Medien Wiki - User contributions [en]

GMU:Drawing: the natural-scientific gaze/Anne

2013-02-21T21:18:58Z

Yu:

After the first lessons we started drawing.
We chose a microscopic image of a blood cell in a clot to draw.

This is the original image:

[[File:Bloodcell.jpeg]]

How I drew it:

[[File:Blood_cell_drawing.JPG]]

What I made of my drawn image playing with scaling:

I copied my drawn image plenty times ar different scales and build a scaling pyramid with it.
The bottom is the largest and the top the smallest copy of the blood cell.

[[File:3D_blood_cell_modell.JPG]]
[[File:3D_blood_cell_modell_profile.jpg]]

I tried to use the small copies of the cells as a pattern and make something similar looking to a carpet or tapestry:

[[File:Blood_cell_grid.JPG]]

These are the copies etc. which I used while working on the scaling:

[[File:Work_process.jpg]]

Our last lesson before christmas was looking at brought subjects under the microscope of a classmate.

My sketches:

[[File:Skizze_duschbad_s.jpg]]
[[File:Skizze_duschbad1_s.jpg]]
[[File:Skizze_gurke_s.jpg]]
[[File:Skizze_mandarine_s.jpg]]
[[File:Skizze_rasierschaum_s.jpg]]
[[File:Skizze_schwamm_s.jpg]]
[[File:Skizze_universalreiniger_2.jpg]]
[[File:Skizze_zucker_s.jpg]]

As a kind of homework assignment we were supposed to draw in a sketchbook.
I drew some sketches and some of them are quite funny inspired by friends and their imagination.
The fire spitting French Fry was drawn in the Mensa in Weimar while eating.
The idea that stuck and will be reencountered in my final project is the shadow idea.

Where is the light source?

These are all of my sketches:

[[File:Skizzenbuch_s3.jpg]]
[[File:Skizzenbuch_s1.png]]
[[File:Skizzenbuch_s4.jpg]]
[[File:Skizzenbuch_s5.jpg]]
[[File:Skizzenbuch_s6.jpg]]
[[File:Skizzenbuch_s9.jpg]]
[[File:Skizzenbuch_s10.jpg]]
[[File:Skizzenbuch_s11.jpg]]
[[File:Skizzenbuch_s7.jpg]]
[[File:Skizzenbuch_s8.jpg]]
[[File:Skizzenbuch_s2.jpg]]

As the last part of our course we used a microscope to look at interesting objects and together decide which ones we want to draw.
In the end we had the wing of a moth, a tulip petal and the scale of a berry. Furthermore I used strings of red wool.
I drew without colour only with a pencil.

These are the objects drawn:

[[File:Schmetterlingsfluegel.jpg]]
[[File:samen_1.jpg]]
[[File:rote_wolle.jpg]]
[[File:Tulpenbluetenblatt.jpg]]

The end of the course will be the presentation of one project.

I chose a project around shadows as mentioned above.

Title: Shadow Distortion

In my project I aim to compare to groups of students who work with
3D-modelling on a daily basis.
My goal is the analysis of their spatial sense based on shadow distortion.
My approach to this analysis is as follows.
First part:
I will take approximately 10 pictures of simple objects with different
illumination.
The lightsource will not be depicted in the photo.
For each picture there will be a spatial map where the lightsource was
located. This is kept secret from the probands and will be revealed
only after the experiment is over.
The probands will be given a spatial map without the lightsource and
asked to draw the lightsource into the given spatial map.

Second part:
I will take again 10 pictures of different simple objects and then
draw them as close to reality as possible. Then these drawn objects
will be scanned in.
But instead of preserving the original shadows I will distort some of
the shadows or place them somewhere different from their original
position.
This is also the second part for the probands.
Given these 10 images they will be asked to point the lightsource again.
Given that the reflection and refraction will stay the same the
probands may detect that the pictures have wrong shadow placement.
It is still uncertain if they will be given the knowledge of
wrong-placed shadows in some of the images in advance or be left to
find out on their own.

After having collected all data needed the data will be visualized
using stochastical forms and a conclusion will be drawn concerning my
hypothesis which is that artists have indeed a better spatial sense
than computer graphic students.

The form of my art projected will be a folder with all collected
material concerning this work. This folder can be copied and there
will not be one original.
The pictures drawn then scanned and shot will be included as well as
documentation of the experiment and the captured thought process of
the test persons.
Overlapping maps of all placed lightsources in the spatial maps
including the real one will be added, too.
Also the analysis in form of charts and a short text summarizing the
conclusion, hypthesis and my thought process on this project.

File:Skizze zucker s.jpg

2013-02-21T21:13:04Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizze universalreiniger 2.jpg

2013-02-21T21:12:45Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizze schwamm s.jpg

2013-02-21T21:12:29Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizze rasierschaum s.jpg

2013-02-21T21:12:13Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizze mandarine s.jpg

2013-02-21T21:11:55Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizze gurke s.jpg

2013-02-21T21:11:40Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizze duschbad1 s.jpg

2013-02-21T21:11:24Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizze duschbad s.jpg

2013-02-21T21:11:04Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

GMU:Drawing: the natural-scientific gaze/Anne

2013-02-21T20:48:43Z

Yu:

After the first lessons we started drawing.
We chose a microscopic image of a blood cell in a clot to draw.

This is the original image:

[[File:Bloodcell.jpeg]]

How I drew it:

[[File:Blood_cell_drawing.JPG]]

What I made of my drawn image playing with scaling:

I copied my drawn image plenty times ar different scales and build a scaling pyramid with it.
The bottom is the largest and the top the smallest copy of the blood cell.

[[File:3D_blood_cell_modell.JPG]]
[[File:3D_blood_cell_modell_profile.jpg]]

I tried to use the small copies of the cells as a pattern and make something similar looking to a carpet or tapestry:

[[File:Blood_cell_grid.JPG]]

These are the copies etc. which I used while working on the scaling:

[[File:Work_process.jpg]]

As a kind of homework assignment we were supposed to draw in a sketchbook.
I drew some sketches and some of them are quite funny inspired by friends and their imagination.
The fire spitting French Fry was drawn in the Mensa in Weimar while eating.
The idea that stuck and will be reencountered in my final project is the shadow idea.

Where is the light source?

These are all of my sketches:

[[File:Skizzenbuch_s3.jpg]]
[[File:Skizzenbuch_s1.png]]
[[File:Skizzenbuch_s4.jpg]]
[[File:Skizzenbuch_s5.jpg]]
[[File:Skizzenbuch_s6.jpg]]
[[File:Skizzenbuch_s9.jpg]]
[[File:Skizzenbuch_s10.jpg]]
[[File:Skizzenbuch_s11.jpg]]
[[File:Skizzenbuch_s7.jpg]]
[[File:Skizzenbuch_s8.jpg]]
[[File:Skizzenbuch_s2.jpg]]

As the last part of our course we used a microscope to look at interesting objects and together decide which ones we want to draw.
In the end we had the wing of a moth, a tulip petal and the scale of a berry. Furthermore I used strings of red wool.
I drew without colour only with a pencil.

These are the objects drawn:

[[File:Schmetterlingsfluegel.jpg]]
[[File:samen_1.jpg]]
[[File:rote_wolle.jpg]]
[[File:Tulpenbluetenblatt.jpg]]

The end of the course will be the presentation of one project.

I chose a project around shadows as mentioned above.

Title: Shadow Distortion

In my project I aim to compare to groups of students who work with
3D-modelling on a daily basis.
My goal is the analysis of their spatial sense based on shadow distortion.
My approach to this analysis is as follows.
First part:
I will take approximately 10 pictures of simple objects with different
illumination.
The lightsource will not be depicted in the photo.
For each picture there will be a spatial map where the lightsource was
located. This is kept secret from the probands and will be revealed
only after the experiment is over.
The probands will be given a spatial map without the lightsource and
asked to draw the lightsource into the given spatial map.

Second part:
I will take again 10 pictures of different simple objects and then
draw them as close to reality as possible. Then these drawn objects
will be scanned in.
But instead of preserving the original shadows I will distort some of
the shadows or place them somewhere different from their original
position.
This is also the second part for the probands.
Given these 10 images they will be asked to point the lightsource again.
Given that the reflection and refraction will stay the same the
probands may detect that the pictures have wrong shadow placement.
It is still uncertain if they will be given the knowledge of
wrong-placed shadows in some of the images in advance or be left to
find out on their own.

After having collected all data needed the data will be visualized
using stochastical forms and a conclusion will be drawn concerning my
hypothesis which is that artists have indeed a better spatial sense
than computer graphic students.

The form of my art projected will be a folder with all collected
material concerning this work. This folder can be copied and there
will not be one original.
The pictures drawn then scanned and shot will be included as well as
documentation of the experiment and the captured thought process of
the test persons.
Overlapping maps of all placed lightsources in the spatial maps
including the real one will be added, too.
Also the analysis in form of charts and a short text summarizing the
conclusion, hypthesis and my thought process on this project.

User:Yu

2013-02-18T09:53:57Z

Yu:

After the first lessons we started drawing.
We chose a microscopic image of a blood cell in a clot to draw.

This is the original image:

[[File:Bloodcell.jpeg]]

How I drew it:

[[File:Blood_cell_drawing.JPG]]

What I made of my drawn image playing with scaling:

I copied my drawn image plenty times ar different scales and build a scaling pyramid with it.
The bottom is the largest and the top the smallest copy of the blood cell.

[[File:3D_blood_cell_modell.JPG]]
[[File:3D_blood_cell_modell_profile.jpg]]

I tried to use the small copies of the cells as a pattern and make something similar looking to a carpet or tapestry:

[[File:Blood_cell_grid.JPG]]

These are the copies etc. which I used while working on the scaling:

[[File:Work_process.jpg]]

As a kind of homework assignment we were supposed to draw in a sketchbook.
I drew some sketches and some of them are quite funny inspired by friends and their imagination.
The fire spitting French Fry was drawn in the Mensa in Weimar while eating.
The idea that stuck and will be reencountered in my final project is the shadow idea.

Where is the light source?

These are all of my sketches:

[[File:Skizzenbuch_s3.jpg]]
[[File:Skizzenbuch_s1.png]]
[[File:Skizzenbuch_s4.jpg]]
[[File:Skizzenbuch_s5.jpg]]
[[File:Skizzenbuch_s6.jpg]]
[[File:Skizzenbuch_s9.jpg]]
[[File:Skizzenbuch_s10.jpg]]
[[File:Skizzenbuch_s11.jpg]]
[[File:Skizzenbuch_s7.jpg]]
[[File:Skizzenbuch_s8.jpg]]
[[File:Skizzenbuch_s2.jpg]]

As the last part of our course we used a microscope to look at interesting objects and together decide which ones we want to draw.
In the end we had the wing of a moth, a tulip petal and the scale of a berry. Furthermore I used strings of red wool.
I drew without colour only with a pencil.

These are the objects drawn:

[[File:Schmetterlingsfluegel.jpg]]
[[File:samen_1.jpg]]
[[File:rote_wolle.jpg]]
[[File:Tulpenbluetenblatt.jpg]]

The end of the course will be the presentation of one project.

I chose a project around shadows as mentioned above.

Title: Shadow Distortion

In my project I aim to compare to groups of students who work with
3D-modelling on a daily basis.
My goal is the analysis of their spatial sense based on shadow distortion.
My approach to this analysis is as follows.
First part:
I will take approximately 10 pictures of simple objects with different
illumination.
The lightsource will not be depicted in the photo.
For each picture there will be a spatial map where the lightsource was
located. This is kept secret from the probands and will be revealed
only after the experiment is over.
The probands will be given a spatial map without the lightsource and
asked to draw the lightsource into the given spatial map.

Second part:
I will take again 10 pictures of different simple objects and then
draw them as close to reality as possible. Then these drawn objects
will be scanned in.
But instead of preserving the original shadows I will distort some of
the shadows or place them somewhere different from their original
position.
This is also the second part for the probands.
Given these 10 images they will be asked to point the lightsource again.
Given that the reflection and refraction will stay the same the
probands may detect that the pictures have wrong shadow placement.
It is still uncertain if they will be given the knowledge of
wrong-placed shadows in some of the images in advance or be left to
find out on their own.

After having collected all data needed the data will be visualized
using stochastical forms and a conclusion will be drawn concerning my
hypothesis which is that artists have indeed a better spatial sense
than computer graphic students.

The form of my art projected will be a folder with all collected
material concerning this work. This folder can be copied and there
will not be one original.
The pictures drawn then scanned and shot will be included as well as
documentation of the experiment and the captured thought process of
the test persons.
Overlapping maps of all placed lightsources in the spatial maps
including the real one will be added, too.
Also the analysis in form of charts and a short text summarizing the
conclusion, hypthesis and my thought process on this project.

User:Yu

2013-02-18T09:51:53Z

Yu:

File:Samen 1.jpg

2013-02-18T09:50:10Z

Yu: uploaded a new version of "File:Samen 1.jpg"

== Summary ==
Fruchtschuppe mikroskopiert.
== Copyright status: ==

== Source: ==

File:Rote wolle.jpg

2013-02-18T09:49:37Z

Yu: uploaded a new version of "File:Rote wolle.jpg"

== Summary ==
Rote Wolle mikroskopiert.
== Copyright status: ==

== Source: ==

File:Schmetterlingsfluegel.jpg

2013-02-18T09:49:04Z

Yu: uploaded a new version of "File:Schmetterlingsfluegel.jpg"

== Summary ==
Nachtfalterflluegel mikoskopiert.
== Copyright status: ==

== Source: ==

File:Tulpenbluetenblatt.jpg

2013-02-18T09:48:35Z

Yu: uploaded a new version of "File:Tulpenbluetenblatt.jpg"

== Summary ==
Tulpenblatt mikroskopiert.
== Copyright status: ==

== Source: ==

User:Yu

2013-02-18T09:47:42Z

Yu:

User:Yu

2013-02-18T09:37:42Z

Yu:

File:Skizzenbuch s11.jpg

2013-02-18T09:35:34Z

Yu: uploaded a new version of "File:Skizzenbuch s11.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s10.jpg

2013-02-18T09:35:08Z

Yu: uploaded a new version of "File:Skizzenbuch s10.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s9.jpg

2013-02-18T09:34:35Z

Yu: uploaded a new version of "File:Skizzenbuch s9.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s8.jpg

2013-02-18T09:33:51Z

Yu: uploaded a new version of "File:Skizzenbuch s8.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s7.jpg

2013-02-17T23:59:28Z

Yu: uploaded a new version of "File:Skizzenbuch s7.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s5.jpg

2013-02-17T23:58:04Z

Yu: uploaded a new version of "File:Skizzenbuch s5.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s6.jpg

2013-02-17T23:57:28Z

Yu: uploaded a new version of "File:Skizzenbuch s6.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s6.jpg

2013-02-17T23:56:26Z

Yu: uploaded a new version of "File:Skizzenbuch s6.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s4.jpg

2013-02-17T23:56:03Z

Yu: uploaded a new version of "File:Skizzenbuch s4.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s3.jpg

2013-02-17T23:54:09Z

Yu: uploaded a new version of "File:Skizzenbuch s3.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s2.jpg

2013-02-17T23:53:11Z

Yu: uploaded a new version of "File:Skizzenbuch s2.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

User:Yu

2013-02-17T23:52:04Z

Yu:

File:Skizzenbuch s1.png

2013-02-17T23:51:30Z

Yu: uploaded a new version of "File:Skizzenbuch s1.png"

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s11.jpg

2013-02-17T23:42:24Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s10.jpg

2013-02-17T23:40:02Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s9.jpg

2013-02-17T23:36:10Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s8.jpg

2013-02-17T23:35:24Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s7.jpg

2013-02-17T23:34:05Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s5.jpg

2013-02-17T23:32:32Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s6.jpg

2013-02-17T23:31:41Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s4.jpg

2013-02-17T23:28:08Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s3.jpg

2013-02-17T23:27:38Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s2.jpg

2013-02-17T23:25:29Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

File:Skizzenbuch s1.png

2013-02-17T23:20:10Z

Yu:

== Summary ==

== Copyright status: ==

== Source: ==

User:Yu

2013-02-17T23:19:20Z

Yu:

User:Yu

2013-02-17T23:18:59Z

Yu:

After the first lessons we started drawing.
We chose a microscopic image of a blood cell in a clot to draw.

This is the original image:

[[File:Bloodcell.jpeg}}

How I drew it:

[[File:Blood_cell_drawing.JPG]]

What I made of my drawn image playing with scaling:

I copied my drawn image plenty times ar different scales and build a scaling pyramid with it.
The bottom is the largest and the top the smallest copy of the blood cell.

[[File:3D_blood_cell_modell.JPG]]
[[File:3D_blood_cell_modell_profile.jpg]]

I tried to use the small copies of the cells as a pattern and make something similar looking to a carpet or tapestry:

[[File:Blood_cell_grid.JPG]]

These are the copies etc. which I used while working on the scaling:

[[File:Work_process.jpg]]

As a kind of homework assignment we were supposed to draw in a sketchbook.
I drew some sketches and some of them are quite funny inspired by friends and their imagination.
The fire spitting French Fry was drawn in the Mensa in Weimar while eating.
The idea that stuck and will be reencountered in my final project is the shadow idea.

Where is the light source?

These are all of my sketches:

File:Bloodcell.jpeg

2013-02-17T23:15:31Z

Yu: Original image which we replicated.

== Summary ==
Original image which we replicated.
== Copyright status: ==

== Source: ==

User:Yu

2013-02-17T23:10:57Z

Yu:

After the first lessons we started drawing.
We chose a microscopic image of a blood cell in a clot to draw.

This is the original image:

How I drew it:

[[File:Blood_cell_drawing.JPG]]

What I made of my drawn image playing with scaling:

I copied my drawn image plenty times ar different scales and build a scaling pyramid with it.
The bottom is the largest and the top the smallest copy of the blood cell.

[[File:3D_blood_cell_modell.JPG]]
[[File:3D_blood_cell_modell_profile.jpg]]

I tried to use the small copies of the cells as a pattern and make something similar looking to a carpet or tapestry:

[[File:Blood_cell_grid.JPG]]

These are the copies etc. which I used while working on the scaling:

[[File:Work_process.jpg]]

User:Yu

2013-02-17T23:04:24Z

Yu:

After the first lessons we started drawing.
We chose a microscopic image of a blood cell in a clot to draw.

This is the original image:

How I drew it:

What I made of my drawn image playing with scaling:

I copied my drawn image plenty times ar different scales and build a scaling pyramid with it.
The bottom is the largest and the top the smallest copy of the blood cell.

[[File:3D_blood_cell_modell.JPG]]
[[File:3D_blood_cell_modell_profile.jpg]]

I tried to use the small copies of the cells as a pattern and make something similar looking to a carpet or tapestry:
[[File:Blood_cell_grid.JPG]]

These are the copies etc. which I used while working on the scaling:
[[File:Work_process.jpg]]

File:Tulpenbluetenblatt.jpg

2013-02-17T22:51:24Z

Yu: Tulpenblatt mikroskopiert.

== Summary ==
Tulpenblatt mikroskopiert.
== Copyright status: ==

== Source: ==

File:Schmetterlingsfluegel.jpg

2013-02-17T22:44:27Z

Yu: Nachtfalterflluegel mikoskopiert.

== Summary ==
Nachtfalterflluegel mikoskopiert.
== Copyright status: ==

== Source: ==

File:Samen 1.jpg

2013-02-17T22:42:16Z

Yu: Fruchtschuppe mikroskopiert.

== Summary ==
Fruchtschuppe mikroskopiert.
== Copyright status: ==

== Source: ==