[Gnuplot] 그누플롯 기계 도면을 이용한 가시화

 정보

• 업무명    : 그누플롯 기계 도면을 이용한 가시화

• 작성자    : 이상호

• 작성일    : 2019-09-01

• 설   명    :

• 수정이력 :

 

 내용

[특징]

• 기계 도면 작성을 보다 빠르고 효과적으로 이해하기 위해 가시화 도구가 필요하며 이 프로그램은 이러한 목적을 달성하기 위해 고안된 소프트웨어

 

[기능]

• 기계 도면을 이용하여 가시화

 

[활용 자료]

• 없음

 

[자료 처리 방안 및 활용 분석 기법]

• 없음

 

[사용법]

• 소스 코드를 실행 (gnuplot Visualization_With_Mechanical_Drawing.gs)

• 가시화 결과를 확인

 

[사용 OS]

• Linux

 

[사용 언어]

• Gnuplot

 

 

 소스 코드

[명세]

reset
set terminal postscript eps enhanced color font "Helvetica" 20
set output "fig_gpl_RC.eps"
#
set parametric
set size ratio -1
set sample 360
set trange [0:2*pi]
#
set xrange [-230:230]
set yrange [-300:230]
set border 0
set xtics 0,0,0
set ytics 0,0,0
set xtics nomirror
set ytics nomirror
#
#set style arrow 1 size graph 0.02,10 nohead linewidth 1 linetype 5         
#set style arrow 2 size graph 0.02,10 nohead linewidth 1 linetype 1          
#set style arrow 3 size graph 0.02,20 filled heads linewidth 1 linetype 1  
#set style arrow 4 size graph 0.02,20 filled linewidth 1 linetype 1       
#set style arrow 5 size graph 0.02,20 filled linewidth 5 linetype 1        
#set style arrow 6 size graph 0.02,20,30 filled linewidth 2 linetype 1     
#
set style line  1 linetype rgb "#000000"
#
set style arrow 2 size graph 0.02,10 nohead linestyle 1 linewidth 1 linetype 1
set style arrow 3 size graph 0.02,20 filled heads linestyle 1linewidth 1 linetype 1
set style arrow 4 size graph 0.02,20 filled linestyle 1 linewidth 1 linetype 1
#
set arrow as 4 from 0,0 to 151.111,34.490
set label " R_c=155mm" at 151.111,34.490 left rotate by 12.857
set arrow as 4 from 0,0 to 41.219,85.592
set label " R_s=95mm" at 41.219,85.592 left rotate by 64.286
#
set label "Concrete" at 0,-20 center
set label "C30" at 0,-40 center
set label "Rebar=14T20" at 0,-125 center
set label "Original pile body" at 0,-175 center
set label "(not considered)" at 0,-195 center
#
set arrow as 2 from -225,0 to -225,-285
set arrow as 2 from  225,0 to  225,-285
set arrow as 2 from -155,0 to -155,-255
set arrow as 2 from  155,0 to  155,-255
set arrow as 3 from -225,-280 to  225,-280
set arrow as 3 from -225,-250 to -155,-250
set arrow as 3 from -155,-250 to  155,-250
set arrow as 3 from  155,-250 to  225,-250
set label "450mm" at 0,-295 center
set label "70mm"  at -190,-265 center
set label "70mm"  at  190,-265 center
set label "310mm" at    0,-265 center
#
rr=225
r0=155
r1=95
r2=10
a1=0
a2=2*pi/7*1
a3=2*pi/7*2
a4=2*pi/7*3
a5=2*pi/7*4
a6=2*pi/7*5
a7=2*pi/7*6
plot \
rr*cos(t),rr*sin(t) with lines linestyle 1 linewidth 1 linetype 2 notitle, \
r0*cos(t),r0*sin(t) with lines linestyle 1 linewidth 3 linetype 1 notitle, \
r1*cos(t),r1*sin(t) with lines linestyle 1 linewidth 3 linetype 3 notitle, \
r2*cos(t)+(r1+r2)*sin(a1),r2*sin(t)+(r1+r2)*cos(a1) with filledcurves linestyle 1 notitle, \
r2*cos(t)+(r1-r2)*sin(a1),r2*sin(t)+(r1-r2)*cos(a1) with filledcurves linestyle 1 notitle, \
r2*cos(t)+(r1+r2)*sin(a2),r2*sin(t)+(r1+r2)*cos(a2) with filledcurves linestyle 1 notitle, \
r2*cos(t)+(r1-r2)*sin(a2),r2*sin(t)+(r1-r2)*cos(a2) with filledcurves linestyle 1 notitle, \
r2*cos(t)+(r1+r2)*sin(a3),r2*sin(t)+(r1+r2)*cos(a3) with filledcurves linestyle 1 notitle, \
r2*cos(t)+(r1-r2)*sin(a3),r2*sin(t)+(r1-r2)*cos(a3) with filledcurves linestyle 1 notitle, \
r2*cos(t)+(r1+r2)*sin(a4),r2*sin(t)+(r1+r2)*cos(a4) with filledcurves linestyle 1 notitle, \
r2*cos(t)+(r1-r2)*sin(a4),r2*sin(t)+(r1-r2)*cos(a4) with filledcurves linestyle 1 notitle, \
r2*cos(t)+(r1+r2)*sin(a5),r2*sin(t)+(r1+r2)*cos(a5) with filledcurves linestyle 1 notitle, \
r2*cos(t)+(r1-r2)*sin(a5),r2*sin(t)+(r1-r2)*cos(a5) with filledcurves linestyle 1 notitle, \
r2*cos(t)+(r1+r2)*sin(a6),r2*sin(t)+(r1+r2)*cos(a6) with filledcurves linestyle 1 notitle, \
r2*cos(t)+(r1-r2)*sin(a6),r2*sin(t)+(r1-r2)*cos(a6) with filledcurves linestyle 1 notitle, \
r2*cos(t)+(r1+r2)*sin(a7),r2*sin(t)+(r1+r2)*cos(a7) with filledcurves linestyle 1 notitle, \
r2*cos(t)+(r1-r2)*sin(a7),r2*sin(t)+(r1-r2)*cos(a7) with filledcurves linestyle 1 notitle, \
"-" with points notitle
0 0
e

 

[GitHub Gist]

	reset
	set terminal postscript eps enhanced color font "Helvetica" 20
	set output "fig_gpl_RC.eps"
	#
	set parametric
	set size ratio -1
	set sample 360
	set trange [0:2*pi]
	#
	set xrange [-230:230]
	set yrange [-300:230]
	set border 0
	set xtics 0,0,0
	set ytics 0,0,0
	set xtics nomirror
	set ytics nomirror
	#
	#set style arrow 1 size graph 0.02,10 nohead linewidth 1 linetype 5
	#set style arrow 2 size graph 0.02,10 nohead linewidth 1 linetype 1
	#set style arrow 3 size graph 0.02,20 filled heads linewidth 1 linetype 1
	#set style arrow 4 size graph 0.02,20 filled linewidth 1 linetype 1
	#set style arrow 5 size graph 0.02,20 filled linewidth 5 linetype 1
	#set style arrow 6 size graph 0.02,20,30 filled linewidth 2 linetype 1
	#
	set style line 1 linetype rgb "#000000"
	#
	set style arrow 2 size graph 0.02,10 nohead linestyle 1 linewidth 1 linetype 1
	set style arrow 3 size graph 0.02,20 filled heads linestyle 1linewidth 1 linetype 1
	set style arrow 4 size graph 0.02,20 filled linestyle 1 linewidth 1 linetype 1
	#
	set arrow as 4 from 0,0 to 151.111,34.490
	set label " R_c=155mm" at 151.111,34.490 left rotate by 12.857
	set arrow as 4 from 0,0 to 41.219,85.592
	set label " R_s=95mm" at 41.219,85.592 left rotate by 64.286
	#
	set label "Concrete" at 0,-20 center
	set label "C30" at 0,-40 center
	set label "Rebar=14T20" at 0,-125 center
	set label "Original pile body" at 0,-175 center
	set label "(not considered)" at 0,-195 center
	#
	set arrow as 2 from -225,0 to -225,-285
	set arrow as 2 from 225,0 to 225,-285
	set arrow as 2 from -155,0 to -155,-255
	set arrow as 2 from 155,0 to 155,-255
	set arrow as 3 from -225,-280 to 225,-280
	set arrow as 3 from -225,-250 to -155,-250
	set arrow as 3 from -155,-250 to 155,-250
	set arrow as 3 from 155,-250 to 225,-250
	set label "450mm" at 0,-295 center
	set label "70mm" at -190,-265 center
	set label "70mm" at 190,-265 center
	set label "310mm" at 0,-265 center
	#
	rr=225
	r0=155
	r1=95
	r2=10
	a1=0
	a2=2*pi/7*1
	a3=2*pi/7*2
	a4=2*pi/7*3
	a5=2*pi/7*4
	a6=2*pi/7*5
	a7=2*pi/7*6
	plot \
	rr*cos(t),rr*sin(t) with lines linestyle 1 linewidth 1 linetype 2 notitle, \
	r0*cos(t),r0*sin(t) with lines linestyle 1 linewidth 3 linetype 1 notitle, \
	r1*cos(t),r1*sin(t) with lines linestyle 1 linewidth 3 linetype 3 notitle, \
	r2*cos(t)+(r1+r2)*sin(a1),r2*sin(t)+(r1+r2)*cos(a1) with filledcurves linestyle 1 notitle, \
	r2*cos(t)+(r1-r2)*sin(a1),r2*sin(t)+(r1-r2)*cos(a1) with filledcurves linestyle 1 notitle, \
	r2*cos(t)+(r1+r2)*sin(a2),r2*sin(t)+(r1+r2)*cos(a2) with filledcurves linestyle 1 notitle, \
	r2*cos(t)+(r1-r2)*sin(a2),r2*sin(t)+(r1-r2)*cos(a2) with filledcurves linestyle 1 notitle, \
	r2*cos(t)+(r1+r2)*sin(a3),r2*sin(t)+(r1+r2)*cos(a3) with filledcurves linestyle 1 notitle, \
	r2*cos(t)+(r1-r2)*sin(a3),r2*sin(t)+(r1-r2)*cos(a3) with filledcurves linestyle 1 notitle, \
	r2*cos(t)+(r1+r2)*sin(a4),r2*sin(t)+(r1+r2)*cos(a4) with filledcurves linestyle 1 notitle, \
	r2*cos(t)+(r1-r2)*sin(a4),r2*sin(t)+(r1-r2)*cos(a4) with filledcurves linestyle 1 notitle, \
	r2*cos(t)+(r1+r2)*sin(a5),r2*sin(t)+(r1+r2)*cos(a5) with filledcurves linestyle 1 notitle, \
	r2*cos(t)+(r1-r2)*sin(a5),r2*sin(t)+(r1-r2)*cos(a5) with filledcurves linestyle 1 notitle, \
	r2*cos(t)+(r1+r2)*sin(a6),r2*sin(t)+(r1+r2)*cos(a6) with filledcurves linestyle 1 notitle, \
	r2*cos(t)+(r1-r2)*sin(a6),r2*sin(t)+(r1-r2)*cos(a6) with filledcurves linestyle 1 notitle, \
	r2*cos(t)+(r1+r2)*sin(a7),r2*sin(t)+(r1+r2)*cos(a7) with filledcurves linestyle 1 notitle, \
	r2*cos(t)+(r1-r2)*sin(a7),r2*sin(t)+(r1-r2)*cos(a7) with filledcurves linestyle 1 notitle, \
	"-" with points notitle
	0 0
	e

view raw Visualization_With_Mechanical_Drawing.gs hosted with ❤ by GitHub

 

 결과

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  문서 너비

  옆트임

사진 설명을 입력하세요.

그림. 기계 도면을 이용한 가시화.

 

 참고 문헌

[논문]

• 없음

[보고서]

• 없음

[URL]

• 없음

 

 문의사항

[기상학/프로그래밍 언어]

• sangho.lee.1990@gmail.com

[해양학/천문학/빅데이터]

• saimang0804@gmail.com