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$35 USD / hora
Bandera de CHINA
beijing, china
$35 USD / hora
Aquí son las 2:01 p. m.
Se unió el febrero 17, 2020
0 Recomendaciones

Dong L.

@leedonghn

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$35 USD / hora
Bandera de CHINA
beijing, china
$35 USD / hora
N/A
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Tasa de recontratación

Senior Software Engineer/Data Analyst

Expert on computer graphics 3D animation, image processing, and data visualization. Expert Language: Javascript, OpenGL, Cg, Matlab, WebGL, D3, JQuery, PHP, HTML5, Canvas, and Mysql, Python, R, C#.
Freelancer PHP Developers China
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Portafolio

6156303
Helicopter Fly Simulation Demo Picture. Programming language: C++, OpenGL, Cg. 1. The project was to simulate the whole process of a helicopter from taking off to landing. 2. The basic theory of the whole process is the Finite Element. 3. The viewpoint can be at a fixed position to the helicopter with a fixed angle. 4. The viewpoint can be changed to angle to any global position with any angle. 5. Ray-tracing light shader
Helicopter Fly Simulation
Helicopter Fly Simulation Demo Picture. Programming language: C++, OpenGL, Cg. 1. The project was to simulate the whole process of a helicopter from taking off to landing. 2. The basic theory of the whole process is the Finite Element. 3. The viewpoint can be at a fixed position to the helicopter with a fixed angle. 4. The viewpoint can be changed to angle to any global position with any angle. 5. Ray-tracing light shader
Helicopter Fly Simulation
Helicopter Fly Simulation Demo Picture. Programming language: C++, OpenGL, Cg. 1. The project was to simulate the whole process of a helicopter from taking off to landing. 2. The basic theory of the whole process is the Finite Element. 3. The viewpoint can be at a fixed position to the helicopter with a fixed angle. 4. The viewpoint can be changed to angle to any global position with any angle. 5. Ray-tracing light shader
Helicopter Fly Simulation
6149411
This visualization tool can do the following functions: 1. load and render a 3D medical image in HTML canvas by using WebGL 2. mouse function to zoom in/ out the medical image 3. mouse function on selecting slice on XYZ dimension 4. mouse function to rotate the medical image 5. add labels point and labels on the medical image 6. make screenshot and download as png, jpeg document 7. render different tissue of the body part 8. ray-tracing shader
3D Medical Image Visualization
This visualization tool can do the following functions: 1. load and render a 3D medical image in HTML canvas by using WebGL 2. mouse function to zoom in/ out the medical image 3. mouse function on selecting slice on XYZ dimension 4. mouse function to rotate the medical image 5. add labels point and labels on the medical image 6. make screenshot and download as png, jpeg document 7. render different tissue of the body part 8. ray-tracing shader
3D Medical Image Visualization
This visualization tool can do the following functions: 1. load and render a 3D medical image in HTML canvas by using WebGL 2. mouse function to zoom in/ out the medical image 3. mouse function on selecting slice on XYZ dimension 4. mouse function to rotate the medical image 5. add labels point and labels on the medical image 6. make screenshot and download as png, jpeg document 7. render different tissue of the body part 8. ray-tracing shader
3D Medical Image Visualization
This visualization tool can do the following functions: 1. load and render a 3D medical image in HTML canvas by using WebGL 2. mouse function to zoom in/ out the medical image 3. mouse function on selecting slice on XYZ dimension 4. mouse function to rotate the medical image 5. add labels point and labels on the medical image 6. make screenshot and download as png, jpeg document 7. render different tissue of the body part 8. ray-tracing shader
3D Medical Image Visualization
This visualization tool can do the following functions: 1. load and render a 3D medical image in HTML canvas by using WebGL 2. mouse function to zoom in/ out the medical image 3. mouse function on selecting slice on XYZ dimension 4. mouse function to rotate the medical image 5. add labels point and labels on the medical image 6. make screenshot and download as png, jpeg document 7. render different tissue of the body part 8. ray-tracing shader
3D Medical Image Visualization
This visualization tool can do the following functions: 1. load and render a 3D medical image in HTML canvas by using WebGL 2. mouse function to zoom in/ out the medical image 3. mouse function on selecting slice on XYZ dimension 4. mouse function to rotate the medical image 5. add labels point and labels on the medical image 6. make screenshot and download as png, jpeg document 7. render different tissue of the body part 8. ray-tracing shader
3D Medical Image Visualization
6156309
These pictures are the animation of one big ring twisted into 3 small rings. Programming Language: C++, OpenGL, Cg. 1. The physical theory of this simulation is using the finite element method for modeling. 2. The whole scene used light effects, shadow effects. 3. mouse function to change the viewpoint. 4. keyboard functions to transfer, rotate and change the distance of viewpoint.
Spine Rings of finite element method
These pictures are the animation of one big ring twisted into 3 small rings. Programming Language: C++, OpenGL, Cg. 1. The physical theory of this simulation is using the finite element method for modeling. 2. The whole scene used light effects, shadow effects. 3. mouse function to change the viewpoint. 4. keyboard functions to transfer, rotate and change the distance of viewpoint.
Spine Rings of finite element method
These pictures are the animation of one big ring twisted into 3 small rings. Programming Language: C++, OpenGL, Cg. 1. The physical theory of this simulation is using the finite element method for modeling. 2. The whole scene used light effects, shadow effects. 3. mouse function to change the viewpoint. 4. keyboard functions to transfer, rotate and change the distance of viewpoint.
Spine Rings of finite element method
6149348
Our team built the Cbioportal platform(www.cbioportal.org), you can visit the website to check the platform we built. My work in the group was designing and developing the Oncoprint and Oncoprinter part. I used D3, Json, Ajax, WebGL. 1. show cancer mutation small box 2. room zoom in/out the small box size to see part/whole part of all samples 3. show legends of different type of mutations 4. highlight rectangle with mouse over some sample 5. show tooltip with detail text information about the selected sample 6. show different mutation with different color and shape 7. mouse function to move up and down of different gene 8. show mutation percentage as text in front of gene text row There are more detail functions, please visit website: https://www.cbioportal.org/results/oncoprint?Z_SCORE_THRESHOLD=2.0&RPPA_SCORE_THRESHOLD=2.0&data_priority=0&profileFilter=0&case_set_id=ampca_bcm_2016_sequenced&gene_list=SOX9%2520RAN%2520TNK2%2520EP300%2520PXN%2520NCOA2%2520AR%2520NR
Cbioportal Oncoprint & Oncoprinter
Our team built the Cbioportal platform(www.cbioportal.org), you can visit the website to check the platform we built. My work in the group was designing and developing the Oncoprint and Oncoprinter part. I used D3, Json, Ajax, WebGL. 1. show cancer mutation small box 2. room zoom in/out the small box size to see part/whole part of all samples 3. show legends of different type of mutations 4. highlight rectangle with mouse over some sample 5. show tooltip with detail text information about the selected sample 6. show different mutation with different color and shape 7. mouse function to move up and down of different gene 8. show mutation percentage as text in front of gene text row There are more detail functions, please visit website: https://www.cbioportal.org/results/oncoprint?Z_SCORE_THRESHOLD=2.0&RPPA_SCORE_THRESHOLD=2.0&data_priority=0&profileFilter=0&case_set_id=ampca_bcm_2016_sequenced&gene_list=SOX9%2520RAN%2520TNK2%2520EP300%2520PXN%2520NCOA2%2520AR%2520NR
Cbioportal Oncoprint & Oncoprinter
Our team built the Cbioportal platform(www.cbioportal.org), you can visit the website to check the platform we built. My work in the group was designing and developing the Oncoprint and Oncoprinter part. I used D3, Json, Ajax, WebGL. 1. show cancer mutation small box 2. room zoom in/out the small box size to see part/whole part of all samples 3. show legends of different type of mutations 4. highlight rectangle with mouse over some sample 5. show tooltip with detail text information about the selected sample 6. show different mutation with different color and shape 7. mouse function to move up and down of different gene 8. show mutation percentage as text in front of gene text row There are more detail functions, please visit website: https://www.cbioportal.org/results/oncoprint?Z_SCORE_THRESHOLD=2.0&RPPA_SCORE_THRESHOLD=2.0&data_priority=0&profileFilter=0&case_set_id=ampca_bcm_2016_sequenced&gene_list=SOX9%2520RAN%2520TNK2%2520EP300%2520PXN%2520NCOA2%2520AR%2520NR
Cbioportal Oncoprint & Oncoprinter
6157461
1. Using WebGL to load object file of Heart and Skeleton and load texture. 2. Adding light effect onto the objects. 3. Adding text label and label line to the object. 4. Mouse functions: zoom in and out, global transformation. 5. keyboard function: show the surface/ wire of objects, local rotation.
3ds file of Heart and Skeleton rendered with webGL
1. Using WebGL to load object file of Heart and Skeleton and load texture. 2. Adding light effect onto the objects. 3. Adding text label and label line to the object. 4. Mouse functions: zoom in and out, global transformation. 5. keyboard function: show the surface/ wire of objects, local rotation.
3ds file of Heart and Skeleton rendered with webGL
1. Using WebGL to load object file of Heart and Skeleton and load texture. 2. Adding light effect onto the objects. 3. Adding text label and label line to the object. 4. Mouse functions: zoom in and out, global transformation. 5. keyboard function: show the surface/ wire of objects, local rotation.
3ds file of Heart and Skeleton rendered with webGL
1. Using WebGL to load object file of Heart and Skeleton and load texture. 2. Adding light effect onto the objects. 3. Adding text label and label line to the object. 4. Mouse functions: zoom in and out, global transformation. 5. keyboard function: show the surface/ wire of objects, local rotation.
3ds file of Heart and Skeleton rendered with webGL
1. Using WebGL to load object file of Heart and Skeleton and load texture. 2. Adding light effect onto the objects. 3. Adding text label and label line to the object. 4. Mouse functions: zoom in and out, global transformation. 5. keyboard function: show the surface/ wire of objects, local rotation.
3ds file of Heart and Skeleton rendered with webGL
6157427
finite element project demo of flap structure
Finite Element project Demo of flap
finite element project demo of flap structure
Finite Element project Demo of flap
finite element project demo of flap structure
Finite Element project Demo of flap
finite element project demo of flap structure
Finite Element project Demo of flap
6156303
Helicopter Fly Simulation Demo Picture. Programming language: C++, OpenGL, Cg. 1. The project was to simulate the whole process of a helicopter from taking off to landing. 2. The basic theory of the whole process is the Finite Element. 3. The viewpoint can be at a fixed position to the helicopter with a fixed angle. 4. The viewpoint can be changed to angle to any global position with any angle. 5. Ray-tracing light shader
Helicopter Fly Simulation
Helicopter Fly Simulation Demo Picture. Programming language: C++, OpenGL, Cg. 1. The project was to simulate the whole process of a helicopter from taking off to landing. 2. The basic theory of the whole process is the Finite Element. 3. The viewpoint can be at a fixed position to the helicopter with a fixed angle. 4. The viewpoint can be changed to angle to any global position with any angle. 5. Ray-tracing light shader
Helicopter Fly Simulation
Helicopter Fly Simulation Demo Picture. Programming language: C++, OpenGL, Cg. 1. The project was to simulate the whole process of a helicopter from taking off to landing. 2. The basic theory of the whole process is the Finite Element. 3. The viewpoint can be at a fixed position to the helicopter with a fixed angle. 4. The viewpoint can be changed to angle to any global position with any angle. 5. Ray-tracing light shader
Helicopter Fly Simulation
6149411
This visualization tool can do the following functions: 1. load and render a 3D medical image in HTML canvas by using WebGL 2. mouse function to zoom in/ out the medical image 3. mouse function on selecting slice on XYZ dimension 4. mouse function to rotate the medical image 5. add labels point and labels on the medical image 6. make screenshot and download as png, jpeg document 7. render different tissue of the body part 8. ray-tracing shader
3D Medical Image Visualization
This visualization tool can do the following functions: 1. load and render a 3D medical image in HTML canvas by using WebGL 2. mouse function to zoom in/ out the medical image 3. mouse function on selecting slice on XYZ dimension 4. mouse function to rotate the medical image 5. add labels point and labels on the medical image 6. make screenshot and download as png, jpeg document 7. render different tissue of the body part 8. ray-tracing shader
3D Medical Image Visualization
This visualization tool can do the following functions: 1. load and render a 3D medical image in HTML canvas by using WebGL 2. mouse function to zoom in/ out the medical image 3. mouse function on selecting slice on XYZ dimension 4. mouse function to rotate the medical image 5. add labels point and labels on the medical image 6. make screenshot and download as png, jpeg document 7. render different tissue of the body part 8. ray-tracing shader
3D Medical Image Visualization
This visualization tool can do the following functions: 1. load and render a 3D medical image in HTML canvas by using WebGL 2. mouse function to zoom in/ out the medical image 3. mouse function on selecting slice on XYZ dimension 4. mouse function to rotate the medical image 5. add labels point and labels on the medical image 6. make screenshot and download as png, jpeg document 7. render different tissue of the body part 8. ray-tracing shader
3D Medical Image Visualization
This visualization tool can do the following functions: 1. load and render a 3D medical image in HTML canvas by using WebGL 2. mouse function to zoom in/ out the medical image 3. mouse function on selecting slice on XYZ dimension 4. mouse function to rotate the medical image 5. add labels point and labels on the medical image 6. make screenshot and download as png, jpeg document 7. render different tissue of the body part 8. ray-tracing shader
3D Medical Image Visualization
This visualization tool can do the following functions: 1. load and render a 3D medical image in HTML canvas by using WebGL 2. mouse function to zoom in/ out the medical image 3. mouse function on selecting slice on XYZ dimension 4. mouse function to rotate the medical image 5. add labels point and labels on the medical image 6. make screenshot and download as png, jpeg document 7. render different tissue of the body part 8. ray-tracing shader
3D Medical Image Visualization
6156309
These pictures are the animation of one big ring twisted into 3 small rings. Programming Language: C++, OpenGL, Cg. 1. The physical theory of this simulation is using the finite element method for modeling. 2. The whole scene used light effects, shadow effects. 3. mouse function to change the viewpoint. 4. keyboard functions to transfer, rotate and change the distance of viewpoint.
Spine Rings of finite element method
These pictures are the animation of one big ring twisted into 3 small rings. Programming Language: C++, OpenGL, Cg. 1. The physical theory of this simulation is using the finite element method for modeling. 2. The whole scene used light effects, shadow effects. 3. mouse function to change the viewpoint. 4. keyboard functions to transfer, rotate and change the distance of viewpoint.
Spine Rings of finite element method
These pictures are the animation of one big ring twisted into 3 small rings. Programming Language: C++, OpenGL, Cg. 1. The physical theory of this simulation is using the finite element method for modeling. 2. The whole scene used light effects, shadow effects. 3. mouse function to change the viewpoint. 4. keyboard functions to transfer, rotate and change the distance of viewpoint.
Spine Rings of finite element method
6149348
Our team built the Cbioportal platform(www.cbioportal.org), you can visit the website to check the platform we built. My work in the group was designing and developing the Oncoprint and Oncoprinter part. I used D3, Json, Ajax, WebGL. 1. show cancer mutation small box 2. room zoom in/out the small box size to see part/whole part of all samples 3. show legends of different type of mutations 4. highlight rectangle with mouse over some sample 5. show tooltip with detail text information about the selected sample 6. show different mutation with different color and shape 7. mouse function to move up and down of different gene 8. show mutation percentage as text in front of gene text row There are more detail functions, please visit website: https://www.cbioportal.org/results/oncoprint?Z_SCORE_THRESHOLD=2.0&RPPA_SCORE_THRESHOLD=2.0&data_priority=0&profileFilter=0&case_set_id=ampca_bcm_2016_sequenced&gene_list=SOX9%2520RAN%2520TNK2%2520EP300%2520PXN%2520NCOA2%2520AR%2520NR
Cbioportal Oncoprint & Oncoprinter
Our team built the Cbioportal platform(www.cbioportal.org), you can visit the website to check the platform we built. My work in the group was designing and developing the Oncoprint and Oncoprinter part. I used D3, Json, Ajax, WebGL. 1. show cancer mutation small box 2. room zoom in/out the small box size to see part/whole part of all samples 3. show legends of different type of mutations 4. highlight rectangle with mouse over some sample 5. show tooltip with detail text information about the selected sample 6. show different mutation with different color and shape 7. mouse function to move up and down of different gene 8. show mutation percentage as text in front of gene text row There are more detail functions, please visit website: https://www.cbioportal.org/results/oncoprint?Z_SCORE_THRESHOLD=2.0&RPPA_SCORE_THRESHOLD=2.0&data_priority=0&profileFilter=0&case_set_id=ampca_bcm_2016_sequenced&gene_list=SOX9%2520RAN%2520TNK2%2520EP300%2520PXN%2520NCOA2%2520AR%2520NR
Cbioportal Oncoprint & Oncoprinter
Our team built the Cbioportal platform(www.cbioportal.org), you can visit the website to check the platform we built. My work in the group was designing and developing the Oncoprint and Oncoprinter part. I used D3, Json, Ajax, WebGL. 1. show cancer mutation small box 2. room zoom in/out the small box size to see part/whole part of all samples 3. show legends of different type of mutations 4. highlight rectangle with mouse over some sample 5. show tooltip with detail text information about the selected sample 6. show different mutation with different color and shape 7. mouse function to move up and down of different gene 8. show mutation percentage as text in front of gene text row There are more detail functions, please visit website: https://www.cbioportal.org/results/oncoprint?Z_SCORE_THRESHOLD=2.0&RPPA_SCORE_THRESHOLD=2.0&data_priority=0&profileFilter=0&case_set_id=ampca_bcm_2016_sequenced&gene_list=SOX9%2520RAN%2520TNK2%2520EP300%2520PXN%2520NCOA2%2520AR%2520NR
Cbioportal Oncoprint & Oncoprinter
6157461
1. Using WebGL to load object file of Heart and Skeleton and load texture. 2. Adding light effect onto the objects. 3. Adding text label and label line to the object. 4. Mouse functions: zoom in and out, global transformation. 5. keyboard function: show the surface/ wire of objects, local rotation.
3ds file of Heart and Skeleton rendered with webGL
1. Using WebGL to load object file of Heart and Skeleton and load texture. 2. Adding light effect onto the objects. 3. Adding text label and label line to the object. 4. Mouse functions: zoom in and out, global transformation. 5. keyboard function: show the surface/ wire of objects, local rotation.
3ds file of Heart and Skeleton rendered with webGL
1. Using WebGL to load object file of Heart and Skeleton and load texture. 2. Adding light effect onto the objects. 3. Adding text label and label line to the object. 4. Mouse functions: zoom in and out, global transformation. 5. keyboard function: show the surface/ wire of objects, local rotation.
3ds file of Heart and Skeleton rendered with webGL
1. Using WebGL to load object file of Heart and Skeleton and load texture. 2. Adding light effect onto the objects. 3. Adding text label and label line to the object. 4. Mouse functions: zoom in and out, global transformation. 5. keyboard function: show the surface/ wire of objects, local rotation.
3ds file of Heart and Skeleton rendered with webGL
1. Using WebGL to load object file of Heart and Skeleton and load texture. 2. Adding light effect onto the objects. 3. Adding text label and label line to the object. 4. Mouse functions: zoom in and out, global transformation. 5. keyboard function: show the surface/ wire of objects, local rotation.
3ds file of Heart and Skeleton rendered with webGL
6157427
finite element project demo of flap structure
Finite Element project Demo of flap
finite element project demo of flap structure
Finite Element project Demo of flap
finite element project demo of flap structure
Finite Element project Demo of flap
finite element project demo of flap structure
Finite Element project Demo of flap

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Educación

Master of Science in Computer Science

University of Missouri-Columbia, United States 2010 - 2013
(3 años)

Publicaciones

Web-Based Home School Collaboration System Design and Development

Liming Zhang, Dong Li
Liming Zhang, Dong Li. Web-Based Home School Collaboration System Design and Development, Proceedings of ED-MEDIA 2008—World Conference on Educational Multimedia, Hypermedia & Telecommunications, Vienna, Austria, June 30-July 4, 2008.

Real-time Shallow Water Simulation on Terrain

Dong Li, Youquan Liu, Kai Bao,Enhua Wu
Dong Li, Youquan Liu, Kai Bao,Enhua Wu. Real-time Shallow Water Simulation on Terrain. Proc. ACM VRCAI2010, Seoul, Korea, Dec. 12-13, 2010. pp331-338.

Geometrically Exact Physics-based Modeling and Computer Animation of Highly Flexible 1D Mechanical

Duan, Y., Li, D., and Pai, P.F.,
Duan, Y., Li, D., and Pai, P.F., “Geometrically Exact Physics-based Modeling and Computer Animation of Highly Flexible 1D Mechanical Systems,” Graphical Models 75, 56-68, 2013. [1,2,7,12]

Contacta Dong L. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

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Principales habilidades

PHP
JavaScript
Python
Translation
AJAX

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