /> <gallery perrow=6><br /> File:D3D_circuit_mill_X_axis.jpeg|Single x axis: [[File:D3D Circuit Mill X Axis.fcstd]]<br /> <br /> File:D3D_circuit_mill_Y_axis.jpeg|Single y axis: [[File:D3D Circuit Mill Y Axis.fcstd]]<br /> <br /> File:D3D_circuit_mill_Z_axis.jpeg|Single z axis: [[File:D3D Circuit Mill Z Axis.fcstd]]<br /> </gallery><br /> <br /> =D3D 13"=<br /> [[File:downholder.stl]]. [[File:Downholder.fcstd]].<br /> <br /> =Subparts=<br /> <gallery><br /> File:20 tooth pulley.jpeg|'''20 Tooth Timing Pulley''' - FreeCAD - [[File:20 tooth pulley freecad.fcstd]]. This is an extruder driver gear, not 20 tooth pulley. See [[D3D BOM]] 2 Week BOM for the correct part.<br /> </gallery><br /> <br /> ==Extruder==<br /> <br /> See [[D3D Extruder]]<br /> <br /> =D3D Mini=<br /> <gallery perrow=6><br /> File:topExtrudermount.jpg|'''Top extruder Mount''' - FreeCAD - [[File:D3D Mini Sub-Assembly Extruder Top Mount.fcstd]]. STL - [[File:miniexthold.stl]]<br /> <br /> </gallery><br /> <br /> =Deprecated=<br /> <gallery perrow=6><br /> <br /> File:OSE-D3D-printer-infographic-v1-3b.jpg|'''Motor Side, short''' - [[File:Universal Axis Motor Side short version.fcstd]].<br /> <br /> File:Idler side printed axis half.jpeg|'''Idler Side Axis Full Size''' - FreeCAD - [[File:Idler side printed axis half freecad.fcstd]]. '''This probably needs to be converted to the file from Manolis Log with a version history?'''<br /> <br /> File:frameext.jpg|'''Frame Extender''' - FreeCAD by [[Emmanouil Log]] - [[File:D3D Axis Extension.fcstd]]. STL - [[File:D3D_Axis_Extension.stl]] . Extender does not work well, as it is difficult to make it parallel to frame side. <br /> <br /> <br /> </gallery><br /> <br /> =Bigger Pictures=<br /> [[File:yaxispartcount.jpg]]<br /> <br /> =See Also=<br /> * [[D3D Extruder]]<br /> <br /> [[Category:D3D]]<br /> [[category:3D Printer]]</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177345 Alex Au Log 2018-09-03T19:59:48Z

<p>Bhakti Kulkarni: /* Mon Sep 3, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Mon Sep 3, 2018 =<br /> Extruder : https://docs.google.com/presentation/d/172KqbjetnginKONsxB2fh9P-IjfuogUx-CAq8Cvx_4Q/edit#slide=id.p<br /> <br /> Heated Bed : https://docs.google.com/presentation/d/1BJ1WMltjScTuQ7paGLvs0HMpxtESkitffxhm0d8K4Sc/edit?usp=sharing<br /> <br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] | [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template] | [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Alex_Au_Log&diff=177334 Alex Au Log 2018-09-03T18:51:13Z

<p>Bhakti Kulkarni: /* Mon Sep 3, 2018 */</p> <hr /> <div><html><iframe width="600" height="600" src="https://osedev.org/wiki/Alex?start=7/1/2018"></iframe></html><br /> <br /> = Mon Sep 3, 2018 =<br /> Frame : https://docs.google.com/presentation/d/1hyFU_mV8qGpV-hbHg9gOAYagN1vF-tqNdCh8p_B8hfc/edit#slide=id.p<br /> <br /> Axis X, Y, Z: https://docs.google.com/presentation/d/1AKgYVq1v1WCgCvUxsRGYh2Awzl4s1mI75tHxGzxw0zg/edit?usp=sharing<br /> <br /> [[Holacracy-based_Decision-making_Process]] | [https://docs.google.com/presentation/d/1wxU4fahWuoyCOdc7zsgX8Hur-aZWGca0Q5tuBizlHt8/edit#slide=id.p 6 Layer Documentation Template] | [https://www.facebook.com/pg/oseworkshops/community/ Photo Thread for Day 1 of 3D Printer Build, Immersion Camp #1"]<br /> <br /> =Sun Sep 2, 2018=<br /> [https://paper.dropbox.com/doc/Governance-Process-RE-Proposals--ALzwAIoQSq~7l1aaZUbGFjWTAg-3gm9uyCFULxZKPEmDmDIv Decision-making Process for Governance Based On Holacracy] [https://paper.dropbox.com/doc/Governance-Meeting-Structure--ALyXotuzGoChBNvE3rk6t1HDAg-2zqhJnBasnUPUpWpQUsrT How STAR structures a Goverannce Meeting]<br /> <br /> =Tue Aug 14, 2018=<br /> Read emails, synced w/ Sara on [Talk:Photogrammetry_101_with_Harman]<br /> <br /> =Sat Aug 11, 2018=<br /> [[Talk Proposal: Climate Change and Open Source Ecology]]<br /> <br /> =Thu Aug 9, 2018=<br /> Read offer letter carefully again and added to discussion. [[Talk:Conflict Resolution]] | [[Talk:Daily_Log_of_Tasks]]<br /> <br /> =Wed Aug 8, 2018=<br /> [[Notes on Mechanical Devices for the Electronics Experimenter#Overview of Chapters not-relevant to building lasers: 2-6]]<br /> <br /> =Tue Aug 7, 2018=<br /> [https://www.are.na/alex-au/laser-definitions-vocabulary-ose Laser Definitions Vocabulary OSE Laser]<br /> <br /> =Mon Aug 6, 2018=<br /> This Week's Goals:<br /> * Identify top 3 prior art CO2 lasers<br /> * Create initial design on paper<br /> * Begin mocking in CAD<br /> <br /> =Sun Aug 5, 2018=<br /> [https://www.are.na/alex-au/design-laser-ose Design Laser Links ]<br /> <br /> =Fri Aug 3, 2018=<br /> [[List of Book Locations for CO2 Laser Research in Chicago]] | [https://www.are.na/alex-au/build-laser-ose Curated Online Research for CO2 Laser Research] | [[Notes on Mechanical Devices for the Electronics Experimenter]]<br /> <br /> =Thu Aug 2, 2018=<br /> Time spent Getting Support for OSE Immersion:<br /> * Curate Links -- 2 hours<br /> * Chats with Parents & Family -- 3 hours<br /> <br /> [[Alex Au Intro to OSE for Parents]] | [[Alex Au Process for Persuading Parents to Support OSE Immersion]] | [[How to Create an OSE Linux USB using Mac Guide by Alex Au 2018]]<br /> <br /> =Wed Aug 1, 2018=<br /> <br /> [[Presentation Template]]<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vR4wY2ed8ELDFH9R3suH7tBuKUqSgtp8CeIGp-cVjhLhlQ1-kQhRdMD7jsmqWkRGDFBUSJf3tD6hZ3n/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1HqNgsuT2R3WsWt3vURd8EZtXbUW-I2V_g_TQnaFCHjY/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> =Tue July 31, 2018=<br /> Time spent on OSE developer test:<br /> * Installing Linux — 10-15 hours<br /> * Learning FreeCAD — 15-20 hours<br /> * Documenting Work — 5 hours<br /> <br /> Self Grade: <br /> 95/100 | Mis-edited portion of video documentation near the beginning. Got cube together. Also ran into trouble with tubes being re-positioned when fastening bolts.<br /> <br /> Links:<br /> [[Alex Au's Feedback on Developer Test]] | [https://drive.google.com/open?id=1ErIRzy72uCoSsTkfBBcgElhr1duxTIOh Link to FreeCAD file of cube] | [https://youtu.be/eVIdVMIsobw Video Documentation of Alex Au's OSE Developer Test]<br /> <br /> =Links=<br /> *[[Alex Au]] - notes from interview conversations</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Bhakti_Log&diff=175489 Bhakti Log 2018-07-24T03:28:47Z

<p>Bhakti Kulkarni: /* Jul 11, 2018 */</p> <hr /> <div><html><iframe width="600" height="400" src="https://osedev.org/wiki/bhakti"></iframe></html><br /> <br /> <br /> =Jul 11, 2018=<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vREWAScFpz3n30xroF2HHU5GypIOhLhJA2blwMELoDAMX42wFRk-B-wtwjjmTqhtvGkGQxbtOFoGIly/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> *File 5 - [[File:5.Glazed_door.fcstd]] - dimensions obtained from https://docs.google.com/presentation/d/1nXNrgiOrO-sI8pOC0ZiQsB-59TrqE-2MmlKwuOMOa1M/edit#slide=id.g2389b83d0924d28e_0<br /> *File 4 - [[File:4.Glazed_Roof_w_Vent.fcstd]] - dimensions obtained from https://docs.google.com/presentation/d/1sDDhjvZuq1sNlfod68fnotceSifh1MXAB99QsBMquTU/edit#slide=id.g18bef710ca_0_0<br /> *File 3 - [[File:3.Plywood_wall_-48.fcstd]] - dimensions obtained from https://docs.google.com/presentation/d/1c4wzuTXyO6lBE6yZBb14UAKGXwGzH60ZSkEW3RWRKuE/edit#slide=id.g2389b83d0924d28e_0<br /> *File 2 - [[File:2.Chicken_wall_-48.fcstd]] - dimensions obtained from https://docs.google.com/presentation/d/1Px8XHCR6iibDNy442hLghLvRqoMxJAz4Ux8wvPU5Aw4/edit#slide=id.g2389b83d0924d28e_0<br /> *File 1 - [[File:1.Glazed_wall_-48.fcstd#filelinks]] - dimensions obtained from https://docs.google.com/presentation/d/1vdLGHO_Xv0f-t2BJIQ0rIHRE4QT6RzPtyOdcPBcGjuU/edit#slide=id.g18c8ec251d_0_0<br /> <br /> =Tue Mar 27, 2018=<br /> Continuing - https://docs.google.com/presentation/d/1hx9s5pwp5XXE6MCiiEF2rwEhxPsXEL1Ct5jWKapEbPU/edit#slide=id.g1861bf60d5_0_6<br /> <br /> =Tue Mar 13, 2018=<br /> <br /> Started the page [[Aquaponic Greenhouse Design Guide]] and added space-holders as of now. <br /> Reviewing the FreeCAD programming guide.<br /> <br /> =Tue Mar 13, 2018=<br /> <br /> Work Planning Meeting. Notes:<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vTxDP_DEmohqG15rMcrq1KUf75MWLTcMwlHpmlzaA9T9WSoHo1jcOHv9gPTUlzK19JJ9ArpikttUsoe/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="299" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1hx9s5pwp5XXE6MCiiEF2rwEhxPsXEL1Ct5jWKapEbPU/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> *Liabilities - cost of living. Or cost of owning a house. Open Building Institute<br /> *Wants to start a business of her own<br /> *Learn the development process - such as FreeCAD<br /> *Design something and go into business with<br /> *Aquaponics<br /> *Enterprise track vs developer track<br /> *Transition to a business in the future<br /> *Good at her job, but not interested long term<br /> *Did start a couple startups that didn't work. This was software. But wants to do it in hardware.<br /> *One startup - travel single point of contact website<br /> *Another - didn't turn up well because couldn't get bitterness out of Cashew Apple<br /> *Leaving US in October. Wants to do immersion in September.<br /> *Still trying to get out of that scarcity mentality.<br /> *We're stuck in that scarcity mindset.<br /> *Context of India - developing the model for India.<br /> *Turnkey product or teaching people. But not sure how that will roll out.<br /> *Aquaponics - work with government as a sanctioned program. So buildings and apartments can start using the technologies.<br /> *Market for aquaponic build workshops in India - Bhakti sees that this would be feasible.<br /> *Business analyst by training - biotech engineer, works in IT? Understands functional requirements.<br /> *Do the immersion to see if the build model is good?<br /> *Documentation + Business Plan. Python. <br /> *Identify the component.<br /> <br /> =Mon Mar 06, 2018=<br /> <br /> Cover letter: https://youtu.be/RcKQ1aO_N9k<br /> <br /> The video while creating the cube is: <br /> https://youtu.be/yMxVxpw83OM<br /> <br /> The log file is uploaded at:<br /> [[http://opensourceecology.org/wiki/File:OSE_test2.fcstd]]<br /> <br /> How many hours each part of the test took to complete: <br /> <br /> 1) Installing Linux -- 5 hours<br /> <br /> 2) Learning FreeCAD -- 20 hours<br /> <br /> 3) Documenting your work--and which section was most difficult. -- Documenting took almost 7 hours. The section that was difficult was finding a screw that was long enough to pass through 2 tubing. Also, the video that I recorded did not open with kdenlive. Used ffmpeg through terminal instead. Thus, could not add the background music.<br /> <br /> Score yourself 0-100 based on the percentage of the Test points that you have completed successfully - and include that score in your work log comments. -- I would give myself 60% as I could not add the background score and that it took me too long to complete the test.<br /> <br /> Also, I did not understand how to create the wiki log page for long time. We have to search for the name of the log and then click on create log link - this was not intuitive work flow for me. If this is explained in the developer test, it might be easier for others to follow.</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=File:5.Glazed_door.fcstd&diff=174850 File:5.Glazed door.fcstd 2018-07-11T06:01:16Z

<p>Bhakti Kulkarni: </p> <hr /> <div></div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=File:3.Plywood_wall_-48.fcstd&diff=174849 File:3.Plywood wall -48.fcstd 2018-07-11T05:35:13Z

<p>Bhakti Kulkarni: </p> <hr /> <div></div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=File:2.Chicken_wall_-48.fcstd&diff=174847 File:2.Chicken wall -48.fcstd 2018-07-11T05:23:59Z

<p>Bhakti Kulkarni: </p> <hr /> <div></div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=File:1.Glazed_wall_-48.fcstd&diff=174840 File:1.Glazed wall -48.fcstd 2018-07-11T04:19:50Z

<p>Bhakti Kulkarni: </p> <hr /> <div></div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=File:4.Glazed_Roof_w_Vent.fcstd&diff=174756 File:4.Glazed Roof w Vent.fcstd 2018-07-08T22:31:37Z

<p>Bhakti Kulkarni: </p> <hr /> <div></div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Aquaponic_Greenhouse_Design_Guide&diff=168827 Aquaponic Greenhouse Design Guide 2018-03-27T06:04:43Z

<p>Bhakti Kulkarni: </p> <hr /> <div>Introduction:<br /> (Page started as of 3/13/2018, work in progress.)<br /> <br /> Structural components:<br /> <br /> Fish rearing tank: <br /> -Round fish tanks, made of fiberglass or polyethelene. <br /> -Diameter 10 ft, height 4 ft, water volume 2060 gal. <br /> -Turnover rate of water: For fish stocking density 15 kg/m3, at least half of fish tank water volume. For higher fish stocking density, at least one fish tank water volume. <br /> - Tangential flow of water entering the tank and bottom center outlet for water exiting the tank.<br /> <br /> <br /> <br /> FreeCAD link of the individual components and entire system design: <br /> <br /> Systems involved and inter-dependancy of systems:<br /> <br /> Key considerations:<br /> <br /> Aquaponics production details and business model:<br /> <br /> Refer:<br /> http://www.aquaponic.com.au/fact%20sheets.htm<br /> http://aquaculture.ca.uky.edu/sites/aquaculture.ca.uky.edu/files/srac_454_recirculating_aquaculture_tank_production_systems_-_aquaponics_-_integrating_fish_and_plant_culture_0.pdf<br /> file:///home/bk-ose/Downloads/SRAC_0453.pdf</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Aquaponic_Greenhouse_Design_Guide&diff=168826 Aquaponic Greenhouse Design Guide 2018-03-27T06:04:11Z

<p>Bhakti Kulkarni: </p> <hr /> <div>Introduction:<br /> (Page started as of 3/13/2018, work in progress.)<br /> <br /> Structural components:<br /> <br /> Fish rearing tank: <br /> -Round fish tanks, made of fiberglass or polyethelene. <br /> -Diameter 10 ft, height 4 ft, water volume 2060 gal. <br /> -Turnover rate of water: For fish stocking density 15 kg/m3, at least half of fish tank water volume. <br /> For higher fish stocking density, at least one fish tank water volume. <br /> - Tangential flow of water entering the tank and bottom center outlet for water exiting the tank.<br /> <br /> <br /> <br /> FreeCAD link of the individual components and entire system design: <br /> <br /> Systems involved and inter-dependancy of systems:<br /> <br /> Key considerations:<br /> <br /> Aquaponics production details and business model:<br /> <br /> Refer:<br /> http://www.aquaponic.com.au/fact%20sheets.htm<br /> http://aquaculture.ca.uky.edu/sites/aquaculture.ca.uky.edu/files/srac_454_recirculating_aquaculture_tank_production_systems_-_aquaponics_-_integrating_fish_and_plant_culture_0.pdf<br /> file:///home/bk-ose/Downloads/SRAC_0453.pdf</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Aquaponic_Greenhouse_Design_Guide&diff=168825 Aquaponic Greenhouse Design Guide 2018-03-27T05:47:34Z

<p>Bhakti Kulkarni: </p> <hr /> <div>Introduction:<br /> (Page started as of 3/13/2018, work in progress.)<br /> <br /> Structural components:<br /> <br /> Fish rearing tank:<br /> Diameter 10 ft, height 4 ft, water volume 2060 gal. <br /> <br /> <br /> <br /> FreeCAD link of the individual components and entire system design: <br /> <br /> Systems involved and inter-dependancy of systems:<br /> <br /> Key considerations:<br /> <br /> Aquaponics production details and business model:</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=FreeCAD_101&diff=168160 FreeCAD 101 2018-03-18T00:46:19Z

<p>Bhakti Kulkarni: /* OSE FreeCAD Programming Tutorial */</p> <hr /> <div>{{Hint|Note that the FreeCAD 101 Test has been moved to [[Developer Test]]}}<br /> [[Category:FreeCAD]]<br /> =Overview=<br /> <br /> FreeCAD is a free and opensource program for designing structures, parts, and machines. It is mostly used in architectural and mechanical engineering contexts. OSE uses FreeCAD both for its mechanical design work for the machines in the [[Global Village Construction Set]], and for helping create educational documents for teaching people to build those designs. <br /> <br /> As OSE grows, this page will be our junk-drawer & repository of all FreeCAD materials organized under the following scheme: General Resources (manuals, YouTube series, forums); and Task-Specific Tutorials for current projects we have (creating a cube, simplifying files, exploded parts diagrams, ''etc.''). This wiki is a sort of live and grow user generated OSE FreeCAD manual. As the list of tasks grow, we can further organize this material. <br /> <br /> *General FreeCAD Resources<br /> *Task 1: Create Cube (For Developer Test) <br /> *Task 2: Extract dimensional Drawings <br /> *Task 3: Simplify Files (for Parts)<br /> *Task 4: Combine Parts into Final Assemblies<br /> *Task 5: Extract Isometric Views from Final Assemblies for Exploded Parts Diagrams<br /> *Task 6: Export DXF's (Cutting Files) <br /> <br /> =General FreeCAD Resources=<br /> Here are some general resources for familiarizing yourself with FreeCAD. <br /> *'''Manuals:''' [https://www.gitbook.com/book/yorikvanhavre/a-freecad-manual/details The FreeCAD Manual] by Yorick for a much nicer first contact with program than the [http://www.freecadweb.org/wiki Official FreeCAD Documentation Wiki]. [[FreeCAD Architecture Tutorial]]<br /> *'''Forums:''' [https://forum.freecadweb.org/ General FreeCAD Forum] [https://forum.freecadweb.org/viewforum.php?f=3&sid=b8a27386b60e8f3732887946f40babaa Help on Using FreeCAD]<br /> *'''Video Series:''' Rick Hoefer's [https://www.youtube.com/playlist?list=PLSLeSKyjWpVYxz7kpTmPfxMAzE6SxIIfV Intro to FreeCAD for 3D Printing series], [https://www.youtube.com/playlist?list=PL-1acotz9dg4Pz5-8RvVGf-AqbnZxhUZ_ FreeCAD for Dummies ], Mindscraper's [https://www.youtube.com/playlist?list=PLqBJkD97Q9wVGqT3dXcOaQNrS2nfVbE0o FreeCAD Playlist]<br /> *'''OSE Introductory Tutorials:''' <br /> Note: the following tutorials are dense. Please pause the videos as needed in order to practice the demonstrated lesson. <br /> <br><br /> <br /> ==OSE FreeCAD Tutorial 1==<br /> Tutorial 1 Introduces the sketcher workbench in FreeCAD, so you can then create any 3D objects imaginable<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/RwcFg-anVHE" frameborder="0" allowfullscreen></iframe></html><br /> <br /> ==OSE FreeCAD Tutorial 2==<br /> Tutorial 2 Introduces part libraries. Importing parts from libraries and assembling them is a powerful way to do design work. This can get the casual user to powerful design capacity using real geometries.<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/RLRppdFAtzY" frameborder="0" allowfullscreen></iframe></html><br /> <br /> ==OSE FreeCAD Programming Tutorial==<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/A6DL3FL5YZo" frameborder="0" allowfullscreen></iframe></html><br /> <br /> <br /> Github links mentioned in the video: <br /> <br /> https://github.com/skaiser/D3D-Printer-Workbench<br /> <br /> https://github.com/FreeCAD/FreeCAD<br /> <br /> https://github.com/qingfengxia/FreeCAD_Mod_Dev_Guide<br /> <br /> <br /> Automatic Python Modules Documentation: <br /> http://localhost:7465/FreeCAD.html<br /> <br /> =Task 1: Create Corner Cube (For Developer Test)= <br /> '''For the Developer Test complete the following instructions.''' You will create a corner cube: use the sketcher, part, part design, bolt, and assembly workbenches; and import, rotate, and align parts; make features on faces; and install bolts. After this, you should be ready to begin to work on basic [[User Contributed Designs]]. (Note: You will later submit a screen-cast video of this process. If you are comfortable with FreeCAD and screen-capturing video, you may video your first attempt. Otherwise, use this as a practice round, and once you learn to make the corner cube, come back to document it.) <br /> <br /> #'''Review OSE's Introductory FreeCAD Tutorials 1 & 2 above in the General resources. (Refer to other sources as needed.) Also, review the self-verifying exams videos & comments on the [[Developer Test]] page.'''<br /> #'''Download 8-hole square tubing (without rounded corners) from the [[OSE Part Library]].'''<br /> #'''Use the tubing to create an x-y-z bolted corner cube.'''<br /> #''Record a video of you building the cube, from the beginning, using [[Vokoscreen]]. Please refer to [[Vokoscreen 101]].''<br /> #'''When you are done building the cube, create a 1" bolt and nut using the [[Fastener Workbench in FreeCAD]].'''<br /> #'''Insert one bolt through any of the corners, as if you were actually building the cube - using the [[Assembly Workbench]] in FreeCAD.''' <br /> #'''Tighten the bolt with the nut (just insert the nut onto the bolt).'''<br /> #'''Now take any face on the tubing of the resulting cube - and using Sketcher on that particular face - write your initials on that face. Pocket those initials so that they are cut into the face.'''<br /> #''End video capture''.<br /> <br /> <br> <br /> Example Test by Roberto Jaramillo - 3/30/2017 <br><br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/vSZk13lWUVE" frameborder="0" allowfullscreen></iframe></html><br /> <br /> When you are finished with ''Part 2: Design a Cube in FreeCAD'' go back to the [[Developer Test]] and complete ''Part 3: Document Your Work.''<br /> <br /> =Task 2: Extract Dimensional Drawings=<br /> To be completed...<br /> <br /> =Task 3: Simplify Files (for Parts)=<br /> Goals: Redraw certain parts to reduce file size. Among other things OSE is currently working on the [[Lyman Filament Extruder]] for making filament for our 3D printers. We have rich files for each part that is ready to be purchased or printed. However, many of the files are too large to combined with other rich files into an assembly. OSE needs to combine all the parts into an assembly to 1) interact and modify a whole machine or module more easily; and 2) use for visual instructional materials. Please see [[File Simplification]] for reference.<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/szlKcIWuycw" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 4: Create Final Assemblies= <br /> Now to see the forrest for the trees, we sometimes have to put all of our individual part files together and see how they fit, etc. Once all the parts (stl files) are together in an assembly, we can now use it for modifying the existing design, or for creating educational materials based on the design. <br /> <br /> Marcin explains [https://www.youtube.com/watch?v=VbVQzFPoevw&feature=youtu.be the Work Flow for creating final Assemblies].<br /> <br /> =Task 5: Extract Isometric Views for VBOM, Exploded Parts Diagrams, and LAIs=<br /> ...to be updated...<br /> <br /> =Task 6: Exporting DXF's=<br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/FxkIZDyi878" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 7: Using Path Array to Make Tracks for Tractors=<br /> <br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/VDRwWXSOFyQ" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 8: Generate an Exploded Part Diagram=<br /> <br /> For a comprehensive part diagram that goes into the user manual, the workflow is not automated yet in FreeCAD. Workflow is:<br /> <br /> #Explode parts across several axes using the Exploded Part Animation workbench<br /> #Extract an isometric view of that explosion<br /> #In Google Docs, paste the isometric view, and add the arrows and labels<br /> #Add a table of all the parts, summing across quantities<br /> <br /> Here, an [[Exploded Part Diagram Workbench]] should be developed for FreeCAD.<br /> <br /> =Task 9: Extract Isometric Views for Language Agnostic Instructionals=<br /> <br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/RiIm_v49B3c" frameborder="0" allowfullscreen></iframe></html><br /> <br /> You can download the macro in the video description.<br /> <br /> See procedure at [[Language Agnostic Instructional Protocol]]<br /> <br /> =Tutorial 10: Using Assembly2 to Update Parts=<br /> <br /> https://www.youtube.com/watch?v=7U6Bu6wIrlI&feature=youtu.be</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=FreeCAD_101&diff=168159 FreeCAD 101 2018-03-18T00:41:22Z

<p>Bhakti Kulkarni: /* OSE FreeCAD Programming Tutorial */</p> <hr /> <div>{{Hint|Note that the FreeCAD 101 Test has been moved to [[Developer Test]]}}<br /> [[Category:FreeCAD]]<br /> =Overview=<br /> <br /> FreeCAD is a free and opensource program for designing structures, parts, and machines. It is mostly used in architectural and mechanical engineering contexts. OSE uses FreeCAD both for its mechanical design work for the machines in the [[Global Village Construction Set]], and for helping create educational documents for teaching people to build those designs. <br /> <br /> As OSE grows, this page will be our junk-drawer & repository of all FreeCAD materials organized under the following scheme: General Resources (manuals, YouTube series, forums); and Task-Specific Tutorials for current projects we have (creating a cube, simplifying files, exploded parts diagrams, ''etc.''). This wiki is a sort of live and grow user generated OSE FreeCAD manual. As the list of tasks grow, we can further organize this material. <br /> <br /> *General FreeCAD Resources<br /> *Task 1: Create Cube (For Developer Test) <br /> *Task 2: Extract dimensional Drawings <br /> *Task 3: Simplify Files (for Parts)<br /> *Task 4: Combine Parts into Final Assemblies<br /> *Task 5: Extract Isometric Views from Final Assemblies for Exploded Parts Diagrams<br /> *Task 6: Export DXF's (Cutting Files) <br /> <br /> =General FreeCAD Resources=<br /> Here are some general resources for familiarizing yourself with FreeCAD. <br /> *'''Manuals:''' [https://www.gitbook.com/book/yorikvanhavre/a-freecad-manual/details The FreeCAD Manual] by Yorick for a much nicer first contact with program than the [http://www.freecadweb.org/wiki Official FreeCAD Documentation Wiki]. [[FreeCAD Architecture Tutorial]]<br /> *'''Forums:''' [https://forum.freecadweb.org/ General FreeCAD Forum] [https://forum.freecadweb.org/viewforum.php?f=3&sid=b8a27386b60e8f3732887946f40babaa Help on Using FreeCAD]<br /> *'''Video Series:''' Rick Hoefer's [https://www.youtube.com/playlist?list=PLSLeSKyjWpVYxz7kpTmPfxMAzE6SxIIfV Intro to FreeCAD for 3D Printing series], [https://www.youtube.com/playlist?list=PL-1acotz9dg4Pz5-8RvVGf-AqbnZxhUZ_ FreeCAD for Dummies ], Mindscraper's [https://www.youtube.com/playlist?list=PLqBJkD97Q9wVGqT3dXcOaQNrS2nfVbE0o FreeCAD Playlist]<br /> *'''OSE Introductory Tutorials:''' <br /> Note: the following tutorials are dense. Please pause the videos as needed in order to practice the demonstrated lesson. <br /> <br><br /> <br /> ==OSE FreeCAD Tutorial 1==<br /> Tutorial 1 Introduces the sketcher workbench in FreeCAD, so you can then create any 3D objects imaginable<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/RwcFg-anVHE" frameborder="0" allowfullscreen></iframe></html><br /> <br /> ==OSE FreeCAD Tutorial 2==<br /> Tutorial 2 Introduces part libraries. Importing parts from libraries and assembling them is a powerful way to do design work. This can get the casual user to powerful design capacity using real geometries.<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/RLRppdFAtzY" frameborder="0" allowfullscreen></iframe></html><br /> <br /> ==OSE FreeCAD Programming Tutorial==<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/A6DL3FL5YZo" frameborder="0" allowfullscreen></iframe></html><br /> <br /> <br /> Github links mentioned in the video: <br /> https://github.com/skaiser/D3D-Printer-Workbench<br /> <br /> https://github.com/FreeCAD/FreeCAD<br /> <br /> <br /> <br /> Automatic Python Modules Documentation: <br /> http://localhost:7465/FreeCAD.html<br /> <br /> =Task 1: Create Corner Cube (For Developer Test)= <br /> '''For the Developer Test complete the following instructions.''' You will create a corner cube: use the sketcher, part, part design, bolt, and assembly workbenches; and import, rotate, and align parts; make features on faces; and install bolts. After this, you should be ready to begin to work on basic [[User Contributed Designs]]. (Note: You will later submit a screen-cast video of this process. If you are comfortable with FreeCAD and screen-capturing video, you may video your first attempt. Otherwise, use this as a practice round, and once you learn to make the corner cube, come back to document it.) <br /> <br /> #'''Review OSE's Introductory FreeCAD Tutorials 1 & 2 above in the General resources. (Refer to other sources as needed.) Also, review the self-verifying exams videos & comments on the [[Developer Test]] page.'''<br /> #'''Download 8-hole square tubing (without rounded corners) from the [[OSE Part Library]].'''<br /> #'''Use the tubing to create an x-y-z bolted corner cube.'''<br /> #''Record a video of you building the cube, from the beginning, using [[Vokoscreen]]. Please refer to [[Vokoscreen 101]].''<br /> #'''When you are done building the cube, create a 1" bolt and nut using the [[Fastener Workbench in FreeCAD]].'''<br /> #'''Insert one bolt through any of the corners, as if you were actually building the cube - using the [[Assembly Workbench]] in FreeCAD.''' <br /> #'''Tighten the bolt with the nut (just insert the nut onto the bolt).'''<br /> #'''Now take any face on the tubing of the resulting cube - and using Sketcher on that particular face - write your initials on that face. Pocket those initials so that they are cut into the face.'''<br /> #''End video capture''.<br /> <br /> <br> <br /> Example Test by Roberto Jaramillo - 3/30/2017 <br><br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/vSZk13lWUVE" frameborder="0" allowfullscreen></iframe></html><br /> <br /> When you are finished with ''Part 2: Design a Cube in FreeCAD'' go back to the [[Developer Test]] and complete ''Part 3: Document Your Work.''<br /> <br /> =Task 2: Extract Dimensional Drawings=<br /> To be completed...<br /> <br /> =Task 3: Simplify Files (for Parts)=<br /> Goals: Redraw certain parts to reduce file size. Among other things OSE is currently working on the [[Lyman Filament Extruder]] for making filament for our 3D printers. We have rich files for each part that is ready to be purchased or printed. However, many of the files are too large to combined with other rich files into an assembly. OSE needs to combine all the parts into an assembly to 1) interact and modify a whole machine or module more easily; and 2) use for visual instructional materials. Please see [[File Simplification]] for reference.<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/szlKcIWuycw" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 4: Create Final Assemblies= <br /> Now to see the forrest for the trees, we sometimes have to put all of our individual part files together and see how they fit, etc. Once all the parts (stl files) are together in an assembly, we can now use it for modifying the existing design, or for creating educational materials based on the design. <br /> <br /> Marcin explains [https://www.youtube.com/watch?v=VbVQzFPoevw&feature=youtu.be the Work Flow for creating final Assemblies].<br /> <br /> =Task 5: Extract Isometric Views for VBOM, Exploded Parts Diagrams, and LAIs=<br /> ...to be updated...<br /> <br /> =Task 6: Exporting DXF's=<br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/FxkIZDyi878" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 7: Using Path Array to Make Tracks for Tractors=<br /> <br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/VDRwWXSOFyQ" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 8: Generate an Exploded Part Diagram=<br /> <br /> For a comprehensive part diagram that goes into the user manual, the workflow is not automated yet in FreeCAD. Workflow is:<br /> <br /> #Explode parts across several axes using the Exploded Part Animation workbench<br /> #Extract an isometric view of that explosion<br /> #In Google Docs, paste the isometric view, and add the arrows and labels<br /> #Add a table of all the parts, summing across quantities<br /> <br /> Here, an [[Exploded Part Diagram Workbench]] should be developed for FreeCAD.<br /> <br /> =Task 9: Extract Isometric Views for Language Agnostic Instructionals=<br /> <br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/RiIm_v49B3c" frameborder="0" allowfullscreen></iframe></html><br /> <br /> You can download the macro in the video description.<br /> <br /> See procedure at [[Language Agnostic Instructional Protocol]]<br /> <br /> =Tutorial 10: Using Assembly2 to Update Parts=<br /> <br /> https://www.youtube.com/watch?v=7U6Bu6wIrlI&feature=youtu.be</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=FreeCAD_101&diff=168158 FreeCAD 101 2018-03-18T00:26:02Z

<p>Bhakti Kulkarni: /* OSE FreeCAD Programming Tutorial */</p> <hr /> <div>{{Hint|Note that the FreeCAD 101 Test has been moved to [[Developer Test]]}}<br /> [[Category:FreeCAD]]<br /> =Overview=<br /> <br /> FreeCAD is a free and opensource program for designing structures, parts, and machines. It is mostly used in architectural and mechanical engineering contexts. OSE uses FreeCAD both for its mechanical design work for the machines in the [[Global Village Construction Set]], and for helping create educational documents for teaching people to build those designs. <br /> <br /> As OSE grows, this page will be our junk-drawer & repository of all FreeCAD materials organized under the following scheme: General Resources (manuals, YouTube series, forums); and Task-Specific Tutorials for current projects we have (creating a cube, simplifying files, exploded parts diagrams, ''etc.''). This wiki is a sort of live and grow user generated OSE FreeCAD manual. As the list of tasks grow, we can further organize this material. <br /> <br /> *General FreeCAD Resources<br /> *Task 1: Create Cube (For Developer Test) <br /> *Task 2: Extract dimensional Drawings <br /> *Task 3: Simplify Files (for Parts)<br /> *Task 4: Combine Parts into Final Assemblies<br /> *Task 5: Extract Isometric Views from Final Assemblies for Exploded Parts Diagrams<br /> *Task 6: Export DXF's (Cutting Files) <br /> <br /> =General FreeCAD Resources=<br /> Here are some general resources for familiarizing yourself with FreeCAD. <br /> *'''Manuals:''' [https://www.gitbook.com/book/yorikvanhavre/a-freecad-manual/details The FreeCAD Manual] by Yorick for a much nicer first contact with program than the [http://www.freecadweb.org/wiki Official FreeCAD Documentation Wiki]. [[FreeCAD Architecture Tutorial]]<br /> *'''Forums:''' [https://forum.freecadweb.org/ General FreeCAD Forum] [https://forum.freecadweb.org/viewforum.php?f=3&sid=b8a27386b60e8f3732887946f40babaa Help on Using FreeCAD]<br /> *'''Video Series:''' Rick Hoefer's [https://www.youtube.com/playlist?list=PLSLeSKyjWpVYxz7kpTmPfxMAzE6SxIIfV Intro to FreeCAD for 3D Printing series], [https://www.youtube.com/playlist?list=PL-1acotz9dg4Pz5-8RvVGf-AqbnZxhUZ_ FreeCAD for Dummies ], Mindscraper's [https://www.youtube.com/playlist?list=PLqBJkD97Q9wVGqT3dXcOaQNrS2nfVbE0o FreeCAD Playlist]<br /> *'''OSE Introductory Tutorials:''' <br /> Note: the following tutorials are dense. Please pause the videos as needed in order to practice the demonstrated lesson. <br /> <br><br /> <br /> ==OSE FreeCAD Tutorial 1==<br /> Tutorial 1 Introduces the sketcher workbench in FreeCAD, so you can then create any 3D objects imaginable<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/RwcFg-anVHE" frameborder="0" allowfullscreen></iframe></html><br /> <br /> ==OSE FreeCAD Tutorial 2==<br /> Tutorial 2 Introduces part libraries. Importing parts from libraries and assembling them is a powerful way to do design work. This can get the casual user to powerful design capacity using real geometries.<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/RLRppdFAtzY" frameborder="0" allowfullscreen></iframe></html><br /> <br /> ==OSE FreeCAD Programming Tutorial==<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/A6DL3FL5YZo" frameborder="0" allowfullscreen></iframe></html><br /> <br /> <br /> Github link mentioned in the video: <br /> https://github.com/skaiser/D3D-Printer-Workbench<br /> <br /> Automatic Python Modules Documentation: <br /> http://localhost:7465/FreeCAD.html<br /> <br /> =Task 1: Create Corner Cube (For Developer Test)= <br /> '''For the Developer Test complete the following instructions.''' You will create a corner cube: use the sketcher, part, part design, bolt, and assembly workbenches; and import, rotate, and align parts; make features on faces; and install bolts. After this, you should be ready to begin to work on basic [[User Contributed Designs]]. (Note: You will later submit a screen-cast video of this process. If you are comfortable with FreeCAD and screen-capturing video, you may video your first attempt. Otherwise, use this as a practice round, and once you learn to make the corner cube, come back to document it.) <br /> <br /> #'''Review OSE's Introductory FreeCAD Tutorials 1 & 2 above in the General resources. (Refer to other sources as needed.) Also, review the self-verifying exams videos & comments on the [[Developer Test]] page.'''<br /> #'''Download 8-hole square tubing (without rounded corners) from the [[OSE Part Library]].'''<br /> #'''Use the tubing to create an x-y-z bolted corner cube.'''<br /> #''Record a video of you building the cube, from the beginning, using [[Vokoscreen]]. Please refer to [[Vokoscreen 101]].''<br /> #'''When you are done building the cube, create a 1" bolt and nut using the [[Fastener Workbench in FreeCAD]].'''<br /> #'''Insert one bolt through any of the corners, as if you were actually building the cube - using the [[Assembly Workbench]] in FreeCAD.''' <br /> #'''Tighten the bolt with the nut (just insert the nut onto the bolt).'''<br /> #'''Now take any face on the tubing of the resulting cube - and using Sketcher on that particular face - write your initials on that face. Pocket those initials so that they are cut into the face.'''<br /> #''End video capture''.<br /> <br /> <br> <br /> Example Test by Roberto Jaramillo - 3/30/2017 <br><br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/vSZk13lWUVE" frameborder="0" allowfullscreen></iframe></html><br /> <br /> When you are finished with ''Part 2: Design a Cube in FreeCAD'' go back to the [[Developer Test]] and complete ''Part 3: Document Your Work.''<br /> <br /> =Task 2: Extract Dimensional Drawings=<br /> To be completed...<br /> <br /> =Task 3: Simplify Files (for Parts)=<br /> Goals: Redraw certain parts to reduce file size. Among other things OSE is currently working on the [[Lyman Filament Extruder]] for making filament for our 3D printers. We have rich files for each part that is ready to be purchased or printed. However, many of the files are too large to combined with other rich files into an assembly. OSE needs to combine all the parts into an assembly to 1) interact and modify a whole machine or module more easily; and 2) use for visual instructional materials. Please see [[File Simplification]] for reference.<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/szlKcIWuycw" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 4: Create Final Assemblies= <br /> Now to see the forrest for the trees, we sometimes have to put all of our individual part files together and see how they fit, etc. Once all the parts (stl files) are together in an assembly, we can now use it for modifying the existing design, or for creating educational materials based on the design. <br /> <br /> Marcin explains [https://www.youtube.com/watch?v=VbVQzFPoevw&feature=youtu.be the Work Flow for creating final Assemblies].<br /> <br /> =Task 5: Extract Isometric Views for VBOM, Exploded Parts Diagrams, and LAIs=<br /> ...to be updated...<br /> <br /> =Task 6: Exporting DXF's=<br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/FxkIZDyi878" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 7: Using Path Array to Make Tracks for Tractors=<br /> <br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/VDRwWXSOFyQ" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 8: Generate an Exploded Part Diagram=<br /> <br /> For a comprehensive part diagram that goes into the user manual, the workflow is not automated yet in FreeCAD. Workflow is:<br /> <br /> #Explode parts across several axes using the Exploded Part Animation workbench<br /> #Extract an isometric view of that explosion<br /> #In Google Docs, paste the isometric view, and add the arrows and labels<br /> #Add a table of all the parts, summing across quantities<br /> <br /> Here, an [[Exploded Part Diagram Workbench]] should be developed for FreeCAD.<br /> <br /> =Task 9: Extract Isometric Views for Language Agnostic Instructionals=<br /> <br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/RiIm_v49B3c" frameborder="0" allowfullscreen></iframe></html><br /> <br /> You can download the macro in the video description.<br /> <br /> See procedure at [[Language Agnostic Instructional Protocol]]<br /> <br /> =Tutorial 10: Using Assembly2 to Update Parts=<br /> <br /> https://www.youtube.com/watch?v=7U6Bu6wIrlI&feature=youtu.be</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=FreeCAD_101&diff=168157 FreeCAD 101 2018-03-18T00:12:53Z

<p>Bhakti Kulkarni: /* OSE FreeCAD Programming Tutorial */</p> <hr /> <div>{{Hint|Note that the FreeCAD 101 Test has been moved to [[Developer Test]]}}<br /> [[Category:FreeCAD]]<br /> =Overview=<br /> <br /> FreeCAD is a free and opensource program for designing structures, parts, and machines. It is mostly used in architectural and mechanical engineering contexts. OSE uses FreeCAD both for its mechanical design work for the machines in the [[Global Village Construction Set]], and for helping create educational documents for teaching people to build those designs. <br /> <br /> As OSE grows, this page will be our junk-drawer & repository of all FreeCAD materials organized under the following scheme: General Resources (manuals, YouTube series, forums); and Task-Specific Tutorials for current projects we have (creating a cube, simplifying files, exploded parts diagrams, ''etc.''). This wiki is a sort of live and grow user generated OSE FreeCAD manual. As the list of tasks grow, we can further organize this material. <br /> <br /> *General FreeCAD Resources<br /> *Task 1: Create Cube (For Developer Test) <br /> *Task 2: Extract dimensional Drawings <br /> *Task 3: Simplify Files (for Parts)<br /> *Task 4: Combine Parts into Final Assemblies<br /> *Task 5: Extract Isometric Views from Final Assemblies for Exploded Parts Diagrams<br /> *Task 6: Export DXF's (Cutting Files) <br /> <br /> =General FreeCAD Resources=<br /> Here are some general resources for familiarizing yourself with FreeCAD. <br /> *'''Manuals:''' [https://www.gitbook.com/book/yorikvanhavre/a-freecad-manual/details The FreeCAD Manual] by Yorick for a much nicer first contact with program than the [http://www.freecadweb.org/wiki Official FreeCAD Documentation Wiki]. [[FreeCAD Architecture Tutorial]]<br /> *'''Forums:''' [https://forum.freecadweb.org/ General FreeCAD Forum] [https://forum.freecadweb.org/viewforum.php?f=3&sid=b8a27386b60e8f3732887946f40babaa Help on Using FreeCAD]<br /> *'''Video Series:''' Rick Hoefer's [https://www.youtube.com/playlist?list=PLSLeSKyjWpVYxz7kpTmPfxMAzE6SxIIfV Intro to FreeCAD for 3D Printing series], [https://www.youtube.com/playlist?list=PL-1acotz9dg4Pz5-8RvVGf-AqbnZxhUZ_ FreeCAD for Dummies ], Mindscraper's [https://www.youtube.com/playlist?list=PLqBJkD97Q9wVGqT3dXcOaQNrS2nfVbE0o FreeCAD Playlist]<br /> *'''OSE Introductory Tutorials:''' <br /> Note: the following tutorials are dense. Please pause the videos as needed in order to practice the demonstrated lesson. <br /> <br><br /> <br /> ==OSE FreeCAD Tutorial 1==<br /> Tutorial 1 Introduces the sketcher workbench in FreeCAD, so you can then create any 3D objects imaginable<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/RwcFg-anVHE" frameborder="0" allowfullscreen></iframe></html><br /> <br /> ==OSE FreeCAD Tutorial 2==<br /> Tutorial 2 Introduces part libraries. Importing parts from libraries and assembling them is a powerful way to do design work. This can get the casual user to powerful design capacity using real geometries.<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/RLRppdFAtzY" frameborder="0" allowfullscreen></iframe></html><br /> <br /> ==OSE FreeCAD Programming Tutorial==<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/A6DL3FL5YZo" frameborder="0" allowfullscreen></iframe></html><br /> <br /> <br /> Github link mentioned in the video:<br /> https://github.com/skaiser/D3D-Printer-Workbench<br /> <br /> =Task 1: Create Corner Cube (For Developer Test)= <br /> '''For the Developer Test complete the following instructions.''' You will create a corner cube: use the sketcher, part, part design, bolt, and assembly workbenches; and import, rotate, and align parts; make features on faces; and install bolts. After this, you should be ready to begin to work on basic [[User Contributed Designs]]. (Note: You will later submit a screen-cast video of this process. If you are comfortable with FreeCAD and screen-capturing video, you may video your first attempt. Otherwise, use this as a practice round, and once you learn to make the corner cube, come back to document it.) <br /> <br /> #'''Review OSE's Introductory FreeCAD Tutorials 1 & 2 above in the General resources. (Refer to other sources as needed.) Also, review the self-verifying exams videos & comments on the [[Developer Test]] page.'''<br /> #'''Download 8-hole square tubing (without rounded corners) from the [[OSE Part Library]].'''<br /> #'''Use the tubing to create an x-y-z bolted corner cube.'''<br /> #''Record a video of you building the cube, from the beginning, using [[Vokoscreen]]. Please refer to [[Vokoscreen 101]].''<br /> #'''When you are done building the cube, create a 1" bolt and nut using the [[Fastener Workbench in FreeCAD]].'''<br /> #'''Insert one bolt through any of the corners, as if you were actually building the cube - using the [[Assembly Workbench]] in FreeCAD.''' <br /> #'''Tighten the bolt with the nut (just insert the nut onto the bolt).'''<br /> #'''Now take any face on the tubing of the resulting cube - and using Sketcher on that particular face - write your initials on that face. Pocket those initials so that they are cut into the face.'''<br /> #''End video capture''.<br /> <br /> <br> <br /> Example Test by Roberto Jaramillo - 3/30/2017 <br><br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/vSZk13lWUVE" frameborder="0" allowfullscreen></iframe></html><br /> <br /> When you are finished with ''Part 2: Design a Cube in FreeCAD'' go back to the [[Developer Test]] and complete ''Part 3: Document Your Work.''<br /> <br /> =Task 2: Extract Dimensional Drawings=<br /> To be completed...<br /> <br /> =Task 3: Simplify Files (for Parts)=<br /> Goals: Redraw certain parts to reduce file size. Among other things OSE is currently working on the [[Lyman Filament Extruder]] for making filament for our 3D printers. We have rich files for each part that is ready to be purchased or printed. However, many of the files are too large to combined with other rich files into an assembly. OSE needs to combine all the parts into an assembly to 1) interact and modify a whole machine or module more easily; and 2) use for visual instructional materials. Please see [[File Simplification]] for reference.<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/szlKcIWuycw" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 4: Create Final Assemblies= <br /> Now to see the forrest for the trees, we sometimes have to put all of our individual part files together and see how they fit, etc. Once all the parts (stl files) are together in an assembly, we can now use it for modifying the existing design, or for creating educational materials based on the design. <br /> <br /> Marcin explains [https://www.youtube.com/watch?v=VbVQzFPoevw&feature=youtu.be the Work Flow for creating final Assemblies].<br /> <br /> =Task 5: Extract Isometric Views for VBOM, Exploded Parts Diagrams, and LAIs=<br /> ...to be updated...<br /> <br /> =Task 6: Exporting DXF's=<br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/FxkIZDyi878" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 7: Using Path Array to Make Tracks for Tractors=<br /> <br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/VDRwWXSOFyQ" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 8: Generate an Exploded Part Diagram=<br /> <br /> For a comprehensive part diagram that goes into the user manual, the workflow is not automated yet in FreeCAD. Workflow is:<br /> <br /> #Explode parts across several axes using the Exploded Part Animation workbench<br /> #Extract an isometric view of that explosion<br /> #In Google Docs, paste the isometric view, and add the arrows and labels<br /> #Add a table of all the parts, summing across quantities<br /> <br /> Here, an [[Exploded Part Diagram Workbench]] should be developed for FreeCAD.<br /> <br /> =Task 9: Extract Isometric Views for Language Agnostic Instructionals=<br /> <br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/RiIm_v49B3c" frameborder="0" allowfullscreen></iframe></html><br /> <br /> You can download the macro in the video description.<br /> <br /> See procedure at [[Language Agnostic Instructional Protocol]]<br /> <br /> =Tutorial 10: Using Assembly2 to Update Parts=<br /> <br /> https://www.youtube.com/watch?v=7U6Bu6wIrlI&feature=youtu.be</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=FreeCAD_101&diff=168156 FreeCAD 101 2018-03-18T00:11:36Z

<p>Bhakti Kulkarni: /* OSE FreeCAD Programming Tutorial */</p> <hr /> <div>{{Hint|Note that the FreeCAD 101 Test has been moved to [[Developer Test]]}}<br /> [[Category:FreeCAD]]<br /> =Overview=<br /> <br /> FreeCAD is a free and opensource program for designing structures, parts, and machines. It is mostly used in architectural and mechanical engineering contexts. OSE uses FreeCAD both for its mechanical design work for the machines in the [[Global Village Construction Set]], and for helping create educational documents for teaching people to build those designs. <br /> <br /> As OSE grows, this page will be our junk-drawer & repository of all FreeCAD materials organized under the following scheme: General Resources (manuals, YouTube series, forums); and Task-Specific Tutorials for current projects we have (creating a cube, simplifying files, exploded parts diagrams, ''etc.''). This wiki is a sort of live and grow user generated OSE FreeCAD manual. As the list of tasks grow, we can further organize this material. <br /> <br /> *General FreeCAD Resources<br /> *Task 1: Create Cube (For Developer Test) <br /> *Task 2: Extract dimensional Drawings <br /> *Task 3: Simplify Files (for Parts)<br /> *Task 4: Combine Parts into Final Assemblies<br /> *Task 5: Extract Isometric Views from Final Assemblies for Exploded Parts Diagrams<br /> *Task 6: Export DXF's (Cutting Files) <br /> <br /> =General FreeCAD Resources=<br /> Here are some general resources for familiarizing yourself with FreeCAD. <br /> *'''Manuals:''' [https://www.gitbook.com/book/yorikvanhavre/a-freecad-manual/details The FreeCAD Manual] by Yorick for a much nicer first contact with program than the [http://www.freecadweb.org/wiki Official FreeCAD Documentation Wiki]. [[FreeCAD Architecture Tutorial]]<br /> *'''Forums:''' [https://forum.freecadweb.org/ General FreeCAD Forum] [https://forum.freecadweb.org/viewforum.php?f=3&sid=b8a27386b60e8f3732887946f40babaa Help on Using FreeCAD]<br /> *'''Video Series:''' Rick Hoefer's [https://www.youtube.com/playlist?list=PLSLeSKyjWpVYxz7kpTmPfxMAzE6SxIIfV Intro to FreeCAD for 3D Printing series], [https://www.youtube.com/playlist?list=PL-1acotz9dg4Pz5-8RvVGf-AqbnZxhUZ_ FreeCAD for Dummies ], Mindscraper's [https://www.youtube.com/playlist?list=PLqBJkD97Q9wVGqT3dXcOaQNrS2nfVbE0o FreeCAD Playlist]<br /> *'''OSE Introductory Tutorials:''' <br /> Note: the following tutorials are dense. Please pause the videos as needed in order to practice the demonstrated lesson. <br /> <br><br /> <br /> ==OSE FreeCAD Tutorial 1==<br /> Tutorial 1 Introduces the sketcher workbench in FreeCAD, so you can then create any 3D objects imaginable<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/RwcFg-anVHE" frameborder="0" allowfullscreen></iframe></html><br /> <br /> ==OSE FreeCAD Tutorial 2==<br /> Tutorial 2 Introduces part libraries. Importing parts from libraries and assembling them is a powerful way to do design work. This can get the casual user to powerful design capacity using real geometries.<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/RLRppdFAtzY" frameborder="0" allowfullscreen></iframe></html><br /> <br /> ==OSE FreeCAD Programming Tutorial==<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/A6DL3FL5YZo" frameborder="0" allowfullscreen></iframe></html><br /> <br /> <br /> All the links mentioned in the video:<br /> https://github.com/skaiser/D3D-Printer-Workbench<br /> <br /> =Task 1: Create Corner Cube (For Developer Test)= <br /> '''For the Developer Test complete the following instructions.''' You will create a corner cube: use the sketcher, part, part design, bolt, and assembly workbenches; and import, rotate, and align parts; make features on faces; and install bolts. After this, you should be ready to begin to work on basic [[User Contributed Designs]]. (Note: You will later submit a screen-cast video of this process. If you are comfortable with FreeCAD and screen-capturing video, you may video your first attempt. Otherwise, use this as a practice round, and once you learn to make the corner cube, come back to document it.) <br /> <br /> #'''Review OSE's Introductory FreeCAD Tutorials 1 & 2 above in the General resources. (Refer to other sources as needed.) Also, review the self-verifying exams videos & comments on the [[Developer Test]] page.'''<br /> #'''Download 8-hole square tubing (without rounded corners) from the [[OSE Part Library]].'''<br /> #'''Use the tubing to create an x-y-z bolted corner cube.'''<br /> #''Record a video of you building the cube, from the beginning, using [[Vokoscreen]]. Please refer to [[Vokoscreen 101]].''<br /> #'''When you are done building the cube, create a 1" bolt and nut using the [[Fastener Workbench in FreeCAD]].'''<br /> #'''Insert one bolt through any of the corners, as if you were actually building the cube - using the [[Assembly Workbench]] in FreeCAD.''' <br /> #'''Tighten the bolt with the nut (just insert the nut onto the bolt).'''<br /> #'''Now take any face on the tubing of the resulting cube - and using Sketcher on that particular face - write your initials on that face. Pocket those initials so that they are cut into the face.'''<br /> #''End video capture''.<br /> <br /> <br> <br /> Example Test by Roberto Jaramillo - 3/30/2017 <br><br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/vSZk13lWUVE" frameborder="0" allowfullscreen></iframe></html><br /> <br /> When you are finished with ''Part 2: Design a Cube in FreeCAD'' go back to the [[Developer Test]] and complete ''Part 3: Document Your Work.''<br /> <br /> =Task 2: Extract Dimensional Drawings=<br /> To be completed...<br /> <br /> =Task 3: Simplify Files (for Parts)=<br /> Goals: Redraw certain parts to reduce file size. Among other things OSE is currently working on the [[Lyman Filament Extruder]] for making filament for our 3D printers. We have rich files for each part that is ready to be purchased or printed. However, many of the files are too large to combined with other rich files into an assembly. OSE needs to combine all the parts into an assembly to 1) interact and modify a whole machine or module more easily; and 2) use for visual instructional materials. Please see [[File Simplification]] for reference.<br /> <br /> <html><iframe width="480" height="270" src="https://www.youtube.com/embed/szlKcIWuycw" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 4: Create Final Assemblies= <br /> Now to see the forrest for the trees, we sometimes have to put all of our individual part files together and see how they fit, etc. Once all the parts (stl files) are together in an assembly, we can now use it for modifying the existing design, or for creating educational materials based on the design. <br /> <br /> Marcin explains [https://www.youtube.com/watch?v=VbVQzFPoevw&feature=youtu.be the Work Flow for creating final Assemblies].<br /> <br /> =Task 5: Extract Isometric Views for VBOM, Exploded Parts Diagrams, and LAIs=<br /> ...to be updated...<br /> <br /> =Task 6: Exporting DXF's=<br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/FxkIZDyi878" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 7: Using Path Array to Make Tracks for Tractors=<br /> <br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/VDRwWXSOFyQ" frameborder="0" allowfullscreen></iframe></html><br /> <br /> =Task 8: Generate an Exploded Part Diagram=<br /> <br /> For a comprehensive part diagram that goes into the user manual, the workflow is not automated yet in FreeCAD. Workflow is:<br /> <br /> #Explode parts across several axes using the Exploded Part Animation workbench<br /> #Extract an isometric view of that explosion<br /> #In Google Docs, paste the isometric view, and add the arrows and labels<br /> #Add a table of all the parts, summing across quantities<br /> <br /> Here, an [[Exploded Part Diagram Workbench]] should be developed for FreeCAD.<br /> <br /> =Task 9: Extract Isometric Views for Language Agnostic Instructionals=<br /> <br /> <html><iframe width="560" height="315" src="https://www.youtube.com/embed/RiIm_v49B3c" frameborder="0" allowfullscreen></iframe></html><br /> <br /> You can download the macro in the video description.<br /> <br /> See procedure at [[Language Agnostic Instructional Protocol]]<br /> <br /> =Tutorial 10: Using Assembly2 to Update Parts=<br /> <br /> https://www.youtube.com/watch?v=7U6Bu6wIrlI&feature=youtu.be</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Bhakti_Log&diff=167759 Bhakti Log 2018-03-14T03:38:23Z

<p>Bhakti Kulkarni: /* Tue Mar 13, 2018 */</p> <hr /> <div>=Tue Mar 13, 2018=<br /> <br /> Started the page [[Aquaponic Greenhouse Design Guide]] and added space-holders as of now. <br /> Reviewing the FreeCAD programming guide. <br /> <br /> =Tue Mar 13, 2018=<br /> <br /> Work Planning Meeting. Notes:<br /> <br /> <html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vTxDP_DEmohqG15rMcrq1KUf75MWLTcMwlHpmlzaA9T9WSoHo1jcOHv9gPTUlzK19JJ9ArpikttUsoe/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="299" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html><br /> <br /> [https://docs.google.com/presentation/d/1hx9s5pwp5XXE6MCiiEF2rwEhxPsXEL1Ct5jWKapEbPU/edit#slide=id.g1861bf60d5_0_6 edit]<br /> <br /> *Liabilities - cost of living. Or cost of owning a house. Open Building Institute<br /> *Wants to start a business of her own<br /> *Learn the development process - such as FreeCAD<br /> *Design something and go into business with<br /> *Aquaponics<br /> *Enterprise track vs developer track<br /> *Transition to a business in the future<br /> *Good at her job, but not interested long term<br /> *Did start a couple startups that didn't work. This was software. But wants to do it in hardware.<br /> *One startup - travel single point of contact website<br /> *Another - didn't turn up well because couldn't get bitterness out of Cashew Apple<br /> *Leaving US in October. Wants to do immersion in September.<br /> *Still trying to get out of that scarcity mentality.<br /> *We're stuck in that scarcity mindset.<br /> *Context of India - developing the model for India.<br /> *Turnkey product or teaching people. But not sure how that will roll out.<br /> *Aquaponics - work with government as a sanctioned program. So buildings and apartments can start using the technologies.<br /> *Market for aquaponic build workshops in India - Bhakti sees that this would be feasible.<br /> *Business analyst by training - biotech engineer, works in IT? Understands functional requirements.<br /> *Do the immersion to see if the build model is good?<br /> *Documentation + Business Plan. Python. <br /> *Identify the component.<br /> <br /> =Mon Mar 06, 2018=<br /> <br /> Cover letter: https://youtu.be/RcKQ1aO_N9k<br /> <br /> The video while creating the cube is: <br /> https://youtu.be/yMxVxpw83OM<br /> <br /> The log file is uploaded at:<br /> [[http://opensourceecology.org/wiki/File:OSE_test2.fcstd]]<br /> <br /> How many hours each part of the test took to complete: <br /> <br /> 1) Installing Linux -- 5 hours<br /> <br /> 2) Learning FreeCAD -- 20 hours<br /> <br /> 3) Documenting your work--and which section was most difficult. -- Documenting took almost 7 hours. The section that was difficult was finding a screw that was long enough to pass through 2 tubing. Also, the video that I recorded did not open with kdenlive. Used ffmpeg through terminal instead. Thus, could not add the background music.<br /> <br /> Score yourself 0-100 based on the percentage of the Test points that you have completed successfully - and include that score in your work log comments. -- I would give myself 60% as I could not add the background score and that it took me too long to complete the test.<br /> <br /> Also, I did not understand how to create the wiki log page for long time. We have to search for the name of the log and then click on create log link - this was not intuitive work flow for me. If this is explained in the developer test, it might be easier for others to follow.</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Aquaponic_Greenhouse_Design_Guide&diff=167758 Aquaponic Greenhouse Design Guide 2018-03-14T03:34:26Z

<p>Bhakti Kulkarni: </p> <hr /> <div>Introduction:<br /> (Page started as of 3/13/2018, work in progress.)<br /> <br /> Structural components:<br /> <br /> FreeCAD link of the individual components and entire system design: <br /> <br /> Systems involved and inter-dependancy of systems:<br /> <br /> Key considerations:<br /> <br /> Aquaponics production details and business model:</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Aquaponic_Greenhouse_Design_Guide&diff=167757 Aquaponic Greenhouse Design Guide 2018-03-14T03:33:39Z

<p>Bhakti Kulkarni: Created page with "Introduction: (Page started as of 3/13/2018, work in progress.) Structural components: FreeCAD link of the individual components and entire system design: Systems involved..."</p> <hr /> <div>Introduction:<br /> (Page started as of 3/13/2018, work in progress.)<br /> Structural components:<br /> <br /> FreeCAD link of the individual components and entire system design: <br /> <br /> Systems involved and inter-dependancy of systems:<br /> <br /> Key considerations:<br /> <br /> Aquaponics production details and business model:</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Interview_Form&diff=167747 Interview Form 2018-03-13T22:59:31Z

<p>Bhakti Kulkarni: /* Procedure */</p> <hr /> <div>=Procedure=<br /> As of July 2017, we have transitioned from an online interview to a Video Cover Letter that candidates submit via YouTube or other video sharing platform. This Video Cover Letter replaces the online interview. After the Video Cover Letter, the candidate will be asked to take the final step - the [[OSE Developer Test]] - prior to being invited to the weekly development team meetings. The steps for the Video Cover Letter are:<br /> <br /> #'''Your first step is to start a [[Work Log]].''' The key to open source work is transparency, and as such, everyone on the team is required to keep a Work Log for collaboration. '''Review [[Wiki 101]] to request access to the wiki, create your Work Log, format your own Work Log with the date, and learn how to upload files, add links, and embed materials. (See [[Instructions]] - Creating New Pages subsection for instructions about how to start the work log.) ''' Throughout the application process - please document on your Work Log if you got stuck anywhere, so that we can learn from you how we can improve our process for clarity. If you get stuck anywhere - please feel free to email us back so we can help you continue. Remember that as part of OSE organizational culture - you cannot improve things that you do not document.<br /> #Use a webcam and record a video of yourself answering the 13 interview questions below. Please make sure that you are showing your face - not recording a video of the questions. This is a chance for us to find out more about your interests and goals with respect to the OSE Developer opportunity.<br /> #Upload the video to YouTube or other video sharing platform<br /> #Embed your Video Cover Letter on your Work Log.<br /> #'''Please email ops at opensourceecology.org''' to let us know that you have finished the Video Cover Letter.<br /> <br /> =Interview Questions for the Video Cover Letter=<br /> <html><iframe src="https://docs.google.com/forms/d/e/1FAIpQLSefU6qL0-fY1H3b3TETovV-iYbuisRFSeuHfiaPiEyS4qwNJA/viewform?embedded=true" width="760" height="1200" frameborder="0" marginheight="0" marginwidth="0">Loading...</iframe></html><br /> <br /> <br /> [https://docs.google.com/spreadsheets/d/1du-OT7MXXxV1gr-exYHKTtE8QMVqGBdlObcs52IAxhI/edit#gid=647844352 response spreadsheet]<br /> [https://docs.google.com/a/opensourceecology.org/forms/d/13lsGRVhug_oaMe8N4WLgPRnICdjoLZ0A2Bxe7XNVnoo/edit?ts=588fa9e7 edit]</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Interview_Form&diff=167746 Interview Form 2018-03-13T22:59:08Z

<p>Bhakti Kulkarni: /* Procedure */</p> <hr /> <div>=Procedure=<br /> As of July 2017, we have transitioned from an online interview to a Video Cover Letter that candidates submit via YouTube or other video sharing platform. This Video Cover Letter replaces the online interview. After the Video Cover Letter, the candidate will be asked to take the final step - the [[OSE Developer Test]] - prior to being invited to the weekly development team meetings. The steps for the Video Cover Letter are:<br /> <br /> #'''Your first step is to start a [[Work Log]].''' The key to open source work is transparency, and as such, everyone on the team is required to keep a Work Log for collaboration. '''Review [[Wiki 101]] to request access to the wiki, create your Work Log, format your own Work Log with the date, and learn how to upload files, add links, and embed materials.(See [[Instructions]] - Creating New Pages subsection for instructions about how to start the work log. ''' Throughout the application process - please document on your Work Log if you got stuck anywhere, so that we can learn from you how we can improve our process for clarity. If you get stuck anywhere - please feel free to email us back so we can help you continue. Remember that as part of OSE organizational culture - you cannot improve things that you do not document.<br /> #Use a webcam and record a video of yourself answering the 13 interview questions below. Please make sure that you are showing your face - not recording a video of the questions. This is a chance for us to find out more about your interests and goals with respect to the OSE Developer opportunity.<br /> #Upload the video to YouTube or other video sharing platform<br /> #Embed your Video Cover Letter on your Work Log.<br /> #'''Please email ops at opensourceecology.org''' to let us know that you have finished the Video Cover Letter.<br /> <br /> =Interview Questions for the Video Cover Letter=<br /> <html><iframe src="https://docs.google.com/forms/d/e/1FAIpQLSefU6qL0-fY1H3b3TETovV-iYbuisRFSeuHfiaPiEyS4qwNJA/viewform?embedded=true" width="760" height="1200" frameborder="0" marginheight="0" marginwidth="0">Loading...</iframe></html><br /> <br /> <br /> [https://docs.google.com/spreadsheets/d/1du-OT7MXXxV1gr-exYHKTtE8QMVqGBdlObcs52IAxhI/edit#gid=647844352 response spreadsheet]<br /> [https://docs.google.com/a/opensourceecology.org/forms/d/13lsGRVhug_oaMe8N4WLgPRnICdjoLZ0A2Bxe7XNVnoo/edit?ts=588fa9e7 edit]</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Bhakti_log&diff=167395 Bhakti log 2018-03-08T04:18:33Z

<p>Bhakti Kulkarni: </p> <hr /> <div><br /> Mon Mar 06, 2018<br /> <br /> Cover letter: https://youtu.be/RcKQ1aO_N9k<br /> <br /> The video while creating the cube is: <br /> https://youtu.be/yMxVxpw83OM<br /> <br /> The log file is uploaded at:<br /> [[http://opensourceecology.org/wiki/File:OSE_test2.fcstd]]<br /> <br /> How many hours each part of the test took to complete: <br /> <br /> 1) Installing Linux -- 5 hours<br /> <br /> 2) Learning FreeCAD -- 20 hours<br /> <br /> 3) Documenting your work--and which section was most difficult. -- Documenting took almost 7 hours. The section that was difficult was finding a screw that was long enough to pass through 2 tubing. Also, the video that I recorded did not open with kdenlive. Used ffmpeg through terminal instead. Thus, could not add the background music.<br /> <br /> Score yourself 0-100 based on the percentage of the Test points that you have completed successfully - and include that score in your work log comments. -- I would give myself 60% as I could not add the background score and that it took me too long to complete the test.<br /> <br /> Also, I did not understand how to create the wiki log page for long time. We have to search for the name of the log and then click on create log link - this was not intuitive work flow for me. If this is explained in the developer test, it might be easier for others to follow.</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Bhakti_log&diff=167394 Bhakti log 2018-03-08T04:18:16Z

<p>Bhakti Kulkarni: </p> <hr /> <div><br /> Mon Mar 06, 2018<br /> <br /> Cover letter: https://youtu.be/RcKQ1aO_N9k<br /> <br /> The video while creating the cube is: <br /> https://youtu.be/yMxVxpw83OM<br /> <br /> The log file is uploaded at:<br /> [[http://opensourceecology.org/wiki/File:OSE_test2.fcstd]]<br /> <br /> How many hours each part of the test took to complete: <br /> 1) Installing Linux -- 5 hours<br /> <br /> 2) Learning FreeCAD -- 20 hours<br /> <br /> 3) Documenting your work--and which section was most difficult. -- Documenting took almost 7 hours. The section that was difficult was finding a screw that was long enough to pass through 2 tubing. Also, the video that I recorded did not open with kdenlive. Used ffmpeg through terminal instead. Thus, could not add the background music.<br /> <br /> Score yourself 0-100 based on the percentage of the Test points that you have completed successfully - and include that score in your work log comments. -- I would give myself 60% as I could not add the background score and that it took me too long to complete the test.<br /> <br /> Also, I did not understand how to create the wiki log page for long time. We have to search for the name of the log and then click on create log link - this was not intuitive work flow for me. If this is explained in the developer test, it might be easier for others to follow.</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Bhakti_log&diff=167393 Bhakti log 2018-03-08T03:35:42Z

<p>Bhakti Kulkarni: </p> <hr /> <div><br /> Mon Mar 06, 2018<br /> <br /> Cover letter: https://youtu.be/RcKQ1aO_N9k<br /> <br /> The video while creating the cube is: <br /> https://youtu.be/yMxVxpw83OM<br /> <br /> The log file is uploaded at:<br /> [[http://opensourceecology.org/wiki/File:OSE_test2.fcstd]]<br /> <br /> How many hours each part of the test took to complete: <br /> 1) Installing Linux - 5 hours<br /> 2) Learning FreeCAD - 20 hours<br /> 3) Documenting your work--and which section was most difficult. -- Documenting took almost 7 hours. The section that was difficult was finding a screw that was long enough to pass through 2 tubing. Also, the video that I recorded did not open with kdenlive. Used ffmpeg through terminal instead. Thus, could not add the background music.<br /> <br /> Score yourself 0-100 based on the percentage of the Test points that you have completed successfully - and include that score in your work log comments. -- I would give myself 60% as I could not add the background score and that it took me too long to complete the test.<br /> <br /> Also, I did not understand how to create the wiki log page for long time. We have to search for the name of the log and then click on create log link - this was not intuitive work flow for me. If this is explained in the developer test, it might be easier for others to follow.</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Bhakti_log&diff=167374 Bhakti log 2018-03-07T04:43:33Z

<p>Bhakti Kulkarni: </p> <hr /> <div><br /> Mon Mar 06, 2018<br /> <br /> The video while creating the cube is: <br /> https://youtu.be/yMxVxpw83OM<br /> <br /> The log file is uploaded at:<br /> [[http://opensourceecology.org/wiki/File:OSE_test2.fcstd]]<br /> <br /> How many hours each part of the test took to complete: <br /> 1) Installing Linux - 5 hours<br /> 2) Learning FreeCAD - 20 hours<br /> 3) Documenting your work--and which section was most difficult. -- Documenting took almost 7 hours. The section that was difficult was finding a screw that was long enough to pass through 2 tubing. Also, the video that I recorded did not open with kdenlive. Used ffmpeg through terminal instead. Thus, could not add the background music.<br /> <br /> Score yourself 0-100 based on the percentage of the Test points that you have completed successfully - and include that score in your work log comments. -- I would give myself 60% as I could not add the background score and that it took me too long to complete the test.<br /> <br /> Also, I did not understand how to create the wiki log page for long time. We have to search for the name of the log and then click on create log link - this was not intuitive work flow for me. If this is explained in the developer test, it might be easier for others to follow.</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Bhakti_log&diff=167373 Bhakti log 2018-03-07T04:42:39Z

<p>Bhakti Kulkarni: </p> <hr /> <div><br /> The video while creating the cube is: <br /> https://youtu.be/yMxVxpw83OM<br /> <br /> The log file is uploaded at:<br /> [[http://opensourceecology.org/wiki/File:OSE_test2.fcstd]]<br /> <br /> How many hours each part of the test took to complete: <br /> 1) Installing Linux - 5 hours<br /> 2) Learning FreeCAD - 20 hours<br /> 3) Documenting your work--and which section was most difficult. -- Documenting took almost 7 hours. The section that was difficult was finding a screw that was long enough to pass through 2 tubing. Also, the video that I recorded did not open with kdenlive. Used ffmpeg through terminal instead. Thus, could not add the background music.<br /> <br /> Score yourself 0-100 based on the percentage of the Test points that you have completed successfully - and include that score in your work log comments. -- I would give myself 60% as I could not add the background score and that it took me too long to complete the test.<br /> <br /> Also, I did not understand how to create the wiki log page for long time. We have to search for the name of the log and then click on create log link - this was not intuitive work flow for me. If this is explained in the developer test, it might be easier for others to follow.</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Bhakti_log&diff=167372 Bhakti log 2018-03-07T04:38:50Z

<p>Bhakti Kulkarni: </p> <hr /> <div><br /> The video while creating the cube is: <br /> https://youtu.be/yMxVxpw83OM<br /> <br /> The log file is uploaded at:<br /> [[http://opensourceecology.org/wiki/File:OSE_test2.fcstd]]<br /> <br /> How many hours each part of the test took to complete: <br /> 1) Installing Linux - 5 hours<br /> 2) Learning FreeCAD - 20 hours<br /> 3) Documenting your work--and which section was most difficult. -- Documenting took almost 7 hours. The section that was difficult was finding a screw that was long enough to pass through 2 tubing. Also, the video that I recorded did not open with kdenlive. Had to find alternatives, so could not add the background noise. <br /> <br /> Score yourself 0-100 based on the percentage of the Test points that you have completed successfully - and include that score in your work log comments. -- I would give myself 60% as I could not add the background score and that it took me too long to complete the test.<br /> <br /> Also, I did not understand how to create the wiki log page for long time. We have to search for the name of the log and then click on create log link - this was not intuitive work flow for me. If this is explained in the developer test, it might be easier for others to follow.</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=File:OSE_test2.fcstd&diff=167371 File:OSE test2.fcstd 2018-03-07T04:10:48Z

<p>Bhakti Kulkarni: Bhakti Kulkarni uploaded a new version of File:OSE test2.fcstd</p> <hr /> <div>Developer test file</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=Bhakti_log&diff=167370 Bhakti log 2018-03-07T04:07:44Z

<p>Bhakti Kulkarni: Mon March 6, 2018</p> <hr /> <div>https://youtu.be/yMxVxpw83OM<br /> <br /> Bhakti Kulkarni - 02/27/2018<br /> <br /> How many hours each part of the test took to complete: <br /> 1) Installing Linux - 5 hours<br /> 2) Learning FreeCAD - 20 hours<br /> 3) Documenting your work--and which section was most difficult. -- Documenting took almost 7 hours. The section that was difficult was finding a screw that was long enough to pass through 2 tubing. Also, the video that I recorded did not open with kdenlive. Had to find alternatives, so could not add the background noise. <br /> <br /> Score yourself 0-100 based on the percentage of the Test points that you have completed successfully - and include that score in your work log comments. -- I would give myself 60% as I could not add the background score and that it took me too long to complete the test.</div>

Bhakti Kulkarni https://wiki.opensourceecology.org/index.php?title=File:Bhakti_test2.mp4&diff=167369 File:Bhakti test2.mp4 2018-03-07T04:06:29Z

<p>Bhakti Kulkarni: Bhakti Kulkarni uploaded a new version of File:Bhakti test2.mp4</p> <hr /> <div></div>

Bhakti Kulkarni