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[[Top>FrontPage]] > [[Research Contents]] > [[BlueGrotto>...
*BlueGrotto [#m16b0d55]
BlueGrotto is a system that makes freehand sketching of s...
// (Who would like to see the video first, please go [[he...
|#youtube(anJUh7MCBxw);|#youtube(TtjWDYxG0rQ);|
|#youtube(qbrKGoFR92E);|#youtube(RkisL3WLYFc);|
It is possible to draw precise solid shapes using convent...
Because of this, it is not easy to advance the drawing pr...
For these reasons, we considered that a non-conventional ...
Therefore in this laboratory, we are developing BlueGrott...
Moreover, developing of BlueGrottoFEP that is a system th...
|CENTER:Poster (Interaction2012)|
|#ref(Interaction2012-pos.png,,320x226);|
|CENTER:pdf version is [[here>Research Contents/Materials...
|>|CENTER:Poster (Innovation Japan 2007 , September 2007 ...
|&ref(http://sagaweb.csse.muroran-it.ac.jp/b_images/th-in...
|>|CENTER:pdf version is [[here>Research Contents/Materia...
**Immersive virtual reality environment of BlueGrotto [#m...
BlueGrotto is realized by constructing a user interface u...
Head mounted display (HMD), stylus, space mouse and trans...
The HMD consists of displays with electro-magnetic sensor...
Stylus is a pen shaped electro-magnetic sensor with a swi...
The space mouse is an input device for shifting and rotat...
|&ref(Research Contents/BlueGrotto/HMD_eng.png,420x270,He...
|CENTER:Head mounted display(HMD)|CENTER:Stylus|
|&ref(Research Contents/BlueGrotto/SpaceMouse_eng.png,420...
|CENTER:Space mouse|CENTER:How BlueGrotto is used|
|CENTER:&ref(Research Contents/BlueGrotto/Input_Example.p...
|CENTER:Input example|CENTER:Images seen from HMD|
**Input of geometric solid shapes using BlueGrotto [#m39a...
BlueGrotto uses "sweeping" as the method for input of sol...
In BlueGrotto, the sweep profile and the sweep path is sk...
The basic input operations required in BlueGrotto are the...
Regardless of these limitations, generation of various ge...
***Example of input using sweep (cylinder) [#kfe4c...
|&ref(Research Contents/BlueGrotto/sweep1.png,30%,Sweep p...
|CENTER:(1)Sketch of sweep profile (circle)|CENTER:(2)Ske...
|&ref(Research Contents/BlueGrotto/sweep3.png,30%,Generat...
|CENTER:(3)Generated geometric solid shape (Cylinder)|
//*** Example of skinning [#d412aab6]
//|&ref(Research Contents/BlueGrotto/sweep01.png,48%,????...
//|CENTER:(1)??????????????1|CENTER:(2)??????????????|
//|&ref(Research Contents/BlueGrotto/skin03.png,48%,?????...
//|CENTER:(3)??????????????2|CENTER:(4)????????|
***Input examples of various solid shapes using sweep [#i...
|&ref(Research Contents/BlueGrotto/primitives_eng.png,50%...
***Example of modelling using sketch input [#c4553ecf]
|&ref(Research Contents/BlueGrotto/ship.png,80%,Ship);|
**Example of collaborative use of BlueGrottoFEP and pract...
By the collaborative use of BlueGrottoFEP and a practical...
|&ref(Research Contents/BlueGrotto/BGFEPAutoCAD1.png,60%,...
||||
|&ref(Research Contents/BlueGrotto/BGFEPAutoCAD3.png,60%,...
#br
|&ref(Research Contents/BlueGrotto/BGFEP-CADgrad2006.png,...
|CENTER:[[Video of a modeling process using BlueGrottoFEP...
* References [#na150466]
|CENTER:Poster (Interaction 2005 , March 2005 , Tokyo)|RI...
|&ref(Research Contents/BlueGrotto/HP_int2005poster_eng.p...
|RIGHT:Poster (6th Conference for Industry-Government-Aca...
|CENTER:[[&ref(sangakukan_2007_poster_th.png,center,37.6%...
|CENTER:pdf version is [[here>Research Contents/Materials...
-Video of a modeling process using BlueGrottoFEP with Aut...
|wmv ver.|[[Low quality(WMV9,640x480,8.49MB):http://sagaw...
-Video of functional overview of BlueGrottoFEP (Interacti...
|wmv ver.|[[Low quality(WMV9,640x480,21.0MB):http://sagaw...
終了行:
[[Top>FrontPage]] > [[Research Contents]] > [[BlueGrotto>...
*BlueGrotto [#m16b0d55]
BlueGrotto is a system that makes freehand sketching of s...
// (Who would like to see the video first, please go [[he...
|#youtube(anJUh7MCBxw);|#youtube(TtjWDYxG0rQ);|
|#youtube(qbrKGoFR92E);|#youtube(RkisL3WLYFc);|
It is possible to draw precise solid shapes using convent...
Because of this, it is not easy to advance the drawing pr...
For these reasons, we considered that a non-conventional ...
Therefore in this laboratory, we are developing BlueGrott...
Moreover, developing of BlueGrottoFEP that is a system th...
|CENTER:Poster (Interaction2012)|
|#ref(Interaction2012-pos.png,,320x226);|
|CENTER:pdf version is [[here>Research Contents/Materials...
|>|CENTER:Poster (Innovation Japan 2007 , September 2007 ...
|&ref(http://sagaweb.csse.muroran-it.ac.jp/b_images/th-in...
|>|CENTER:pdf version is [[here>Research Contents/Materia...
**Immersive virtual reality environment of BlueGrotto [#m...
BlueGrotto is realized by constructing a user interface u...
Head mounted display (HMD), stylus, space mouse and trans...
The HMD consists of displays with electro-magnetic sensor...
Stylus is a pen shaped electro-magnetic sensor with a swi...
The space mouse is an input device for shifting and rotat...
|&ref(Research Contents/BlueGrotto/HMD_eng.png,420x270,He...
|CENTER:Head mounted display(HMD)|CENTER:Stylus|
|&ref(Research Contents/BlueGrotto/SpaceMouse_eng.png,420...
|CENTER:Space mouse|CENTER:How BlueGrotto is used|
|CENTER:&ref(Research Contents/BlueGrotto/Input_Example.p...
|CENTER:Input example|CENTER:Images seen from HMD|
**Input of geometric solid shapes using BlueGrotto [#m39a...
BlueGrotto uses "sweeping" as the method for input of sol...
In BlueGrotto, the sweep profile and the sweep path is sk...
The basic input operations required in BlueGrotto are the...
Regardless of these limitations, generation of various ge...
***Example of input using sweep (cylinder) [#kfe4c...
|&ref(Research Contents/BlueGrotto/sweep1.png,30%,Sweep p...
|CENTER:(1)Sketch of sweep profile (circle)|CENTER:(2)Ske...
|&ref(Research Contents/BlueGrotto/sweep3.png,30%,Generat...
|CENTER:(3)Generated geometric solid shape (Cylinder)|
//*** Example of skinning [#d412aab6]
//|&ref(Research Contents/BlueGrotto/sweep01.png,48%,????...
//|CENTER:(1)??????????????1|CENTER:(2)??????????????|
//|&ref(Research Contents/BlueGrotto/skin03.png,48%,?????...
//|CENTER:(3)??????????????2|CENTER:(4)????????|
***Input examples of various solid shapes using sweep [#i...
|&ref(Research Contents/BlueGrotto/primitives_eng.png,50%...
***Example of modelling using sketch input [#c4553ecf]
|&ref(Research Contents/BlueGrotto/ship.png,80%,Ship);|
**Example of collaborative use of BlueGrottoFEP and pract...
By the collaborative use of BlueGrottoFEP and a practical...
|&ref(Research Contents/BlueGrotto/BGFEPAutoCAD1.png,60%,...
||||
|&ref(Research Contents/BlueGrotto/BGFEPAutoCAD3.png,60%,...
#br
|&ref(Research Contents/BlueGrotto/BGFEP-CADgrad2006.png,...
|CENTER:[[Video of a modeling process using BlueGrottoFEP...
* References [#na150466]
|CENTER:Poster (Interaction 2005 , March 2005 , Tokyo)|RI...
|&ref(Research Contents/BlueGrotto/HP_int2005poster_eng.p...
|RIGHT:Poster (6th Conference for Industry-Government-Aca...
|CENTER:[[&ref(sangakukan_2007_poster_th.png,center,37.6%...
|CENTER:pdf version is [[here>Research Contents/Materials...
-Video of a modeling process using BlueGrottoFEP with Aut...
|wmv ver.|[[Low quality(WMV9,640x480,8.49MB):http://sagaw...
-Video of functional overview of BlueGrottoFEP (Interacti...
|wmv ver.|[[Low quality(WMV9,640x480,21.0MB):http://sagaw...
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