Meet and Code 2020 II: Python - Revision history

Mol: Marked this version for translation

2020-09-22T19:18:38Z

Marked this version for translation

← Older revision		Revision as of 22:18, 22 September 2020
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	<translate>		<translate>
			<!--T:1-->
	The online course given Wed 2020 09 23 at 18:30 - 20:30 and Sat 2020 10 03 at 10:00 - 12:00. The online platform is [https://discord.gg/eqjbFXq Discord]. Join the Discord channel [https://discord.gg/eqjbFXq here]. [[File:DiscordGuide.png\|thumb]]		The online course given Wed 2020 09 23 at 18:30 - 20:30 and Sat 2020 10 03 at 10:00 - 12:00. The online platform is [https://discord.gg/eqjbFXq Discord]. Join the Discord channel [https://discord.gg/eqjbFXq here]. [[File:DiscordGuide.png\|thumb]]

	===== Problems on connecting? =====		===== Problems on connecting? ===== <!--T:2-->

			<!--T:3-->
	Contact ''info @ fllsuomi.org'' or call to Markku: 044 3535 147.		Contact ''info @ fllsuomi.org'' or call to Markku: 044 3535 147.

	==== Introduction ====		==== Introduction ==== <!--T:4-->

			<!--T:5-->
	The basics of robotics programming with LEGO Mindstorms. We start at very basics (and fundamental things), but try to catch sensors and if-then-else statements.		The basics of robotics programming with LEGO Mindstorms. We start at very basics (and fundamental things), but try to catch sensors and if-then-else statements.
	Python is modern, easily adapted and multifunctional programming language. However, there some caveats in robot programming using python. The course will help you to start Python coding.		Python is modern, easily adapted and multifunctional programming language. However, there some caveats in robot programming using python. The course will help you to start Python coding.

	==== Syllabus ====		==== Syllabus ==== <!--T:6-->

			<!--T:7-->
	After the course the student is able to		After the course the student is able to
	* [[Install ev3dev\|set up]] the programming environment		* [[Install ev3dev\|set up]] the programming environment
Line 22:		Line 26:
	* code the robot to [[Line follower proportional py v2\| follow line (prop) ]] using Proportional algorithm		* code the robot to [[Line follower proportional py v2\| follow line (prop) ]] using Proportional algorithm

	==== To Whom ====		==== To Whom ==== <!--T:8-->

			<!--T:9-->
	The course is designed for all, students, pupils and teachers who are interested in Mindstorms programming, or are willing to teach programming. The course is virtual, online at given time and date. All the material will stay here and in Discord until removed.		The course is designed for all, students, pupils and teachers who are interested in Mindstorms programming, or are willing to teach programming. The course is virtual, online at given time and date. All the material will stay here and in Discord until removed.

			<!--T:10-->
	The needed material is LEGO Mindstorms robot and the programming environment. It can be programmed using tablet or computer, but computer is preferred. You should have a robot made in advance, e.g. [https://www.innokas.fi/wp-content/uploads/2018/01/Asimov_10-1.pdf Asimov] or the LEGO base robot.		The needed material is LEGO Mindstorms robot and the programming environment. It can be programmed using tablet or computer, but computer is preferred. You should have a robot made in advance, e.g. [https://www.innokas.fi/wp-content/uploads/2018/01/Asimov_10-1.pdf Asimov] or the LEGO base robot.

	==== The Instructors ====		==== The Instructors ==== <!--T:11-->

			<!--T:12-->
	The course is held in Finnish, though English guidance is possible. The instructors are Markku Leino and [https://www.youtube.com/watch?v=H7mzVTIYmXk Zwenkka Pietilä].		The course is held in Finnish, though English guidance is possible. The instructors are Markku Leino and [https://www.youtube.com/watch?v=H7mzVTIYmXk Zwenkka Pietilä].

			<!--T:13-->
	This course is supported by [https://meet-and-code.org/ Meet and Code]. The course is made in collaboration with [http://www.fllsuomi.org/ Robotiikka- ja tiedekasvatus ry].		This course is supported by [https://meet-and-code.org/ Meet and Code]. The course is made in collaboration with [http://www.fllsuomi.org/ Robotiikka- ja tiedekasvatus ry].
	[[File:MeetAndcodeLogo.png\|thumb]]		[[File:MeetAndcodeLogo.png\|thumb]]
	</translate>		</translate>

Mol at 18:07, 22 September 2020

2020-09-22T18:07:46Z

← Older revision		Revision as of 21:07, 22 September 2020
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	After the course the student is able to		After the course the student is able to
	* set up the programming environment		* [[Install ev3dev\|set up]] the programming environment
	* code the robot to [[Steer left and right py v2\|Steer left and right ]]		* code the robot to [[Steer left and right py v2\|Steer left and right ]]
	* read the [[Color sensor readings py v2 \| color sensor]]		* read the [[Color sensor readings py v2 \| color sensor]]
	* code the robot to [[Line follower Zigzag py v2\| follow line ZigZag]] using Zig Zag algorithm		* code the robot to [[Line follower Zigzag py v2\| follow line (ZigZag)]] using Zig Zag algorithm
	* code the robot to [[Line follower proportional py v2\| follow line ]] using Proportional algorithm		* code the robot to [[Line follower proportional py v2\| follow line (prop) ]] using Proportional algorithm

	==== To Whom ====		==== To Whom ====

Mol at 18:06, 22 September 2020

2020-09-22T18:06:49Z

← Older revision		Revision as of 21:06, 22 September 2020
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	After the course the student is able to		After the course the student is able to
	* set up the programming environment		* set up the programming environment
	* code the robot to [[Steer left and right py v2\| ~~XXXX~~ ]]		* code the robot to [[Steer left and right py v2\|Steer left and right ]]
	* read the [[Color sensor readings py v2]]		* read the [[Color sensor readings py v2 \| color sensor]]
	* code the robot to [[Line follower Zigzag py v2]]		* code the robot to [[Line follower Zigzag py v2\| follow line ZigZag]] using Zig Zag algorithm
	* code the robot to [[Line follower proportional py v2]]		* code the robot to [[Line follower proportional py v2\| follow line ]] using Proportional algorithm

	==== To Whom ====		==== To Whom ====

Mol at 18:04, 22 September 2020

2020-09-22T18:04:46Z

← Older revision		Revision as of 21:04, 22 September 2020
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	After the course the student is able to		After the course the student is able to
	* set up the programming environment		* set up the programming environment
	* code the robot to [[Steer left and right py v2]]		* code the robot to [[Steer left and right py v2\| XXXX ]]
	* read the [[Color sensor readings py v2]]		* read the [[Color sensor readings py v2]]
	* code the robot to [[Line follower Zigzag py v2]]		* code the robot to [[Line follower Zigzag py v2]]

Mol at 18:02, 22 September 2020

2020-09-22T18:02:14Z

← Older revision		Revision as of 21:02, 22 September 2020
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	<translate>		<translate>
	The online course given Wed 2020 09 16 at 18:30 - 20:30 and Sat 2020 ~~09 19~~ at 10:00 - 12:00. The online platform is [https://discord.gg/eqjbFXq Discord]. Join the Discord channel [https://discord.gg/eqjbFXq here]. [[File:DiscordGuide.png\|thumb]]		The online course given Wed 2020 09 23 at 18:30 - 20:30 and Sat 2020 10 03 at 10:00 - 12:00. The online platform is [https://discord.gg/eqjbFXq Discord]. Join the Discord channel [https://discord.gg/eqjbFXq here]. [[File:DiscordGuide.png\|thumb]]

	===== Problems on connecting? =====		===== Problems on connecting? =====
Line 16:		Line 16:

	After the course the student is able to		After the course the student is able to
	* code the robot to [[~~drive a given path~~]]		* set up the programming environment
	* ~~code~~ the ~~robot to~~ [[~~follow a line~~]]		* code the robot to [[Steer left and right py v2]]
	* code the robot to [[~~stop at given length from the wall~~]]		* read the [[Color sensor readings py v2]]
	* ~~and~~ [[~~delete the extra programs~~]] ~~from the robot.~~		* code the robot to [[Line follower Zigzag py v2]]
			* code the robot to [[Line follower proportional py v2]]

	==== To Whom ====		==== To Whom ====

Mol at 17:56, 22 September 2020

2020-09-22T17:56:37Z

← Older revision		Revision as of 20:56, 22 September 2020
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	~~Robotiikkaohjelmoinnin jatkot LEGO Mindstorms-alustalla ja Python-kielellä.~~		<languages/>

	~~Python on monipuolinen, mutta mukavan yksinkertainen ohjelmointikieli~~. ~~Robottiohjelmointi Pythonilla sisältää kuitenkin monia mielenkiintoisia alun haasteita, joihin paneudumme tämän lyhytkurssin aikana~~.		<translate>
			The online course given Wed 2020 09 16 at 18:30 - 20:30 and Sat 2020 09 19 at 10:00 - 12:00. The online platform is [https://discord.gg/eqjbFXq Discord]. Join the Discord channel [https://discord.gg/eqjbFXq here]. [[File:DiscordGuide.png\|thumb]]

	~~Asennamme Python-kielen LEGO Mindstorms -robottiin, ja käskemme robottia rappaamaan meille. Alun jälkeen ohjelmoimme robotin~~		===== Problems on connecting? =====
	~~- kulkemaan ja kääntymään~~
	~~- hyödyntämään erilaisia antureita.~~

	~~Kohderyhmänä ovat sekä oppilaat että opettajat, jotka ovat kiinnostuneet Mindstorms-ohjelmoinnista tai sen opettamisesta tai Python-kielestä~~.		Contact ''info @ fllsuomi.org'' or call to Markku: 044 3535 147.

	Tapahtuma on virtuaalinen, ja kaikki tätä tapahtumaa varten luodut materiaalit jäävät näkyviin ja kaikkien avoimesti käytettäväksi, mutta opetusta ja kontaktia saa vain tässä tapahtumassa, tai muuten yhdessä sovitusti.		==== Introduction ====

	~~Vaadittavat tarvikkeet ovat~~ LEGO Mindstorms -~~robotti ja siihen ohjelmointiympäristö~~, ~~mielelellään tietokone~~. ~~Robotin tulisi olla pyörillä toimiva kaksi moottorinen~~, ~~esimerkiksi LEGOn perusmalli tai Asimov~~. ~~Ongelmien debuggaamiseen kännykkä zoom-yhteydellä on kätevä apu~~.		The basics of robotics programming with LEGO Mindstorms. We start at very basics (and fundamental things), but try to catch sensors and if-then-else statements.
			Python is modern, easily adapted and multifunctional programming language. However, there some caveats in robot programming using python. The course will help you to start Python coding.

	~~Tästäkin kurssista on kaksi samansisältöistä tapahtumaa~~.		==== Syllabus ====

			After the course the student is able to
			* code the robot to [[drive a given path]]
			* code the robot to [[follow a line]]
			* code the robot to [[stop at given length from the wall]]
			* and [[delete the extra programs]] from the robot.

			==== To Whom ====

			The course is designed for all, students, pupils and teachers who are interested in Mindstorms programming, or are willing to teach programming. The course is virtual, online at given time and date. All the material will stay here and in Discord until removed.

			The needed material is LEGO Mindstorms robot and the programming environment. It can be programmed using tablet or computer, but computer is preferred. You should have a robot made in advance, e.g. [https://www.innokas.fi/wp-content/uploads/2018/01/Asimov_10-1.pdf Asimov] or the LEGO base robot.

			==== The Instructors ====

			The course is held in Finnish, though English guidance is possible. The instructors are Markku Leino and [https://www.youtube.com/watch?v=H7mzVTIYmXk Zwenkka Pietilä].

			This course is supported by [https://meet-and-code.org/ Meet and Code]. The course is made in collaboration with [http://www.fllsuomi.org/ Robotiikka- ja tiedekasvatus ry].
			[[File:MeetAndcodeLogo.png\|thumb]]
			</translate>

Mol: Created page with "Robotiikkaohjelmoinnin jatkot LEGO Mindstorms-alustalla ja Python-kielellä. Python on monipuolinen, mutta mukavan yksinkertainen ohjelmointikieli. Robottiohjelmointi Pythoni..."

2020-08-23T17:54:36Z

Created page with "Robotiikkaohjelmoinnin jatkot LEGO Mindstorms-alustalla ja Python-kielellä. Python on monipuolinen, mutta mukavan yksinkertainen ohjelmointikieli. Robottiohjelmointi Pythoni..."

New page

Robotiikkaohjelmoinnin jatkot LEGO Mindstorms-alustalla ja Python-kielellä.

Python on monipuolinen, mutta mukavan yksinkertainen ohjelmointikieli. Robottiohjelmointi Pythonilla sisältää kuitenkin monia mielenkiintoisia alun haasteita, joihin paneudumme tämän lyhytkurssin aikana.

Asennamme Python-kielen LEGO Mindstorms -robottiin, ja käskemme robottia rappaamaan meille. Alun jälkeen ohjelmoimme robotin
- kulkemaan ja kääntymään
- hyödyntämään erilaisia antureita.

Kohderyhmänä ovat sekä oppilaat että opettajat, jotka ovat kiinnostuneet Mindstorms-ohjelmoinnista tai sen opettamisesta tai Python-kielestä.

Tapahtuma on virtuaalinen, ja kaikki tätä tapahtumaa varten luodut materiaalit jäävät näkyviin ja kaikkien avoimesti käytettäväksi, mutta opetusta ja kontaktia saa vain tässä tapahtumassa, tai muuten yhdessä sovitusti.

Vaadittavat tarvikkeet ovat LEGO Mindstorms -robotti ja siihen ohjelmointiympäristö, mielelellään tietokone. Robotin tulisi olla pyörillä toimiva kaksi moottorinen, esimerkiksi LEGOn perusmalli tai Asimov. Ongelmien debuggaamiseen kännykkä zoom-yhteydellä on kätevä apu.

Tästäkin kurssista on kaksi samansisältöistä tapahtumaa.