TITLE
|
|
- ゆあ おえづか
- 5 years ago
- Views:
Transcription
1 VisBAR Wave Batch v
2 1 VisBAR wave batch Cube Cube PNG Python VTK Cube xyz VTK Cube VTK library.py A VTK 82 B 85 B.1 VisBAR wave batch v0.9 : i
3 2.1 Cube VTK ( ) ( PNG ) ii
4 1 VisBAR wave batch 1.1 VisBAR wave batch Python[1] Input GaussianCube ( Cube ) Cube Cube README VisBAR_wave _batch[*] Python VisBAR_wave _batch VisBAR (VisBAR=Visualization tool with Ball, Arrow, Rod)[*][1] VisBAR_wave _batch [1] ( [2] ) [*] [1] Takeo Hoshi, Yohei Akiyama, Tatsunori Tanaka and Takahisa Ohno, "Ten-million-atom electronic structure calculations on the K computer with a massively parallel order-n theory", J. Phys. Soc. Jpn. 82, , 4pp (2013). [2] Takeo Hoshi, Keita Yamazaki, Yohei Akiyama, " Novel linear algebraic theory and one-hundred-million-atom electronic structure calculation on the K computer ", in press; Preprint ( 1
5 Visualization Tool Kit (VTK)[2] 2 2
6 py Python (1)VisBAR_wave_batch.py VisBAR wave batch (2)formatconvert.py Cube VTK (3)visualize_isosurface.py (4)library.py (5)bond_length.txt (6)visbar_wb_setting_defalt.txt (7)Cube Cube (.cube ) (8)00README_FIRST_JP.txt README ( ) (9)00README_FIRST_EN.txt README ( ) 3
7 2 Cube 2.1 VTK A 1. Python( ) 2. Numpy[3](Python ) 3. VTK Python Wrapper VTK A 1. Python Python2.7.x (Python Windows Installer (Windows binary )) 2. Python2.7 Python(command line) print hello hello Python 4
8 3. Numpy Numpy NumPy/ numpy win32-superpack-python2.7.exe Numpy Python command line import numpy print numpy.matrix([[1,2],[3,4]]) [[1, 2], [3, 4]] 5. VTK VTK ( A ) Python( ver2.7) 1 URL URL VTK 2 3 URL 2 3 URL 1 URL Backup 3 URL 1,VTK win32-py2.7.exe (2,VTK win32.exe [Python2.7]) (3,VTK win32-py2.7.exe) URL 6. sample sphere.py 7. sample sphere.py 3.1 5
9 2.2 Cube VisBAR wave batch Cube [ ] 1. VisBAR wave batch.py Input:[Auto:a, frame by frame:c] PNG a 2. a Cube PNG Cube PNG Python IDLE(Python GUI) 2.1: Cube 6
10 2.3 Cube PNG Cube [ ] 1. Cube 2. VisBAR wave batch.py [Auto:a] 3. Cube PNG 7
11 2.4 Cube [ ] 1. VisBAR wave batch.py Input:[Auto:a, frame by frame:c] c 2. Python IDLE(Python GUI) Visualization Toolkit VTK ( ) VTK ( ) j joystick ( ) t trackball ( ) e Visualization Toolkit w ( s ) s ( ) 3 ( ) r p u a z ( ) png ( image*.png ) (a+ or a+ ) 2.5 8
12 *(1.01)**level level level 1 level 1 level 1 level 1 level 1 level 1 Python command line 9
13 2.5 visbar wb setting defalt.txt 2.4 z visbar wb setting output.txt visbar wb setting.txt 1. VisBAR wave batch.py c z visbar wb setting output.txt 2. customize setting y parallelview customize setting:[on:1,off:=0] On Off 0 customize setting n On y/n VTK Python command line 3. visbar wb setting output.txt z visbar wb setting output.txt visbar wb setting.txt 6. visbar wb setting.txt 7. VisBAR wave batch.py 10
14 visbar wb setting.txt 1 --end setting-- visbar wb setting defalt.txt isovalue 0.02 isovalueminus isoopacity 1.0 outlinecolor Window_size isominusr 1.0 isominusg 0.0 isominusb 0.0 isominusr 1.0 isoplusr 1.0 isoplusg 1.0 isoplusb 0.0 BackGround FocalPoint Position ParallelScale 30.0 ViewUp bond On atom On wave_function On outline On parallel_view On text On --end_setting-- 11
15 isovalue ( ) isovalueminus ( ) isoopacity ( ) outlinecolor (RGB ) (R,G,B)=( , , ) Window size (, ) isominusr RGB R ( ) isominusg RGB G ( ) isominusb RGB B ( ) isoplusr RGB R ( ) isoplusg RGB G ( ) isoplusb RGB B ( ) BackGround (RGB ) (R,G,B)=( , , ) FocalPoint ( ) Position ( ) ParallelScale ( ) ViewUp ( ) bond On (On/Off) atom On (On/Off) wave function (On/Off) outline (On/Off) parallel view parerellview (OnOff) text (On/Off) 12
16 2.6 bond length.txt bond length.txt 1 --end setting-- bond length.txt C C 3.0 C H 2.2 H C 2.2 H H end_setting-- C 6 H 6 C-C C-H H-C H-H 4 ( ) C-H H-C C H Cube 2.7 convert wave function.vtk.txt Cube make atom.xyz.txt Cube XYZ 13
17 3.3.2 log VTK.txt Cube Cube 14
18 3 VisBAR wave batch 3.1 Python 3D VTK Python Python ( ) Python ( ) PC f = open("sample","r") line = f.readline() while line: line = f.readline() if line.find("check") >= 0: print line break f.cloce() sample check Python python 15
19 ( ) 16
20 3.1.2 VTK 3 VTK Python Wrapper URL sample sphere.py import vtk source = vtk. vtkspheresource ( ) source. SetCenter ( 0, 0, 0 ) source. SetRadius ( 8. 0 ) mapper = vtk. vtkpolydatamapper ( ) mapper. SetInput ( source. GetOutput ( ) ) a c t o r = vtk. vtkactor ( ) a c t o r. SetMapper ( mapper ) r e n = vtk. vtkrenderer ( ) ren. AddActor ( a c t o r ) renwin = vtk. vtkrenderwindow ( ) renwin. AddRenderer ( ren ) i r e n = vtk. vtkrenderwindowinteractor ( ) i r e n. SetRenderWindow ( renwin ) i r e n. I n i t i a l i z e ( ) renwin. Render ( ) i r e n. S t a r t ( ) 17
21 3.1: VTK [import vtk] 1 vtk [source = vtk.vtkspheresource()] 2 vtk Sphere sorce [source.setcenter(0,0,0)] 3 sorce Sphere (x,y,z)=(0,0,0) [source.setradius(8.0)] 4 sorce Sphere 8.0 [mapper = vtk.vtkpolydatamapper()] 5 vtkpolydatamapper mapper [mapper.setinput(source.getoutput())] Sphere mapper [actor = vtk.vtkactor()] 7 vtkactor actor [actor.setmapper(mapper)] 8 5,6 mapper actor 18
22 [ren = vtk.vtkrenderer()] 9 vtkrenderer ren [ren.addactor(actor)] 10 actor ren [renwin = vtk.vtkrenderwindow()] 11 vtkrenderwindow renwin [renwin.addrenderer(ren)] 12 renwin ren [iren = vtk.vtkrenderwindowinteractor()] 13 vtkrenderwindowinteractor iren [iren.setrenderwindow(renwin)] 14 iren renwin [iren.initialize()] 15 iren [renwin.render()] 16 renwin [iren.start()] 17 iren 19
23 [ ] sorce Dataset or ( VTK sphere[ ] ) filter sorce mapper sorce filter (actor) actor renderer actor renderwindow actor renderer iren(renderwindowinteractor) VTK 20
24 3.2 VisBAR wave batch.py formatconvert.py visualize isosurface.py library.py 4 Cube VTK xyz VTK ( ) xyz ( ) 3.2: ( ) 3.3: ( PNG ) 21
25 3.2.1 (formatconvert.py) (visualize isosurface.py) PNG 1 Cube (x,y,z) 2 Cube Cube 6 3 VTK x z VTK VTK 5 Cube xyz 4,6,7 (visualize isosurface.py) (visbar wb setting defalt.txt bond length.txt) VTK xyz VTK PNG 22
26 Cube Cube eigen state cube (C 6 H 6 ) HOMO HOMO wavefunction of thermally vibrated C6H E E E E E x,y,z ( ) (40) 4 (80 ) x 5 (80 ) y 6 (80 ) z 7 12 (x,y,z) (x,y,z) 18 23
27 xyz (C 6 H 6 )[3.3.1] Cube xyz 12 HOMO wavefunction of thermally vibrated C6H6 C C C C C C H H H H H H (Cube 1 +2 ) x y z 24
28 3.3.3 VTK (C 6 H 6 )[3.3.1] Cube VTK # vtk DataFile Version 2.0 Probability density for the 3d electron position in a hydrogen atom ASCII DATASET STRUCTURED_POINTS DIMENSIONS ORIGIN SPACING POINT_DATA SCALARS probability_density float LOOKUP_TABLE default ( ) 3 (ASCII BINARY ASCII) 4 ( ) 5 x,y,z 6 (x,y,z) 7 (X, Y, Z) 8 ( ) 9 10 LookUpTable 11 25
29 3.3.4 Cube VTK Cube VTK Cube xyz VTK Cube VTK Cube (x,y,z) 6 z y x F(Mx,My,Mz) F (0, 0, 0) F (0, 0, 1) F (0, 0, 2) F (0, 0, 3) F (0, 0, 4) F (0, 0, 5) F (0, 0, 6) F (0, 0, 7) F (0, 0, 8) F (0, 0, 9) F (0, 0, 10) F (0, 0, 11) F (0, 0, 73) F (0, 0, 74) F (0, 0, 75) F (0, 0, 76) F (0, 0, 77) F (0, 0, 78) F (0, 0, 79) F (0, 0, 80) F (0, 1, 0) F (0, 1, 1) F (0, 1, 2) F (0, 1, 3) F (0, 1, 4) F (0, 1, 5) F (0, 1, 6) F (0, 1, 7) F (0, 1, 8) F (0, 1, 9) F (0, 1, 10) F (0, 1, 11) F (0, 1, 73) F (0, 1, 74) F (0, 1, 75) F (0, 1, 76) F (0, 1, 77) F (0, 1, 78) F (0, 1, 79) F (0, 1, 80) VTK 80 x y z F(Nx,Ny,Nz) F (0, 0, 0) F (1, 0, 0) F (2, 0, 0)... F (79, 0, 0) F (80, 0, 0) F (0, 1, 0) F (1, 1, 0) F (2, 1, 0)... F (79, 1, 0) F (80, 1, 0) F (0, 80, 0) F (1, 80, 0) F (2, 80, 0)... F (79, 80, 0) F (80, 80, 0) F (0, 0, 1) F (1, 0, 1) F (2, 0, 1)... F (79, 0, 1) F (80, 0, 1) F (0, 1, 1) F (1, 1, 1) F (2, 1, 1)... F (79, 1, 1) F (80, 1, 1) F (0, 80, 80) F (1, 80, 80) F (2, 80, 80)... F (79, 80, 80) F (80, 80, 80) Cube Cube VTK... 26
30 3.4 / import os import re import formatconvert as convert convert import visualize_isosurface as view view import vtk vtk Cube pwd = os.getcwd() files = os.listdir(pwd) path( ) out_log = open( log_vtk.txt, w ) log_vtk.txt out_log cnt = 0 Batch_mode = raw_input("input:[auto:a, frame by fram:c]=") 27
31 a Cube PNG c a Cube 1 2 for filenametext in files: files filenametext if filenametext.find(".cube") >= 0:.cube if if filenametext.find(".png") <0:.png if PNG.cube if ( sample.cube.png Cube ) print " " print filenametext Cube out_log.write(filenametext + \n ) if cnt == 0: 0 if 1 2 check_line=convert.cube_vtk(filenametext) filenametext view.vtk(filenametext,batch_mode) filenametext,batch_mode 28
32 cnt +=1 1 elif cnt >= 1: 1 if 1 2 check_line=convert.cube_vtk2(filenametext,check_line) filenametext check_line view.vtk(filenametext,batch_mode) filenametext,batch_mode out_log.close Cube xyz import os import re import library as lib library lib def cube_vtk(filenametext): filenametext f = open(filenametext, r ) filenametext Cube out = open( make_atom.xyz.txt, w ) ( make_atom.xyz.txt, w ) 29
33 Cube 6 cube_list=[] cube_list for j in range(0,6): j 0 5 cube_read = f.readline() 1 cube_read = cube_read.rstrip() 1 cube_read = re.sub("\n","",cube_read) 1 cube_read = re.split(" *",cube_read) 1 cube_list +=[cube_read] 1 cube_list Cube xyz new_cube = int(cube_list[2][1])*-1 cube_list[2][1] xyz - out.write(str(new_cube) + \n ) comment0=len(cube_list[0]) Cube comment1=len(cube_list[1]) Cube 30
34 out.write(" ") for com0 in range(0,comment0): out.write(str(cube_list[0][com0])+ ) for com1 in range(0,comment1): out.write(str(cube_list[1][com1])+ ) out.write(" "+ \n ) Cube (7 19 ) all_atom=[] all_atom for j in range(0,new_cube): (new_cube) atomxyz = f.readline() 1 atomxyz = atomxyz.rstrip() 1 atomxyz = re.sub("\n","",atomxyz) 1 atomxyz = re.split(" *",atomxyz) 1 31
35 all_atom +=[atomxyz] 1 atomxyz (library.py) Cube xyz for k in range(0,int(cube_list[2][1])*-1): for m in range(0,117): library.py (117 ) if lib.library.items()[m][1][0] == int(float(all_atom[k][1])): library.py Cube if out.write(lib.library.items()[m][0]+ ) library.py else: continue if for l in range (3,6): l 3 5 if l==5: l 5 out.write(all_atom[k][l]+ \n ) xyz z else: l 5 out.write(all_atom[k][l]+ ) xyz z Cube xyz 32
36 out.close xyz f.close Cube Cube Cube f = open(filenametext, r ) filenametext Cube out = open( convert_wave_function.vtk.txt, w ) convert_wave_function.vtk.txt Cube check = 0 check 0 check2 = 1 check2 1 for n in range(0,7+int(cube_list[2][1])*-1): Cube f.readline() 1 Cube z L mod L=int(cube_list[5][1])/6 L 33
37 mod=int(cube_list[5][1])%6 6 mod Cube L mod Cube 6 Cube 6 VTK for line in range(0,1): for line1 in f.readlines(): line1 1 check += 1 1 t1=line1.split() t1 if int(cube_list[5][1])/6 +1 == check/check2: Cube_list[5][1] z ( 80) 6 check/check2 if if 6 check2 += 1 check2 if mod == 0: mod 0 i out.write( + \n ) continue elif mod == 1: mod 1 elif 34
38 x0=float(t1[0]) x0 t1[0] out.write( %f %x0+ + \n ) x0 continue elif mod == 2: x0=float(t1[0]) x1=float(t1[1]) out.write( %f %x0+ + %f %x1+ + \n ) continue elif mod == 3: x0=float(t1[0]) x1=float(t1[1]) x2=float(t1[2]) out.write( %f %x0+ + %f %x1+ + %f %x2+ + \n ) continue elif mod == 4: x0=float(t1[0]) x1=float(t1[1]) x2=float(t1[2]) x3=float(t1[3]) out.write( %f %x0+ + %f %x1+/ + %f %x2+ + %f %x3+ + \n ) continue elif mod == 5: x0=float(t1[0]) x1=float(t1[1]) x2=float(t1[2]) x3=float(t1[3]) x4=float(t1[4]) out.write( %f %x0+ + %f %x1+/ + %f %x2+ + %f %x3+ + %f %x4+ + \n ) continue continue x0=float(t1[0]) x1=float(t1[1]) x2=float(t1[2]) x3=float(t1[3]) 35
39 x4=float(t1[4]) x5=float(t1[5]) out.write( %f %x0+ + %f %x1+/ + %f %x2+ + %f %x3+ + %f %x4+ + %f %x5+ ) out.close() f.close() cube VTK f = open( convert_wave_function.vtk.txt, r ) out = open( VTK_out.vtk, w ) VTK total_line=[] total_line mirror = [] mirror for j in range (0,int(cube_list[3][1])): x j all_line=[] all_line for i in range(0,int(cube_list[4][1])): y i line = f.readline() 1 line = line.rstrip() 1 36
40 line = re.sub("\n","",line) 1 line = re.split(" ",line) 1 all_line += [line] 1 all_line total_line += [all_line] all_line total_line VTK x z out.write( # vtk DataFile Version \n ) VTK VTK out.write( Probability density for the 3d electron position in / a hydrogen atom + \n ) out.write( ASCII + \n ) VTK ASCII (ASCII BAINARY ) out.write( DATASET STRUCTURED_POINTS + \n ) STRUCTURED_POINTS out.write( DIMENSIONS + +cube_list[3][1]+ +cube_list[4][1]+/ +cube_list[5][1]+ \n ) eigen_state_ cube.txt (x,y,z )=(80,80,80) out.write( ORIGIN + +cube_list[2][2]+ +cube_list[2][3]+/ +cube_list[2][4]+ \n ) eigen_state_ cube.txt (x,y,z)=( , , ) out.write( SPACING + +cube_list[3][2]+ +cube_list[4][3]+/ +cube_list[5][4]+ \n ) 37
41 eigen_state_ cube.txt (x,y,z )=( , , ) out.write( POINT_DATA + +str(int(cube_list[3][1])*int(cube_list[4][1])*/ int(cube_list[5][1]))+ + \n ) eigen_state_ cube.txt (x 80) (y 80) (z 80)= out.write( SCALARS probability_density float + \n ) out.write( LOOKUP_TABLE default + \n ) LOOKUP_TABLE default for k in range (0,int(cube_list[5][1])): z for j in range (0,int(cube_list[4][1])): y for i in range (0,int(cube_list[3][1])): x if i==(int(cube_list[3][1])-1): x 80 if out.write(total_line[i][j][k]+ \n ) + else: x 80 else out.write(total_line[i][j][k]+ ) + out.close VTK f.close print "end" end Python command line 38
42 return total_line total_line 2 Cube def cube_vtk2(filenametext,check_line): filenametext checl_line f = open(filenametext, r ) filenametext Cube out = open( make_atom.xyz.txt, w ) ( make_atom.xyz.txt, w ) Cube 6 cube_list=[] cube_list for j in range(0,6): j 0 5 cube_read = f.readline() 1 cube_read = cube_read.rstrip() 1 cube_read = re.sub("\n","",cube_read) 1 cube_read = re.split(" *",cube_read) 1 cube_list +=[cube_read] 1 cube_list 39
43 Cube xyz new_cube = int(cube_list[2][1])*-1 cube_list[2][1] xyz - out.write(str(new_cube) + \n ) comment0=len(cube_list[0]) Cube comment1=len(cube_list[1]) Cube out.write(" ") for com0 in range(0,comment0): out.write(str(cube_list[0][com0])+ ) for com1 in range(0,comment1): out.write(str(cube_list[1][com1])+ ) out.write(" "+ \n ) Cube (7 19 ) all_atom=[] all_atom 40
44 for j in range(0,new_cube): (new_cube) atomxyz = f.readline() 1 atomxyz = atomxyz.rstrip() 1 atomxyz = re.sub("\n","",atomxyz) 1 atomxyz = re.split(" *",atomxyz) 1 all_atom +=[atomxyz] 1 atomxyz (library.py) Cube xyz for k in range(0,int(cube_list[2][1])*-1): for m in range(0,117): library.py (117 ) if lib.library.items()[m][1][0] == int(float(all_atom[k][1])): library.py Cube if out.write(lib.library.items()[m][0]+ ) library.py else: continue if for l in range (3,6): l 3 5 if l==5: 41
45 l 5 out.write(all_atom[k][l]+ \n ) xyz z else: l 5 out.write(all_atom[k][l]+ ) xyz z Cube xyz out.close xyz f.close Cube Cube Cube f = open(filenametext, r ) filenametext Cube out = open( convert_wave_function.vtk.txt, w ) convert_wave_function.vtk.txt Cube check = 0 check 0 check2 = 1 check2 1 42
46 for n in range(0,7+int(cube_list[2][1])*-1): Cube f.readline() 1 Cube z L mod L=int(cube_list[5][1])/6 L mod=int(cube_list[5][1])%6 6 mod Cube L mod Cube 6 Cube 6 VTK for line in range(0,1): for line1 in f.readlines(): line1 1 check += 1 1 t1=line1.split() t1 if int(cube_list[5][1])/6 +1 == check/check2: Cube_list[5][1] z ( 80) 6 check/check2 if if 6 43
47 check2 += 1 check2 if mod == 0: mod 0 i out.write( + \n ) continue elif mod == 1: mod 1 elif x0=float(t1[0]) x0 t1[0] out.write( %f %x0+ + \n ) x0 continue elif mod == 2: x0=float(t1[0]) x1=float(t1[1]) out.write( %f %x0+ + %f %x1+ + \n ) continue elif mod == 3: x0=float(t1[0]) x1=float(t1[1]) x2=float(t1[2]) out.write( %f %x0+ + %f %x1+ + %f %x2+ + \n ) continue elif mod == 4: x0=float(t1[0]) x1=float(t1[1]) x2=float(t1[2]) x3=float(t1[3]) out.write( %f %x0+ + %f %x1+/ 44
48 + %f %x2+ + %f %x3+ + \n ) continue elif mod == 5: x0=float(t1[0]) x1=float(t1[1]) x2=float(t1[2]) x3=float(t1[3]) x4=float(t1[4]) out.write( %f %x0+ + %f %x1+/ + %f %x2+ + %f %x3+ + %f %x4+ + \n ) continue continue x0=float(t1[0]) x1=float(t1[1]) x2=float(t1[2]) x3=float(t1[3]) x4=float(t1[4]) x5=float(t1[5]) out.write( %f %x0+ + %f %x1+/ + %f %x2+ + %f %x3+ + %f %x4+ + %f %x5+ ) out.close() f.close() cube VTK f = open( convert_wave_function.vtk.txt, r ) out = open( VTK_out.vtk, w ) VTK total_line=[] total_line mirror = [] mirror 45
49 for j in range (0,int(cube_list[3][1])): x j all_line=[] all_line for i in range(0,int(cube_list[4][1])): y i line = f.readline() 1 line = line.rstrip() 1 line = re.sub("\n","",line) 1 line = re.split(" ",line) 1 all_line += [line] 1 all_line total_line += [all_line] all_line total_line Cube sum_wave = 0 sum_wave 0 for i in range(0,int(cube_list[3][1])): i cube_list[3][1] Cube x for j in range(0,int(cube_list[4][1])): j cube_list[4][1] Cube y 46
50 for k in range(0,int(cube_list[5][1])): k cube_list[5][1] Cube z total=total_line[i][j][k] Cube total check_wave=check_line[i][j][k] Cube check_wave total=float(total) total check_wave=float(check_wave) check_wave sum_wave += total*check_wave sum_wave total check_wave if sum_wave >= 0: sum_wave 0 if print "plus",sum_wave "plus" sum_wave elif sum_wave < 0: sum_wave 0 if print "minus",sum_wave "minus" sum_wave for i in range(0,int(cube_list[3][1])): i cube_list[3][1] Cube x for j in range(0,int(cube_list[4][1])): j cube_list[4][1] Cube y for k in range(0,int(cube_list[5][1])): k cube_list[5][1] Cube z dammy=total_line[i][j][k] dammy 47
51 dammy=float(dammy)*-1 dammy -1 total_line[i][j][k]=str(dammy) total_line dammy else : if print "NG" NG Python command line VTK x z out.write( # vtk DataFile Version \n ) VTK VTK out.write( Probability density for the 3d electron position in / a hydrogen atom + \n ) out.write( ASCII + \n ) VTK ASCII (ASCII BAINARY ) out.write( DATASET STRUCTURED_POINTS + \n ) STRUCTURED_POINTS out.write( DIMENSIONS + +cube_list[3][1]+ +cube_list[4][1]+/ +cube_list[5][1]+ \n ) eigen_state_ cube (x,y,z )=(80,80,80) out.write( ORIGIN + +cube_list[2][2]+ +cube_list[2][3]+/ +cube_list[2][4]+ \n ) eigen_state_ cube (x,y,z)=( , , ) out.write( SPACING + +cube_list[3][2]+ +cube_list[4][3]+/ +cube_list[5][4]+ \n ) eigen_state_ cube (x,y,z )=( , , ) 48
52 out.write( POINT_DATA + +str(int(cube_list[3][1])*int(cube_list[4][1])*/ int(cube_list[5][1]))+ + \n ) eigen_state_ cube (x 80) (y 80) (z 80)= out.write( SCALARS probability_density float + \n ) out.write( LOOKUP_TABLE default + \n ) LOOKUP_TABLE default for k in range (0,int(cube_list[5][1])): z for j in range (0,int(cube_list[4][1])): y for i in range (0,int(cube_list[3][1])): x if i==(int(cube_list[3][1])-1): x 80 if out.write(total_line[i][j][k]+ \n ) + else: x 80 else out.write(total_line[i][j][k]+ ) + out.close VTK f.close print "end" end Python command line 49
53 return total_line total_line 50
54 3.4.3 import os import re from vtk import* VTK import library as lib library lib import math math( ) import numpy as np numpy( ) np def setting_read(): setting_read pwd = os.getcwd() pwd files = os.listdir(pwd) path( ) if "visbar_wb_setting_defalt.txt" in files >= 0: visbar_wb_setting_defalt.txt if setting_file_name="visbar_wb_setting_defalt.txt" setting_file_name visbar_wb_setting_defalt.txt f = open(setting_file_name, r ) visbar_wb_setting_defalt.txt 51
55 a=1 a cnt=0 0 dic={} while True: while findsharp=-1 findsharp -1 line = f.readline() 1 if line.find("--end_setting--") >=0 : --end_setting-- break break while break all_line=[] all_line line = line.replace("\t"," ") line = line.rstrip() line = re.sub("\n","",line) line = re.split(" *",line) line if line[0] == "": 52
56 line if continue continue while if line[0].find("#") >=0: line 1 if continue continue while all_line += line all_line line del all_line[0] 0 for i in range(0,len(all_line)): i all_line if all_line[i].find("#") >=0: all_line if findsharp=i i findsharp if findsharp >=0: findsharp 0 if del all_line[findsharp:] all_line if len(all_line) ==0: all_line if print "Dictionary isn t possible" +" "+ "["+line[0]+"]" Dictionary isn t possible continue while para=[] para 53
57 para += all_line para all_line dic[line[0]]=para line para line[0]:para f.close visbar_wb_setting.txt if "visbar_wb_setting.txt" in files >= 0: visbar_wb_setting.txt if setting_file_name="visbar_wb_setting.txt" visbar_wb_setting.txt setting_file_name f = open(setting_file_name, r ) setting_file_name (visbar_wb_setting.txt) a=1 a 1 cnt=0 cnt 0 dic2={} dic2 while True: while findsharp=-1 findsharp -1 line = f.readline() 1 if line.find("--end_setting--") >=0 : 1 --end_setting-- break 54
58 break while break all_line=[] all_line line = line.replace("\t"," ") line = line.rstrip() line = re.sub("\n","",line) line = re.split(" *",line) line if line[0] == "": line if continue continue while if line[0].find("#") >=0: line 1 if continue continue while all_line += line all_line line del all_line[0] 0 for i in range(0,len(all_line)): i all_line if all_line[i].find("#") >=0: all_line if 55
59 findsharp=i i findsharp if findsharp >=0: findsharp 0 if del all_line[findsharp:] all_line if len(all_line) ==0: findsharp 0 if print "Dictionary isn t possible" +" "+ "["+line[0]+"]" Dictionary isn t possible continue while para=[] para para += all_line para all_line dic2[line[0]]=para line para line[0]:para dic.update(dic2) dic dic2 dic return dic dic read=setting_read() setting_read() read def setting_bond(): setting_bond f = open("bond_length.txt", r ) bond_length.txt 56
60 a=1 a cnt=0 0 dic={} while True: while findsharp=-1 findsharp -1 line = f.readline() 1 if line.find("--end_setting--") >=0 : --end_setting-- break break while break all_line=[] all_line line = line.replace("\t"," ") line = line.rstrip() line = re.sub("\n","",line) line = re.split(" *",line) line if line[0] == "": line if continue 57
61 continue while if line[0].find("#") >=0: line 1 if continue continue while all_line += line all_line line del all_line[0:2] 0,1 for i in range(0,len(all_line)): i all_line if all_line[i].find("#") >=0: all_line if findsharp=i i findsharp if findsharp >=0: findsharp 0 if del all_line[findsharp:] all_line if len(all_line) ==0: all_line if print "Dictionary isn t possible" +" "+ "["+line[0]+"]" Dictionary isn t possible continue while dic[line[0],line[1]]=line[2] line line line[0],line[1]]:line[2] 58
62 f.close bond_length.txt retur dic dic read_bond=setting_bond() setting_bond read_bond setting read() save_step = 0 save_step 0 isovalue=float(read["isovalue"][0]) isovalue setting stableiso=float(read["isovalue"][0]) stableiso setting isovalueminus=float(read["isovalueminus"][0]) isovalueminus setting stableisominus=float(read["isovalueminus"][0]) stableisominus setting level=0 level 0 u png save step def vtk(filenametext,batch_mode): vtk filenametext,batch_mode 59
63 save_step = 0 save_step 0 def usermethod(obj, arg): global save_step save_step global print "usermethod" usermethod print "level =",level,"isovalue=",stableiso,"isovalueminus=",stableisominus level Python command line isosurface.setvalue(0,stableiso) isosurface.setvalue isosurfaceminus.setvalue(0,stableisominus) isosurfaceminus.setvalue renwin.render() renwin Render windowtoimagefilter=vtk.vtkwindowtoimagefilter() windowtoimagefilter vtk.vtkwindowtoimagefilter() windowtoimagefilter.setinput(renwin) windowtoimagefilter renwin windowtoimagefilter.update() windowtoimagefilter pngwriter=vtk.vtkpngwriter() pngwriter vtk.vtkpngwriter() pngwriter.setinput(windowtoimagefilter.getoutput()) pngwriter windowtoimagefilter pngwriter.setfilename("image"+ str(save_step) +".png") image+ +.png 60
64 pngwriter.write() pngwriter Write() save_step += 1 save_step 1 setting read setting def setting_write(): setting_write isosurface.setvalue(0,stableiso) isosurface.setvalue isosurfaceminus.setvalue(0,stableisominus) isosurfaceminus.setvalue renwin.render() renwin Render out = open("visbar_wb_setting_output.txt", w ) visbar_wb_setting_output.txt out.write( isovalue + + str(isovalue*(1.01**level)) + \n ) isovalue out.write( isovalueminus + + str(isovalueminus*(1.01**level)) + \n ) isovalueminus out.write( isoopacity + + \ str(isosurfaceactor.getproperty().getopacity()) + \n ) isoopacity out.write( outlinecolor + + str( outlineactor.getproperty().getambientcolor()[ + + str( outlineactor.getproperty().getambientcolor()[ + + str( outlineactor.getproperty().getambientcolor()[ outlinecolor RGB out.write( Window_size + + str(renwin.getsize()[0])\ + + str(renwin.getsize()[1])+ \n ) Window_size (x,y) 61
65 out.write( isominusr + +str(isominusr)+ \n ) isominusr RGB R out.write( isominusg + +str(isominusg)+ \n ) isominusg RGB G out.write( isominusb + +str(isominusb)+ \n ) isominusb RGB B out.write( isoplusr + +str(isoplusr)+ \n ) isoplusr RGB R out.write( isoplusg + +str(isoplusg)+ \n ) isoplusg RGB G out.write( isoplusb + +str(isoplusb)+ \n ) isoplusb RGB B out.write( BackGround + +str(ren.getbackground()[0]) + +str(ren.getbackground()[1]) + +str(ren.getbackground()[2])+ \n ) BackGround RGB out.write( FocalPoint + +str(camera.getfocalpoint()[0]) + +str(camera.getfocalpoint()[1]) + +str(camera.getfocalpoint()[2])+ \n ) FocalPoint FocalPoint out.write( Position + +str(camera.getposition()[0]) + +str(camera.getposition()[1]) + +str(camera.getposition()[2])+ \n ) Position out.write( ParallelScale + +str(camera.getparallelscale())+ \n ) ParallelScale ParallelScale out.write( ViewUp + +str(camera.getviewup()[0]) + +str(camera.getviewup()[1]) + +str(camera.getviewup()[2])+ \n ) ViewUp ViewUp more_setting = raw_input("customize_setting:[yes:y, No:n]=") y 62
66 n more_setting all_parts=["bond","atom","wave_function","outline","parallel_view","text"] all_parts isosurface.setvalue(0,stableiso) isosurface.setvalue isosurfaceminus.setvalue(0,stableisominus) isosurfaceminus.setvalue renwin.render() renwin Render if more_setting == "y": more_setting y if for parts in all_parts: all_parts parts parts_setting = raw_input(parts +"_setting:[on:1, Off:0]=") On/Off On 1 Off 0 if parts_setting == "1": parts_setting 1 if out.write(parts + " " + "On" +"\n") On print parts + " " + "On" On print " " elif parts_setting == "0": parts_setting 0 if out.write(parts + " " + "Off" +"\n") Off print parts + " " + "Off" 63
67 Off print " " elif more_setting =="n": more_setting n if for parts in all_parts: all_parts parts out.write(parts + " " + "On" +"\n") On more_setting n On out.write( --end_setting-- + \n ) --end_setting-- out.close visbar_wb_setting_output.txt StructuredPoints( ) VTK out.vtk reader = vtkstructuredpointsreader() reader vtkstructuredpointsreader() StructuredPoints reader.setfilename("vtk_out.vtk") VTK_out.vtk outline = vtkoutlinefilter() outline vtkoutlinefilter() outline.setinputconnection(reader.getoutputport()) outline reader 64
68 outlinemapper = vtkpolydatamapper() outlinemapper vtkpolydatamapper() outlinemapper.setinputconnection(outline.getoutputport()) outlinemapper outline outlineactor = vtkactor() outlineactor vtkactor() outlineactor.setmapper(outlinemapper) outlineactor outlinemapper outlineactor.getproperty().setcolor(float(read["outlinecolor"][0]), float(read["outlinecolor"][1]), float(read["outlinecolor"][2])) outlineactor RGB (R,G,B) setting ( ) isominusr=float(read["isominusr"][0]) RGB R setting isominusg=float(read["isominusg"][0]) RGB G setting isominusb=float(read["isominusb"][0]) RGB B setting isoplusr=float(read["isoplusr"][0]) RGB R setting isoplusg=float(read["isoplusg"][0]) RGB G setting isoplusb=float(read["isoplusb"][0]) RGB B setting lut=vtkcolortransferfunction() lut 65
69 lut.addrgbpoint(-0.1,isominusr,isominusg,isominusb) -0.1 RGB(isominusR,isominusG,isominusB) lut.addrgbpoint(-0.075,isominusr,isominusg,isominusb) lut.addrgbpoint(-0.05,isominusr,isominusg,isominusb) lut.addrgbpoint(-0.025,isominusr,isominusg,isominusb) lut.addrgbpoint(-0.001,isominusr,isominusg,isominusb) lut.addrgbpoint(0,1,0,0) lut.addrgbpoint(0.001,isoplusr,isoplusg,isoplusb) lut.addrgbpoint(0.025,isoplusr,isoplusg,isoplusb) lut.addrgbpoint(0.05,isoplusr,isoplusg,isoplusb) lut.addrgbpoint(0.075,isoplusr,isoplusg,isoplusb) lut.addrgbpoint(0.1,isoplusr,isoplusg,isoplusb) global global isovalue isovalue global global isovalueminus isovalueminus global isosurface = vtkcontourfilter() isosurface vtkcontourfilter() isosurface.setinputconnection(reader.getoutputport()) isosurface reader isosurface.setvalue(0,isovalue) iosurface isosurfacemapper = vtkpolydatamapper() isosurfacemapper vtkpolydatamapper() isosurfacemapper.setlookuptable(lut) isosurfacemapper lut 66
70 isosurfacemapper.setinputconnection(isosurface.getoutputport()) isosurfacemapper isosurface isosurfaceactor = vtkactor() isosurfaceactor vtkactor() isosurfaceactor.setmapper(isosurfacemapper) isosurfaceactor isosurface isosurfaceactor.getproperty().setopacity(float(read["isoopacity"][0])) setting isosurfaceminus = vtkcontourfilter() isosurfaceminus.setinputconnection(reader.getoutputport()) isosurfaceminus.setvalue(0,isovalueminus) isosurfaceminusmapper = vtkpolydatamapper() isosurfaceminusmapper.setlookuptable(lut) isosurfaceminusmapper.setinputconnection(isosurfaceminus.getoutputport()) isosurfaceminusactor = vtkactor() isosurfaceminusactor.setmapper(isosurfaceminusmapper) isosurfaceminusactor.getproperty().setopacity(float(read["isoopacity"][0])) ren = vtkrenderer() ren vtkrenderer() ren.setbackground(float(read["background"][0]), float(read["background"][1]), float(read["background"][2])) setting xyz 67
71 f=open( make_atom.xyz.txt, r ) xyz atom_list=[] atom_list number=f.readline() number comment=f.readline() comment for j in range(0,int(number)): number( ) atom = f.readline() 1 atom = atom.rstrip() 1 atom = re.sub("\n","",atom) 1 atom = re.split(" *",atom) 1 atom_list +=[atom] 1 atom_list f.close xyz xyz Sphere for k in range(0,int(number)): # create source source0 = vtkspheresource() 68
72 source0 vtkspheresource() vtkspheresource() sphere( ) source0.setcenter(float(atom_list[k][1]),float(atom_list[k][2]),/ float(atom_list[k][3])) source0.setradius(float(lib.library[atom_list[k][0]][1])) source0.setthetaresolution(15) ( ) source0.setphiresolution(15) ( ) # mapper mapper0 = vtkpolydatamapper() mapper0 vtkpolydatamapper() mapper0.setinput(source0.getoutput()) mapper0 sorce() # actor actor0 = vtkactor() actor0 vtkactor() actor0.setmapper(mapper0) actor0 mapper0 actor0.getproperty().setcolor(lib.library[atom_list[k][0]][2][0]/255,/ lib.library[atom_list[k][0]][2][1]/255,lib.library[atom_list[k][0]][2][2]/255) actor0 library.py RGB if read["atom"][0] == "On": atom On actor0 ren.addactor(actor0) ren actor0 69
73 all_atom=atom_list atom_list all_atom for i in range(0,int(number)-1): i 0 (number)-1 for j in range(i+1,int(number)): j i+1 number all_atom[i][1]=float(all_atom[i][1]) all_atom x all_atom[i][2]=float(all_atom[i][2]) all_atom y all_atom[i][3]=float(all_atom[i][3]) all_atom z all_atom[j][1]=float(all_atom[j][1]) all_atom x all_atom[j][2]=float(all_atom[j][2]) all_atom y all_atom[j][3]=float(all_atom[j][3]) all_atom z length = ((all_atom[j][1] - all_atom[i][1])**2.0\ +(all_atom[j][2] - all_atom[i][2])**2.0\ +(all_atom[j][3] - all_atom[i][3])**2.0)**0.5 if length <= float(read_bond[all_atom[i][0],all_atom[j][0]]): bond_length length if radius=0.1 radius 0.1 res=10 res 10 axis=[all_atom[i][1]-all_atom[j][1],\ 70
74 all_atom[i][2]-all_atom[j][2],all_atom[i][3]-all_atom[j][3]] pos=[(all_atom[i][1]+all_atom[j][1])/2.0,(all_atom[i][2]+all_atom[j][2]) height=math.sqrt(axis[0]**2+axis[1]**2+axis[2]**2) theta = math.acos(axis[1] / np.linalg.norm(axis)) v = np.array([axis[2], 0, -axis[0]]) v [axis[2], 0, -axis[0] cylinder = vtkcylindersource() cylinder vtkcylindersource() cylinder.setresolution(res) cylinder.setheight(height) cylinder.setradius(radius) mapper = vtkpolydatamapper() mapper vtkpolydatamapper() mapper.setinput(cylinder.getoutput()) mapper cylinder.getoutput() actor = vtkactor() actor vtkactor() actor.setmapper(mapper) actor mapper actor.rotatewxyz(theta / math.pi * 180, v[0], v[1], v[2]) actor 71
75 actor.setposition(pos) actor position if read["bond"][0] == "On": bond On if ren.addactor(actor) actor camera=vtkcamera() camera vtkcamera() camera.setfocalpoint(float(read["focalpoint"][0]), float(read["focalpoint"][1]), float(read["focalpoint"][2])) camera setting camera.setposition(float(read["position"][0]), float(read["position"][1]), float(read["position"][2])) camera setting (x,y,z) camera.computeviewplanenormal camera ComputeViewPlaneNormal camera.setparallelscale(float(read["parallelscale"][0])) parallelscale setting camera.setviewup(float(read["viewup"][0]), float(read["viewup"][1]), float(read["viewup"][2])) camera camera.usehorizontalviewangleoff camera ren.setactivecamera(camera) 72
76 ren camera if read["parallel_view"][0] == "On": parallel_view On if ren.getactivecamera().parallelprojectionon() On Window txt = vtk.vtktextactor() txt vtk.vtktextactor() txt.setinput(comment) txt comment txtprop=txt.gettextproperty() txtprop txt.gettextproperty() txtprop.setfontfamilytoarial() Arial txtprop.setfontsize(16) txtprop.setcolor(0,0,0) txt.setdisplayposition(10,450) comment2=filenametext comment2 Cube txt2 = vtktextactor() txt2 vtktextactor() txt2.setinput(comment2) txt2 comment2 txtprop2=txt2.gettextproperty() txtprop2 GetTextProperty() 73
77 txtprop2.setfontfamilytoarial() Arial txtprop2.setfontsize(10) txtprop2.setcolor(0,0,0) ren.addactor(txt2) txt2 Actor text_representation = vtktextrepresentation() vtktextrepresentation() text_representation text_representation.getpositioncoordinate().setvalue(0.05, 0.85) text_representation.getposition2coordinate().setvalue(0.8, 0.1) text_widget = vtktextwidget() vtktextwidget() text_widget text_widget.setrepresentation(text_representation) text_widget.setrepresentation text_representation if read["outline"][0] == "On": outline On if ren.addactor(outlineactor) ren outline if read["wave_function"][0] == "On": wave_function On if ren.addactor(isosurfaceactor) 74
78 ren isosurfaceactor ren.addactor(isosurfaceminusactor) ren isosurfaceminusactor renwin = vtkrenderwindow() renwin vtkrenderwindow() renwin.setwindowname("visbar wave batch") renwin VisBAR wave batch renwin.setsize(float(read["window_size"][0]), float(read["window_size"][1])) Window. setting renwin.addrenderer(ren) renwin ren def Keypress(obj, event): global isovalue,isovalueminus,level,stableiso,stableisominus isovalue,isovalueminus,level,stableiso,stableisominus key = obj.getkeysym() key obj.getkeysym() if key == "4": 4 level +=1 level 1 stableiso = isovalue*(1.01**level) isovalue 1.01 lebel stableiso elif key == "5": 75
79 level -=1 stableiso = isovalue*(1.01**level) elif key == "6": level +=1 stableisominus = isovalueminus*(1.01**level) elif key == "7": level -=1 stableisominus = isovalueminus*(1.01**level) elif key == "1": level +=1 stableiso = isovalue*(1.01**level) stableisominus = isovalueminus*(1.01**level) elif key == "2": level -=1 stableiso = isovalue*(1.01**level) stableisominus = isovalueminus*(1.01**level) elif key == "z": setting_write() setting setting print "level =",level,"isovalue=",stableiso,"isovalueminus=",stableisominus level Python command line isosurface.setvalue(0,stableiso) isosurface.setvalue isosurfaceminus.setvalue(0,stableisominus) isosurfaceminus.setvalue renwin.render() renwin Render if Batch_mode == "c" : Batch_mode c if 76
80 w2if = vtkwindowtoimagefilter() vtkwindowtoimagefilter() w2if w2if.setinput(renwin) w2if renwin writer = vtkpngwriter() vtkpngwriter() writer writer.setinput(w2if.getoutput()) writer w2if writer.setfilename(str(filenametext)+".png") Cube.png writer.write() writer print "mode c" Python command line c iren = vtkrenderwindowinteractor() iren vtkrenderwindowinteractor() iren.addobserver("userevent", usermethod) png iren iren.setrenderwindow(renwin) iren renwin iren.addobserver("keypressevent", Keypress) iren text_widget = vtktextwidget() vtktextwidget() text_widget text_widget.setrepresentation(text_representation) text_widget.setrepresentation text_representation text_widget.setinteractor(iren) text_widget.setinteractor iren 77
81 text_widget.settextactor(txt) text_widget txt text_widget.selectableoff() if read["text"][0] == "On": text On if text_widget.on() text_widget iren.initialize() iren Initialize() iren.start() VTK elif Batch_mode == "a" : Batch_mode a if if read["text"][0] == "On": text On if ren.addactor(txt) actor w2if = vtkwindowtoimagefilter() vtkwindowtoimagefilter() w2if w2if.setinput(renwin) w2if renwin writer = vtkpngwriter() vtkpngwriter() writer writer.setinput(w2if.getoutput()) writer w2if writer.setfilename(str(filenametext)+".png") Cube.png 78
82 writer.write() writer print "mode a" Python command line a else : if a else print "mode else" Python command line mode else 79
83 3.4.4 library.py H Ca 118 Python H :[1,0.37,(0.,0.,255.)] H :[1,0.37,(0.,0.,255.)]= :[,,( RGB )] # -*- coding: cp932 -*- library={ H :[1,0.37,(0.,0.,255.)], He :[2,1.5,(0.,255.,0.)], Li :[3,1.52,(82.,82.,255.)], Be :[4,1.13,(128.,0.,255.)], B :[5,0.9,(230.,230.,10.)], C :[6,0.77,(80.,80.,80.)], N :[7,0.53,(255.,128.,0.)], O :[8,0.61,(255.,0.,128.)], F :[9,0.71,(0.,255.,128)], Ne :[10,1.59,(70.,255.,70.)], Na :[11,1.86,(122.,122.,255.)], Mg :[12,1.6,(128.,64.,192.)], Al :[13,1.43,(255.,210.,0.)], Si :[14,1.17,(120.,120.,120.)], P :[15,1.09,(192.,128.,64.)], S :[16,1.02,(192.,64.,128.)], Cl :[17,1.01,(64.,192.,128.)], Ar :[18,1.91,(140.,255.,140.)], K :[19,2.26,(160.,160.,255.)], Ca :[20,1.97,(128.,80.,150.)], 80
84 [1] Python ( ) [2] Visualization Tool Kit (VTK ) [3] Numpy (Numpy ) 81
85 A VTK 1 VTK VTK < > DELL VOSTRO3350 Windows Professional OS32bit servicepack1 WindowsUpdate Python Visual Studio Express 2012 for Windows Desktop VTK vtkdata zip CMake(cmake win32-x86.exe) C++ gfortran < > Linux 4. VTK Python 3D 82
86 Windows VTK Windows Visual Studio VTK Python < > ( ) 1. VTK C:/Users/damp-tottori/Desktop/VTK yamazaki D 2. VTK ( VTK vtk zip 3. VTK vtkdata zip 4. CMake VTK (VTK5.10.1) C:/Users/damp-tottori/Downloads/vtk C:/Users/damptottori/Desktop/vtkBuild Yes 6. Configure Visual Studio11 compiler native Finish CMAKE MAKE PROGRAM MAKE PROGRAM NOT FOUND C:/Windows/Microsoft.NET/Framework/v /MSBuild.exe Configure 7. Advanced( ) BUILD SHARED LIBS check CMAKE CONFIGURATION TYPES Release CMAKE INSTALL PREFIX C:/VTK VTK DATA ROOT C:/VTK/vtkdata VTK WRAP PYTHON check CMAKE LINKER NOT FOUND C:/Program Files/Microsoft Visual Studio 11.0/VC/bin/link.exe COVERAGE COMMAND NOT FOUND C:/Program Files/gfortran/bin/gcov.exe 83
87 8. Configure 9. VTK USE TK check Configure Configure 10. Configure Generate VTK.sln vtkbuild cmake 11. vtkbuild VTK.sln Microsoft Visula Studio Visual Studio Solution Explorer ALL BUILD 13. ALL BUILD Solution Explorer RUN TESTS 14. Solution Explorer INSTALL Python 15. Python VTK Python Python C:/Python27/Lib/site-packages VTK Python VTK (C:/Users/damp-tottori/Desktop/VTK yamazaki Download) /lib/site-packages C:/Python27/Lib/site-packages vtk.pth C:/Users/damp-tottori/Desktop/VTK yamazaki Download packages 16. C:/Users/damp-tottori/Desktop/VTK yamazaki Download/bin C:/Users/damp-tottori/Desktop/VTK yamazaki Download/lib/site-packages vtk 17. Python import vtk < > C:\Program Files INSTALL VisualStadio < > C++ C++ C++ 84
88 B B.1 VisBAR wave batch v0.9 : Cube Cube PerspectiveView ProjectionView Cube Log 85
89 86
TITLE
VisBAR Wave Batch v1.0.0 26 02 12 1 VisBAR wave batch 1 1.1.......................................... 1 1.2................................. 2 1.3.............................. 3 2 4 2.1.....................................
More information1 VisBAR edu H 2 O.....
VisBAR edu v1.03 ( ) 25 4 22 1 VisBAR edu 1 1.1....................................................... 1 1.2.................................................. 2 2 3 2.1 H 2 O.........................................
More informationuntitled
2 VTK takata@ 1 G401 gnuplot 2 3 x, y, ), ) Version3.8 2 1 G401 vtk 3 CMakeLists.txt PROJECT (ProjectName) INCLUDE (${CMAKE_ROOT}/Modules/FindVTK.cmake) IF (USE_VTK_FILE) INCLUDE(${USE_VTK_FILE}) ENDIF
More informationPython Speed Learning
Python Speed Learning 1 / 76 Python 2 1 $ python 1 >>> 1 + 2 2 3 2 / 76 print : 1 print : ( ) 3 / 76 print : 1 print 1 2 print hello 3 print 1+2 4 print 7/3 5 print abs(-5*4) 4 / 76 print : 1 print 1 2
More information1 I EViews View Proc Freeze
EViews 2017 9 6 1 I EViews 4 1 5 2 10 3 13 4 16 4.1 View.......................................... 17 4.2 Proc.......................................... 22 4.3 Freeze & Name....................................
More informationRによる計量分析:データ解析と可視化 - 第2回 セットアップ
R 2 2017 Email: gito@eco.u-toyama.ac.jp October 16, 2017 Outline 1 ( ) 2 R RStudio 3 4 R (Toyama/NIHU) R October 16, 2017 1 / 34 R RStudio, R PC ( ) ( ) (Toyama/NIHU) R October 16, 2017 2 / 34 R ( ) R
More informationPython Speed Learning
Python Speed Learning 1 / 89 1 2 3 4 (import) 5 6 7 (for) (if) 8 9 10 ( ) 11 12 for 13 2 / 89 Contents 1 2 3 4 (import) 5 6 7 (for) (if) 8 9 10 ( ) 11 12 for 13 3 / 89 (def) (for) (if) etc. 1 4 / 89 Jupyter
More information13 Student Software TI-Nspire CX CAS TI Web TI-Nspire CX CAS Student Software ( ) 1 Student Software 37 Student Software Nspire Nspire Nspir
13 Student Software TI-Nspire CX CAS TI Web TI-Nspire CX CAS Student Software ( ) 1 Student Software 37 Student Software 37.1 37.1 Nspire Nspire Nspire 37.1: Student Software 13 2 13 Student Software esc
More informationIntroduction Purpose This training course demonstrates the use of the High-performance Embedded Workshop (HEW), a key tool for developing software for
Introduction Purpose This training course demonstrates the use of the High-performance Embedded Workshop (HEW), a key tool for developing software for embedded systems that use microcontrollers (MCUs)
More informationMicrosoft Word - ChoreonoidStartUpGuide.docx
Choreonoid 1 ... 4... 4... 4... 4... 4... 5... 5 Choreonoid... 6 Choreonoid... 6 Choreonoid... 6 Choreonid... 8 Choreonoid... 9 Choreonoid Windows... 9...9...13 Choreonoid (Linux )... 21 Ubuntu Linux...21
More information1 6/13 2 6/20 3 6/27 4 7/4 5 7/11 6 7/18 N 7 7/25 Warshall-Floyd, Bellman-Ford, Dijkstra TSP DP, 8/1 2 / 36
3 2016 6 27 1 / 36 1 6/13 2 6/20 3 6/27 4 7/4 5 7/11 6 7/18 N 7 7/25 Warshall-Floyd, Bellman-Ford, Dijkstra TSP DP, 8/1 2 / 36 1 2 3 3 / 36 4 / 36 os.urandom(n) n >>> import os >>> r = os.urandom(4) #
More informationuntitled
FutureNet Microsoft Corporation Microsoft Windows Windows 95 Windows 98 Windows NT4.0 Windows 2000, Windows XP, Microsoft Internet Exproler (1) (2) (3) COM. (4) (5) ii ... 1 1.1... 1 1.2... 3 1.3... 6...
More informationdTVIIman.PDF
dtv.ii SR diffusion TENSOR Visualizer II, the Second Release Rev.0.90 (2005.08.22) dtv 3 6 ROI ROI 10 11 15 21 23 25 2 dtv dtvdiffusion TENSOR Visualizer MR VOLUME-ONE dtv VOLUME-ONE ROI 1.1 dtv.ii SR
More informationProVAL Recent Projects, ProVAL Online 3 Recent Projects ProVAL Online Show Online Content on the Start Page Page 13
ProVAL Unit System Enable Recording Log Preferred Language Default File Type Default Project Path ProVAL : Unit SystemUse SI Units SI SI USCS Enable Recording Log Language Default File Type Default Project
More informationNew version (2.15.1) of Specview is now available Dismiss Windows Specview.bat set spv= Specview set jhome= JAVA (C:\Program Files\Java\jre<version>\
Specview VO 2012 2012/3/26 Specview Specview STSCI(Space Telescope SCience Institute) VO Specview Web page http://www.stsci.edu/resources/software hardware/specview http://specview.stsci.edu/javahelp/main.html
More informationappli_HPhi_install
2018/3/7 HΦ version 3.0.0 インストール手順書 (Linux 64 ビット版 ) 目次 1. アプリケーション概要...- 1-2. システム環境...- 1-3. 必要なツール ライブラリのインストール...- 1-1 cmake...- 2-2 numpy...- 3-4. アプリケーションのインストール...- 4-5. 動作確認の実施...- 5 - 本手順書は HΦ
More informationPython (Anaconda ) Anaconda 2 3 Python Python IDLE Python NumPy 6
Python (Anaconda ) 2017. 05. 30. 1 1 2 Anaconda 2 3 Python 3 3.1 Python.......................... 3 3.2 IDLE Python....................... 5 4 NumPy 6 5 matplotlib 7 5.1..................................
More informationquattro.PDF
Quattro USB Audio Interface 2 M-AUDIO 3 Windows Windows 98 SE/ Windows ME/ Windows 2000/ Windows XP Platinum III 500MHz/ 96kHz Platinum II 400MKz/ 48kHz 128MB RAM / 96kHz 64MB RAM/ 48kHz Macintosh USB
More informationTOPLON PRIO操作手順
TOPLON PRIO 2004/05/24 I/O LON WAGO TOPLON PRIO 1. 1) PCC-10 S/W 2) PC 3) PCC-10 4) Windows Lon WorksR Plug n Play Apply OK 5) Visio LonMaker LonPoint 6) TOPLON PRIO 2. IO-PRO SYM TOPLON-PRIO SNVT NVI
More informationcourse pptx
ParaView () 20105141CAE OPENFOAM (R) is a registered trade mark of OpenCFD Limited, the producer of the OpenFOAM software and owner of the OPENFOAM (R) and OpenCFD (R) trade marks. This offering is not
More information1
PalmGauss SC PGSC-5G Instruction Manual PalmGauss SC PGSC-5G Version 1.01 PalmGauss SC PGSC5G 1.... 3 2.... 3 3.... 3 3.1... 3 3.2... 3 3.3 PalmGauss... 4 3.4... 4 3.4.1 (Fig. 4)... 4 3.4.2 (Fig. 5)...
More informationXML ( ) XML XML jedit XML XPath XSLT jedit JAVA VM jedit Slava Pestov GNU GPL ( ) jedit jedit ( jedit XML jed
XML XML XML jedit XML XPath XSLT jedit JAVA VM jedit Slava Pestov GNU GPL ( jedit jedit (http://www.jedit.org/index.php jedit XML jedit Plugin Central (http://plugins.jedit.org/ jedit Java (Java VM = Java
More informationMicrosoft Word - MetaFluor70取扱説明.doc
MetaFluor (Version 7.7) MetaFluor 1. MetaFluor MetaFluor Meta Imaging Series 7.x Meta Imaging Series Administrator CCD Meta Imaging Series Administrator CCD Molecular Devices Japan KK/ Imaging Team (1/14)
More informationHA8000シリーズ ユーザーズガイド ~BIOS編~ HA8000/RS110/TS10 2013年6月~モデル
P1E1M01500-3 - - - LSI MegaRAID SAS-MFI BIOS Version x.xx.xx (Build xxxx xx, xxxx) Copyright (c) xxxx LSI Corporation HA -0 (Bus xx Dev
More informationLSM5Pascal Ver 3.2 GFP 4D Image VisArt Carl Zeiss Co.,Ltd.
LSM5Pascal Ver 3.2 GFP 4D Image VisArt 2004.03 LSM5PASCAL V3.2 LSM5PASCAL SW3.2Axiovert200M 1 1 2 3 3 4 4 5 SingleTrack 9 Multi Track 10,18 5 / 21 6 3 27 7 35 8 ( OFF) 40 LSM5PASCAL V3.2 LSM5PASCAL 65
More informationSpecview Specview Specview STSCI(Space Telescope SCience Institute) VO Specview Web page htt
Specview Specview Specview STSCI(Space Telescope SCience Institute) VO Specview Web page http://www.stsci.edu/resources/software_hardware/specview http://specview.stsci.edu/javahelp/main.html Specview
More informationたのしいプログラミング Pythonではじめよう!
Title of English-language original: Python for Kids A Playful Introduction to Programming ISBN 978-1-59327-407-8, published by No Starch Press, Inc. Copyright 2013 by Jason R. Briggs. Japanese-language
More informationuntitled
JCSP CSP HPC H.Nakahara 1 2 CSP A B HPC H.Nakahara 3 CSP HPC H.Nakahara 4 CSP Process A chan Process B ( DFD) HPC H.Nakahara 5 DFD HPC H.Nakahara 6 DFD FAX OK? HPC H.Nakahara 7 HPC H.Nakahara 8 HPC H.Nakahara
More informationversion 1.0 November 2010 PyRAF Y. Nakajima Computer and Data Management Division Subaru Telescope NAOJ
version 1.0 November 2010 PyRAF Y. Nakajima Computer and Data Management Division Subaru Telescope NAOJ Chapter 1 PyRAF 1.1 PyRAF PyRAF IRAF Python STScI 1998 (1) IRAF-CL (2) CL-? (3) IRAF Python wrapper
More informationインテル(R) Visual Fortran Composer XE
Visual Fortran Composer XE 1. 2. 3. 4. 5. Visual Studio 6. Visual Studio 7. 8. Compaq Visual Fortran 9. Visual Studio 10. 2 https://registrationcenter.intel.com/regcenter/ w_fcompxe_all_jp_2013_sp1.1.139.exe
More information1 1.1 (JCPRG) 30 Nuclear Reaction Data File (NRDF) PC GSYS2.4 JCPRG GSYS2.4 Java Windows, Linux, Max OS X, FreeBSD GUI PNG, GIF, JPEG X Y GSYS2
(GSYS2.4) GSYS2.4 Manual SUZUKI Ryusuke Hokkaido University Hospital Abstract GSYS2.4 is an update version of GSYS version 2. Main features added in this version are Magnifying glass function, Automatically
More informationPython ( ) Anaconda 2 3 Python Python IDLE Python NumPy 6 5 matpl
Python ( ) 2017. 11. 21. 1 1 2 Anaconda 2 3 Python 3 3.1 Python.......................... 3 3.2 IDLE Python....................... 5 4 NumPy 6 5 matplotlib 7 5.1.................................. 7 5.2..................................
More information<4D F736F F D B B83578B6594BB2D834A836F815B82D082C88C60202E646F63>
デザイン言語 Processing 入門 サンプルページ この本の定価 判型などは, 以下の URL からご覧いただけます. http://www.morikita.co.jp/books/mid/084931 このサンプルページの内容は, 初版 1 刷発行当時のものです. Processing Ben Fry Casey Reas Windows Mac Linux Lesson 1 Processing
More information0.2 Button TextBox: menu tab 2
Specview VO 2012 2012/9/27 Specview Specview STSCI(Space Telescope SCience Institute) VO Specview Web page http://www.stsci.edu/resources/software hardware/specview http://specview.stsci.edu/javahelp/main.html
More informationworkshop Eclipse TAU AICS.key
11 AICS 2016/02/10 1 Bryzgalov Peter @ HPC Usability Research Team RIKEN AICS Copyright 2016 RIKEN AICS 2 3 OS X, Linux www.eclipse.org/downloads/packages/eclipse-parallel-application-developers/lunasr2
More informationPython2 Python3 Python 2.7 Python 3.6 Python2 Python3 Python 2.7 Python3.6 Python Python Anaconda Python Anaconda Python
(Python ) C++ Python Python 1 Python2 Python3 Python 2.7 Python 3.6 Python2 Python3 Python 2.7 Python3.6 Python Python Anaconda Python Anaconda Python https://www.continuum.io/downloads 2 Python 3.6 version
More information1.... 1 2.... 1 2.1. RATS... 1 2.1.1. expat... 1 2.1.2. expat... 1 2.1.3. expat... 2 2.2. RATS... 2 2.2.1. RATS... 2 2.2.2.... 3 3. RATS... 4 3.1.... 4 3.2.... 4 3.3.... 6 3.3.1.... 6 3.3.2.... 6 3.3.3....
More information¥¤¥ó¥¿¡¼¥Í¥Ã¥È·×¬¤È¥Ç¡¼¥¿²òÀÏ Âè2²ó
2 2015 4 20 1 (4/13) : ruby 2 / 49 2 ( ) : gnuplot 3 / 49 1 1 2014 6 IIJ / 4 / 49 1 ( ) / 5 / 49 ( ) 6 / 49 (summary statistics) : (mean) (median) (mode) : (range) (variance) (standard deviation) 7 / 49
More informationN manual_JP.PDF
NEC Express5800 - 1 - N8103-73 ESMPRO/ServerManagerServerAgent Power Console Plus Express5800 EXPRESSBUILDER Version 3.077-N(1) Version 3.078a-N 1): - 2 - Windows NT 4.0 Microsoft Windows NT Server 4.0
More informationコンピュータ概論
4.1 For Check Point 1. For 2. 4.1.1 For (For) For = To Step (Next) 4.1.1 Next 4.1.1 4.1.2 1 i 10 For Next Cells(i,1) Cells(1, 1) Cells(2, 1) Cells(10, 1) 4.1.2 50 1. 2 1 10 3. 0 360 10 sin() 4.1.2 For
More information2.2 Sage I 11 factor Sage Sage exit quit 1 sage : exit 2 Exiting Sage ( CPU time 0m0.06s, Wall time 2m8.71 s). 2.2 Sage Python Sage 1. Sage.sage 2. sa
I 2017 11 1 SageMath SageMath( Sage ) Sage Python Sage Python Sage Maxima Maxima Sage Sage Sage Linux, Mac, Windows *1 2 Sage Sage 4 1. ( sage CUI) 2. Sage ( sage.sage ) 3. Sage ( notebook() ) 4. Sage
More informationインテル(R) Visual Fortran Composer XE 2013 Windows版 入門ガイド
Visual Fortran Composer XE 2013 Windows* エクセルソフト株式会社 www.xlsoft.com Rev. 1.1 (2012/12/10) Copyright 1998-2013 XLsoft Corporation. All Rights Reserved. 1 / 53 ... 3... 4... 4... 5 Visual Studio... 9...
More informationMoldplus_Server_4.12
Moldplus Server 4.12 04.12.2008... 3 MOLDPLUS SERVER V4.12... 4 VERSION 4.12 WHAT S NEW...5... 7... 9... 15 A.WINDOWS VISTA WINDOWS XP SERVER... 15 B. WINDOWS VISTA... 18... 23 XML... 24... 27 1.1 MOLDPLUS
More informationnopcommerce 2.2 2.1.6 Adobe Flash ( 1 ) 1 nopcommerce 2.2 ( [5, p.3-4] )
nopcommerce 2.2 NopCommerce (Ver.2.3) NopCommerce 2.1.1 (OS) Windows 7 Windows Vista Windows XP Windows Server 2003 Windows Server 2008 2.1.2 Web Internet Information Service (IIS) 6.0 2.1.3 ASP.NET 4.0
More informationスライド タイトルなし
LightCycler Software Ver.3.5 : 200206 1/30 Windows NT Windows NT Ctrl + Alt + Delete LightCycler 3 Front Screen 2/30 LightCycler3 Front RUN Data Analysis LightCycler Data Analysis Edit Graphics Defaults
More informationJlspec
1OFF 通常 OFF 通常 2 ON 設定内容の初期化を行う ( 工場出荷状態 ) OFF 通常 3 ON 自己診断 / 設定内容の印字を行う 4OFF 通常 %!PS-Adobe-2.0 /Courier findfont 10 scalefont setfont /LEFT 36 def /TOP 792 def /PITCH 12 def /LF {show /x LEFT def /y
More informationstrtok-count.eps
IoT FPGA 2016/12/1 IoT FPGA 200MHz 32 ASCII PCI Express FPGA OpenCL (Volvox) Volvox CPU 10 1 IoT (Internet of Things) 2020 208 [1] IoT IoT HTTP JSON ( Python Ruby) IoT IoT IoT (Hadoop [2] ) AI (Artificial
More informationRT-PCR プロトコール.PDF
Real -Time RT-PCR icycler iq Bio Rad RT-PCR RT-PCR 1 icycler iq Bio Rad icycler iq 30 2 Ready-To-Go T-Primed First-Strand Kit (amersham pharmacia biotech) Ready-To-Go T-Primed First-Strand Kit QuantiTect
More informationチュートリアル XP Embedded 入門編
TUT-0057 Ver. 1.0 www.interface.co.jp Ver 1.0 2005 6 (,), Web site () / () 2004 Interface Corporation. All rights reserved. ...1...1 1. XP Embedded...2 2....3 2.1....3 2.2....4 2.2.1. SLD...4 2.3....5
More information¥¤¥ó¥¿¡¼¥Í¥Ã¥È·×¬¤È¥Ç¡¼¥¿²òÀÏ Âè2²ó
2 212 4 13 1 (4/6) : ruby 2 / 35 ( ) : gnuplot 3 / 35 ( ) 4 / 35 (summary statistics) : (mean) (median) (mode) : (range) (variance) (standard deviation) 5 / 35 (mean): x = 1 n (median): { xr+1 m, m = 2r
More informationファーストステップガイド1.2.doc
Ver.1.2 EasyNetBox for Spam Filter Powered by SENDMAIL CSK Win. Sendmail, Inc. MicrosoftWindows Microsoft Corporation. Windows XP MicrosoftCorporation. LinuxLinus Torvalds 2 ...4 1.1... 4 1.2 PC... 5 1.3...
More informationAndroid Studioセットアップガイド
Android Studio 2016/4/9 Android Studio Android *1 Android Studio Android Studio Android Studio Android Studio Android PDF : Android Studio Android Android Studio Android *2 c R TM *1 Android Studio Android
More informationの Install Cygwin now リンクから setup.exe をダウンロードして ダブルクリックしてください Choose A Download Source の項目では Install from Internet を選んで次に進みます Se
Windows マシンに Geant4 をインストールしよう ここでは Cygwin を使って Geant4 を動かす方法を紹介します Cygwin と Geant4 をインストールするには C ドライブに約 10GB の記憶容量が必要です また インストールは Power User のアカウントで行ってください Step 1: まず Microsoft Visual C++ と Microsoft
More informationVer.1 1/17/2003 2
Ver.1 1/17/2003 1 Ver.1 1/17/2003 2 Ver.1 1/17/2003 3 Ver.1 1/17/2003 4 Ver.1 1/17/2003 5 Ver.1 1/17/2003 6 Ver.1 1/17/2003 MALTAB M GUI figure >> guide GUI GUI OK 7 Ver.1 1/17/2003 8 Ver.1 1/17/2003 Callback
More informationWindows Cygwin Mac *1 Emacs Ruby ( ) 1 Cygwin Bash Cygwin Windows Cygwin Cygwin Mac 1 Mac 1.2 *2 ls *3 *1 OS Linux *2 *3 Enter ( ) 2
September 2016 1 Windows Cygwin Mac *1 Emacs Ruby 1 1.1 ( ) 1 Cygwin Bash Cygwin Windows Cygwin Cygwin Mac 1 Mac 1.2 *2 ls *3 *1 OS Linux *2 *3 Enter ( ) 2 ~/16:00:20> ls 2 2 ls ls -a ~/16:00:20> ls -a
More informationfx-9860G Manager PLUS_J
fx-9860g J fx-9860g Manager PLUS http://edu.casio.jp k 1 k III 2 3 1. 2. 4 3. 4. 5 1. 2. 3. 4. 5. 1. 6 7 k 8 k 9 k 10 k 11 k k k 12 k k k 1 2 3 4 5 6 1 2 3 4 5 6 13 k 1 2 3 1 2 3 1 2 3 1 2 3 14 k a j.+-(),m1
More information,,,,., C Java,,.,,.,., ,,.,, i
24 Development of the programming s learning tool for children be derived from maze 1130353 2013 3 1 ,,,,., C Java,,.,,.,., 1 6 1 2.,,.,, i Abstract Development of the programming s learning tool for children
More informationuntitled
ALTIRIS DEPLOYMENT SOLUTION 6.9 Quick Startup Guide Rev. 1.2 2008 7 11 1.... 2 DEPLOYMENT SERVER... 2 DEPLOYMENT CONSOLE... 2 DEPLOYMENT DATABASE... 2 DEPLOYMENT SHARE... 3 PXE SERVER... 3 DEPLOYMENT AGENT...
More informationグラフ数値読み取りシステム (GSYS2.4) 利用の手引
(GSYS2.4) GSYS2.4 Manual SUZUKI Ryusuke Hokkaido University Hospital 2011 6 7 Abstract GSYS2.4 is an update version of GSYS version 2. Main features added in this version are Magnifying glass function,
More informationPlatypus-QM β ( )
Platypus-QM β (2012.11.12) 1 1 1.1...................................... 1 1.1.1...................................... 1 1.1.2................................... 1 1.1.3..........................................
More informationVLD Kazutoshi Kobayashi
VLD Kazutoshi Kobayashi (kobayasi@kuee.kyoto-u.ac.jp) 2005 8 26-29 1, Verilog-HDL, Verilog-HDL. Verilog-HDL,, FPGA,, HDL,. 1.1, 1. (a) (b) (c) FPGA (d). 2. 10,, Verilog-HDL, FPGA,. 1.2,,,, html. % netscape
More informationUSB FDD ユーザーズマニュアル
35011007 ver.01 1-01 C10-015 Universal Serial Bus Interface External Floppy Disk Drive Unit USB FDD ユーザーズマニュアル OS USB FDD USB VCCI VCCI Adobe Acrobat Adobe Systems Incorporated Apple Mac Macintosh Apple
More informationprogrammingII2019-v01
II 2019 2Q A 6/11 6/18 6/25 7/2 7/9 7/16 7/23 B 6/12 6/19 6/24 7/3 7/10 7/17 7/24 x = 0 dv(t) dt = g Z t2 t 1 dv(t) dt dt = Z t2 t 1 gdt g v(t 2 ) = v(t 1 ) + g(t 2 t 1 ) v v(t) x g(t 2 t 1 ) t 1 t 2
More informationスライド 1
1 1. 2 2. 3 isplever 4 5 6 7 8 9 VHDL 10 VHDL 4 Decode cnt = "1010" High Low DOUT CLK 25MHz 50MHz clk_inst Cnt[3:0] RST 2 4 1010 11 library ieee; library xp; use xp.components.all; use ieee.std_logic_1164.all;
More information2009 T060050
T060050 C++ Microsoft Visual C++ 2008 Express Edition DX C DX VC++ Debug exe 1 2 2009 T060050 1 1 2 1 2.1...................... 1 2.2....................... 2 3 3 3.1................... 3 3.2.....................
More informationuntitled
Worldspan go! 4.x (UCI) Administrator Guide go! 4.x (UCI) Version 2.1.4 : 31 August 2007 1. WORLDSPAN GO! VERSION 4.X (UCI)... 3 2. WORLDSPAN GO! VERSION 4.X (UCI)... 4 3.... 6 4. WORLDSPAN GO! VERSION
More informationOracle Lite Tutorial
GrapeCity -.NET with GrapeCity - FlexGrid Creation Date: Nov. 30, 2005 Last Update: Nov. 30, 2005 Version: 1.0 Document Control Internal Use Only Author Hiroshi Ota Change Logs Date Author Version Change
More informationuntitled
ALTIRIS RECOVERY SOLUTION 6.2(Server-based Mode) Quick Startup Guide Rev. 1.1 2007 10 18 1.... 2 1.1 RECOVERY SOLUTION SERVER... 2 1.2 RECOVERY AGENT... 3 2.... 4 2.1... 4 2.2 RECOVERY SOLUTION... 5 2.3
More informationSQUFOF NTT Shanks SQUFOF SQUFOF Pentium III Pentium 4 SQUFOF 2.03 (Pentium 4 2.0GHz Willamette) N UBASIC 50 / 200 [
SQUFOF SQUFOF NTT 2003 2 17 16 60 Shanks SQUFOF SQUFOF Pentium III Pentium 4 SQUFOF 2.03 (Pentium 4 2.0GHz Willamette) 60 1 1.1 N 62 16 24 UBASIC 50 / 200 [ 01] 4 large prime 943 2 1 (%) 57 146 146 15
More informationPowerGres on Linuxマニュアル
PowerGres R on Linux Linux Linus Torvalds TM R 1 2 2 PowerGres on Linux 2 2.1 PowerGres on Linux.................................... 2 2.2.............................................. 2 2.3..............................................
More information25 II :30 16:00 (1),. Do not open this problem booklet until the start of the examination is announced. (2) 3.. Answer the following 3 proble
25 II 25 2 6 13:30 16:00 (1),. Do not open this problem boolet until the start of the examination is announced. (2) 3.. Answer the following 3 problems. Use the designated answer sheet for each problem.
More information写真集計くん+ for Mac ユーザーズガイド
DPOF + Plus for Mac + for Mac 1 + for Mac 1 + for Mac 2 3 3 5 5 5 FTP 5 7 7 7 8 11 11 13 16 18 DPOF 23 23 FTP 24 25 26 26 26 26 + for Mac + for Mac + for Mac + for Mac ( ) DPE (DPOF) Microsoft Excel Visual
More informationfrom tkinter import * root = Tk() # variable teban = IntVar() teban.set(1) # def start(): canvas.create_rectangle(0, 0, 560, 560, fill= white ) for k
Zen Deep Zen Go from tkinter import * root = Tk() canvas = Canvas(root, width = 360, height=360) canvas.pack() root.mainloop() 1 from tkinter import * root = Tk() # variable teban = IntVar() teban.set(1)
More informationX Window System X X &
1 1 1.1 X Window System................................... 1 1.2 X......................................... 1 1.3 X &................................ 1 1.3.1 X.......................... 1 1.3.2 &....................................
More informationMOMW_I_,II 利用ガイド.PDF
MOMW (I), II 1 The Making of the Modern World I. The Making of the Modern World... 2 II.... 3 II-1... 3 II-2 Basic Search... 4 II-3... 5 II-4 Advanced Search... 9 II-5... 13 III.... 14 III-1... 14 III-2...
More informationSystemwalker IT Service Management Systemwalker IT Service Management V11.0L10 IT Service Management - Centric Manager Windows
Systemwalker IT Service Management Systemwalker IT Service Management V11.0L10 IT Service Management - Centric Manager Windows Systemwalker IT Service Management Systemwalker Centric Manager IT Service
More information(pack ) Toplevel
1 1 2 2 3 (pack ) 6 3.1................................... 6 3.2 1............................ 8 3.3 Toplevel........................................ 9 3.4............................... 10 3.5 Toplevel..................................
More informationPowerGres on Linux HAマニュアル
PowerGres R on Linux HA 2006 11 SteelEye LifeKeeper SteelEye Technology, Inc. Linux Linus Torvalds TM R 1 2 2 PowerGres on Linux HA 2 2.1 PowerGres on Linux HA.................................. 2 2.2..............................................
More information3 top#index 1 web router.ex web/router.ex 12 scope "/", NanoPlanner do 13 pipe_through browser get "/", TopController, index 16 end URL / to
3 NanoPlanner SASS Bootstrap Font Awesome 3.1 RAVT 6 RAVT route action view template Phoenix top index top index top#index RAVT URL / top#index top#index top 23 3 top#index 1 web router.ex web/router.ex
More informationA/B (2018/10/19) Ver kurino/2018/soft/soft.html A/B
A/B (2018/10/19) Ver. 1.0 kurino@math.cst.nihon-u.ac.jp http://edu-gw2.math.cst.nihon-u.ac.jp/ kurino/2018/soft/soft.html 2018 10 19 A/B 1 2018 10 19 2 1 1 1.1 OHP.................................... 1
More informationPowerGres on Linuxマニュアル
PowerGres R on Linux Linux Linus Torvalds TM R 1 2 2 PowerGres on Linux 2 2.1 PowerGres on Linux.................................... 2 2.2.............................................. 2 2.3..............................................
More informationWindows (L): D:\jyugyou\ D:\jyugyou\ D:\jyugyou\ (N): en2 OK 2
Windows C++ Microsoft Visual Studio 2010 C++ Microsoft C++ Microsoft Visual Studio 2010 Microsoft Visual Studio 2010 C++ C C++ Microsoft Visual Studio 2010 Professional Professional 1 Professional Professional
More information80 X 1, X 2,, X n ( λ ) λ P(X = x) = f (x; λ) = λx e λ, x = 0, 1, 2, x! l(λ) = n f (x i ; λ) = i=1 i=1 n λ x i e λ i=1 x i! = λ n i=1 x i e nλ n i=1 x
80 X 1, X 2,, X n ( λ ) λ P(X = x) = f (x; λ) = λx e λ, x = 0, 1, 2, x! l(λ) = n f (x i ; λ) = n λ x i e λ x i! = λ n x i e nλ n x i! n n log l(λ) = log(λ) x i nλ log( x i!) log l(λ) λ = 1 λ n x i n =
More informationprogram.dvi
2001.06.19 1 programming semi ver.1.0 2001.06.19 1 GA SA 2 A 2.1 valuename = value value name = valuename # ; Fig. 1 #-----GA parameter popsize = 200 mutation rate = 0.01 crossover rate = 1.0 generation
More information外部SQLソース入門
Introduction to External SQL Sources 外部 SQL ソース入門 3 ESS 3 ESS : 4 ESS : 4 5 ESS 5 Step 1:... 6 Step 2: DSN... 6 Step 3: FileMaker Pro... 6 Step 4: FileMaker Pro 1. 6 Step 5:... 6 Step 6: FileMaker Pro...
More information¥×¥í¥°¥é¥ß¥ó¥°±é½¬I Exercise on Programming I [1zh] ` `%%%`#`&12_`__~~~alse
I Exercise on Programming I http://bit.ly/oitprog1 1, 2 of 14 ( RD S ) I 1, 2 of 14 1 / 44 Ruby Ruby ( RD S ) I 1, 2 of 14 2 / 44 7 5 9 2 9 3 3 2 6 5 1 3 2 5 6 4 7 8 4 5 2 7 9 6 4 7 1 3 ( RD S ) I 1, 2
More informationVisual Python, Numpy, Matplotlib
Visual Python, Numpy, Matplotlib 1 / 38 Contents 1 2 Visual Python 3 Numpy Scipy 4 Scipy 5 Matplotlib 2 / 38 Contents 1 2 Visual Python 3 Numpy Scipy 4 Scipy 5 Matplotlib 3 / 38 3 Visual Python: 3D Numpy,
More informationgnuplot.dvi
gnuplot gnuplot 1 gnuplot exit 2 10 10 2.1 2 plot x plot sin(x) plot [-20:20] sin(x) plot [-20:20][0.5:1] sin(x), x, cos(x) + - * / ** 5 ** plot 2**x y =2 x sin(x) cos(x) exp(x) e x abs(x) log(x) log10(x)
More information189 2015 1 80
189 2015 1 A Design and Implementation of the Digital Annotation Basis on an Image Resource for a Touch Operation TSUDA Mitsuhiro 79 189 2015 1 80 81 189 2015 1 82 83 189 2015 1 84 85 189 2015 1 86 87
More informationHA8000-bdシリーズ RAID設定ガイド HA8000-bd/BD10X2
HB102050A0-4 制限 補足 Esc Enter Esc Enter Esc Enter Main Advanced Server Security Boot Exit A SATA Configuration SATA Controller(s) SATA Mode Selection [Enabled] [RAID] Determines how
More information‘îŁñ›È−wfiÁŁÊ”À„±I --Tensorflow‡ð”g‡Á‡½fl»ŁÊ›ð’Í--
I Tensorflow 2018 10 31 ( ) ( ) Tensorflow 2018 10 31 ( ) 1 / 39 Tensorflow I Tensorflow Python Python(+Python Anaconda) Tensorflow Tensorflow 1 Anaconda Prompt 2 Anaconda Prompt (base) C:\Users\komori>conda
More informationE2 Spider 2018/08/03 Intel NUC Core i7 PC 2.5 /M.2 SSD BOXNUC7I7BNH PC DDR4-2133(PC ) 8GBX2 260pin 1.2V CL15 SP016GBSFU213B22 WD SSD M /51
E2 Spider 2018/08/03 Intel NUC Core i7 PC 2.5 /M.2 SSD BOXNUC7I7BNH PC DDR4-2133(PC4-17000) 8GBX2 260pin 1.2V CL15 SP016GBSFU213B22 WD SSD M.2-2280/512GB/WD Black/PCIe Gen3 NVMe/5 /WDS512G1X0C 1 NUC NUC7i7BNH
More informationRX600 & RX200シリーズ アプリケーションノート RX用仮想EEPROM
R01AN0724JU0170 Rev.1.70 MCU EEPROM RX MCU 1 RX MCU EEPROM VEE VEE API MCU MCU API RX621 RX62N RX62T RX62G RX630 RX631 RX63N RX63T RX210 R01AN0724JU0170 Rev.1.70 Page 1 of 33 1.... 3 1.1... 3 1.2... 3
More informationMicrosoft Word - jpluginmanual.doc
TogoDocClient TogoDocClient... i 1.... 1 2. TogoDocClient... 1 2.1.... 1 2.1.1. JDK 5.0... 1 2.1.2. Eclipse... 1 2.1.3.... 1 2.1.4.... 2 2.2.... 3 2.2.1.... 3 2.2.2.... 4 2.3. Eclipse Commands... 5 2.3.1....
More information本機をお使いの方へ
MA46H/S Windows 98 / NT 4.0 Windows 98 / NT 4.0 MA46H/S BIOS 1999 10 808-877675-132-A 3 AT 6. 1. BIOS P.7 1. Windows 98 Windows Windows 98 Microsoft Windows 98 Windows NT 4.0 Microsoft Windows NT Workstation
More information28 Docker Design and Implementation of Program Evaluation System Using Docker Virtualized Environment
28 Docker Design and Implementation of Program Evaluation System Using Docker Virtualized Environment 1170288 2017 2 28 Docker,.,,.,,.,,.,. Docker.,..,., Web, Web.,.,.,, CPU,,. i ., OS..,, OS, VirtualBox,.,
More informationMicrosoft Word - Meta70_Preferences.doc
Image Windows Preferences Edit, Preferences MetaMorph, MetaVue Image Windows Preferences Edit, Preferences Image Windows Preferences 1. Windows Image Placement: Acquire Overlay at Top Left Corner: 1 Acquire
More information20 H8/3069LAN H. Fukura
20 H8/3069LAN 1.1 2009 2 9 H. Fukura 1 1 2 Cygwin 2 2.1................... 3 2.2................. 3 3 h8300-hms 13 3.1................... 14 3.2......... 14 3.3............. 35 3.4.............. 38 i
More information取扱説明書の読み替え一覧表
SCSI アレイコントローラカード取扱説明書 ( 追補版 ) PG-140BL PG-140C PG-140CL PG-141B PG-142B PG-142C PG-142D GP5-150 GP5-1501 GP5-151 はじめに Linux MicrosoftWindows NTMicrosoft Corporation NetwareNovell Copyright 1985-2001 Microsoft
More information