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GMU:Introduction: Performance Platform/xiaomei xie

2018-09-03T08:44:31Z

Vuvo5136: /* Introduction : */

Introduction: Performance platform Documentation
By xiaomei xie(118707)
===Introduction : ===

The name of my project is Drive away. There are swarms of digital ants on the screen, but visitors have the power to drive them away .This is an live and interesting interactive installation where visitors in the tracking system can stop the digital ants coming close . By acquiring the skeleton point to interact with the digital stuffs ,this project can be seen as an widely-applied basic model to express daily life idea or attract or repel philosophy, and I applied the ants to screen in this project and give visitors a repel effect.

===Related work :===

Laurent Mignonneau and Christa Sommerer’s art work ,people on the fly, is a public art work, in which there is a pedestrian video on the big screen in a big mall, a group of digital moving flies attracted by the walking pedestrians that will be show on the screen, however, when the passers-by stop moving or remain still, the flies are automatically flying away, which demonstrates that digital flies only chase on the movement in the video. This work inspired me to use the particle system and camera tracking technology to express a certain philosophical meaning in our daily life interestingly.

[[File:图片 1.png|400px]]

（people on the fly，Laurent Mignonneau and Christa Sommerer，2016）

===Technic and Execution:===

This project can interact with the particle system by acquiring the skeleton of the moving visitors through the tracking system. We use the particle system to express it with large or small group of ants, at the same time, acquire the six key points of the skeleton in the tracking system, head, left hand, right hand, left foot, right foot, Spine1, and connect these six with lines, making it appear as a basic human skeleton shape.
Our interactive particle system project is based on the motion tracking system to obtain the data of skeleton movements of the visitors to manipulate the effects of the particle system (including Head, LeftHand, RightHand，LeftFoot, RightFoot, Spine1), in order to achieve this goal, we are starting decoding our programming part step by step: First of all, we know that the data of the above parts of the skeleton obtained from the motion tracking system is just one point. The two parts of the hands constitute two vectors, then the head data is used as the connection point of the hands. if we want to realize the effect of repelling away between particles and connected vector, We must keep the distance between each particle in the particle system to the two vectors bigger than a certain value, maybe the radius of the ellipse(point). Therefore, we decompose the two vectors into points separated by a certain distance and decode this into the distance from particles to these points which cannot smaller than a specific value.

λ The first step: a vector, assuming that the fixed point and the point where the mouse is located constitute a vector, and find the functional relationship of the vector: y = (a * x) + b; At the same time, a certain number of point number (5) are set on the line.
λ The second step: two vectors, adding a random moving particle system. The distance between each point on the fixed vector, the number of points on the two vectors is represented by a variable, that is, the total length of the vector divided by the radius of the circle, which can be write in code like this: ellipseNum = distOfLine / ellipseSize; in this case, the particles can be guaranteed to be repelled in the entire line. The state of the repel, and the number of points changes as the length of the vector changes. The final effect of this step is very close to being expressed by the skeleton.
λ The third step: Adding the data of the motion tracking system, skeleton, the key point is the value of the point where the above fixed point is replaced by the skeleton, important syntax to apply the tracking system data(RightHand as example): RightHand .setup(skeletonName, "blender", "RightForeArm", "vector"); and the second is to pay attention to the data name from the motion tracking system, Read the name of the skeleton (usually something like "snapPoseSkeleton-5"),Exchange the name of the skeleton in the code, then it will work.

[[File:图片 2.png|400px]]

(screen short from Drive away)
===Conclusion and future work===
This project is the basic application of my own learning tracking system and performance platform. Through this project, I learned not only how to use tracking system and write the basic syntax of the particle system with open framework , but also how to combine the tracking system data with the open framework. There are some parts can be improve in this project, for example, the particle system is not so smart ,the ants don’t seem to have so much awareness， they do not know the existence of each other and they have the same direction. In the future, I can try to make the content of the particle system more diversified and creative. I can also try to use the real-time tracking system to cooperate with more creative expressions, such as using body to paint, or adding feedback to the system, making the whole work more interactive and intelligent.
===Acknowledgement:=== Thank all the teachers and classmates who participated in this project and everything is appreciated in the process of finishing this project .

special thanks: Johannes & Tobias

video [[:File:Anti-Ants_skeleton4.mp4]]

documetation [[:File:Documentation_introduction_performance_platform_xiaomeixie_118707.pdf]]

GMU:Introduction: Performance Platform/xiaomei xie

2018-09-03T08:43:13Z

Vuvo5136:

Introduction: Performance platform Documentation
By xiaomei xie(118707)
===Introduction : ===

The name of my project is Drive away. There are swarms of digital ants on the screen, but visitors have the power to drive them away .This is an live and interesting interactive installation where visitors in the tracking system can stop the digital ants coming close . By acquiring the skeleton point to interact with the digital stuffs ,this project can be seen as an widely-applied basic model to express daily life idea or attract or repel philosophy, and I applied the ants to screen in this project and give visitors a repel effect.
Related work : Laurent Mignonneau and Christa Sommerer’s art work ,people on the fly, is a public art work, in which there is a pedestrian video on the big screen in a big mall, a group of digital moving flies attracted by the walking pedestrians that will be show on the screen, however, when the passers-by stop moving or remain still, the flies are automatically flying away, which demonstrates that digital flies only chase on the movement in the video. This work inspired me to use the particle system and camera tracking technology to express a certain philosophical meaning in our daily life interestingly.

[[File:图片 1.png|400px]]

（people on the fly，Laurent Mignonneau and Christa Sommerer，2016）

===Technic and Execution:===

This project can interact with the particle system by acquiring the skeleton of the moving visitors through the tracking system. We use the particle system to express it with large or small group of ants, at the same time, acquire the six key points of the skeleton in the tracking system, head, left hand, right hand, left foot, right foot, Spine1, and connect these six with lines, making it appear as a basic human skeleton shape.
Our interactive particle system project is based on the motion tracking system to obtain the data of skeleton movements of the visitors to manipulate the effects of the particle system (including Head, LeftHand, RightHand，LeftFoot, RightFoot, Spine1), in order to achieve this goal, we are starting decoding our programming part step by step: First of all, we know that the data of the above parts of the skeleton obtained from the motion tracking system is just one point. The two parts of the hands constitute two vectors, then the head data is used as the connection point of the hands. if we want to realize the effect of repelling away between particles and connected vector, We must keep the distance between each particle in the particle system to the two vectors bigger than a certain value, maybe the radius of the ellipse(point). Therefore, we decompose the two vectors into points separated by a certain distance and decode this into the distance from particles to these points which cannot smaller than a specific value.

λ The first step: a vector, assuming that the fixed point and the point where the mouse is located constitute a vector, and find the functional relationship of the vector: y = (a * x) + b; At the same time, a certain number of point number (5) are set on the line.
λ The second step: two vectors, adding a random moving particle system. The distance between each point on the fixed vector, the number of points on the two vectors is represented by a variable, that is, the total length of the vector divided by the radius of the circle, which can be write in code like this: ellipseNum = distOfLine / ellipseSize; in this case, the particles can be guaranteed to be repelled in the entire line. The state of the repel, and the number of points changes as the length of the vector changes. The final effect of this step is very close to being expressed by the skeleton.
λ The third step: Adding the data of the motion tracking system, skeleton, the key point is the value of the point where the above fixed point is replaced by the skeleton, important syntax to apply the tracking system data(RightHand as example): RightHand .setup(skeletonName, "blender", "RightForeArm", "vector"); and the second is to pay attention to the data name from the motion tracking system, Read the name of the skeleton (usually something like "snapPoseSkeleton-5"),Exchange the name of the skeleton in the code, then it will work.

[[File:图片 2.png|400px]]

(screen short from Drive away)
===Conclusion and future work===
This project is the basic application of my own learning tracking system and performance platform. Through this project, I learned not only how to use tracking system and write the basic syntax of the particle system with open framework , but also how to combine the tracking system data with the open framework. There are some parts can be improve in this project, for example, the particle system is not so smart ,the ants don’t seem to have so much awareness， they do not know the existence of each other and they have the same direction. In the future, I can try to make the content of the particle system more diversified and creative. I can also try to use the real-time tracking system to cooperate with more creative expressions, such as using body to paint, or adding feedback to the system, making the whole work more interactive and intelligent.
===Acknowledgement:=== Thank all the teachers and classmates who participated in this project and everything is appreciated in the process of finishing this project .

special thanks: Johannes & Tobias

video [[:File:Anti-Ants_skeleton4.mp4]]

documetation [[:File:Documentation_introduction_performance_platform_xiaomeixie_118707.pdf]]

GMU:Introduction: Performance Platform/xiaomei xie

2018-09-03T08:40:17Z

Vuvo5136:

[[:File:Anti-Ants_skeleton4.mp4]]

[[:File:Documentation_introduction_performance_platform_xiaomeixie_118707.pdf]]

special thanks: Johannes & Tobias

===drive away （xiaomei xie‘s interpretation）===
Introduction: Performance platform Documentation
By xiaomei xie(118707)
===Introduction : ===

The name of my project is Drive away. There are swarms of digital ants on the screen, but visitors have the power to drive them away .This is an live and interesting interactive installation where visitors in the tracking system can stop the digital ants coming close . By acquiring the skeleton point to interact with the digital stuffs ,this project can be seen as an widely-applied basic model to express daily life idea or attract or repel philosophy, and I applied the ants to screen in this project and give visitors a repel effect.
Related work : Laurent Mignonneau and Christa Sommerer’s art work ,people on the fly, is a public art work, in which there is a pedestrian video on the big screen in a big mall, a group of digital moving flies attracted by the walking pedestrians that will be show on the screen, however, when the passers-by stop moving or remain still, the flies are automatically flying away, which demonstrates that digital flies only chase on the movement in the video. This work inspired me to use the particle system and camera tracking technology to express a certain philosophical meaning in our daily life interestingly.

[[File:图片 1.png|400px]]
（people on the fly，Laurent Mignonneau and Christa Sommerer，2016）

===Technic and Execution:===

This project can interact with the particle system by acquiring the skeleton of the moving visitors through the tracking system. We use the particle system to express it with large or small group of ants, at the same time, acquire the six key points of the skeleton in the tracking system, head, left hand, right hand, left foot, right foot, Spine1, and connect these six with lines, making it appear as a basic human skeleton shape.
Our interactive particle system project is based on the motion tracking system to obtain the data of skeleton movements of the visitors to manipulate the effects of the particle system (including Head, LeftHand, RightHand，LeftFoot, RightFoot, Spine1), in order to achieve this goal, we are starting decoding our programming part step by step: First of all, we know that the data of the above parts of the skeleton obtained from the motion tracking system is just one point. The two parts of the hands constitute two vectors, then the head data is used as the connection point of the hands. if we want to realize the effect of repelling away between particles and connected vector, We must keep the distance between each particle in the particle system to the two vectors bigger than a certain value, maybe the radius of the ellipse(point). Therefore, we decompose the two vectors into points separated by a certain distance and decode this into the distance from particles to these points which cannot smaller than a specific value.
λ The first step: a vector, assuming that the fixed point and the point where the mouse is located constitute a vector, and find the functional relationship of the vector: y = (a * x) + b; At the same time, a certain number of point number (5) are set on the line.
λ The second step: two vectors, adding a random moving particle system. The distance between each point on the fixed vector, the number of points on the two vectors is represented by a variable, that is, the total length of the vector divided by the radius of the circle, which can be write in code like this: ellipseNum = distOfLine / ellipseSize; in this case, the particles can be guaranteed to be repelled in the entire line. The state of the repel, and the number of points changes as the length of the vector changes. The final effect of this step is very close to being expressed by the skeleton.
λ The third step: Adding the data of the motion tracking system, skeleton, the key point is the value of the point where the above fixed point is replaced by the skeleton, important syntax to apply the tracking system data(RightHand as example): RightHand .setup(skeletonName, "blender", "RightForeArm", "vector"); and the second is to pay attention to the data name from the motion tracking system, Read the name of the skeleton (usually something like "snapPoseSkeleton-5"),Exchange the name of the skeleton in the code, then it will work.

[[File:图片 2.png|400px]]

(screen short from Drive away)
===Conclusion and future work===
This project is the basic application of my own learning tracking system and performance platform. Through this project, I learned not only how to use tracking system and write the basic syntax of the particle system with open framework , but also how to combine the tracking system data with the open framework. There are some parts can be improve in this project, for example, the particle system is not so smart ,the ants don’t seem to have so much awareness， they do not know the existence of each other and they have the same direction. In the future, I can try to make the content of the particle system more diversified and creative. I can also try to use the real-time tracking system to cooperate with more creative expressions, such as using body to paint, or adding feedback to the system, making the whole work more interactive and intelligent.
Acknowledgement: Thank all the teachers and classmates who participated in this project and everything is appreciated in the process of finishing this project .

File:图片 2.png

2018-09-03T08:39:09Z

Vuvo5136: File uploaded with MsUpload

File uploaded with MsUpload

File:图片 1.png

2018-09-03T08:38:38Z

Vuvo5136: File uploaded with MsUpload

File uploaded with MsUpload

GMU:Introduction: Performance Platform/xiaomei xie

2018-09-03T08:35:49Z

Vuvo5136: /* =INTERACTIVE PARTICLES(by Xiaomei, Joanna, Sandra) */

[[:File:Anti-Ants_skeleton4.mp4]]====INTERACTIVE PARTICLES(by Xiaomei, Joanna, Sandra)===
special thanks: Johannes & Tobias
[[:File:Documentation_introduction_performance_platform_xiaomeixie_118707.pdf]]

===coding part （xiaomei xie‘s interpretation）===
Our interactive particle system project is based on the motion tracking system to obtain the data of hands with the skeleton movements of the visitors to manipulate the effects of the particle system (including Head, LeftHand, LeftForArm, RightHand, RightForArm), in order to achieve this goal, we are starting decoding our programming part step by step:
First of all, we know that the data of the above parts of the skeleton obtained from the motion tracking system is just one point. The two parts of the hands constitute two vectors, then the head data is used as the connection point of the hands. if we want to realize the effect of repelling away between particles and connected vector, We must keep the distance between each particle in the particle system to the two vectors bigger than a certain value, maybe the radius of the ellipse(point). Therefore, we decompose the two vectors into points separated by a certain distance and decode this into the distance from particles to these points which cannot smaller than a specific value.

The first step: a vector, assuming that the fixed point and the point where the mouse is located constitute a vector, and find the functional relationship of the vector: y = (a * x) + b;
At the same time, a certain number of point number (5) are set on the line.

the gif effect:

[[File:AssumedSkeleton1.gif|400px]]

The second step: two vectors, adding a random moving particle system. The distance between each point on the fixed vector, the number of points on the two vectors is represented by a variable, that is, the total length of the vector divided by the radius of the circle,which can be write in code like this: ellipseNum = distOfLine / ellipseSize; in this case, the particles can be guaranteed to be repelled in the entire line. The state of the repel, and the number of points changes as the length of the vector changes. The final effect of this step is very close to being expressed by the skeleton.

the gif effect:

[[File:AssumedSkeleton2.gif|400px]]

The third step: Adding the data of the motion tracking system, skeleton, the key point is the value of the point where the above fixed point is replaced by the skeleton, important syntax to apply the trackingsystem data(RightForeArm as example): RightForeArm.setup(skeletonName, "blender", "RightForeArm", "vector"); and the second is to pay attention to the data name from the motion tracking system,Read the name of the skeleton (usually something like "snapPoseSkeleton-5"),Exchange the name of the skeleton in the code,then it will work.
(mouse test effect)

[[:File:mouseTest3.mp4]]

File:Anti-Ants skeleton4.mp4

2018-09-03T08:35:42Z

Vuvo5136: File uploaded with MsUpload

File uploaded with MsUpload

GMU:Introduction: Performance Platform/xiaomei xie

2018-09-03T08:32:59Z

Vuvo5136: /* =INTERACTIVE PARTICLES(by Xiaomei, Joanna, Sandra) */

====INTERACTIVE PARTICLES(by Xiaomei, Joanna, Sandra)===
special thanks: Johannes & Tobias
[[:File:Documentation_introduction_performance_platform_xiaomeixie_118707.pdf]]

===coding part （xiaomei xie‘s interpretation）===
Our interactive particle system project is based on the motion tracking system to obtain the data of hands with the skeleton movements of the visitors to manipulate the effects of the particle system (including Head, LeftHand, LeftForArm, RightHand, RightForArm), in order to achieve this goal, we are starting decoding our programming part step by step:
First of all, we know that the data of the above parts of the skeleton obtained from the motion tracking system is just one point. The two parts of the hands constitute two vectors, then the head data is used as the connection point of the hands. if we want to realize the effect of repelling away between particles and connected vector, We must keep the distance between each particle in the particle system to the two vectors bigger than a certain value, maybe the radius of the ellipse(point). Therefore, we decompose the two vectors into points separated by a certain distance and decode this into the distance from particles to these points which cannot smaller than a specific value.

The first step: a vector, assuming that the fixed point and the point where the mouse is located constitute a vector, and find the functional relationship of the vector: y = (a * x) + b;
At the same time, a certain number of point number (5) are set on the line.

the gif effect:

[[File:AssumedSkeleton1.gif|400px]]

The second step: two vectors, adding a random moving particle system. The distance between each point on the fixed vector, the number of points on the two vectors is represented by a variable, that is, the total length of the vector divided by the radius of the circle,which can be write in code like this: ellipseNum = distOfLine / ellipseSize; in this case, the particles can be guaranteed to be repelled in the entire line. The state of the repel, and the number of points changes as the length of the vector changes. The final effect of this step is very close to being expressed by the skeleton.

the gif effect:

[[File:AssumedSkeleton2.gif|400px]]

The third step: Adding the data of the motion tracking system, skeleton, the key point is the value of the point where the above fixed point is replaced by the skeleton, important syntax to apply the trackingsystem data(RightForeArm as example): RightForeArm.setup(skeletonName, "blender", "RightForeArm", "vector"); and the second is to pay attention to the data name from the motion tracking system,Read the name of the skeleton (usually something like "snapPoseSkeleton-5"),Exchange the name of the skeleton in the code,then it will work.
(mouse test effect)

[[:File:mouseTest3.mp4]]

File:Documentation introduction performance platform xiaomeixie 118707.pdf

2018-09-03T08:32:51Z

Vuvo5136: File uploaded with MsUpload

File uploaded with MsUpload

GMU:Artists Lab:Xiaomei Xie

2018-04-03T20:19:02Z

Vuvo5136:

Recommendation links:
http://shop.gestalten.com/urban-interventions.html
https://www.amazon.de/Art-Agenda-Political-Activism/dp/389955342X

My project is going to explore the expressive function of creative coding ,and see it as an vision art language .
I just want to express the feeling of a shock moment by no matter what, a person,a thing or a scene, and I also want to have a try to see how the visitors’reaction to these short but important moment to those amazy moment in my work.I choose "the eight views of Xiaoxiang" as the theme, because they are all about moment scenes :

1.Night rain on the Xiaoxiang (Chinese: 潇湘夜雨), in the south (Xiang River area)
2.Level Sand,Wild Geese Descend(平沙落雁), in Yongzhou
3.Evening Bell from Mist-shrouded Temple (烟寺晚钟), in Hengyang
4.Mountain market,clearing Mist (山市晴岚), in Xiangtan
5.River Sky,Evening Snow (江天暮雪), on the Xiang River in Changsha
6.Fishing village in evening glow (渔村夕照), in Taoyuan County
7.Autumn moon on Dongting Lake (洞庭秋月)in Dongting lake
8.Sail returning from distant shore (远浦归帆), in Xiangyin, in the north

my plan:
1.depict the above "eight views of xiaoxiang" in a processing way, pure digital art,with images,animations,sound and so on.

2.have a try to explore the interactive way between the visitors with the moment by controlling the "moment elements"--rain,mist,snow,moon and so on.

references 1:light scapes(from Shir David)--catch the movement of the moment when someone is open the fridge and the light come out by 3D scan, then express this scene with the mini installation model.

references 2:make it itchy(from Yuli Cai)--

03.29.2018
==='''Part 1 : project topic'''===
My project is a creative programming piece with a theme of " Eight views of Xiaoxiang ". " Eight views of Xiaoxiang " is a collective term for a series of scenic places in Hunan, China. It is also a popular art mother subject of thousands years in China and even the whole East Asia. Many painters and poets are using this theme to create. " Eight views of Xiaoxiang " is first used in the Northern Song Dynasty Song Di painting, he titled each view expressed in a corresponding name respectively. And these eight names have been passed until today. However, “Eight views of Xiaoxiang” has always used traditional painting methods for visual expression in China and they have a very “ancient image” and I want to give them a new possibility in modern way. The expression I use is creative programming. Creative programming is a general term for the artistic creation of computer programs. The artistic creation with computers was initiated in the 1960s. Which I believe can rejuvenate the “Eight views of Xiaoxiang “vitality in the present and create their communication with the contemporary.
I appreciate the beautiful scenery rendered by " Eight views of Xiaoxiang " and even advocate their spiritual connotations. They were carefully observed by the ancient people for the nature and I find they are all momentary views with some natural element and super fitly to use program which is geometric, animated, interactive to express. And My project strengths on those moment, changing them, recreating them and preserve them and let my audience know that they just can join me to creat the right moment view, it is a short but eternal view.

==='''Part 2 : Inspired artists and their works'''===
1) Vero Molnar’s geometry pieces
Vera Molnar is one of the pioneers of computer and algorithmic arts Trained as a traditional artist, Molnar studied for a diploma in art history and aesthetics at the Budapest College of Fine Arts. She iterated combinatorial images from as early as 1959. In 1968 she began working with computers, where she began to create algorithmic paintings based on simple geometric shapes geometrical themes.
I am inspired by her geometrical artworks, which make me think that the different types of geometric and they are simple, beautiful and full of visual power.

[[File:屏幕快照 2018-03-29 下午6.34.32.png|400px]]

2)People on the Fly by Christa Sommerer and Laurent Mignonneau
People on the Fly is an artwork made by Christa Sommerer and Laurent Mignonneau. 2016.On a large scale screen there is a developed participatory public artwork where passers-by can see themselves and also be turned into a swarm of flies. A specially developed software detects all moving persons and communicates their data to artificial program insects. When a person moves, within seconds hundreds of flies invade his or her body, but when he or she stands still, the insects fly away. The resulting image scenarios are in constant flux, they construct and deconstruct, and people become visible and disappear again within a swarm of insects. People on the Fly celebrates the ephemeral moment and the hustle and bustle of everyday life, where only standing still for a short moment makes one see one's own image clearly.

[[File:屏幕快照 2018-03-29 下午6.34.47.png|400px]]

This art piece gives me a great impression on the application of particle system in my project. In this project there is a combination of video of real world and the particle system , the virtual one, I think this is a clever way to make some interaction with the audience .this work let me think about that I am going to try use the particle system together with the video or image compose my project’ basic way of technic idea.
3) Ghost Pole Propagator II by Golan Levin
I really like this work, which was made by Golan Levin in 2016 who is an artist, composer and designer whose work focuses on new modes of interactive audiovisual expression. And it is based on his formal version in 2007 of Ghost Pole Propagator which is an interactive installation originally developed for projection in the 13th century Belsay Hall Castle, in Newcastle, England as part of the Picture House exhibition with a catalogue states: "Levin's new interactive installation presents a phantom transcription of visitors to the Belsay Castle, recording and replaying highly abstracted 'skeletons' of the artwork's own observers. Projected on the walls of the castle's medieval kitchen, the quiet and otherworldly animations suggest the bustle of past ghosts, or ancient petroglyphs." And in this 2016 version II, the project has been reimagined at a significantly larger scale, and rendered with the perceptually remarkable light of laser beams.

[[File:屏幕快照 2018-03-29 下午6.35.00.png|400px]]

First ,there is a big involvement for the passerby. Participants see their own stick-figures, mirroring their movements. At the same time, they also observe the animated stick-figures of previous participants, whose movements had been recorded moments or hours earlier. It make great fun to the people around. Second and more importantly, it produces just the skeleton，and this artwork show a great respect to the audience because there is no problem of privacy and eventually allow participants to join without hesitation or fear. This Piece give me the idea about solving the problem of how to simplify the graphic belies their emotional force and eliminate unnecessary details and reducing visual elements to their absolute essence about my project.

==='''Part 3 : Execution and Technic'''===
I use the Processing as my main programming tool and also P5.JS is used. And the program I use the opencv library
as a reference. I upload one ancient painting and one same view of modern picture as the main view structure , and by applying opencv optical flow , I can get the audience optical flow .If the flow strong enough , there will generate particles which fill from the background –ancient painting ,viewed as the “snow” dropping down, but are controlled by the audience movement, it seems like that there is a wind controlling the “snow” and reproduce the nature view but include both ancient and present .

==='''Part 4 : Progress and achievement(choose one of them'''）===
this is an story about image interaction between modern view and ancient painting , and particles with consciousness
λ Firstly I upload 2 images，one is the ancient painting about Xiaoxiang——river sky evening snow as the background image, and the other is the modern view with snow of it as the foreground image . Create a alpha channel to make a relevance with this two picture and show the fade out effect of them. It seems the conversation from modern back to the past. And the audience is the bridge between them. When the audience move , there is a “wave ” optical flow generated on the alpha channel, then the particles generated. Those particles are filled with ancient painting .it looks like they can “erase” the foreground image by any gestures and see the past painting.

1.the modern view with snow of this landscape, the background:

[[File:jtmx1.jpg|400px]]

2.the ancient painting of foreground:

[[File:jtmx2.jpg|400px]]

3.particles generate.

[[File:屏幕快照 2018-03-29 下午6.41.19.png|400px]]

4.my code:

[[File:a.jpg|400px]]
[[File:b.jpg|400px]]
[[File:c.jpg|400px]]
[[File:d.jpg|400px]]
[[File:e.jpg|400px]]

5.video

'''other try''': create a eraser effect . audience can erase
the modern picture and see the ancient picture by any gesture.
I am also thinking about to change the ellipse “snow ” to some kind of abstract shapes or Chinese letters.

File:Documentation eight view of xiaoxiang.pdf

2018-03-29T17:08:44Z

Vuvo5136: File uploaded with MsUpload

File uploaded with MsUpload

GMU:Artists Lab:Xiaomei Xie

2018-03-29T17:07:38Z

Vuvo5136:

Recommendation links:
http://shop.gestalten.com/urban-interventions.html
https://www.amazon.de/Art-Agenda-Political-Activism/dp/389955342X

My project is going to explore the expressive function of creative coding ,and see it as an vision art language .
I just want to express the feeling of a shock moment by no matter what, a person,a thing or a scene, and I also want to have a try to see how the visitors’reaction to these short but important moment to those amazy moment in my work.I choose "the eight views of Xiaoxiang" as the theme, because they are all about moment scenes :

1.Night rain on the Xiaoxiang (Chinese: 潇湘夜雨), in the south (Xiang River area)
2.Level Sand,Wild Geese Descend(平沙落雁), in Yongzhou
3.Evening Bell from Mist-shrouded Temple (烟寺晚钟), in Hengyang
4.Mountain market,clearing Mist (山市晴岚), in Xiangtan
5.River Sky,Evening Snow (江天暮雪), on the Xiang River in Changsha
6.Fishing village in evening glow (渔村夕照), in Taoyuan County
7.Autumn moon on Dongting Lake (洞庭秋月)in Dongting lake
8.Sail returning from distant shore (远浦归帆), in Xiangyin, in the north

my plan:
1.depict the above "eight views of xiaoxiang" in a processing way, pure digital art,with images,animations,sound and so on.

2.have a try to explore the interactive way between the visitors with the moment by controlling the "moment elements"--rain,mist,snow,moon and so on.

references 1:light scapes(from Shir David)--catch the movement of the moment when someone is open the fridge and the light come out by 3D scan, then express this scene with the mini installation model.

references 2:make it itchy(from Yuli Cai)--

03.29.2018
==='''Part 1 : project topic'''===
My project is a creative programming piece with a theme of " Eight views of Xiaoxiang ". " Eight views of Xiaoxiang " is a collective term for a series of scenic places in Hunan, China. It is also a popular art mother subject of thousands years in China and even the whole East Asia. Many painters and poets are using this theme to create. " Eight views of Xiaoxiang " is first used in the Northern Song Dynasty Song Di painting, he titled each view expressed in a corresponding name respectively. And these eight names have been passed until today. However, “Eight views of Xiaoxiang” has always used traditional painting methods for visual expression in China and they have a very “ancient image” and I want to give them a new possibility in modern way. The expression I use is creative programming. Creative programming is a general term for the artistic creation of computer programs. The artistic creation with computers was initiated in the 1960s. Which I believe can rejuvenate the “Eight views of Xiaoxiang “vitality in the present and create their communication with the contemporary.
I appreciate the beautiful scenery rendered by " Eight views of Xiaoxiang " and even advocate their spiritual connotations. They were carefully observed by the ancient people for the nature and I find they are all momentary views with some natural element and super fitly to use program which is geometric, animated, interactive to express. And My project strengths on those moment, changing them, recreating them and preserve them and let my audience know that they just can join me to creat the right moment view, it is a short but eternal view.

==='''Part 2 : Inspired artists and their works'''===
1) Vero Molnar’s geometry pieces
Vera Molnar is one of the pioneers of computer and algorithmic arts Trained as a traditional artist, Molnar studied for a diploma in art history and aesthetics at the Budapest College of Fine Arts. She iterated combinatorial images from as early as 1959. In 1968 she began working with computers, where she began to create algorithmic paintings based on simple geometric shapes geometrical themes.
I am inspired by her geometrical artworks, which make me think that the different types of geometric and they are simple, beautiful and full of visual power.

[[File:屏幕快照 2018-03-29 下午6.34.32.png|400px]]

2)People on the Fly by Christa Sommerer and Laurent Mignonneau
People on the Fly is an artwork made by Christa Sommerer and Laurent Mignonneau. 2016.On a large scale screen there is a developed participatory public artwork where passers-by can see themselves and also be turned into a swarm of flies. A specially developed software detects all moving persons and communicates their data to artificial program insects. When a person moves, within seconds hundreds of flies invade his or her body, but when he or she stands still, the insects fly away. The resulting image scenarios are in constant flux, they construct and deconstruct, and people become visible and disappear again within a swarm of insects. People on the Fly celebrates the ephemeral moment and the hustle and bustle of everyday life, where only standing still for a short moment makes one see one's own image clearly.

[[File:屏幕快照 2018-03-29 下午6.34.47.png|400px]]

This art piece gives me a great impression on the application of particle system in my project. In this project there is a combination of video of real world and the particle system , the virtual one, I think this is a clever way to make some interaction with the audience .this work let me think about that I am going to try use the particle system together with the video or image compose my project’ basic way of technic idea.
3) Ghost Pole Propagator II by Golan Levin
I really like this work, which was made by Golan Levin in 2016 who is an artist, composer and designer whose work focuses on new modes of interactive audiovisual expression. And it is based on his formal version in 2007 of Ghost Pole Propagator which is an interactive installation originally developed for projection in the 13th century Belsay Hall Castle, in Newcastle, England as part of the Picture House exhibition with a catalogue states: "Levin's new interactive installation presents a phantom transcription of visitors to the Belsay Castle, recording and replaying highly abstracted 'skeletons' of the artwork's own observers. Projected on the walls of the castle's medieval kitchen, the quiet and otherworldly animations suggest the bustle of past ghosts, or ancient petroglyphs." And in this 2016 version II, the project has been reimagined at a significantly larger scale, and rendered with the perceptually remarkable light of laser beams.

[[File:屏幕快照 2018-03-29 下午6.35.00.png|400px]]

First ,there is a big involvement for the passerby. Participants see their own stick-figures, mirroring their movements. At the same time, they also observe the animated stick-figures of previous participants, whose movements had been recorded moments or hours earlier. It make great fun to the people around. Second and more importantly, it produces just the skeleton，and this artwork show a great respect to the audience because there is no problem of privacy and eventually allow participants to join without hesitation or fear. This Piece give me the idea about solving the problem of how to simplify the graphic belies their emotional force and eliminate unnecessary details and reducing visual elements to their absolute essence about my project.

==='''Part 3 : Execution and Technic'''===
I use the Processing as my main programming tool and also P5.JS is used. And the program I use the opencv library
as a reference. I upload one ancient painting and one same view of modern picture as the main view structure , and by applying opencv optical flow , I can get the audience optical flow .If the flow strong enough , there will generate particles which fill from the background –ancient painting ,viewed as the “snow” dropping down, but are controlled by the audience movement, it seems like that there is a wind controlling the “snow” and reproduce the nature view but include both ancient and present .

==='''Part 4 : Progress and achievement(choose one of them'''）===
this is an story about image interaction between modern view and ancient painting , and particles with consciousness
λ Firstly I upload 2 images，one is the ancient painting about Xiaoxiang——river sky evening snow as the background image, and the other is the modern view with snow of it as the foreground image . Create a alpha channel to make a relevance with this two picture and show the fade out effect of them. It seems the conversation from modern back to the past. And the audience is the bridge between them. When the audience move , there is a “wave ” optical flow generated on the alpha channel, then the particles generated. Those particles are filled with ancient painting .it looks like they can “erase” the foreground image by any gestures and see the past painting.

1.the modern view with snow of this landscape, the background:

[[File:jtmx1.jpg|400px]]

2.the ancient painting of foreground:

[[File:jtmx2.jpg|400px]]

3.particles generate.

[[File:屏幕快照 2018-03-29 下午6.41.19.png|400px]]

4.my code:

[[File:a.jpg|400px]]
[[File:b.jpg|400px]]
[[File:c.jpg|400px]]
[[File:d.jpg|400px]]
[[File:e.jpg|400px]]

'''other try''': create a eraser effect . audience can erase
the modern picture and see the ancient picture by any gesture.
I am also thinking about to change the ellipse “snow ” to some kind of abstract shapes or Chinese letters.

File:Artist lab documentation （eight view of xiaoxiang）.pdf

2018-03-29T16:58:04Z

Vuvo5136: File uploaded with MsUpload

File uploaded with MsUpload

GMU:Artists Lab:Xiaomei Xie

2018-03-29T16:56:56Z

Vuvo5136:

Recommendation links:
http://shop.gestalten.com/urban-interventions.html
https://www.amazon.de/Art-Agenda-Political-Activism/dp/389955342X

My project is going to explore the expressive function of creative coding ,and see it as an vision art language .
I just want to express the feeling of a shock moment by no matter what, a person,a thing or a scene, and I also want to have a try to see how the visitors’reaction to these short but important moment to those amazy moment in my work.I choose "the eight views of Xiaoxiang" as the theme, because they are all about moment scenes :

1.Night rain on the Xiaoxiang (Chinese: 潇湘夜雨), in the south (Xiang River area)
2.Level Sand,Wild Geese Descend(平沙落雁), in Yongzhou
3.Evening Bell from Mist-shrouded Temple (烟寺晚钟), in Hengyang
4.Mountain market,clearing Mist (山市晴岚), in Xiangtan
5.River Sky,Evening Snow (江天暮雪), on the Xiang River in Changsha
6.Fishing village in evening glow (渔村夕照), in Taoyuan County
7.Autumn moon on Dongting Lake (洞庭秋月)in Dongting lake
8.Sail returning from distant shore (远浦归帆), in Xiangyin, in the north

my plan:
1.depict the above "eight views of xiaoxiang" in a processing way, pure digital art,with images,animations,sound and so on.

2.have a try to explore the interactive way between the visitors with the moment by controlling the "moment elements"--rain,mist,snow,moon and so on.

references 1:light scapes(from Shir David)--catch the movement of the moment when someone is open the fridge and the light come out by 3D scan, then express this scene with the mini installation model.

references 2:make it itchy(from Yuli Cai)--

03.29.2018
==='''Part 1 : project topic'''===
My project is a creative programming piece with a theme of " Eight views of Xiaoxiang ". " Eight views of Xiaoxiang " is a collective term for a series of scenic places in Hunan, China. It is also a popular art mother subject of thousands years in China and even the whole East Asia. Many painters and poets are using this theme to create. " Eight views of Xiaoxiang " is first used in the Northern Song Dynasty Song Di painting, he titled each view expressed in a corresponding name respectively. And these eight names have been passed until today. However, “Eight views of Xiaoxiang” has always used traditional painting methods for visual expression in China and they have a very “ancient image” and I want to give them a new possibility in modern way. The expression I use is creative programming. Creative programming is a general term for the artistic creation of computer programs. The artistic creation with computers was initiated in the 1960s. Which I believe can rejuvenate the “Eight views of Xiaoxiang “vitality in the present and create their communication with the contemporary.
I appreciate the beautiful scenery rendered by " Eight views of Xiaoxiang " and even advocate their spiritual connotations. They were carefully observed by the ancient people for the nature and I find they are all momentary views with some natural element and super fitly to use program which is geometric, animated, interactive to express. And My project strengths on those moment, changing them, recreating them and preserve them and let my audience know that they just can join me to creat the right moment view, it is a short but eternal view.

==='''Part 2 : Inspired artists and their works'''===
1) Vero Molnar’s geometry pieces
Vera Molnar is one of the pioneers of computer and algorithmic arts Trained as a traditional artist, Molnar studied for a diploma in art history and aesthetics at the Budapest College of Fine Arts. She iterated combinatorial images from as early as 1959. In 1968 she began working with computers, where she began to create algorithmic paintings based on simple geometric shapes geometrical themes.
I am inspired by her geometrical artworks, which make me think that the different types of geometric and they are simple, beautiful and full of visual power.

[[File:屏幕快照 2018-03-29 下午6.34.32.png|400px]]

2)People on the Fly by Christa Sommerer and Laurent Mignonneau
People on the Fly is an artwork made by Christa Sommerer and Laurent Mignonneau. 2016.On a large scale screen there is a developed participatory public artwork where passers-by can see themselves and also be turned into a swarm of flies. A specially developed software detects all moving persons and communicates their data to artificial program insects. When a person moves, within seconds hundreds of flies invade his or her body, but when he or she stands still, the insects fly away. The resulting image scenarios are in constant flux, they construct and deconstruct, and people become visible and disappear again within a swarm of insects. People on the Fly celebrates the ephemeral moment and the hustle and bustle of everyday life, where only standing still for a short moment makes one see one's own image clearly.

[[File:屏幕快照 2018-03-29 下午6.34.47.png|400px]]

This art piece gives me a great impression on the application of particle system in my project. In this project there is a combination of video of real world and the particle system , the virtual one, I think this is a clever way to make some interaction with the audience .this work let me think about that I am going to try use the particle system together with the video or image compose my project’ basic way of technic idea.
3) Ghost Pole Propagator II by Golan Levin
I really like this work, which was made by Golan Levin in 2016 who is an artist, composer and designer whose work focuses on new modes of interactive audiovisual expression. And it is based on his formal version in 2007 of Ghost Pole Propagator which is an interactive installation originally developed for projection in the 13th century Belsay Hall Castle, in Newcastle, England as part of the Picture House exhibition with a catalogue states: "Levin's new interactive installation presents a phantom transcription of visitors to the Belsay Castle, recording and replaying highly abstracted 'skeletons' of the artwork's own observers. Projected on the walls of the castle's medieval kitchen, the quiet and otherworldly animations suggest the bustle of past ghosts, or ancient petroglyphs." And in this 2016 version II, the project has been reimagined at a significantly larger scale, and rendered with the perceptually remarkable light of laser beams.

[[File:屏幕快照 2018-03-29 下午6.35.00.png|400px]]

First ,there is a big involvement for the passerby. Participants see their own stick-figures, mirroring their movements. At the same time, they also observe the animated stick-figures of previous participants, whose movements had been recorded moments or hours earlier. It make great fun to the people around. Second and more importantly, it produces just the skeleton，and this artwork show a great respect to the audience because there is no problem of privacy and eventually allow participants to join without hesitation or fear. This Piece give me the idea about solving the problem of how to simplify the graphic belies their emotional force and eliminate unnecessary details and reducing visual elements to their absolute essence about my project.

==='''Part 3 : Execution and Technic'''===
I use the Processing as my main programming tool and also P5.JS is used. And the program I use the opencv library
as a reference. I upload one ancient painting and one same view of modern picture as the main view structure , and by applying opencv optical flow , I can get the audience optical flow .If the flow strong enough , there will generate particles which fill from the background –ancient painting ,viewed as the “snow” dropping down, but are controlled by the audience movement, it seems like that there is a wind controlling the “snow” and reproduce the nature view but include both ancient and present .

==='''Part 4 : Progress and achievement(choose one of them'''）===
this is an story about image interaction between modern view and ancient painting , and particles with consciousness
λ Firstly I upload 2 images，one is the ancient painting about Xiaoxiang——river sky evening snow as the background image, and the other is the modern view with snow of it as the foreground image . Create a alpha channel to make a relevance with this two picture and show the fade out effect of them. It seems the conversation from modern back to the past. And the audience is the bridge between them. When the audience move , there is a “wave ” optical flow generated on the alpha channel, then the particles generated. Those particles are filled with ancient painting .it looks like they can “erase” the foreground image by any gestures and see the past painting.

1.the modern view with snow of this landscape, the background:

[[File:jtmx1.jpg|400px]]

2.the ancient painting of foreground:

[[File:jtmx2.jpg|400px]]

3.particles generate.

[[File:屏幕快照 2018-03-29 下午6.41.19.png|400px]]

4.my code:

[[File:a.jpg|400px]]
[[File:b.jpg|400px]]
[[File:c.jpg|400px]]
[[File:d.jpg|400px]]
[[File:e.jpg|400px]]

'''other try''': create a eraser effect . audience can erase
the modern picture and see the ancient picture by any gesture.
I am also thinking about to change the ellipse “snow ” to some kind of abstract shapes or Chinese letters.

GMU:Artists Lab:Xiaomei Xie

2018-03-29T16:54:43Z

Vuvo5136: /* Part 4 : Progress and achievement(choose one of them） */

Recommendation links:
http://shop.gestalten.com/urban-interventions.html
https://www.amazon.de/Art-Agenda-Political-Activism/dp/389955342X

My project is going to explore the expressive function of creative coding ,and see it as an vision art language .
I just want to express the feeling of a shock moment by no matter what, a person,a thing or a scene, and I also want to have a try to see how the visitors’reaction to these short but important moment to those amazy moment in my work.I choose "the eight views of Xiaoxiang" as the theme, because they are all about moment scenes :

1.Night rain on the Xiaoxiang (Chinese: 潇湘夜雨), in the south (Xiang River area)
2.Level Sand,Wild Geese Descend(平沙落雁), in Yongzhou
3.Evening Bell from Mist-shrouded Temple (烟寺晚钟), in Hengyang
4.Mountain market,clearing Mist (山市晴岚), in Xiangtan
5.River Sky,Evening Snow (江天暮雪), on the Xiang River in Changsha
6.Fishing village in evening glow (渔村夕照), in Taoyuan County
7.Autumn moon on Dongting Lake (洞庭秋月)in Dongting lake
8.Sail returning from distant shore (远浦归帆), in Xiangyin, in the north

my plan:
1.depict the above "eight views of xiaoxiang" in a processing way, pure digital art,with images,animations,sound and so on.

2.have a try to explore the interactive way between the visitors with the moment by controlling the "moment elements"--rain,mist,snow,moon and so on.

references 1:light scapes(from Shir David)--catch the movement of the moment when someone is open the fridge and the light come out by 3D scan, then express this scene with the mini installation model.

references 2:make it itchy(from Yuli Cai)--

03.29.2018
===Part 1 : project topic===
My project is a creative programming piece with a theme of " Eight views of Xiaoxiang ". " Eight views of Xiaoxiang " is a collective term for a series of scenic places in Hunan, China. It is also a popular art mother subject of thousands years in China and even the whole East Asia. Many painters and poets are using this theme to create. " Eight views of Xiaoxiang " is first used in the Northern Song Dynasty Song Di painting, he titled each view expressed in a corresponding name respectively. And these eight names have been passed until today. However, “Eight views of Xiaoxiang” has always used traditional painting methods for visual expression in China and they have a very “ancient image” and I want to give them a new possibility in modern way. The expression I use is creative programming. Creative programming is a general term for the artistic creation of computer programs. The artistic creation with computers was initiated in the 1960s. Which I believe can rejuvenate the “Eight views of Xiaoxiang “vitality in the present and create their communication with the contemporary.
I appreciate the beautiful scenery rendered by " Eight views of Xiaoxiang " and even advocate their spiritual connotations. They were carefully observed by the ancient people for the nature and I find they are all momentary views with some natural element and super fitly to use program which is geometric, animated, interactive to express. And My project strengths on those moment, changing them, recreating them and preserve them and let my audience know that they just can join me to creat the right moment view, it is a short but eternal view.

===Part 2 : Inspired artists and their works===
1) Vero Molnar’s geometry pieces
Vera Molnar is one of the pioneers of computer and algorithmic arts Trained as a traditional artist, Molnar studied for a diploma in art history and aesthetics at the Budapest College of Fine Arts. She iterated combinatorial images from as early as 1959. In 1968 she began working with computers, where she began to create algorithmic paintings based on simple geometric shapes geometrical themes.
I am inspired by her geometrical artworks, which make me think that the different types of geometric and they are simple, beautiful and full of visual power.

[[File:屏幕快照 2018-03-29 下午6.34.32.png|400px]]

2)People on the Fly by Christa Sommerer and Laurent Mignonneau
People on the Fly is an artwork made by Christa Sommerer and Laurent Mignonneau. 2016.On a large scale screen there is a developed participatory public artwork where passers-by can see themselves and also be turned into a swarm of flies. A specially developed software detects all moving persons and communicates their data to artificial program insects. When a person moves, within seconds hundreds of flies invade his or her body, but when he or she stands still, the insects fly away. The resulting image scenarios are in constant flux, they construct and deconstruct, and people become visible and disappear again within a swarm of insects. People on the Fly celebrates the ephemeral moment and the hustle and bustle of everyday life, where only standing still for a short moment makes one see one's own image clearly.

[[File:屏幕快照 2018-03-29 下午6.34.47.png|400px]]

This art piece gives me a great impression on the application of particle system in my project. In this project there is a combination of video of real world and the particle system , the virtual one, I think this is a clever way to make some interaction with the audience .this work let me think about that I am going to try use the particle system together with the video or image compose my project’ basic way of technic idea.
3) Ghost Pole Propagator II by Golan Levin
I really like this work, which was made by Golan Levin in 2016 who is an artist, composer and designer whose work focuses on new modes of interactive audiovisual expression. And it is based on his formal version in 2007 of Ghost Pole Propagator which is an interactive installation originally developed for projection in the 13th century Belsay Hall Castle, in Newcastle, England as part of the Picture House exhibition with a catalogue states: "Levin's new interactive installation presents a phantom transcription of visitors to the Belsay Castle, recording and replaying highly abstracted 'skeletons' of the artwork's own observers. Projected on the walls of the castle's medieval kitchen, the quiet and otherworldly animations suggest the bustle of past ghosts, or ancient petroglyphs." And in this 2016 version II, the project has been reimagined at a significantly larger scale, and rendered with the perceptually remarkable light of laser beams.

[[File:屏幕快照 2018-03-29 下午6.35.00.png|400px]]

First ,there is a big involvement for the passerby. Participants see their own stick-figures, mirroring their movements. At the same time, they also observe the animated stick-figures of previous participants, whose movements had been recorded moments or hours earlier. It make great fun to the people around. Second and more importantly, it produces just the skeleton，and this artwork show a great respect to the audience because there is no problem of privacy and eventually allow participants to join without hesitation or fear. This Piece give me the idea about solving the problem of how to simplify the graphic belies their emotional force and eliminate unnecessary details and reducing visual elements to their absolute essence about my project.

===Part 3 : Execution and Technic===
I use the Processing as my main programming tool and also P5.JS is used. And the program I use the opencv library
as a reference. I upload one ancient painting and one same view of modern picture as the main view structure , and by applying opencv optical flow , I can get the audience optical flow .If the flow strong enough , there will generate particles which fill from the background –ancient painting ,viewed as the “snow” dropping down, but are controlled by the audience movement, it seems like that there is a wind controlling the “snow” and reproduce the nature view but include both ancient and present .

===Part 4 : Progress and achievement(choose one of them）===
this is an story about image interaction between modern view and ancient painting , and particles with consciousness
λ Firstly I upload 2 images，one is the ancient painting about Xiaoxiang——river sky evening snow as the background image, and the other is the modern view with snow of it as the foreground image . Create a alpha channel to make a relevance with this two picture and show the fade out effect of them. It seems the conversation from modern back to the past. And the audience is the bridge between them. When the audience move , there is a “wave ” optical flow generated on the alpha channel, then the particles generated. Those particles are filled with ancient painting .it looks like they can “erase” the foreground image by any gestures and see the past painting.

1.the modern view with snow of this landscape, the background:

[[File:jtmx1.jpg|400px]]

2.the ancient painting of foreground:

[[File:jtmx2.jpg|400px]]

3.particles generate.

[[File:屏幕快照 2018-03-29 下午6.41.19.png|400px]]

4.my code:

[[File:a.jpg|400px]]
[[File:b.jpg|400px]]
[[File:c.jpg|400px]]
[[File:d.jpg|400px]]
[[File:e.jpg|400px]]

other try: create a eraser effect . audience can erase
the modern picture and see the ancient picture by any gesture.
I am also thinking about to change the ellipse “snow ” to some kind of abstract shapes or Chinese letters.

GMU:Artists Lab:Xiaomei Xie

2018-03-29T16:54:00Z

Vuvo5136: /* Part 2 : Inspired artists and their works */

Recommendation links:
http://shop.gestalten.com/urban-interventions.html
https://www.amazon.de/Art-Agenda-Political-Activism/dp/389955342X

My project is going to explore the expressive function of creative coding ,and see it as an vision art language .
I just want to express the feeling of a shock moment by no matter what, a person,a thing or a scene, and I also want to have a try to see how the visitors’reaction to these short but important moment to those amazy moment in my work.I choose "the eight views of Xiaoxiang" as the theme, because they are all about moment scenes :

1.Night rain on the Xiaoxiang (Chinese: 潇湘夜雨), in the south (Xiang River area)
2.Level Sand,Wild Geese Descend(平沙落雁), in Yongzhou
3.Evening Bell from Mist-shrouded Temple (烟寺晚钟), in Hengyang
4.Mountain market,clearing Mist (山市晴岚), in Xiangtan
5.River Sky,Evening Snow (江天暮雪), on the Xiang River in Changsha
6.Fishing village in evening glow (渔村夕照), in Taoyuan County
7.Autumn moon on Dongting Lake (洞庭秋月)in Dongting lake
8.Sail returning from distant shore (远浦归帆), in Xiangyin, in the north

my plan:
1.depict the above "eight views of xiaoxiang" in a processing way, pure digital art,with images,animations,sound and so on.

2.have a try to explore the interactive way between the visitors with the moment by controlling the "moment elements"--rain,mist,snow,moon and so on.

references 1:light scapes(from Shir David)--catch the movement of the moment when someone is open the fridge and the light come out by 3D scan, then express this scene with the mini installation model.

references 2:make it itchy(from Yuli Cai)--

03.29.2018
===Part 1 : project topic===
My project is a creative programming piece with a theme of " Eight views of Xiaoxiang ". " Eight views of Xiaoxiang " is a collective term for a series of scenic places in Hunan, China. It is also a popular art mother subject of thousands years in China and even the whole East Asia. Many painters and poets are using this theme to create. " Eight views of Xiaoxiang " is first used in the Northern Song Dynasty Song Di painting, he titled each view expressed in a corresponding name respectively. And these eight names have been passed until today. However, “Eight views of Xiaoxiang” has always used traditional painting methods for visual expression in China and they have a very “ancient image” and I want to give them a new possibility in modern way. The expression I use is creative programming. Creative programming is a general term for the artistic creation of computer programs. The artistic creation with computers was initiated in the 1960s. Which I believe can rejuvenate the “Eight views of Xiaoxiang “vitality in the present and create their communication with the contemporary.
I appreciate the beautiful scenery rendered by " Eight views of Xiaoxiang " and even advocate their spiritual connotations. They were carefully observed by the ancient people for the nature and I find they are all momentary views with some natural element and super fitly to use program which is geometric, animated, interactive to express. And My project strengths on those moment, changing them, recreating them and preserve them and let my audience know that they just can join me to creat the right moment view, it is a short but eternal view.

===Part 2 : Inspired artists and their works===
1) Vero Molnar’s geometry pieces
Vera Molnar is one of the pioneers of computer and algorithmic arts Trained as a traditional artist, Molnar studied for a diploma in art history and aesthetics at the Budapest College of Fine Arts. She iterated combinatorial images from as early as 1959. In 1968 she began working with computers, where she began to create algorithmic paintings based on simple geometric shapes geometrical themes.
I am inspired by her geometrical artworks, which make me think that the different types of geometric and they are simple, beautiful and full of visual power.

[[File:屏幕快照 2018-03-29 下午6.34.32.png|400px]]

2)People on the Fly by Christa Sommerer and Laurent Mignonneau
People on the Fly is an artwork made by Christa Sommerer and Laurent Mignonneau. 2016.On a large scale screen there is a developed participatory public artwork where passers-by can see themselves and also be turned into a swarm of flies. A specially developed software detects all moving persons and communicates their data to artificial program insects. When a person moves, within seconds hundreds of flies invade his or her body, but when he or she stands still, the insects fly away. The resulting image scenarios are in constant flux, they construct and deconstruct, and people become visible and disappear again within a swarm of insects. People on the Fly celebrates the ephemeral moment and the hustle and bustle of everyday life, where only standing still for a short moment makes one see one's own image clearly.

[[File:屏幕快照 2018-03-29 下午6.34.47.png|400px]]

This art piece gives me a great impression on the application of particle system in my project. In this project there is a combination of video of real world and the particle system , the virtual one, I think this is a clever way to make some interaction with the audience .this work let me think about that I am going to try use the particle system together with the video or image compose my project’ basic way of technic idea.
3) Ghost Pole Propagator II by Golan Levin
I really like this work, which was made by Golan Levin in 2016 who is an artist, composer and designer whose work focuses on new modes of interactive audiovisual expression. And it is based on his formal version in 2007 of Ghost Pole Propagator which is an interactive installation originally developed for projection in the 13th century Belsay Hall Castle, in Newcastle, England as part of the Picture House exhibition with a catalogue states: "Levin's new interactive installation presents a phantom transcription of visitors to the Belsay Castle, recording and replaying highly abstracted 'skeletons' of the artwork's own observers. Projected on the walls of the castle's medieval kitchen, the quiet and otherworldly animations suggest the bustle of past ghosts, or ancient petroglyphs." And in this 2016 version II, the project has been reimagined at a significantly larger scale, and rendered with the perceptually remarkable light of laser beams.

[[File:屏幕快照 2018-03-29 下午6.35.00.png|400px]]

First ,there is a big involvement for the passerby. Participants see their own stick-figures, mirroring their movements. At the same time, they also observe the animated stick-figures of previous participants, whose movements had been recorded moments or hours earlier. It make great fun to the people around. Second and more importantly, it produces just the skeleton，and this artwork show a great respect to the audience because there is no problem of privacy and eventually allow participants to join without hesitation or fear. This Piece give me the idea about solving the problem of how to simplify the graphic belies their emotional force and eliminate unnecessary details and reducing visual elements to their absolute essence about my project.

===Part 3 : Execution and Technic===
I use the Processing as my main programming tool and also P5.JS is used. And the program I use the opencv library
as a reference. I upload one ancient painting and one same view of modern picture as the main view structure , and by applying opencv optical flow , I can get the audience optical flow .If the flow strong enough , there will generate particles which fill from the background –ancient painting ,viewed as the “snow” dropping down, but are controlled by the audience movement, it seems like that there is a wind controlling the “snow” and reproduce the nature view but include both ancient and present .

===Part 4 : Progress and achievement(choose one of them）===
this is an story about image interaction between modern view and ancient painting , and particles with consciousness
λ Firstly I upload 2 images，one is the ancient painting about Xiaoxiang——river sky evening snow as the background image, and the other is the modern view with snow of it as the foreground image . Create a alpha channel to make a relevance with this two picture and show the fade out effect of them. It seems the conversation from modern back to the past. And the audience is the bridge between them. When the audience move , there is a “wave ” optical flow generated on the alpha channel, then the particles generated. Those particles are filled with ancient painting .it looks like they can “erase” the foreground image by any gestures and see the past painting.

1.the modern view with snow of this landscape, the background:

[[File:jtmx1.jpg|400px]]

2.the ancient painting of foreground:

[[File:jtmx2.jpg|400px]]

3.particles generate.

[[File:屏幕快照 2018-03-29 下午6.41.19.png|400px]]

4.my code:
[[File:a.jpg|400px]]
[[File:b.jpg|400px]]
[[File:c.jpg|400px]]
[[File:d.jpg|400px]]
[[File:e.jpg|400px]]

other try: create a eraser effect . audience can erase
the modern picture and see the ancient picture by any gesture.
I am also thinking about to change the ellipse “snow ” to some kind of abstract shapes or Chinese letters.

GMU:Artists Lab:Xiaomei Xie

2018-03-29T16:51:27Z

Vuvo5136: /* Part 4 : Progress and achievement(choose one of them） */

Recommendation links:
http://shop.gestalten.com/urban-interventions.html
https://www.amazon.de/Art-Agenda-Political-Activism/dp/389955342X

My project is going to explore the expressive function of creative coding ,and see it as an vision art language .
I just want to express the feeling of a shock moment by no matter what, a person,a thing or a scene, and I also want to have a try to see how the visitors’reaction to these short but important moment to those amazy moment in my work.I choose "the eight views of Xiaoxiang" as the theme, because they are all about moment scenes :

1.Night rain on the Xiaoxiang (Chinese: 潇湘夜雨), in the south (Xiang River area)
2.Level Sand,Wild Geese Descend(平沙落雁), in Yongzhou
3.Evening Bell from Mist-shrouded Temple (烟寺晚钟), in Hengyang
4.Mountain market,clearing Mist (山市晴岚), in Xiangtan
5.River Sky,Evening Snow (江天暮雪), on the Xiang River in Changsha
6.Fishing village in evening glow (渔村夕照), in Taoyuan County
7.Autumn moon on Dongting Lake (洞庭秋月)in Dongting lake
8.Sail returning from distant shore (远浦归帆), in Xiangyin, in the north

my plan:
1.depict the above "eight views of xiaoxiang" in a processing way, pure digital art,with images,animations,sound and so on.

2.have a try to explore the interactive way between the visitors with the moment by controlling the "moment elements"--rain,mist,snow,moon and so on.

references 1:light scapes(from Shir David)--catch the movement of the moment when someone is open the fridge and the light come out by 3D scan, then express this scene with the mini installation model.

references 2:make it itchy(from Yuli Cai)--

03.29.2018
===Part 1 : project topic===
My project is a creative programming piece with a theme of " Eight views of Xiaoxiang ". " Eight views of Xiaoxiang " is a collective term for a series of scenic places in Hunan, China. It is also a popular art mother subject of thousands years in China and even the whole East Asia. Many painters and poets are using this theme to create. " Eight views of Xiaoxiang " is first used in the Northern Song Dynasty Song Di painting, he titled each view expressed in a corresponding name respectively. And these eight names have been passed until today. However, “Eight views of Xiaoxiang” has always used traditional painting methods for visual expression in China and they have a very “ancient image” and I want to give them a new possibility in modern way. The expression I use is creative programming. Creative programming is a general term for the artistic creation of computer programs. The artistic creation with computers was initiated in the 1960s. Which I believe can rejuvenate the “Eight views of Xiaoxiang “vitality in the present and create their communication with the contemporary.
I appreciate the beautiful scenery rendered by " Eight views of Xiaoxiang " and even advocate their spiritual connotations. They were carefully observed by the ancient people for the nature and I find they are all momentary views with some natural element and super fitly to use program which is geometric, animated, interactive to express. And My project strengths on those moment, changing them, recreating them and preserve them and let my audience know that they just can join me to creat the right moment view, it is a short but eternal view.

===Part 2 : Inspired artists and their works===
1) Vero Molnar’s geometry pieces
Vera Molnar is one of the pioneers of computer and algorithmic arts Trained as a traditional artist, Molnar studied for a diploma in art history and aesthetics at the Budapest College of Fine Arts. She iterated combinatorial images from as early as 1959. In 1968 she began working with computers, where she began to create algorithmic paintings based on simple geometric shapes geometrical themes.
I am inspired by her geometrical artworks, which make me think that the different types of geometric and they are simple, beautiful and full of visual power.
[[File:屏幕快照 2018-03-29 下午6.34.32.png|400px]]

2)People on the Fly by Christa Sommerer and Laurent Mignonneau
People on the Fly is an artwork made by Christa Sommerer and Laurent Mignonneau. 2016.On a large scale screen there is a developed participatory public artwork where passers-by can see themselves and also be turned into a swarm of flies. A specially developed software detects all moving persons and communicates their data to artificial program insects. When a person moves, within seconds hundreds of flies invade his or her body, but when he or she stands still, the insects fly away. The resulting image scenarios are in constant flux, they construct and deconstruct, and people become visible and disappear again within a swarm of insects. People on the Fly celebrates the ephemeral moment and the hustle and bustle of everyday life, where only standing still for a short moment makes one see one's own image clearly.
[[File:屏幕快照 2018-03-29 下午6.34.47.png|400px]]

This art piece gives me a great impression on the application of particle system in my project. In this project there is a combination of video of real world and the particle system , the virtual one, I think this is a clever way to make some interaction with the audience .this work let me think about that I am going to try use the particle system together with the video or image compose my project’ basic way of technic idea.
3) Ghost Pole Propagator II by Golan Levin
I really like this work, which was made by Golan Levin in 2016 who is an artist, composer and designer whose work focuses on new modes of interactive audiovisual expression. And it is based on his formal version in 2007 of Ghost Pole Propagator which is an interactive installation originally developed for projection in the 13th century Belsay Hall Castle, in Newcastle, England as part of the Picture House exhibition with a catalogue states: "Levin's new interactive installation presents a phantom transcription of visitors to the Belsay Castle, recording and replaying highly abstracted 'skeletons' of the artwork's own observers. Projected on the walls of the castle's medieval kitchen, the quiet and otherworldly animations suggest the bustle of past ghosts, or ancient petroglyphs." And in this 2016 version II, the project has been reimagined at a significantly larger scale, and rendered with the perceptually remarkable light of laser beams.
[[File:屏幕快照 2018-03-29 下午6.35.00.png|400px]]

First ,there is a big involvement for the passerby. Participants see their own stick-figures, mirroring their movements. At the same time, they also observe the animated stick-figures of previous participants, whose movements had been recorded moments or hours earlier. It make great fun to the people around. Second and more importantly, it produces just the skeleton，and this artwork show a great respect to the audience because there is no problem of privacy and eventually allow participants to join without hesitation or fear. This Piece give me the idea about solving the problem of how to simplify the graphic belies their emotional force and eliminate unnecessary details and reducing visual elements to their absolute essence about my project.

===Part 3 : Execution and Technic===
I use the Processing as my main programming tool and also P5.JS is used. And the program I use the opencv library
as a reference. I upload one ancient painting and one same view of modern picture as the main view structure , and by applying opencv optical flow , I can get the audience optical flow .If the flow strong enough , there will generate particles which fill from the background –ancient painting ,viewed as the “snow” dropping down, but are controlled by the audience movement, it seems like that there is a wind controlling the “snow” and reproduce the nature view but include both ancient and present .

===Part 4 : Progress and achievement(choose one of them）===
this is an story about image interaction between modern view and ancient painting , and particles with consciousness
λ Firstly I upload 2 images，one is the ancient painting about Xiaoxiang——river sky evening snow as the background image, and the other is the modern view with snow of it as the foreground image . Create a alpha channel to make a relevance with this two picture and show the fade out effect of them. It seems the conversation from modern back to the past. And the audience is the bridge between them. When the audience move , there is a “wave ” optical flow generated on the alpha channel, then the particles generated. Those particles are filled with ancient painting .it looks like they can “erase” the foreground image by any gestures and see the past painting.

1.the modern view with snow of this landscape, the background:

[[File:jtmx1.jpg|400px]]

2.the ancient painting of foreground:

[[File:jtmx2.jpg|400px]]

3.particles generate.

[[File:屏幕快照 2018-03-29 下午6.41.19.png|400px]]

4.my code:
[[File:a.jpg|400px]]
[[File:b.jpg|400px]]
[[File:c.jpg|400px]]
[[File:d.jpg|400px]]
[[File:e.jpg|400px]]

other try: create a eraser effect . audience can erase
the modern picture and see the ancient picture by any gesture.
I am also thinking about to change the ellipse “snow ” to some kind of abstract shapes or Chinese letters.

File:E.jpg

2018-03-29T16:51:03Z

Vuvo5136: File uploaded with MsUpload

File uploaded with MsUpload

File:D.jpg

2018-03-29T16:50:50Z

Vuvo5136: File uploaded with MsUpload

File uploaded with MsUpload

File:C.jpg

2018-03-29T16:50:30Z

Vuvo5136: Vuvo5136 uploaded a new version of File:C.jpg

== Summary ==

== Copyright status: ==

== Source: ==

File:B.jpg

2018-03-29T16:50:06Z

Vuvo5136: Vuvo5136 uploaded a new version of File:B.jpg

== Summary ==

== Copyright status: ==

== Source: ==

File:A.jpg

2018-03-29T16:49:33Z

Vuvo5136: Vuvo5136 uploaded a new version of File:A.jpg

== Summary ==

== Copyright status: ==

== Source: ==

GMU:Artists Lab:Xiaomei Xie

2018-03-29T16:45:58Z

Vuvo5136:

Recommendation links:
http://shop.gestalten.com/urban-interventions.html
https://www.amazon.de/Art-Agenda-Political-Activism/dp/389955342X

My project is going to explore the expressive function of creative coding ,and see it as an vision art language .
I just want to express the feeling of a shock moment by no matter what, a person,a thing or a scene, and I also want to have a try to see how the visitors’reaction to these short but important moment to those amazy moment in my work.I choose "the eight views of Xiaoxiang" as the theme, because they are all about moment scenes :

1.Night rain on the Xiaoxiang (Chinese: 潇湘夜雨), in the south (Xiang River area)
2.Level Sand,Wild Geese Descend(平沙落雁), in Yongzhou
3.Evening Bell from Mist-shrouded Temple (烟寺晚钟), in Hengyang
4.Mountain market,clearing Mist (山市晴岚), in Xiangtan
5.River Sky,Evening Snow (江天暮雪), on the Xiang River in Changsha
6.Fishing village in evening glow (渔村夕照), in Taoyuan County
7.Autumn moon on Dongting Lake (洞庭秋月)in Dongting lake
8.Sail returning from distant shore (远浦归帆), in Xiangyin, in the north

my plan:
1.depict the above "eight views of xiaoxiang" in a processing way, pure digital art,with images,animations,sound and so on.

2.have a try to explore the interactive way between the visitors with the moment by controlling the "moment elements"--rain,mist,snow,moon and so on.

references 1:light scapes(from Shir David)--catch the movement of the moment when someone is open the fridge and the light come out by 3D scan, then express this scene with the mini installation model.

references 2:make it itchy(from Yuli Cai)--

03.29.2018
===Part 1 : project topic===
My project is a creative programming piece with a theme of " Eight views of Xiaoxiang ". " Eight views of Xiaoxiang " is a collective term for a series of scenic places in Hunan, China. It is also a popular art mother subject of thousands years in China and even the whole East Asia. Many painters and poets are using this theme to create. " Eight views of Xiaoxiang " is first used in the Northern Song Dynasty Song Di painting, he titled each view expressed in a corresponding name respectively. And these eight names have been passed until today. However, “Eight views of Xiaoxiang” has always used traditional painting methods for visual expression in China and they have a very “ancient image” and I want to give them a new possibility in modern way. The expression I use is creative programming. Creative programming is a general term for the artistic creation of computer programs. The artistic creation with computers was initiated in the 1960s. Which I believe can rejuvenate the “Eight views of Xiaoxiang “vitality in the present and create their communication with the contemporary.
I appreciate the beautiful scenery rendered by " Eight views of Xiaoxiang " and even advocate their spiritual connotations. They were carefully observed by the ancient people for the nature and I find they are all momentary views with some natural element and super fitly to use program which is geometric, animated, interactive to express. And My project strengths on those moment, changing them, recreating them and preserve them and let my audience know that they just can join me to creat the right moment view, it is a short but eternal view.

===Part 2 : Inspired artists and their works===
1) Vero Molnar’s geometry pieces
Vera Molnar is one of the pioneers of computer and algorithmic arts Trained as a traditional artist, Molnar studied for a diploma in art history and aesthetics at the Budapest College of Fine Arts. She iterated combinatorial images from as early as 1959. In 1968 she began working with computers, where she began to create algorithmic paintings based on simple geometric shapes geometrical themes.
I am inspired by her geometrical artworks, which make me think that the different types of geometric and they are simple, beautiful and full of visual power.
[[File:屏幕快照 2018-03-29 下午6.34.32.png|400px]]

2)People on the Fly by Christa Sommerer and Laurent Mignonneau
People on the Fly is an artwork made by Christa Sommerer and Laurent Mignonneau. 2016.On a large scale screen there is a developed participatory public artwork where passers-by can see themselves and also be turned into a swarm of flies. A specially developed software detects all moving persons and communicates their data to artificial program insects. When a person moves, within seconds hundreds of flies invade his or her body, but when he or she stands still, the insects fly away. The resulting image scenarios are in constant flux, they construct and deconstruct, and people become visible and disappear again within a swarm of insects. People on the Fly celebrates the ephemeral moment and the hustle and bustle of everyday life, where only standing still for a short moment makes one see one's own image clearly.
[[File:屏幕快照 2018-03-29 下午6.34.47.png|400px]]

This art piece gives me a great impression on the application of particle system in my project. In this project there is a combination of video of real world and the particle system , the virtual one, I think this is a clever way to make some interaction with the audience .this work let me think about that I am going to try use the particle system together with the video or image compose my project’ basic way of technic idea.
3) Ghost Pole Propagator II by Golan Levin
I really like this work, which was made by Golan Levin in 2016 who is an artist, composer and designer whose work focuses on new modes of interactive audiovisual expression. And it is based on his formal version in 2007 of Ghost Pole Propagator which is an interactive installation originally developed for projection in the 13th century Belsay Hall Castle, in Newcastle, England as part of the Picture House exhibition with a catalogue states: "Levin's new interactive installation presents a phantom transcription of visitors to the Belsay Castle, recording and replaying highly abstracted 'skeletons' of the artwork's own observers. Projected on the walls of the castle's medieval kitchen, the quiet and otherworldly animations suggest the bustle of past ghosts, or ancient petroglyphs." And in this 2016 version II, the project has been reimagined at a significantly larger scale, and rendered with the perceptually remarkable light of laser beams.
[[File:屏幕快照 2018-03-29 下午6.35.00.png|400px]]

First ,there is a big involvement for the passerby. Participants see their own stick-figures, mirroring their movements. At the same time, they also observe the animated stick-figures of previous participants, whose movements had been recorded moments or hours earlier. It make great fun to the people around. Second and more importantly, it produces just the skeleton，and this artwork show a great respect to the audience because there is no problem of privacy and eventually allow participants to join without hesitation or fear. This Piece give me the idea about solving the problem of how to simplify the graphic belies their emotional force and eliminate unnecessary details and reducing visual elements to their absolute essence about my project.

===Part 3 : Execution and Technic===
I use the Processing as my main programming tool and also P5.JS is used. And the program I use the opencv library
as a reference. I upload one ancient painting and one same view of modern picture as the main view structure , and by applying opencv optical flow , I can get the audience optical flow .If the flow strong enough , there will generate particles which fill from the background –ancient painting ,viewed as the “snow” dropping down, but are controlled by the audience movement, it seems like that there is a wind controlling the “snow” and reproduce the nature view but include both ancient and present .

===Part 4 : Progress and achievement(choose one of them）===
this is an story about image interaction between modern view and ancient painting , and particles with consciousness
λ Firstly I upload 2 images，one is the ancient painting about Xiaoxiang——river sky evening snow as the background image, and the other is the modern view with snow of it as the foreground image . Create a alpha channel to make a relevance with this two picture and show the fade out effect of them. It seems the conversation from modern back to the past. And the audience is the bridge between them. When the audience move , there is a “wave ” optical flow generated on the alpha channel, then the particles generated. Those particles are filled with ancient painting .it looks like they can “erase” the foreground image by any gestures and see the past painting.

1.the modern view with snow of this landscape, the foreground:
[[File:jtmx1.jpg|400px]]

2.the ancient painting of background:
[[File:jtmx2.jpg|400px]]

3.particles generate.
[[File:屏幕快照 2018-03-29 下午6.41.19.png|400px]]

4.my code:

other try: create a eraser effect . audience can erase
the modern picture and see the ancient picture by any gesture.
I am also thinking about to change the ellipse “snow ” to some kind of abstract shapes or Chinese letters.

GMU:Artists Lab:Xiaomei Xie

2018-03-29T16:44:53Z

Vuvo5136:

Recommendation links:
http://shop.gestalten.com/urban-interventions.html
https://www.amazon.de/Art-Agenda-Political-Activism/dp/389955342X

My project is going to explore the expressive function of creative coding ,and see it as an vision art language .
I just want to express the feeling of a shock moment by no matter what, a person,a thing or a scene, and I also want to have a try to see how the visitors’reaction to these short but important moment to those amazy moment in my work.I choose "the eight views of Xiaoxiang" as the theme, because they are all about moment scenes :

1.Night rain on the Xiaoxiang (Chinese: 潇湘夜雨), in the south (Xiang River area)
2.Level Sand,Wild Geese Descend(平沙落雁), in Yongzhou
3.Evening Bell from Mist-shrouded Temple (烟寺晚钟), in Hengyang
4.Mountain market,clearing Mist (山市晴岚), in Xiangtan
5.River Sky,Evening Snow (江天暮雪), on the Xiang River in Changsha
6.Fishing village in evening glow (渔村夕照), in Taoyuan County
7.Autumn moon on Dongting Lake (洞庭秋月)in Dongting lake
8.Sail returning from distant shore (远浦归帆), in Xiangyin, in the north

my plan:
1.depict the above "eight views of xiaoxiang" in a processing way, pure digital art,with images,animations,sound and so on.

2.have a try to explore the interactive way between the visitors with the moment by controlling the "moment elements"--rain,mist,snow,moon and so on.

references 1:light scapes(from Shir David)--catch the movement of the moment when someone is open the fridge and the light come out by 3D scan, then express this scene with the mini installation model.

references 2:make it itchy(from Yuli Cai)--

03.29.2018
===Part 1 : project topic===
My project is a creative programming piece with a theme of " Eight views of Xiaoxiang ". " Eight views of Xiaoxiang " is a collective term for a series of scenic places in Hunan, China. It is also a popular art mother subject of thousands years in China and even the whole East Asia. Many painters and poets are using this theme to create. " Eight views of Xiaoxiang " is first used in the Northern Song Dynasty Song Di painting, he titled each view expressed in a corresponding name respectively. And these eight names have been passed until today. However, “Eight views of Xiaoxiang” has always used traditional painting methods for visual expression in China and they have a very “ancient image” and I want to give them a new possibility in modern way. The expression I use is creative programming. Creative programming is a general term for the artistic creation of computer programs. The artistic creation with computers was initiated in the 1960s. Which I believe can rejuvenate the “Eight views of Xiaoxiang “vitality in the present and create their communication with the contemporary.
I appreciate the beautiful scenery rendered by " Eight views of Xiaoxiang " and even advocate their spiritual connotations. They were carefully observed by the ancient people for the nature and I find they are all momentary views with some natural element and super fitly to use program which is geometric, animated, interactive to express. And My project strengths on those moment, changing them, recreating them and preserve them and let my audience know that they just can join me to creat the right moment view, it is a short but eternal view.

===Part 2 : Inspired artists and their works===
1) Vero Molnar’s geometry pieces
Vera Molnar is one of the pioneers of computer and algorithmic arts Trained as a traditional artist, Molnar studied for a diploma in art history and aesthetics at the Budapest College of Fine Arts. She iterated combinatorial images from as early as 1959. In 1968 she began working with computers, where she began to create algorithmic paintings based on simple geometric shapes geometrical themes.
I am inspired by her geometrical artworks, which make me think that the different types of geometric and they are simple, beautiful and full of visual power.
[[File:屏幕快照 2018-03-29 下午6.34.32.png|400px]]

2)People on the Fly by Christa Sommerer and Laurent Mignonneau
People on the Fly is an artwork made by Christa Sommerer and Laurent Mignonneau. 2016.On a large scale screen there is a developed participatory public artwork where passers-by can see themselves and also be turned into a swarm of flies. A specially developed software detects all moving persons and communicates their data to artificial program insects. When a person moves, within seconds hundreds of flies invade his or her body, but when he or she stands still, the insects fly away. The resulting image scenarios are in constant flux, they construct and deconstruct, and people become visible and disappear again within a swarm of insects. People on the Fly celebrates the ephemeral moment and the hustle and bustle of everyday life, where only standing still for a short moment makes one see one's own image clearly.
[[File:屏幕快照 2018-03-29 下午6.34.47.png|400px]]
This art piece gives me a great impression on the application of particle system in my project. In this project there is a combination of video of real world and the particle system , the virtual one, I think this is a clever way to make some interaction with the audience .this work let me think about that I am going to try use the particle system together with the video or image compose my project’ basic way of technic idea.
3) Ghost Pole Propagator II by Golan Levin
I really like this work, which was made by Golan Levin in 2016 who is an artist, composer and designer whose work focuses on new modes of interactive audiovisual expression. And it is based on his formal version in 2007 of Ghost Pole Propagator which is an interactive installation originally developed for projection in the 13th century Belsay Hall Castle, in Newcastle, England as part of the Picture House exhibition with a catalogue states: "Levin's new interactive installation presents a phantom transcription of visitors to the Belsay Castle, recording and replaying highly abstracted 'skeletons' of the artwork's own observers. Projected on the walls of the castle's medieval kitchen, the quiet and otherworldly animations suggest the bustle of past ghosts, or ancient petroglyphs." And in this 2016 version II, the project has been reimagined at a significantly larger scale, and rendered with the perceptually remarkable light of laser beams.
[[File:屏幕快照 2018-03-29 下午6.35.00.png|400px]]
First ,there is a big involvement for the passerby. Participants see their own stick-figures, mirroring their movements. At the same time, they also observe the animated stick-figures of previous participants, whose movements had been recorded moments or hours earlier. It make great fun to the people around. Second and more importantly, it produces just the skeleton，and this artwork show a great respect to the audience because there is no problem of privacy and eventually allow participants to join without hesitation or fear. This Piece give me the idea about solving the problem of how to simplify the graphic belies their emotional force and eliminate unnecessary details and reducing visual elements to their absolute essence about my project.

===Part 3 : Execution and Technic===
I use the Processing as my main programming tool and also P5.JS is used. And the program I use the opencv library
as a reference. I upload one ancient painting and one same view of modern picture as the main view structure , and by applying opencv optical flow , I can get the audience optical flow .If the flow strong enough , there will generate particles which fill from the background –ancient painting ,viewed as the “snow” dropping down, but are controlled by the audience movement, it seems like that there is a wind controlling the “snow” and reproduce the nature view but include both ancient and present .
I am also thinking about to change the ellipse “snow ” to some kind of abstract shapes or Chinese letters.

===Part 4 : Progress and achievement(choose one of them）===
this is an story about image interaction between modern view and ancient painting , and particles with consciousness
λ Firstly I upload 2 images，one is the ancient painting about Xiaoxiang——river sky evening snow as the background image, and the other is the modern view with snow of it as the foreground image . Create a alpha channel to make a relevance with this two picture and show the fade out effect of them. It seems the conversation from modern back to the past. And the audience is the bridge between them. When the audience move , there is a “wave ” optical flow generated on the alpha channel, then the particles generated. Those particles are filled with ancient painting .it looks like they can “erase” the foreground image by any gestures and see the past painting.

1.the modern view with snow of this landscape, the foreground:
[[File:jtmx1.jpg|400px]]

2.the ancient painting of background:
[[File:jtmx2.jpg|400px]]

3.particles generate.
[[File:屏幕快照 2018-03-29 下午6.41.19.png|400px]]

4.my code:

other try: create a eraser effect . audience can erase
the modern picture and see the ancient picture by any gesture.

File:屏幕快照 2018-03-29 下午6.41.19.png

2018-03-29T16:42:05Z

Vuvo5136: File uploaded with MsUpload

File uploaded with MsUpload

File:Jtmx2.jpg

2018-03-29T16:39:55Z

Vuvo5136: File uploaded with MsUpload

File uploaded with MsUpload

File:Jtmx1.jpg

2018-03-29T16:38:48Z

Vuvo5136: File uploaded with MsUpload

File uploaded with MsUpload

File:屏幕快照 2018-03-29 下午6.35.00.png

2018-03-29T16:37:11Z

Vuvo5136: File uploaded with MsUpload

File uploaded with MsUpload

File:屏幕快照 2018-03-29 下午6.34.47.png

2018-03-29T16:36:45Z

Vuvo5136: File uploaded with MsUpload

File uploaded with MsUpload

File:屏幕快照 2018-03-29 下午6.34.32.png

2018-03-29T16:36:11Z

Vuvo5136: File uploaded with MsUpload

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GMU:Artists Lab:Xiaomei Xie

2018-03-29T16:12:29Z

Vuvo5136:

Recommendation links:
http://shop.gestalten.com/urban-interventions.html
https://www.amazon.de/Art-Agenda-Political-Activism/dp/389955342X

My project is going to explore the expressive function of creative coding ,and see it as an vision art language .
I just want to express the feeling of a shock moment by no matter what, a person,a thing or a scene, and I also want to have a try to see how the visitors’reaction to these short but important moment to those amazy moment in my work.I choose "the eight views of Xiaoxiang" as the theme, because they are all about moment scenes :

1.Night rain on the Xiaoxiang (Chinese: 潇湘夜雨), in the south (Xiang River area)
2.Level Sand,Wild Geese Descend(平沙落雁), in Yongzhou
3.Evening Bell from Mist-shrouded Temple (烟寺晚钟), in Hengyang
4.Mountain market,clearing Mist (山市晴岚), in Xiangtan
5.River Sky,Evening Snow (江天暮雪), on the Xiang River in Changsha
6.Fishing village in evening glow (渔村夕照), in Taoyuan County
7.Autumn moon on Dongting Lake (洞庭秋月)in Dongting lake
8.Sail returning from distant shore (远浦归帆), in Xiangyin, in the north

my plan:
1.depict the above "eight views of xiaoxiang" in a processing way, pure digital art,with images,animations,sound and so on.

2.have a try to explore the interactive way between the visitors with the moment by controlling the "moment elements"--rain,mist,snow,moon and so on.

references 1:light scapes(from Shir David)--catch the movement of the moment when someone is open the fridge and the light come out by 3D scan, then express this scene with the mini installation model.

references 2:make it itchy(from Yuli Cai)--

03.29.2018
Part 1 : project topic

My project is a creative programming piece with a theme of " Eight views of Xiaoxiang ". " Eight views of Xiaoxiang " is a collective term for a series of scenic places in Hunan, China. It is also a popular art mother subject of thousands years in China and even the whole East Asia. Many painters and poets are using this theme to create. " Eight views of Xiaoxiang " is first used in the Northern Song Dynasty Song Di painting, he titled each view expressed in a corresponding name respectively. And these eight names have been passed until today. However, “Eight views of Xiaoxiang” has always used traditional painting methods for visual expression in China and they have a very “ancient image” and I want to give them a new possibility in modern way. The expression I use is creative programming. Creative programming is a general term for the artistic creation of computer programs. The artistic creation with computers was initiated in the 1960s. Which I believe can rejuvenate the “Eight views of Xiaoxiang “vitality in the present and create their communication with the contemporary.
I appreciate the beautiful scenery rendered by " Eight views of Xiaoxiang " and even advocate their spiritual connotations. They were carefully observed by the ancient people for the nature and I find they are all momentary views with some natural element and super fitly to use program which is geometric, animated, interactive to express. And My project strengths on those moment, changing them, recreating them and preserve them and let my audience know that they just can join me to creat the right moment view, it is a short but eternal view.

Part 2 : Inspired artists and their works
1) Vero Molnar’s geometry pieces
Vera Molnar is one of the pioneers of computer and algorithmic arts Trained as a traditional artist, Molnar studied for a diploma in art history and aesthetics at the Budapest College of Fine Arts. She iterated combinatorial images from as early as 1959. In 1968 she began working with computers, where she began to create algorithmic paintings based on simple geometric shapes geometrical themes.
I am inspired by her geometrical artworks, which make me think that the different types of geometric and they are simple, beautiful and full of visual power.
2)People on the Fly by Christa Sommerer and Laurent Mignonneau
People on the Fly is an artwork made by Christa Sommerer and Laurent Mignonneau. 2016.On a large scale screen there is a developed participatory public artwork where passers-by can see themselves and also be turned into a swarm of flies. A specially developed software detects all moving persons and communicates their data to artificial program insects. When a person moves, within seconds hundreds of flies invade his or her body, but when he or she stands still, the insects fly away. The resulting image scenarios are in constant flux, they construct and deconstruct, and people become visible and disappear again within a swarm of insects. People on the Fly celebrates the ephemeral moment and the hustle and bustle of everyday life, where only standing still for a short moment makes one see one's own image clearly.
This art piece gives me a great impression on the application of particle system in my project. In this project there is a combination of video of real world and the particle system , the virtual one, I think this is a clever way to make some interaction with the audience .this work let me think about that I am going to try use the particle system together with the video or image compose my project’ basic way of technic idea.
3) Ghost Pole Propagator II by Golan Levin
I really like this work, which was made by Golan Levin in 2016 who is an artist, composer and designer whose work focuses on new modes of interactive audiovisual expression. And it is based on his formal version in 2007 of Ghost Pole Propagator which is an interactive installation originally developed for projection in the 13th century Belsay Hall Castle, in Newcastle, England as part of the Picture House exhibition with a catalogue states: "Levin's new interactive installation presents a phantom transcription of visitors to the Belsay Castle, recording and replaying highly abstracted 'skeletons' of the artwork's own observers. Projected on the walls of the castle's medieval kitchen, the quiet and otherworldly animations suggest the bustle of past ghosts, or ancient petroglyphs." And in this 2016 version II, the project has been reimagined at a significantly larger scale, and rendered with the perceptually remarkable light of laser beams.

First ,there is a big involvement for the passerby. Participants see their own stick-figures, mirroring their movements. At the same time, they also observe the animated stick-figures of previous participants, whose movements had been recorded moments or hours earlier. It make great fun to the people around. Second and more importantly, it produces just the skeleton，and this artwork show a great respect to the audience because there is no problem of privacy and eventually allow participants to join without hesitation or fear. This Piece give me the idea about solving the problem of how to simplify the graphic belies their emotional force and eliminate unnecessary details and reducing visual elements to their absolute essence about my project.
Part 3 : Execution and Technic

I use the Processing as my main programming tool and also P5.JS is used. And the program I use the opencv library
as a reference. I upload one ancient painting and one same view of modern picture as the main view structure , and by applying opencv optical flow , I can get the audience optical flow .If the flow strong enough , there will generate particles which fill from the background –ancient painting ,viewed as the “snow” dropping down, but are controlled by the audience movement, it seems like that there is a wind controlling the “snow” and reproduce the nature view but include both ancient and present .
I am also thinking about to change the ellipse “snow ” to some kind of abstract shapes or Chinese letters.

Part 4 : Progress and achievement(choose one of them——“river，sky and evening snow” as example)
this is an story about image interaction between modern view and ancient painting , and particles with consciousness
λ Firstly I upload 2 images，one is the ancient painting about Xiaoxiang——river sky evening snow as the background image, and the other is the modern view with snow of it as the foreground image . Create a alpha channel to make a relevance with this two picture and show the fade out effect of them. It seems the conversation from modern back to the past. And the audience is the bridge between them. When the audience move , there is a “wave ” optical flow generated on the alpha channel, then the particles generated. Those particles are filled with ancient painting .it looks like they can “erase” the foreground image by any gestures and see the past painting.

1.the modern view with snow of this landscape, the foreground:

2.the ancient painting of background:

3.particles generate.

other try: create a eraser effect . audience can erase
the modern picture and see the ancient picture by any gesture.

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-02-20T13:50:41Z

Vuvo5136:

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence intensity, with excitation wavelength and emission wavelength of 339 and 395nm, respectively.]]

===3.first experiment===
to explore a relative normal environment for Mungbeans sprouts as the standard experiment.

experiment progress :
*container:a flat bottom has a hole container, a block of wet cloth on the bottom;
*temprature:control the constant temperature-put the contanier on the hinter
*light:normal light with a change of day and night; use a cloth to always cover on one half of the container and set up a no light environment.
*water: watering them 2-3 times a day 36 degree around running water.

<gallery>
File:DSC04853.JPG|step 1:put a mount of Mungbeans in the water for 24hours.
File:DSC04864.JPG|step 2:to set up a experiment facility
File:DSC04896.JPG|step 3:consequence
</gallery>

consequence:
*in 72 hours, the sprouts reach up to 12cm around .
*light has no obvious influence on the length of sprouts ,but the color of their leaves .
*water is important in the growth of sprouts .

<gallery>
File:DSC04873.JPG|2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
File:DSC04881.JPG|2018.01.13,9:30pm(2-3cm)
File:DSC04884.JPG|2018.01.14,9:30am(5-7cm)
File:DSC04887.JPG|2018.01.15,9:30pm(7-10cm)
File:DSC04900.JPG|2018.01.16,9:30am(10-12cm)
</gallery>

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*50g mung beans
*Nutritional fluid:milk,cola,water,coffee
*environment：light；20-30degree temperature

experiment progress: to detect the flavor by watering them with different Nutritional fluid

result: except for the portion of water, they all stop growing.

<gallery>
File:WechatIMG6.jpeg
File:WechatIMG7.jpeg
File:WechatIMG8.jpeg
File:WechatIMG9.jpeg
File:WechatIMG10.jpeg
</gallery>

*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

<gallery>
File:DSC06244.JPG|31.1.2018,9:15amI first put them on the plate
File:46.JPG|31.1.2018,10:15am
File:48.JPG|31.1.2018,11:15am
File:51.JPG|31.1.2018,12:15pm
File:53.JPG|31.1.2018,13:15pm
</gallery>

===4.conclusion===
* in the growth process of Mung Bean sprouts ，the most important element is water and temperature . the most proper watering is just keep the Bottom of the container wet; the most suitable temperature is 20 degree -30 degree，those 2 elements can influence the speed of growing instead of light.
* light has a great influence in the color of sprouts leaves, because of there is Chlorophyll in the leaves can turn green from yellow；and actually, the Chlorophyll in Mung bean sprouts can change color in a very short time.

===5.project ideas===
*by the conclusion , I am going to make the colorful leaves pattern.use a opaque with different shape hole plastic plate cover on the bean sprouts,then cultivate them under strong light in 3-4 hours.then take out the plate ,we can get those colorful leaves pattern。

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-02-20T13:49:41Z

Vuvo5136:

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence intensity, with excitation wavelength and emission wavelength of 339 and 395nm, respectively.]]

===3.first experiment===
to explore a relative normal environment for Mungbeans sprouts as the standard experiment.

experiment progress :
*container:a flat bottom has a hole container, a block of wet cloth on the bottom;
*temprature:control the constant temperature-put the contanier on the hinter
*light:normal light with a change of day and night; use a cloth to always cover on one half of the container and set up a no light environment.
*water: watering them 2-3 times a day 36 degree around running water.

<gallery>
File:DSC04853.JPG|step 1:put a mount of Mungbeans in the water for 24hours.
File:DSC04864.JPG|step 2:to set up a experiment facility
File:DSC04896.JPG|step 3:consequence
</gallery>

consequence:
*in 72 hours, the sprouts reach up to 12cm around .
*light has no obvious influence on the length of sprouts ,but the color of their leaves .
*water is important in the growth of sprouts .

<gallery>
File:DSC04873.JPG|2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
File:DSC04881.JPG|2018.01.13,9:30pm(2-3cm)
File:DSC04884.JPG|2018.01.14,9:30am(5-7cm)
File:DSC04887.JPG|2018.01.15,9:30pm(7-10cm)
File:DSC04900.JPG|2018.01.16,9:30am(10-12cm)
</gallery>

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*50g mung beans
*Nutritional fluid:milk,cola,water,coffee
*environment：light；20-30degree temperature

experiment progress: to detect the flavor by watering them with different Nutritional fluid

result: except for the portion of water, they all stop growing.

<gallery>
File:WechatIMG6.jpeg
File:WechatIMG7.jpeg
File:WechatIMG8.jpeg
File:WechatIMG9.jpeg
File:WechatIMG10.jpeg
</gallery>

*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

<gallery>
File:DSC06244.JPG|31.1.2018,9:15amI first put them on the plate
File:46.JPG|31.1.2018,10:15am
File:48.JPG|31.1.2018,11:15am
File:51.JPG|31.1.2018,12:15pm
File:53.JPG|31.1.2018,13:15pm
</gallery>

===4.conclusion===
* in the growth process of Mung Bean sprouts ，the most important element is water and temperature . the most proper watering is just keep the Bottom of the container wet; the most suitable temperature is 20 degree -30 degree，those 2 elements can influence the speed of growing instead of light.
* light has a great influence in the color of sprouts leaves, because of there is Chlorophyll in the leaves can turn green from yellow；and actually, the Chlorophyll in Mung bean sprouts can change color in a very short time.

===5.project ideas===
by the conclusion , I am going to make the colorful leaves pattern.use a opaque with different shape hole plastic plate cover on the bean sprouts,then cultivate them under strong light in 3-4 hours.then take out the plate ,we can get those colorful leaves pattern。

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T19:54:06Z

Vuvo5136: /* third experiment */

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
:to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
*experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
2)temprature:control the constant temperature-put the contanier on the hinter
3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
1).in 72 hours, the sprouts reach up to 12cm around .
2).light has no obvious influence on the length of sprouts ,but the color of their leaves .
3).water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

*31.1.2018,9:15amI first put them on the plate
[[File:DSC06244.JPG|400px]]
*31.1.2018,10:15am
[[File:46.JPG|400px]]
*31.1.2018,11:15am
[[File:48.JPG|400px]]
*31.1.2018,12:15pm
[[File:51.JPG|400px]]
*31.1.2018,13:15pm
[[File:53.JPG|400px]]

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T19:52:31Z

Vuvo5136:

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
:to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
*experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
2)temprature:control the constant temperature-put the contanier on the hinter
3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
1).in 72 hours, the sprouts reach up to 12cm around .
2).light has no obvious influence on the length of sprouts ,but the color of their leaves .
3).water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.
<gallery>
*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]
</gallery>
*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

*31.1.2018,9:15amI first put them on the plate
[[File:DSC06244.JPG|400px]]
*31.1.2018,10:15am
[[File:46.JPG|400px]]
*31.1.2018,11:15am
[[File:48.JPG|400px]]
*31.1.2018,12:15pm
[[File:51.JPG|400px]]
*31.1.2018,13:15pm
[[File:53.JPG|400px]]

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T19:51:47Z

Vuvo5136:

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
:to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
*experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
2)temprature:control the constant temperature-put the contanier on the hinter
3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
1).in 72 hours, the sprouts reach up to 12cm around .
2).light has no obvious influence on the length of sprouts ,but the color of their leaves .
3).water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

*31.1.2018,9:15amI first put them on the plate
[[File:DSC06244.JPG|400px]]
*31.1.2018,10:15am
[[File:46.JPG|400px]]
*31.1.2018,11:15am
[[File:48.JPG|400px]]
*31.1.2018,12:15pm
[[File:51.JPG|400px]]
*31.1.2018,13:15pm
[[File:53.JPG|400px]]

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T19:51:00Z

Vuvo5136: /* 3.first experiment */

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
experiment progress :
step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
step 2:to set up a experiment facility :
1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
2)temprature:control the constant temperature-put the contanier on the hinter
3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

step 3:consequence:
1).in 72 hours, the sprouts reach up to 12cm around .
2).light has no obvious influence on the length of sprouts ,but the color of their leaves .
3).water is important in the growth of sprouts .
<gallery>
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]
</gallery>

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.
<gallery>

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

<gallery>
*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.
<gallery>
*31.1.2018,9:15amI first put them on the plate
[[File:DSC06244.JPG|400px]]
*31.1.2018,10:15am
[[File:46.JPG|400px]]
*31.1.2018,11:15am
[[File:48.JPG|400px]]
*31.1.2018,12:15pm
[[File:51.JPG|400px]]
*31.1.2018,13:15pm
[[File:53.JPG|400px]]
</gallery>

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T19:49:14Z

Vuvo5136: /* 3.first experiment */

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
experiment progress :
step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
step 2:to set up a experiment facility :
1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
2)temprature:control the constant temperature-put the contanier on the hinter
3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

step 3:consequence:
1).in 72 hours, the sprouts reach up to 12cm around .
2).light has no obvious influence on the length of sprouts ,but the color of their leaves .
3).water is important in the growth of sprouts .
<gallery>
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]
</gallery>

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.
<gallery>

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

<gallery>
*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.
<gallery>
*31.1.2018,9:15amI first put them on the plate
[[File:DSC06244.JPG|400px]]
*31.1.2018,10:15am
[[File:46.JPG|400px]]
*31.1.2018,11:15am
[[File:48.JPG|400px]]
*31.1.2018,12:15pm
[[File:51.JPG|400px]]
*31.1.2018,13:15pm
[[File:53.JPG|400px]]
<gallery>

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T19:46:14Z

Vuvo5136: /* third experiment */

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
2)temprature:control the constant temperature-put the contanier on the hinter
3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
1).in 72 hours, the sprouts reach up to 12cm around .
2).light has no obvious influence on the length of sprouts ,but the color of their leaves .
3).water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.
<gallery>

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

<gallery>
*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.
<gallery>
*31.1.2018,9:15amI first put them on the plate
[[File:DSC06244.JPG|400px]]
*31.1.2018,10:15am
[[File:46.JPG|400px]]
*31.1.2018,11:15am
[[File:48.JPG|400px]]
*31.1.2018,12:15pm
[[File:51.JPG|400px]]
*31.1.2018,13:15pm
[[File:53.JPG|400px]]
<gallery>

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T19:45:22Z

Vuvo5136: /* 3.first experiment */

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
2)temprature:control the constant temperature-put the contanier on the hinter
3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
1).in 72 hours, the sprouts reach up to 12cm around .
2).light has no obvious influence on the length of sprouts ,but the color of their leaves .
3).water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.
<gallery>
*31.1.2018,9:15amI first put them on the plate
[[File:DSC06244.JPG|400px]]
*31.1.2018,10:15am
[[File:46.JPG|400px]]
*31.1.2018,11:15am
[[File:48.JPG|400px]]
*31.1.2018,12:15pm
[[File:51.JPG|400px]]
*31.1.2018,13:15pm
[[File:53.JPG|400px]]
<gallery>

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T19:42:17Z

Vuvo5136:

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
:to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
*experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
2)temprature:control the constant temperature-put the contanier on the hinter
3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
1).in 72 hours, the sprouts reach up to 12cm around .
2).light has no obvious influence on the length of sprouts ,but the color of their leaves .
3).water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.
<gallery>
*31.1.2018,9:15amI first put them on the plate
[[File:DSC06244.JPG|400px]]
*31.1.2018,10:15am
[[File:46.JPG|400px]]
*31.1.2018,11:15am
[[File:48.JPG|400px]]
*31.1.2018,12:15pm
[[File:51.JPG|400px]]
*31.1.2018,13:15pm
[[File:53.JPG|400px]]
<gallery>

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T18:28:19Z

Vuvo5136:

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
:to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
*experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
2)temprature:control the constant temperature-put the contanier on the hinter
3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
1).in 72 hours, the sprouts reach up to 12cm around .
2).light has no obvious influence on the length of sprouts ,but the color of their leaves .
3).water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

*31.1.2018,9:15amI first put them on the plate
[[File:DSC06244.JPG|400px]]
*31.1.2018,10:15am
[[File:46.JPG|400px]]
*31.1.2018,11:15am
[[File:48.JPG|400px]]
*31.1.2018,12:15pm
[[File:51.JPG|400px]]
*31.1.2018,13:15pm
[[File:53.JPG|400px]]

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T18:27:32Z

Vuvo5136:

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
:to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
*experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
2)temprature:control the constant temperature-put the contanier on the hinter
3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
1).in 72 hours, the sprouts reach up to 12cm around .
2).light has no obvious influence on the length of sprouts ,but the color of their leaves .
3).water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

""31.1.2018""
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

*31.1.2018,9:15amI first put them on the plate
[[File:DSC06244.JPG|400px]]
*31.1.2018,10:15am
[[File:46.JPG|400px]]
*31.1.2018,11:15am
[[File:48.JPG|400px]]
*31.1.2018,12:15pm
[[File:51.JPG|400px]]
*31.1.2018,13:15pm
[[File:53.JPG|400px]]

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T18:26:21Z

Vuvo5136:

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
:to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
*experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
2)temprature:control the constant temperature-put the contanier on the hinter
3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
1).in 72 hours, the sprouts reach up to 12cm around .
2).light has no obvious influence on the length of sprouts ,but the color of their leaves .
3).water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

*31.1.2018,9:15amI first put them on the plate
[[File:DSC06244.JPG|400px]]
*31.1.2018,10:15am
[[File:46.JPG|400px]]
*31.1.2018,11:15am
[[File:48.JPG|400px]]
*31.1.2018,12:15pm
[[File:51.JPG|400px]]
*31.1.2018,13:15pm
[[File:53.JPG|400px]]

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T18:24:46Z

Vuvo5136:

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*a)introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*b).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*c).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*d)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
:to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
*experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
*1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
*2)temprature:control the constant temperature-put the contanier on the hinter
*3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
*1.in 72 hours, the sprouts reach up to 12cm around .
*2.light has no obvious influence on the length of sprouts ,but the color of their leaves .
*3.water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

*31.1.2018,9:15amI first put them on the plate
[[File:DSC06244.JPG|400px]]
*31.1.2018,10:15am
[[File:46.JPG|400px]]
*31.1.2018,11:15am
[[File:48.JPG|400px]]
*31.1.2018,12:15pm
[[File:51.JPG|400px]]
*31.1.2018,13:15pm
[[File:53.JPG|400px]]

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T18:22:55Z

Vuvo5136:

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*a).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*b).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*c)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
:to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
*experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
*1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
*2)temprature:control the constant temperature-put the contanier on the hinter
*3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
*1.in 72 hours, the sprouts reach up to 12cm around .
*2.light has no obvious influence on the length of sprouts ,but the color of their leaves .
*3.water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

*31.1.2018,9:15am

I first put them on the plate
[[File:DSC06244.JPG|400px]]
*31.1.2018,10:15am[[File:46.JPG|400px]]

*31.1.2018,11:15am [[File:48.JPG|400px]]

*31.1.2018,12:15pm[[File:51.JPG|400px]]

*31.1.2018,13:15pm[[File:53.JPG|400px]]

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T18:21:42Z

Vuvo5136:

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*a).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*b).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*c)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
:to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
*experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
*1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
*2)temprature:control the constant temperature-put the contanier on the hinter
*3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
*1.in 72 hours, the sprouts reach up to 12cm around .
*2.light has no obvious influence on the length of sprouts ,but the color of their leaves .
*3.water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

*rescue: watering them water again to see if they are just sleep or die.

===forth experiment===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

*31.1.2018,9:15am

I first put them on the plate
[[File:DSC06244.JPG|400px]]

*31.1.2018,10:15am[[File:46.JPG|400px]] *31.1.2018,11:15am [[File:48.JPG|400px]]*31.1.2018,12:15pm[[File:51.JPG|400px]]

*31.1.2018,13:15pm
[[File:53.JPG|400px]]

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T18:19:23Z

Vuvo5136:

===1.Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===2.References===
*introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*a).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*b).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*c)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===3.first experiment===
:to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
*experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
*1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
*2)temprature:control the constant temperature-put the contanier on the hinter
*3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
*1.in 72 hours, the sprouts reach up to 12cm around .
*2.light has no obvious influence on the length of sprouts ,but the color of their leaves .
*3.water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===second experiment===
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===third experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

*rescue: watering them water again to see if they are just sleep or die.

===second round===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

===forth experiment===
31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

*31.1.2018,9:15am

I first put them on the plate
[[File:DSC06244.JPG|400px]]

*31.1.2018,10:15am
[[File:46.JPG|400px]]

*31.1.2018,11:15am
[[File:48.JPG|400px]]

*31.1.2018,12:15pm
[[File:51.JPG|400px]]

*31.1.2018,13:15pm
[[File:53.JPG|400px]]

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T18:15:32Z

Vuvo5136:

===Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===References===
*introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*a).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*b).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*c)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===pre-experiment===
:to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
*experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
*1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
*2)temprature:control the constant temperature-put the contanier on the hinter
*3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
*1.in 72 hours, the sprouts reach up to 12cm around .
*2.light has no obvious influence on the length of sprouts ,but the color of their leaves .
*3.water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===next step===:
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===second experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

*rescue: watering them water again to see if they are just sleep or die.

===second round===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

===third experiment===
31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

*31.1.2018,9:15am

I first put them on the plate
[[File:DSC06244.JPG|400px]]

*31.1.2018,10:15am
[[File:46.JPG|400px]]

*31.1.2018,11:15am
[[File:48.JPG|400px]]

*31.1.2018,12:15pm
[[File:51.JPG|400px]]

*31.1.2018,13:15pm
[[File:53.JPG|400px]]

GMU:DIY Biolab “Driver’s License”/Xiaomei Xie

2018-01-31T18:14:45Z

Vuvo5136:

===Project subject===
* a series experiments about Mung bean sprouts
Three questions i want to detect:
*1.the most suitable environment for the sprouts grow;
*2.how light influence the sprouts grow;
*3. the fluorescence reaction in Mung bean sprouts

===References===
*introduction of mung beans:Most Mung Beans are grown in China by farmers - often with little machinery. After harvest they are left to dry on gravel roads - so they are dusty.Mung beans are germinated by leaving them in water for four -five hours of daytime light and spending the rest of the day in the dark. Mung bean sprouts can be grown under artificial light for four hours over the period of a week. They are usually simply called "bean sprouts".
*a).links: https://sproutpeople.org/growing-mung-bean-sprouts/
*b).Quality Improvement of Canned Mung Bean (Vigna radiafa) Sprouts R. W. BUESCHER, J. S. CHANG[[ main abstract:The effect of calcium, ascorbic acid, citric acid and EDTA on texture, color and flavor of mung bean sprouts canned as a low-acid food (pH > 4.6) and the effect of acidification by acetic, citric, gluconic, lactic and malic acids on quality of mung bean sprouts canned as an acid-food (pH < 4.6) were examined. Either the addition of calcium or acidification enhanced texture. Texture of products canned as low-acid food increased with decreasing pH. Color was markedly improved by either EDTA combined with ascorbic acid or acidification. Processing in plain (uncoated) cans or treatment with acetic acid was detrimental to flavor. Overall, the best low-acid food product was obtained by the combination of calcium, ascorbic acid, citric acid and EDTA while the best acid-food product was obtained by acidification with gluconic acid.]]
*c)Studies on Physicochemical Properties of Fluorescent Substances in Bean Sprouts[[abstract:Abstract Using six kinds of extraction solvents to study the fluorescent substances in five common bean sprouts of mungbean, soybean, pea, clover and radish, we found that
methanolic extraction had the highest efficiency, followed by ethanol. Among the five bean
sprouts, the methanolic extract of mungbean sprouts (MEMS) had the highest fluorescence
intensity, with excitation wavelength and emission wavelength of 339 and 395nm,
respectively.]]

===pre-experiment===
:to explore a relative normal environment for Mungbeans sprouts as the standard experiment.
*experiment progress :
*step 1:put a mount of Mungbeans in the water for 24hours.
[[File:DSC04853.JPG|400px]]
*step 2:to set up a experiment facility :
*1)container:a flat bottom has a hole container, a block of wet cloth on the bottom;
*2)temprature:control the constant temperature-put the contanier on the hinter
*3)light:normal light with a change of day and night; use a cloth to always cover on one half of the container
and set up a no light environment.
*4)water: watering them 2-3 times a day 36 degree around running water.
[[File:DSC04864.JPG|400px]]

*step 3:consequence:
*1.in 72 hours, the sprouts reach up to 12cm around .
*2.light has no obvious influence on the length of sprouts ,but the color of their leaves .
*3.water is important in the growth of sprouts .
[[File:DSC04896.JPG|400px]]
*2018.01.11:10.pm(put them in the water for 24hours,they start to sprouts.)
[[File:DSC04873.JPG|400px]]

*2018.01.13,9:30pm(2-3cm)
[[File:DSC04881.JPG|400px]]

*2018.01.14,9:30am(5-7cm)
[[File:DSC04884.JPG|400px]]

*2018.01.15,9:30pm(7-10cm)
[[File:DSC04887.JPG|400px]]

*2018.01.16,9:30am(10-12cm)
[[File:DSC04900.JPG|400px]]

===next step===:
*1.use the pre-experiment as the contrast one , and do the 3 different experiment to detect the Mungbeans's growth in different environment :

*A:standard one
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*B: contrast with A in temprature:
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around running water
3. temperature :put it on outdoor control it around 0-5 degree's
4. light :changeable light and night

*C: contrast with A in nutrition liquid :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with some agar in water
3. temperature :put it on the hinter control it around 36-40 degree's
4. light :changeable light and night

*D: contrast with A in light :
1. container:container with hole and wet cloth on the bottom
2. water:water beans sprouts 2-3 times a day with 36 degree around with running water
3. ttemperature :put it on the hinter control it around 36-40 degree's
4. light :contact light with a table lamp.

===second experiment===
*organism:
50g mung beans
Nutritional fluid:milk,cola,water,coffee
environment：light；20-30degree temperature

*experiment progress:
to detect the flavor by watering them with different Nutritional fluid
result:except for the portion of water ,they all stop growing.

*[[File:WechatIMG6.jpeg|400px]]
*[[File:WechatIMG7.jpeg|400px]]
*[[File:WechatIMG8.jpeg|400px]]
*[[File:WechatIMG9.jpeg|400px]]
*[[File:WechatIMG10.jpeg|400px]]

*rescue: watering them water again to see if they are just sleep or die.

===second round===
to see the different color with light or no light
a)organism:
*mung bean sprouts (grown up in no light environment )

*[[File:WechatIMG11.jpeg|400px]]

===third experiment===
31.1.2018
the rescue didn't work，the sprouts don't like cola，coffee and milk and they all died.

continuing to observe the changing of sprouts'color in the light.

organism :Mungbean sprouts leaves with different color.

method:make two portion of sprouts leaves one a plate with the strong light.
the above portion' leaves are off the mother body
the below portion' leaves are not off the mother body

consequences :they are all turn green in the same time and at the same speed.

*31.1.2018,9:15am
I first put them on the plate
[[File:DSC06244.JPG|400px]]

*31.1.2018,10:15am
[[File:46.JPG|400px]]

*31.1.2018,11:15am
[[File:48.JPG|400px]]

*31.1.2018,12:15pm
[[File:51.JPG|400px]]

*31.1.2018,13:15pm
[[File:53.JPG|400px]]