Medien Wiki - User contributions [en]

GMU:Max/MSP visual programming/Zhenhuan Weng

2018-07-14T10:09:01Z

Weng Zhenhuan:

==Homework==

[[File:2. build simple sequencer.maxpat]]

Introduction: This is an simple sequencer which I used the" metro 200" which could output a bang message in 200 milliseconds. Then "counter 1 8" could keep count based on bang messages then loop forward from 1 to 8. After that "select 1 2 4 "could output bangs based on input matching then output " 1 2 4" and send messages to "300 500 700" respectively. Then the "cycle~ 440 " could generate a periodic waveform and the Audio could be output.

[[File:3 OSC.maxpat]]

Introduction: The first step I needed to upload "SoundCool" application then input my Wifi IP and Port to connect my laptop to my cellphone. When we connected them successfully, "udpreceive 2001" would receive messages over a network. Then "route /1/fader1 /1/fader2 /1/fader3 /1/toggle1 /1/push1 /1/push2 /1/push3 ” could match a message's first argument to the route object's own arguments. Because the "fader 1" could only input from 0 to 1. So we need to use "scale" to map values to an output range. Then we controlled the buttons or sliders in our cellphone, the messages would be changed following the operation of our cellhpone.

[[File:4 led dimmer.maxpat]]
[[:File:Led_dimmer.ino]]

Introduction: We could send bytes to the board from MAX that could access the computer serial port to control led brightness. Firstly we need "print" to send a serial ports. "serial b 9600" means 9600 bits per second, it is the default for the Arduino, and is perfectly adequate for the majority of users, but we could also change it to other speeds: Serial.begin(2400) would set the Arduino to transmit at 2400 bits per second. I used "Slider" to output values and to control the brightness of LED.

[[File:6 play web cam.maxpat]]

Introduction: This is a very basic patch of playing webcam. Firstly I used the "Metro 30" to set time in 30 milliseconds. Then "jit.grab" could digitize video from the signals into a Jitter matrix. In the end, I used the "jit.pwindow" to display Jitter data and images. Then we could see ourselves from our webcam.

==Other Exercises==

20.4 "Dimmer and Frequency"[[:File:Class 2-MAX .docx]]

11.5 Sound Cool Arduino - [[:File:sound cool control LED .maxpat]]

16.5 Jitter [[:File:animation-ZHenhuan Weng.maxpat]]

24.5 My idea “Max interactive with Webcam” [[:File:Max interactive with Webcam.maxpat]]

21.6 Test 1[[:File:Test 1.maxpat]]

27.6 Test 2[[:File:Webcam-Sound test 1.maxpat]]

05.7 Homework "Introduction"[[:File:Homework 1 counter, sequencer.maxpat]]

08.7 Counter and Sequencer[[:File:counter, sequencer.maxpat]]

GMU:Max/MSP visual programming/Zhenhuan Weng

2018-07-14T10:07:17Z

Weng Zhenhuan:

==Homework==

[[File:2. build simple sequencer.maxpat]]

Introduction: This is an simple sequencer which I used the" metro 200" which could output a bang message in 200 milliseconds. Then "counter 1 8" could keep count based on bang messages then loop forward from 1 to 8. After that "select 1 2 4 "could output bangs based on input matching then output " 1 2 4" and send messages to "300 500 700" respectively. Then the "cycle~ 440 " could generate a periodic waveform and the Audio could be output.

[[File:3 OSC.maxpat]]

Introduction: The first step I needed to upload "SoundCool" application then input my Wifi IP and Port to connect my laptop to my cellphone. When we connected them successfully, "udpreceive 2001" would receive messages over a network. Then "route /1/fader1 /1/fader2 /1/fader3 /1/toggle1 /1/push1 /1/push2 /1/push3 ” could match a message's first argument to the route object's own arguments. Because the "fader 1" could only input from 0 to 1. So we need to use "scale" to map values to an output range. Then we controlled the buttons or sliders in our cellphone, the messages would be changed following the operation of our cellhpone.

[[File:4 led dimmer.maxpat]]
[[:File:Led_dimmer.ino]]

Introduction: We could send bytes to the board from MAX that could access the computer serial port to control led brightness. Firstly we need "print" to send a serial ports. "serial b 9600" means 9600 bits per second, it is the default for the Arduino, and is perfectly adequate for the majority of users, but we could also change it to other speeds: Serial.begin(2400) would set the Arduino to transmit at 2400 bits per second. I used "Slider" to output values and to control the brightness of LED.

[[File:6 play web cam.maxpat]]

Introduction: This is a very basic patch of playing webcam. Firstly I used the "Metro 30" to set time in 30 milliseconds. Then "jit.grab" could digitize video from the signals into a Jitter matrix. In the end, I used the "jit.pwindow" to display Jitter data and images. Then we could see ourselves from our webcam.

20.4 Class Two - "Dimmer and Frequency"
[[:File:Class 2-MAX .docx]]

11.5 Sound Cool Arduino - [[:File:sound cool control LED .maxpat]]

16.5 Jitter [[:File:animation-ZHenhuan Weng.maxpat]]

24.5 My idea “Max interactive with Webcam” [[:File:Max interactive with Webcam.maxpat]]

21.6 Test 1[[:File:Test 1.maxpat]]

27.6 Test 2[[:File:Webcam-Sound test 1.maxpat]]

05.7 Homework "Introduction"[[:File:Homework 1 counter, sequencer.maxpat]]

08.7 Counter and Sequencer[[:File:counter, sequencer.maxpat]]

GMU:Max/MSP visual programming/Zhenhuan Weng

2018-07-14T10:05:58Z

Weng Zhenhuan:

Homeworks

[[File:2. build simple sequencer.maxpat]]

Introduction: This is an simple sequencer which I used the" metro 200" which could output a bang message in 200 milliseconds. Then "counter 1 8" could keep count based on bang messages then loop forward from 1 to 8. After that "select 1 2 4 "could output bangs based on input matching then output " 1 2 4" and send messages to "300 500 700" respectively. Then the "cycle~ 440 " could generate a periodic waveform and the Audio could be output.

[[File:3 OSC.maxpat]]

Introduction: The first step I needed to upload "SoundCool" application then input my Wifi IP and Port to connect my laptop to my cellphone. When we connected them successfully, "udpreceive 2001" would receive messages over a network. Then "route /1/fader1 /1/fader2 /1/fader3 /1/toggle1 /1/push1 /1/push2 /1/push3 ” could match a message's first argument to the route object's own arguments. Because the "fader 1" could only input from 0 to 1. So we need to use "scale" to map values to an output range. Then we controlled the buttons or sliders in our cellphone, the messages would be changed following the operation of our cellhpone.

[[File:4 led dimmer.maxpat]]
[[:File:Led_dimmer.ino]]

Introduction: We could send bytes to the board from MAX that could access the computer serial port to control led brightness. Firstly we need "print" to send a serial ports. "serial b 9600" means 9600 bits per second, it is the default for the Arduino, and is perfectly adequate for the majority of users, but we could also change it to other speeds: Serial.begin(2400) would set the Arduino to transmit at 2400 bits per second. I used "Slider" to output values and to control the brightness of LED.

[[File:6 play web cam.maxpat]]

Introduction: This is a very basic patch of playing webcam. Firstly I used the "Metro 30" to set time in 30 milliseconds. Then "jit.grab" could digitize video from the signals into a Jitter matrix. In the end, I used the "jit.pwindow" to display Jitter data and images. Then we could see ourselves from our webcam.

20.4 Class Two - "Dimmer and Frequency"
[[:File:Class 2-MAX .docx]]

11.5 Sound Cool Arduino - [[:File:sound cool control LED .maxpat]]

16.5 Jitter [[:File:animation-ZHenhuan Weng.maxpat]]

24.5 My idea “Max interactive with Webcam” [[:File:Max interactive with Webcam.maxpat]]

21.6 Test 1[[:File:Test 1.maxpat]]

27.6 Test 2[[:File:Webcam-Sound test 1.maxpat]]

05.7 Homework "Introduction"[[:File:Homework 1 counter, sequencer.maxpat]]

08.7 Counter and Sequencer[[:File:counter, sequencer.maxpat]]

GMU:Max/MSP visual programming/Zhenhuan Weng

2018-07-14T09:47:28Z

Weng Zhenhuan:

Homeworks

[[File:2. build simple sequencer.maxpat]]

Introduction: This is an simple sequencer which I used the" metro 200" which could output a bang message in 200 milliseconds. Then "counter 1 8" could keep count based on bang messages then loop forward from 1 to 8. After that "select 1 2 4 "could output bangs based on input matching then output " 1 2 4" and send messages to "300 500 700" respectively. Then the "cycle~ 440 " could generate a periodic waveform and the Audio could be output.

[[File:3 OSC.maxpat]]

Introduction: The first step I needed to upload "SoundCool" application then input my Wifi IP and Port to connect my laptop to my cellphone. When we connected them successfully, "udpreceive 2001" would receive messages over a network. Then "route /1/fader1 /1/fader2 /1/fader3 /1/toggle1 /1/push1 /1/push2 /1/push3 ” could match a message's first argument to the route object's own arguments. Because the "fader 1" could only input from 0 to 1. So we need to use "scale" to map values to an output range. Then we controlled the buttons or sliders in our cellphone, the messages would be changed following the operation of our cellhpone.

[[File:4 led dimmer.maxpat]]
[[:File:Led_dimmer.ino]]

Introduction:

[[File:6 play web cam.maxpat]]

Introduction: This is a very basic patch of playing webcam. Firstly I used the "Metro 30" to set time in 30 milliseconds. Then "jit.grab" could digitize video from the signals into a Jitter matrix. In the end, I used the "jit.pwindow" to display Jitter data and images. Then we could see ourselves from our webcam.

20.4 Class Two - "Dimmer and Frequency"
[[:File:Class 2-MAX .docx]]

11.5 Sound Cool Arduino - [[:File:sound cool control LED .maxpat]]

16.5 Jitter [[:File:animation-ZHenhuan Weng.maxpat]]

24.5 My idea “Max interactive with Webcam” [[:File:Max interactive with Webcam.maxpat]]

21.6 Test 1[[:File:Test 1.maxpat]]

27.6 Test 2[[:File:Webcam-Sound test 1.maxpat]]

05.7 Homework "Introduction"[[:File:Homework 1 counter, sequencer.maxpat]]

08.7 Counter and Sequencer[[:File:counter, sequencer.maxpat]]

GMU:Max/MSP visual programming/Zhenhuan Weng

2018-07-14T09:41:16Z

Weng Zhenhuan:

Homeworks

[[File:2. build simple sequencer.maxpat]]

Introduction: This is an simple sequencer which I used the" metro 200" which could output a bang message in 200 milliseconds. Then "counter 1 8" could keep count based on bang messages then loop forward from 1 to 8. After that "select 1 2 4 "could output bangs based on input matching then output " 1 2 4" and send messages to "300 500 700" respectively. Then the "cycle~ 440 " could generate a periodic waveform and the Audio could be output.

[[File:3 OSC.maxpat]]

Introduction: The first step I needed to upload "SoundCool" application then input my Wifi IP and Port to connect my laptop to my cellphone. When we connected them successfully, "udpreceive 2001" would receive messages over a network. Then "route /1/fader1 /1/fader2 /1/fader3 /1/toggle1 /1/push1 /1/push2 /1/push3 ” could match a message's first argument to the route object's own arguments. Because the "fader 1" could only input from 0 to 1. So we need to use "scale" to map values to an output range. Then we controlled the buttons or sliders in our cellphone, the messages would be changed following the operation of our cellhpone.

[[File:4 led dimmer.maxpat]]

[[:File:Led_dimmer.ino]]

Introduction:

[[File:6 play web cam.maxpat]]

Introduction: This is a very basic patch of playing webcam. Firstly I used the "Metro 30" to set time in 30 milliseconds. Then "jit.grab" could digitize video from the signals into a Jitter matrix. In the end, I used the "jit.pwindow" to display Jitter data and images. Then we could see ourselves from our webcam.

20.4 Class Two - "Dimmer and Frequency"
[[:File:Class 2-MAX .docx]]

11.5 Sound Cool Arduino - [[:File:sound cool control LED .maxpat]]

16.5 Jitter [[:File:animation-ZHenhuan Weng.maxpat]]

24.5 My idea “Max interactive with Webcam” [[:File:Max interactive with Webcam.maxpat]]

21.6 Test 1[[:File:Test 1.maxpat]]

27.6 Test 2[[:File:Webcam-Sound test 1.maxpat]]

05.7 Homework "Introduction"[[:File:Homework 1 counter, sequencer.maxpat]]

08.7 Counter and Sequencer[[:File:counter, sequencer.maxpat]]

File:Led dimmer.ino

2018-07-14T09:40:44Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

GMU:Max/MSP visual programming/Zhenhuan Weng

2018-07-14T09:38:37Z

Weng Zhenhuan:

Homeworks

[[File:2. build simple sequencer.maxpat]]

Introduction: This is an simple sequencer which I used the" metro 200" which could output a bang message in 200 milliseconds. Then "counter 1 8" could keep count based on bang messages then loop forward from 1 to 8. After that "select 1 2 4 "could output bangs based on input matching then output " 1 2 4" and send messages to "300 500 700" respectively. Then the "cycle~ 440 " could generate a periodic waveform and the Audio could be output.

[[File:3 OSC.maxpat]]

Introduction: The first step I needed to upload "SoundCool" application then input my Wifi IP and Port to connect my laptop to my cellphone. When we connected them successfully, "udpreceive 2001" would receive messages over a network. Then "route /1/fader1 /1/fader2 /1/fader3 /1/toggle1 /1/push1 /1/push2 /1/push3 ” could match a message's first argument to the route object's own arguments. Because the "fader 1" could only input from 0 to 1. So we need to use "scale" to map values to an output range. Then we controlled the buttons or sliders in our cellphone, the messages would be changed following the operation of our cellhpone.

[[File:4 led dimmer.maxpat]]

[[File:6 play web cam.maxpat]]

Introduction: This is a very basic patch of playing webcam. Firstly I used the "Metro 30" to set time in 30 milliseconds. Then "jit.grab" could digitize video from the signals into a Jitter matrix. In the end, I used the "jit.pwindow" to display Jitter data and images. Then we could see ourselves from our webcam.

20.4 Class Two - "Dimmer and Frequency"
[[:File:Class 2-MAX .docx]]

11.5 Sound Cool Arduino - [[:File:sound cool control LED .maxpat]]

16.5 Jitter [[:File:animation-ZHenhuan Weng.maxpat]]

24.5 My idea “Max interactive with Webcam” [[:File:Max interactive with Webcam.maxpat]]

21.6 Test 1[[:File:Test 1.maxpat]]

27.6 Test 2[[:File:Webcam-Sound test 1.maxpat]]

05.7 Homework "Introduction"[[:File:Homework 1 counter, sequencer.maxpat]]

08.7 Counter and Sequencer[[:File:counter, sequencer.maxpat]]

GMU:Max/MSP visual programming/Zhenhuan Weng

2018-07-14T09:32:41Z

Weng Zhenhuan:

GMU:Max/MSP visual programming/Zhenhuan Weng

2018-07-14T09:19:25Z

Weng Zhenhuan:

GMU:Max/MSP visual programming/Zhenhuan Weng

2018-07-14T09:19:12Z

Weng Zhenhuan:

GMU:Max/MSP visual programming/Zhenhuan Weng

2018-07-14T09:07:29Z

Weng Zhenhuan:

Homeworks

[[File:2. build simple sequencer.maxpat]]

[[File:3 OSC.maxpat]]

[[File:4 led dimmer.maxpat]]

[[File:6 play web cam.maxpat]]

20.4 Class Two - "Dimmer and Frequency"
[[:File:Class 2-MAX .docx]]

11.5 Sound Cool Arduino - [[:File:sound cool control LED .maxpat]]

16.5 Jitter [[:File:animation-ZHenhuan Weng.maxpat]]

24.5 My idea “Max interactive with Webcam” [[:File:Max interactive with Webcam.maxpat]]

21.6 Test 1[[:File:Test 1.maxpat]]

27.6 Test 2[[:File:Webcam-Sound test 1.maxpat]]

05.7 Homework "Introduction"[[:File:Homework 1 counter, sequencer.maxpat]]

08.7 Counter and Sequencer[[:File:counter, sequencer.maxpat]]

GMU:Max/MSP visual programming/Zhenhuan Weng

2018-07-14T09:06:51Z

Weng Zhenhuan:

[[File:2. build simple sequencer.maxpat]]

[[File:3 OSC.maxpat]]

[[File:4 led dimmer.maxpat]]

[[File:6 play web cam.maxpat]]

20.4 Class Two - "Dimmer and Frequency"
[[:File:Class 2-MAX .docx]]

11.5 Sound Cool Arduino - [[:File:sound cool control LED .maxpat]]

16.5 Jitter [[:File:animation-ZHenhuan Weng.maxpat]]

24.5 My idea “Max interactive with Webcam” [[:File:Max interactive with Webcam.maxpat]]

21.6 Test 1[[:File:Test 1.maxpat]]

27.6 Test 2[[:File:Webcam-Sound test 1.maxpat]]

05.7 Homework "Introduction"[[:File:Homework 1 counter, sequencer.maxpat]]

08.7 Counter and Sequencer[[:File:counter, sequencer.maxpat]]

GMU:Max/MSP visual programming/Zhenhuan Weng

2018-07-14T09:06:30Z

Weng Zhenhuan:

[[File:2. build simple sequencer.maxpat]]
[[File:3 OSC.maxpat]]
[[File:4 led dimmer.maxpat]]
[[File:6 play web cam.maxpat]]

20.4 Class Two - "Dimmer and Frequency"
[[:File:Class 2-MAX .docx]]

11.5 Sound Cool Arduino - [[:File:sound cool control LED .maxpat]]

16.5 Jitter [[:File:animation-ZHenhuan Weng.maxpat]]

24.5 My idea “Max interactive with Webcam” [[:File:Max interactive with Webcam.maxpat]]

21.6 Test 1[[:File:Test 1.maxpat]]

27.6 Test 2[[:File:Webcam-Sound test 1.maxpat]]

05.7 Homework "Introduction"[[:File:Homework 1 counter, sequencer.maxpat]]

08.7 Counter and Sequencer[[:File:counter, sequencer.maxpat]]

File:6 play web cam.maxpat

2018-07-14T09:05:40Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

File:4 led dimmer.maxpat

2018-07-14T09:05:40Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

File:3 OSC.maxpat

2018-07-14T09:05:40Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

File:2. build simple sequencer.maxpat

2018-07-14T09:05:39Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

GMU:Habitats SS18/Zhenhuan Weng

2018-07-13T21:09:02Z

Weng Zhenhuan:

Kelvin generator - Euglena

'''Abstract'''

I would like to explore how Euglenas would behave in the electrostatic water. The electricity would be created by Kelvin generator which converts falling water to electrostatic charge and using the electric wires to conduct electricity. Then we could test its functionality and how much current electricity would be created. Then we could try to redirect the electrostatic field into a DC current and then let it flow in the water and see how Euglenas behave. Based on the experiments we could explore how Euglenas would behave in different intensity of electricity and Euglenas could stand how much electricity in water.

'''The principle of Kelvin generator'''
<gallery>
File:principle.png
</gallery>[[:File:Plastic pipes.jpeg]]

'''05.06.2018'''
Preparing materials
<gallery>
File:1-1.jpeg
File:1-2.jpeg
File:1-3.jpeg
File:1-4.jpeg
File:1-5.jpeg
</gallery>

'''Materials List:'''
Two Coca-Cola drink bottles；Two Paper Milk Boxes；Two foil paper Bowls ; One big Plastic Plates; Wires

'''Functions of each parts:'''

'''Two Coca-Cola drink bottles'''：I chose two Coca-Cola drink bottles as the materials of metal rings that is the most important part in the system of Kelvin Generator. In order to improve efficiency and save more time to test the system of Kelvin generator, I chose Coca-Cola drink bottles as the materials to make metal rings，because I thought they were made by metal and they were more easily carved up by cutter comparing with other metal cans.

'''Two Paper Milk Boxes'''：
Considering the volume of insulated containers, I chose two paper milk boxes as the water tank, because the surface material of them inside were plastic film which were insulator and solider than paper, if we wanted to contain more water and easy to carry, that is a good choose I though at that time.

'''Two foil paper Bowls''':
I chose the foil paper Bowls as the container of water flow in this system, because they could conduct electricity and
light quality, the most important things is that they were just in my kitchen. So I could use them as soon as possible to test the system.

'''06.06.2018'''

Kelvin generator 1
<gallery>
File:WechatIMG257.jpeg
</gallery>

'''Introduction'''
This is my first plan of Kelvin generator. I used two isolated paper boxes to contain water separately, then water could flow out from the tiny hole in the bottom of each paper box and passed through the metal ring. Then the foil paper bowls could contain the vertically falling water separately. Then the last thing was to connected all these wires and waited for current generation.

<gallery>
File:WechatIMG539.jpeg
File:WechatIMG538.jpeg
File:WechatIMG537.jpeg
File:WechatIMG535.jpeg
File:WechatIMG534.jpeg
File:WechatIMG533.jpeg
File:WechatIMG532.jpeg
File:WechatIMG531.jpeg
File:WechatIMG526.jpeg
File:WechatIMG525.jpeg
File:WechatIMG524.jpeg
File:WechatIMG521.jpeg
File:WechatIMG520.jpeg
File:WechatIMG519.jpeg
File:WechatIMG518.jpeg
</gallery>

'''Analysis'''
This is my first time to build the Kelvin generator, so I wanted to use these materials to test the system and produced electricity for further study. I prepared all these materials to build the first Kelvin generator, unfortunately it was not simply as it looks like.

'''Reason 1'''
<gallery>
File:WechatIMG258.jpeg
</gallery>

'''Reason 2'''
<gallery>
File:WechatIMG259.jpeg
</gallery>

13.06.2018
Plan B
<gallery>
File:WechatIMG260.jpeg
</gallery>

Analysis
<gallery>
File:WechatIMG261.jpeg
</gallery>

20.06.2018
Plan C
<gallery>
File:WechatIMG262.jpeg
</gallery>

Analysis
<gallery>
File:WechatIMG263.jpeg
</gallery>

25.06.2018
The new Kelvin Generator
<gallery>
File:WechatIMG574.jpeg
File:WechatIMG575.jpeg
File:WechatIMG576.jpeg
File:WechatIMG578.jpeg
File:WechatIMG579.jpeg
File:WechatIMG581.jpeg
File:WechatIMG582.jpeg
File:WechatIMG583.jpeg
File:WechatIMG586.jpeg
File:WechatIMG587.jpeg
File:WechatIMG590.jpeg
File:WechatIMG591.jpeg
File:WechatIMG592.jpeg
File:WechatIMG593.jpeg
File:WechatIMG595.jpeg
File:WechatIMG596.jpeg
File:WechatIMG597.jpeg
File:WechatIMG598.jpeg
File:WechatIMG599.jpeg
File:WechatIMG600.jpeg
File:WechatIMG601.jpeg
File:WechatIMG602.jpeg
File:WechatIMG603.jpeg
File:WechatIMG605.jpeg
File:WechatIMG606.jpeg
File:WechatIMG607.jpeg
</gallery>

27.06.2018
Test the model

[[:File:30.06.18 just work once time .mp4]]
[[:File:30.06 18 The best test.mp4]]

This was the best test until now, because the volume of current got to 2V and the monitor was shaking from up and down. Unfortunately it worked just once time. We were really confused about why it worked well just for one time. This was really weird.

Then we searched the videos about kelvin generator and wanted to find the reasons or just get some valuable reference about the model. Then we saw the simple structure of kelvin generator and wanted to use this construction to make a new one. Just like this picture.
<gallery>
File:reference structure.png
</gallery>

Then I did not hesitate to buy iron hangers from dry cleaning shop.
<gallery>
File:WechatIMG679.jpeg|400px
</gallery>

Then Miga help me modify the shape of the iron hanger.
<gallery>
File:WechatIMG680.jpeg
File:WechatIMG677.jpeg
</gallery>

Unfortunately，it also did not work even though they were almost the same style of kelvin generator comparing with that one on Youtobe.

06.07
<gallery>
File:WechatIMG666.jpeg
File:WechatIMG668.jpeg
File:WechatIMG669.jpeg
File:WechatIMG670.jpeg
File:WechatIMG671.jpeg
File:WechatIMG673.jpeg
File:WechatIMG674.jpeg
</gallery>
This kelvin generator worked but not performed very well. The volume of current only got to the half past one. I was a little bit upset, so I did not take picture to record the outcome of the figure of current.

12.07
<gallery>
File:WechatIMG655.jpeg
File:WechatIMG656.jpeg
File:WechatIMG657.jpeg
File:WechatIMG658.jpeg
File:WechatIMG659.jpeg
File:WechatIMG660.jpeg
File:WechatIMG661.jpeg
File:WechatIMG662.jpeg
File:WechatIMG663.jpeg
File:WechatIMG664.jpeg
File:WechatIMG665.jpeg
File:WechatIMG667.jpeg
</gallery>
Today I went to the toom which is the biggest materials store in Weimar. I looked each kind of materials carefully and took all the reference pictures about kelvin generator, but unfortunately most kinds of materials could not be find, for example the tiny plastic or metal water-taps, they only have the bigger metal water-taps which are so heavy and big. I could not find the proper size of water controller and the materials they used in tutorials on Youtobe. For example the plastic pipes in this picture.
<gallery>
File:Plastic pipes.jpeg
</gallery>
In fact, they were so common. But the most important thing is that I could not find these common materials to do this experiment. It heard just like a joke, but it is exactly the truth. Life was so hard.

12.07
Make the final model.
<gallery>
File:WechatIMG646.jpeg
File:WechatIMG647.jpeg
File:WechatIMG648.jpeg
File:WechatIMG649.jpeg
File:WechatIMG650.jpeg
File:WechatIMG652.jpeg
File:WechatIMG654.jpeg
</gallery>
I stayed in the wood workshop for the whole day to use the machine to cut wood and made holes in plastic pipe. I did not have enough strength, so I took a longer time to fixed the wood board.

File:WechatIMG654.jpeg

2018-07-13T21:06:03Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

File:WechatIMG652.jpeg

2018-07-13T21:06:03Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

File:WechatIMG650.jpeg

2018-07-13T21:06:02Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

File:WechatIMG649.jpeg

2018-07-13T21:06:01Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

File:WechatIMG648.jpeg

2018-07-13T21:06:00Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

File:WechatIMG647.jpeg

2018-07-13T21:05:59Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

File:WechatIMG646.jpeg

2018-07-13T21:05:58Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

File:Plastic pipes.jpeg

2018-07-13T21:01:42Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

File:WechatIMG667.jpeg

2018-07-13T20:49:38Z

Weng Zhenhuan: File uploaded with MsUpload

File uploaded with MsUpload

File:WechatIMG665.jpeg

2018-07-13T20:49:38Z

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GMU:Habitats SS18/Zhenhuan Weng

2018-07-13T20:43:00Z

Weng Zhenhuan:

Kelvin generator - Euglena

'''Abstract'''

I would like to explore how Euglenas would behave in the electrostatic water. The electricity would be created by Kelvin generator which converts falling water to electrostatic charge and using the electric wires to conduct electricity. Then we could test its functionality and how much current electricity would be created. Then we could try to redirect the electrostatic field into a DC current and then let it flow in the water and see how Euglenas behave. Based on the experiments we could explore how Euglenas would behave in different intensity of electricity and Euglenas could stand how much electricity in water.

'''The principle of Kelvin generator'''
<gallery>
File:principle.png
</gallery>

'''05.06.2018'''
Preparing materials
<gallery>
File:1-1.jpeg
File:1-2.jpeg
File:1-3.jpeg
File:1-4.jpeg
File:1-5.jpeg
</gallery>

'''Materials List:'''
Two Coca-Cola drink bottles；Two Paper Milk Boxes；Two foil paper Bowls ; One big Plastic Plates; Wires

'''Functions of each parts:'''

'''Two Coca-Cola drink bottles'''：I chose two Coca-Cola drink bottles as the materials of metal rings that is the most important part in the system of Kelvin Generator. In order to improve efficiency and save more time to test the system of Kelvin generator, I chose Coca-Cola drink bottles as the materials to make metal rings，because I thought they were made by metal and they were more easily carved up by cutter comparing with other metal cans.

'''Two Paper Milk Boxes'''：
Considering the volume of insulated containers, I chose two paper milk boxes as the water tank, because the surface material of them inside were plastic film which were insulator and solider than paper, if we wanted to contain more water and easy to carry, that is a good choose I though at that time.

'''Two foil paper Bowls''':
I chose the foil paper Bowls as the container of water flow in this system, because they could conduct electricity and
light quality, the most important things is that they were just in my kitchen. So I could use them as soon as possible to test the system.

'''06.06.2018'''

Kelvin generator 1
<gallery>
File:WechatIMG257.jpeg
</gallery>

'''Introduction'''
This is my first plan of Kelvin generator. I used two isolated paper boxes to contain water separately, then water could flow out from the tiny hole in the bottom of each paper box and passed through the metal ring. Then the foil paper bowls could contain the vertically falling water separately. Then the last thing was to connected all these wires and waited for current generation.

<gallery>
File:WechatIMG539.jpeg
File:WechatIMG538.jpeg
File:WechatIMG537.jpeg
File:WechatIMG535.jpeg
File:WechatIMG534.jpeg
File:WechatIMG533.jpeg
File:WechatIMG532.jpeg
File:WechatIMG531.jpeg
File:WechatIMG526.jpeg
File:WechatIMG525.jpeg
File:WechatIMG524.jpeg
File:WechatIMG521.jpeg
File:WechatIMG520.jpeg
File:WechatIMG519.jpeg
File:WechatIMG518.jpeg
</gallery>

'''Analysis'''
This is my first time to build the Kelvin generator, so I wanted to use these materials to test the system and produced electricity for further study. I prepared all these materials to build the first Kelvin generator, unfortunately it was not simply as it looks like.

'''Reason 1'''
<gallery>
File:WechatIMG258.jpeg
</gallery>

'''Reason 2'''
<gallery>
File:WechatIMG259.jpeg
</gallery>

13.06.2018
Plan B
<gallery>
File:WechatIMG260.jpeg
</gallery>

Analysis
<gallery>
File:WechatIMG261.jpeg
</gallery>

20.06.2018
Plan C
<gallery>
File:WechatIMG262.jpeg
</gallery>

Analysis
<gallery>
File:WechatIMG263.jpeg
</gallery>

25.06.2018
The new Kelvin Generator
<gallery>
File:WechatIMG574.jpeg
File:WechatIMG575.jpeg
File:WechatIMG576.jpeg
File:WechatIMG578.jpeg
File:WechatIMG579.jpeg
File:WechatIMG581.jpeg
File:WechatIMG582.jpeg
File:WechatIMG583.jpeg
File:WechatIMG586.jpeg
File:WechatIMG587.jpeg
File:WechatIMG590.jpeg
File:WechatIMG591.jpeg
File:WechatIMG592.jpeg
File:WechatIMG593.jpeg
File:WechatIMG595.jpeg
File:WechatIMG596.jpeg
File:WechatIMG597.jpeg
File:WechatIMG598.jpeg
File:WechatIMG599.jpeg
File:WechatIMG600.jpeg
File:WechatIMG601.jpeg
File:WechatIMG602.jpeg
File:WechatIMG603.jpeg
File:WechatIMG605.jpeg
File:WechatIMG606.jpeg
File:WechatIMG607.jpeg
</gallery>

27.06.2018
Test the model

[[:File:30.06.18 just work once time .mp4]]
[[:File:30.06 18 The best test.mp4]]

This was the best test until now, because the volume of current got to 2V and the monitor was shaking from up and down. Unfortunately it worked just once time. We were really confused about why it worked well just for one time. This was really weird.

Then we searched the videos about kelvin generator and wanted to find the reasons or just get some valuable reference about the model. Then we saw the simple structure of kelvin generator and wanted to use this construction to make a new one. Just like this picture.
<gallery>
File:reference structure.png
</gallery>

Then I did not hesitate to buy iron hangers from dry cleaning shop.
<gallery>
File:WechatIMG679.jpeg|400px
</gallery>

Then Miga help me modify the shape of the iron hanger.
<gallery>
File:WechatIMG680.jpeg
File:WechatIMG677.jpeg
</gallery>

Unfortunately，it also did not work even though they were almost the same style of kelvin generator comparing with that one on Youtobe.

File:WechatIMG677.jpeg

2018-07-13T20:39:38Z

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2018-07-13T20:39:38Z

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GMU:Habitats SS18/Zhenhuan Weng

2018-07-13T20:38:58Z

Weng Zhenhuan:

Kelvin generator - Euglena

'''Abstract'''

I would like to explore how Euglenas would behave in the electrostatic water. The electricity would be created by Kelvin generator which converts falling water to electrostatic charge and using the electric wires to conduct electricity. Then we could test its functionality and how much current electricity would be created. Then we could try to redirect the electrostatic field into a DC current and then let it flow in the water and see how Euglenas behave. Based on the experiments we could explore how Euglenas would behave in different intensity of electricity and Euglenas could stand how much electricity in water.

'''The principle of Kelvin generator'''
<gallery>
File:principle.png
</gallery>

'''05.06.2018'''
Preparing materials
<gallery>
File:1-1.jpeg
File:1-2.jpeg
File:1-3.jpeg
File:1-4.jpeg
File:1-5.jpeg
</gallery>

'''Materials List:'''
Two Coca-Cola drink bottles；Two Paper Milk Boxes；Two foil paper Bowls ; One big Plastic Plates; Wires

'''Functions of each parts:'''

'''Two Coca-Cola drink bottles'''：I chose two Coca-Cola drink bottles as the materials of metal rings that is the most important part in the system of Kelvin Generator. In order to improve efficiency and save more time to test the system of Kelvin generator, I chose Coca-Cola drink bottles as the materials to make metal rings，because I thought they were made by metal and they were more easily carved up by cutter comparing with other metal cans.

'''Two Paper Milk Boxes'''：
Considering the volume of insulated containers, I chose two paper milk boxes as the water tank, because the surface material of them inside were plastic film which were insulator and solider than paper, if we wanted to contain more water and easy to carry, that is a good choose I though at that time.

'''Two foil paper Bowls''':
I chose the foil paper Bowls as the container of water flow in this system, because they could conduct electricity and
light quality, the most important things is that they were just in my kitchen. So I could use them as soon as possible to test the system.

'''06.06.2018'''

Kelvin generator 1
<gallery>
File:WechatIMG257.jpeg
</gallery>

'''Introduction'''
This is my first plan of Kelvin generator. I used two isolated paper boxes to contain water separately, then water could flow out from the tiny hole in the bottom of each paper box and passed through the metal ring. Then the foil paper bowls could contain the vertically falling water separately. Then the last thing was to connected all these wires and waited for current generation.

<gallery>
File:WechatIMG539.jpeg
File:WechatIMG538.jpeg
File:WechatIMG537.jpeg
File:WechatIMG535.jpeg
File:WechatIMG534.jpeg
File:WechatIMG533.jpeg
File:WechatIMG532.jpeg
File:WechatIMG531.jpeg
File:WechatIMG526.jpeg
File:WechatIMG525.jpeg
File:WechatIMG524.jpeg
File:WechatIMG521.jpeg
File:WechatIMG520.jpeg
File:WechatIMG519.jpeg
File:WechatIMG518.jpeg
</gallery>

'''Analysis'''
This is my first time to build the Kelvin generator, so I wanted to use these materials to test the system and produced electricity for further study. I prepared all these materials to build the first Kelvin generator, unfortunately it was not simply as it looks like.

'''Reason 1'''
<gallery>
File:WechatIMG258.jpeg
</gallery>

'''Reason 2'''
<gallery>
File:WechatIMG259.jpeg
</gallery>

13.06.2018
Plan B
<gallery>
File:WechatIMG260.jpeg
</gallery>

Analysis
<gallery>
File:WechatIMG261.jpeg
</gallery>

20.06.2018
Plan C
<gallery>
File:WechatIMG262.jpeg
</gallery>

Analysis
<gallery>
File:WechatIMG263.jpeg
</gallery>

25.06.2018
The new Kelvin Generator
<gallery>
File:WechatIMG574.jpeg
File:WechatIMG575.jpeg
File:WechatIMG576.jpeg
File:WechatIMG578.jpeg
File:WechatIMG579.jpeg
File:WechatIMG581.jpeg
File:WechatIMG582.jpeg
File:WechatIMG583.jpeg
File:WechatIMG586.jpeg
File:WechatIMG587.jpeg
File:WechatIMG590.jpeg
File:WechatIMG591.jpeg
File:WechatIMG592.jpeg
File:WechatIMG593.jpeg
File:WechatIMG595.jpeg
File:WechatIMG596.jpeg
File:WechatIMG597.jpeg
File:WechatIMG598.jpeg
File:WechatIMG599.jpeg
File:WechatIMG600.jpeg
File:WechatIMG601.jpeg
File:WechatIMG602.jpeg
File:WechatIMG603.jpeg
File:WechatIMG605.jpeg
File:WechatIMG606.jpeg
File:WechatIMG607.jpeg
</gallery>

27.06.2018
Test the model

[[:File:30.06.18 just work once time .mp4]]
[[:File:30.06 18 The best test.mp4]]

This was the best test until now, because the volume of current got to 2V and the monitor was shaking from up and down. Unfortunately it worked just once time. We were really confused about why it worked well just for one time. This was really weird.

Then we searched the videos about kelvin generator and wanted to find the reasons or just get some valuable reference about the model. Then we saw the simple structure of kelvin generator and wanted to use this construction to make a new one. Just like this picture.
<gallery>
File:reference structure.png
</gallery>

Then I did not hesitate to buy iron hangers from dry cleaning shop.
<gallery>
File:WechatIMG679.jpeg|400px
</gallery>

Then Miga help me modify the shape of the iron hanger.
<gallery>
File:WechatIMG679.jpeg
File:WechatIMG679.jpeg
</gallery>

File:WechatIMG679.jpeg

2018-07-13T20:36:23Z

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