How to fill color between function and circle in the following?How to use fraction for PSTricks's coordinates?How does uput determine the touching point between the object box and the hypothetical circle?How to fill color in graph?Fill area between two distinct curvesHow to combine and simplify the following PostScript operators?TikZ - How to draw the followingColor gradient fill between three corners of a triangleLaTeX Trellis Diagrams for STBCsIn PStricks, what is the difference between psforeach and multido in the following?How to use eofill in the following case?How to combine three animations as the following example?
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Delivering sarcasm
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Removing files under particular conditions (number of files, file age)
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Why Shazam when there is already Superman?
Travelling outside the UK without a passport
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Non-trope happy ending?
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How much character growth crosses the line into breaking the character
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What does routing an IP address mean?
Strong empirical falsification of quantum mechanics based on vacuum energy density
How do you respond to a colleague from another team when they're wrongly expecting that you'll help them?
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Is there a name for this algorithm to calculate the concentration of a mixture of two solutions containing the same solute?
How do I color the graph in datavisualization?
Redundant comparison & "if" before assignment
How to fill color between function and circle in the following?
How to use fraction for PSTricks's coordinates?How does uput determine the touching point between the object box and the hypothetical circle?How to fill color in graph?Fill area between two distinct curvesHow to combine and simplify the following PostScript operators?TikZ - How to draw the followingColor gradient fill between three corners of a triangleLaTeX Trellis Diagrams for STBCsIn PStricks, what is the difference between psforeach and multido in the following?How to use eofill in the following case?How to combine three animations as the following example?
5
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot,pst-func
begindocument
beginpspicture(-3,-1.5)(3,4)
defFx^3/3 - x + 2/3
psaxes->(0,0)(-3,-1)(3,4)
psplot[algebraic]-2.52.5F
pstGeonode[PosAngle=-45,0](0,-.2)N(2.5,1)M
pstLineAB[nodesepA=-3cm]NM
pssetPointSymbol=o,algebraic
pstInterFLFNM2A
pstInterFL[PosAngle=90]FNM0A1
pstInterFLFNM-2A2
pscustom[fillstyle=solid,fillcolor=red,linestyle=none,opacity=.4]%
code psGetNodeCenterA psGetNodeCenterA1
psplotA.xA1.xF
psline(A1)(A)
pscustom[fillstyle=solid,fillcolor=yellow,linestyle=none,opacity=.4]%
code psGetNodeCenterA1 psGetNodeCenterA2
psplotA1.xA2.xF
psline(A1)(A2)
endpspicture
enddocument
Question 1:
" opacity=.4 " can be loaded within this case?
How to the plot is located above color background ?
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
begindocument
beginpspicture(-3,-3)(3,3)
defF2*cos(x)
pssetalgebraic
pstGeonode(0.3,-1)O(2,.5)M
ncline[linecolor=blue, arrowscale=2]->OM
psaxes->(0,0)(-3,-3)(3,3.5)
psplot[linewidth=1.5pt]-3.143.14F
pstCircleOA[PointSymbol=*]OM
pssetPointSymbol=o
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
pstInterFCFOM-2N2
%pstInterFCFOM2N3
%pscustom[fillstyle=solid,fillcolor=blue!30,linestyle=none]%
%code psGetNodeCenterN0 psGetNodeCenterN1
%psplotN0.xN1.xF
%pstArcOABON1.xN0.x
%
endpspicture
enddocument
Question 2 : How to fill color it?
documentclass[border=15pt]standalone
usepackagepst-intersect,pst-plot,pst-eucl
begindocument
beginpspicture*[showgrid](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
pssavepathAparametricplot-44t^2-3
pssavepathBpsplot-44x^2/2-3
psintersect[name=C,showpoints]AB
pstTriangleOC[linestyle=none]C1C2C3
pnode(OC_O)O
psarcAB(O)(C3)(C4)
uput[0](C1)$C1$
uput[0](C2)$C2$
uput[0](C3)$C3$
uput[0](C4)$C4$
psclippscustompsarcAB(O)(C3)(C4) psplot40x^2/2-3
psframe[fillstyle=solid,fillcolor=blue!50](0,-3)(4,3)
endpsclip
endpspicture*
enddocument
Final edited... DONE!
Using saveNodeCoors
documentclass[border=15pt]standalone
usepackagepst-intersect,pst-plot,pst-eucl
begindocument
beginpspicture*[showgrid,saveNodeCoors](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
pssavepathAparametricplot-44t^2-3
pssavepathBpsplot-44x^2/2-3
psintersect[name=C,showpoints]AB
pstTriangleOC[linestyle=none]C1C2C3
pnode(OC_O)O
psarcAB(O)(C3)(C4)
uput[-10](C1)$C1$
uput[40](C2)$C2$
uput[120](C3)$C3$
uput[120](C4)$C4$
%C3C4
pscustom[fillstyle=solid,fillcolor=blue!50]%
psarcAB(O)(C3)(C4)
psplotN-C4.xN-C3.xx^2/2-3
%C2C3
pscustom[fillstyle=solid,fillcolor=red!50]%
psplotN-C2.xN-C3.x-sqrt(x+3)
psplotN-C3.xN-C2.xx^2/2-3
%C1C2C3C4
pscustom[fillstyle=vlines]%
psplotN-C1.xN-C2.xx^2/2-3
psplotN-C2.xN-C3.x-sqrt(x+3)
psplotN-C3.xN-C4.xx^2/2-3
psplotN-C4.xN-C1.xsqrt(x+3)
pscustom[fillstyle=solid,fillcolor=orange!50,opacity=.4]%
psplotN-C1.xN-C2.xx^2/2-3
psplotN-C2.x-3-sqrt(x+3)
psplot-3N-C1.xsqrt(x+3)
endpspicture*
enddocument
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot,
defF2*cos(x)
begindocument
beginpspicture[showgrid,algebraic,saveNodeCoors,opacity=0.5](-4,-4)(4,3)
pnodes(.3,-1)O(2,.5)M
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
pstInterFC[PosAngle=135]FOM-2N3
pstInterFC[PosAngle=45]FOM3N4
%%N0N1
pscustom[fillstyle=solid,fillcolor=red]%
psarcAB(O)(N0)(N1)%
psplotN-N1.xN-N0.xF
%%N0N4
pscustom[fillstyle=solid,fillcolor=blue]%
psarcnAB(O)(N0)(N4)%
psplotN-N4.xN-N0.xF
%%N1N3
pscustom[fillstyle=solid,fillcolor=yellow]%
psarcAB(O)(N1)(N3)%
psplotN-N3.xN-N1.xF
%N1N2N3N4
pscustom[fillstyle=vlines]%
psarcAB(O)(N0)(N1)%
psplotN-N1.xN-N3.xF
psarcAB(O)(N3)(N4)
psplotN-N4.xN-N0.xF
pstCircleOAOM
psplot-33F
endpspicture
enddocument
documentclass[border=5pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot,amsmath
begindocument
beginpspicture[algebraic,saveNodeCoors](-1.5,-1.5)(5,5)
deffx-1+4/((x^2+1)^2)
defg4*x-x^2+4/((x^2+1)^2)
psplot[plotstyle=curve]-14f
psplot[plotstyle=curve]-.654g
%%
psaxes->(0,0)(-1,-1)(4.5,4.5)
pssetPointSymbol=none,PointName=none
pstInterFFfg0M_1
pstInterFFfg3.2M_0
%%
pscustom[fillstyle=hlines]%
psplot1N-M_0.xf
psplotN-M_0.x1g
%%
uput[0](2,1)$C_f$
uput[0](2,4.3)$C_f$
endpspicture
enddocument
pstricks
asked Feb 1 at 15:52
chishimutojichishimutoji
7331323
add a comment |
5
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot,pst-func
begindocument
beginpspicture(-3,-1.5)(3,4)
defFx^3/3 - x + 2/3
psaxes->(0,0)(-3,-1)(3,4)
psplot[algebraic]-2.52.5F
pstGeonode[PosAngle=-45,0](0,-.2)N(2.5,1)M
pstLineAB[nodesepA=-3cm]NM
pssetPointSymbol=o,algebraic
pstInterFLFNM2A
pstInterFL[PosAngle=90]FNM0A1
pstInterFLFNM-2A2
pscustom[fillstyle=solid,fillcolor=red,linestyle=none,opacity=.4]%
code psGetNodeCenterA psGetNodeCenterA1
psplotA.xA1.xF
psline(A1)(A)
pscustom[fillstyle=solid,fillcolor=yellow,linestyle=none,opacity=.4]%
code psGetNodeCenterA1 psGetNodeCenterA2
psplotA1.xA2.xF
psline(A1)(A2)
endpspicture
enddocument
Question 1:
" opacity=.4 " can be loaded within this case?
How to the plot is located above color background ?
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
begindocument
beginpspicture(-3,-3)(3,3)
defF2*cos(x)
pssetalgebraic
pstGeonode(0.3,-1)O(2,.5)M
ncline[linecolor=blue, arrowscale=2]->OM
psaxes->(0,0)(-3,-3)(3,3.5)
psplot[linewidth=1.5pt]-3.143.14F
pstCircleOA[PointSymbol=*]OM
pssetPointSymbol=o
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
pstInterFCFOM-2N2
%pstInterFCFOM2N3
%pscustom[fillstyle=solid,fillcolor=blue!30,linestyle=none]%
%code psGetNodeCenterN0 psGetNodeCenterN1
%psplotN0.xN1.xF
%pstArcOABON1.xN0.x
%
endpspicture
enddocument
Question 2 : How to fill color it?
documentclass[border=15pt]standalone
usepackagepst-intersect,pst-plot,pst-eucl
begindocument
beginpspicture*[showgrid](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
pssavepathAparametricplot-44t^2-3
pssavepathBpsplot-44x^2/2-3
psintersect[name=C,showpoints]AB
pstTriangleOC[linestyle=none]C1C2C3
pnode(OC_O)O
psarcAB(O)(C3)(C4)
uput[0](C1)$C1$
uput[0](C2)$C2$
uput[0](C3)$C3$
uput[0](C4)$C4$
psclippscustompsarcAB(O)(C3)(C4) psplot40x^2/2-3
psframe[fillstyle=solid,fillcolor=blue!50](0,-3)(4,3)
endpsclip
endpspicture*
enddocument
Final edited... DONE!
Using saveNodeCoors
documentclass[border=15pt]standalone
usepackagepst-intersect,pst-plot,pst-eucl
begindocument
beginpspicture*[showgrid,saveNodeCoors](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
pssavepathAparametricplot-44t^2-3
pssavepathBpsplot-44x^2/2-3
psintersect[name=C,showpoints]AB
pstTriangleOC[linestyle=none]C1C2C3
pnode(OC_O)O
psarcAB(O)(C3)(C4)
uput[-10](C1)$C1$
uput[40](C2)$C2$
uput[120](C3)$C3$
uput[120](C4)$C4$
%C3C4
pscustom[fillstyle=solid,fillcolor=blue!50]%
psarcAB(O)(C3)(C4)
psplotN-C4.xN-C3.xx^2/2-3
%C2C3
pscustom[fillstyle=solid,fillcolor=red!50]%
psplotN-C2.xN-C3.x-sqrt(x+3)
psplotN-C3.xN-C2.xx^2/2-3
%C1C2C3C4
pscustom[fillstyle=vlines]%
psplotN-C1.xN-C2.xx^2/2-3
psplotN-C2.xN-C3.x-sqrt(x+3)
psplotN-C3.xN-C4.xx^2/2-3
psplotN-C4.xN-C1.xsqrt(x+3)
pscustom[fillstyle=solid,fillcolor=orange!50,opacity=.4]%
psplotN-C1.xN-C2.xx^2/2-3
psplotN-C2.x-3-sqrt(x+3)
psplot-3N-C1.xsqrt(x+3)
endpspicture*
enddocument
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot,
defF2*cos(x)
begindocument
beginpspicture[showgrid,algebraic,saveNodeCoors,opacity=0.5](-4,-4)(4,3)
pnodes(.3,-1)O(2,.5)M
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
pstInterFC[PosAngle=135]FOM-2N3
pstInterFC[PosAngle=45]FOM3N4
%%N0N1
pscustom[fillstyle=solid,fillcolor=red]%
psarcAB(O)(N0)(N1)%
psplotN-N1.xN-N0.xF
%%N0N4
pscustom[fillstyle=solid,fillcolor=blue]%
psarcnAB(O)(N0)(N4)%
psplotN-N4.xN-N0.xF
%%N1N3
pscustom[fillstyle=solid,fillcolor=yellow]%
psarcAB(O)(N1)(N3)%
psplotN-N3.xN-N1.xF
%N1N2N3N4
pscustom[fillstyle=vlines]%
psarcAB(O)(N0)(N1)%
psplotN-N1.xN-N3.xF
psarcAB(O)(N3)(N4)
psplotN-N4.xN-N0.xF
pstCircleOAOM
psplot-33F
endpspicture
enddocument
documentclass[border=5pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot,amsmath
begindocument
beginpspicture[algebraic,saveNodeCoors](-1.5,-1.5)(5,5)
deffx-1+4/((x^2+1)^2)
defg4*x-x^2+4/((x^2+1)^2)
psplot[plotstyle=curve]-14f
psplot[plotstyle=curve]-.654g
%%
psaxes->(0,0)(-1,-1)(4.5,4.5)
pssetPointSymbol=none,PointName=none
pstInterFFfg0M_1
pstInterFFfg3.2M_0
%%
pscustom[fillstyle=hlines]%
psplot1N-M_0.xf
psplotN-M_0.x1g
%%
uput[0](2,1)$C_f$
uput[0](2,4.3)$C_f$
endpspicture
enddocument
pstricks
asked Feb 1 at 15:52
chishimutojichishimutoji
7331323
Don't forget, there is also a keyNodeCoorPrefixto change the prefixN.
– The Inventor of God
Feb 7 at 16:15
add a comment |
5
5
5
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot,pst-func
begindocument
beginpspicture(-3,-1.5)(3,4)
defFx^3/3 - x + 2/3
psaxes->(0,0)(-3,-1)(3,4)
psplot[algebraic]-2.52.5F
pstGeonode[PosAngle=-45,0](0,-.2)N(2.5,1)M
pstLineAB[nodesepA=-3cm]NM
pssetPointSymbol=o,algebraic
pstInterFLFNM2A
pstInterFL[PosAngle=90]FNM0A1
pstInterFLFNM-2A2
pscustom[fillstyle=solid,fillcolor=red,linestyle=none,opacity=.4]%
code psGetNodeCenterA psGetNodeCenterA1
psplotA.xA1.xF
psline(A1)(A)
pscustom[fillstyle=solid,fillcolor=yellow,linestyle=none,opacity=.4]%
code psGetNodeCenterA1 psGetNodeCenterA2
psplotA1.xA2.xF
psline(A1)(A2)
endpspicture
enddocument
Question 1:
" opacity=.4 " can be loaded within this case?
How to the plot is located above color background ?
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
begindocument
beginpspicture(-3,-3)(3,3)
defF2*cos(x)
pssetalgebraic
pstGeonode(0.3,-1)O(2,.5)M
ncline[linecolor=blue, arrowscale=2]->OM
psaxes->(0,0)(-3,-3)(3,3.5)
psplot[linewidth=1.5pt]-3.143.14F
pstCircleOA[PointSymbol=*]OM
pssetPointSymbol=o
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
pstInterFCFOM-2N2
%pstInterFCFOM2N3
%pscustom[fillstyle=solid,fillcolor=blue!30,linestyle=none]%
%code psGetNodeCenterN0 psGetNodeCenterN1
%psplotN0.xN1.xF
%pstArcOABON1.xN0.x
%
endpspicture
enddocument
Question 2 : How to fill color it?
documentclass[border=15pt]standalone
usepackagepst-intersect,pst-plot,pst-eucl
begindocument
beginpspicture*[showgrid](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
pssavepathAparametricplot-44t^2-3
pssavepathBpsplot-44x^2/2-3
psintersect[name=C,showpoints]AB
pstTriangleOC[linestyle=none]C1C2C3
pnode(OC_O)O
psarcAB(O)(C3)(C4)
uput[0](C1)$C1$
uput[0](C2)$C2$
uput[0](C3)$C3$
uput[0](C4)$C4$
psclippscustompsarcAB(O)(C3)(C4) psplot40x^2/2-3
psframe[fillstyle=solid,fillcolor=blue!50](0,-3)(4,3)
endpsclip
endpspicture*
enddocument
Final edited... DONE!
Using saveNodeCoors
documentclass[border=15pt]standalone
usepackagepst-intersect,pst-plot,pst-eucl
begindocument
beginpspicture*[showgrid,saveNodeCoors](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
pssavepathAparametricplot-44t^2-3
pssavepathBpsplot-44x^2/2-3
psintersect[name=C,showpoints]AB
pstTriangleOC[linestyle=none]C1C2C3
pnode(OC_O)O
psarcAB(O)(C3)(C4)
uput[-10](C1)$C1$
uput[40](C2)$C2$
uput[120](C3)$C3$
uput[120](C4)$C4$
%C3C4
pscustom[fillstyle=solid,fillcolor=blue!50]%
psarcAB(O)(C3)(C4)
psplotN-C4.xN-C3.xx^2/2-3
%C2C3
pscustom[fillstyle=solid,fillcolor=red!50]%
psplotN-C2.xN-C3.x-sqrt(x+3)
psplotN-C3.xN-C2.xx^2/2-3
%C1C2C3C4
pscustom[fillstyle=vlines]%
psplotN-C1.xN-C2.xx^2/2-3
psplotN-C2.xN-C3.x-sqrt(x+3)
psplotN-C3.xN-C4.xx^2/2-3
psplotN-C4.xN-C1.xsqrt(x+3)
pscustom[fillstyle=solid,fillcolor=orange!50,opacity=.4]%
psplotN-C1.xN-C2.xx^2/2-3
psplotN-C2.x-3-sqrt(x+3)
psplot-3N-C1.xsqrt(x+3)
endpspicture*
enddocument
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot,
defF2*cos(x)
begindocument
beginpspicture[showgrid,algebraic,saveNodeCoors,opacity=0.5](-4,-4)(4,3)
pnodes(.3,-1)O(2,.5)M
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
pstInterFC[PosAngle=135]FOM-2N3
pstInterFC[PosAngle=45]FOM3N4
%%N0N1
pscustom[fillstyle=solid,fillcolor=red]%
psarcAB(O)(N0)(N1)%
psplotN-N1.xN-N0.xF
%%N0N4
pscustom[fillstyle=solid,fillcolor=blue]%
psarcnAB(O)(N0)(N4)%
psplotN-N4.xN-N0.xF
%%N1N3
pscustom[fillstyle=solid,fillcolor=yellow]%
psarcAB(O)(N1)(N3)%
psplotN-N3.xN-N1.xF
%N1N2N3N4
pscustom[fillstyle=vlines]%
psarcAB(O)(N0)(N1)%
psplotN-N1.xN-N3.xF
psarcAB(O)(N3)(N4)
psplotN-N4.xN-N0.xF
pstCircleOAOM
psplot-33F
endpspicture
enddocument
documentclass[border=5pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot,amsmath
begindocument
beginpspicture[algebraic,saveNodeCoors](-1.5,-1.5)(5,5)
deffx-1+4/((x^2+1)^2)
defg4*x-x^2+4/((x^2+1)^2)
psplot[plotstyle=curve]-14f
psplot[plotstyle=curve]-.654g
%%
psaxes->(0,0)(-1,-1)(4.5,4.5)
pssetPointSymbol=none,PointName=none
pstInterFFfg0M_1
pstInterFFfg3.2M_0
%%
pscustom[fillstyle=hlines]%
psplot1N-M_0.xf
psplotN-M_0.x1g
%%
uput[0](2,1)$C_f$
uput[0](2,4.3)$C_f$
endpspicture
enddocument
pstricks
asked Feb 1 at 15:52
chishimutojichishimutoji
7331323
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot,pst-func
begindocument
beginpspicture(-3,-1.5)(3,4)
defFx^3/3 - x + 2/3
psaxes->(0,0)(-3,-1)(3,4)
psplot[algebraic]-2.52.5F
pstGeonode[PosAngle=-45,0](0,-.2)N(2.5,1)M
pstLineAB[nodesepA=-3cm]NM
pssetPointSymbol=o,algebraic
pstInterFLFNM2A
pstInterFL[PosAngle=90]FNM0A1
pstInterFLFNM-2A2
pscustom[fillstyle=solid,fillcolor=red,linestyle=none,opacity=.4]%
code psGetNodeCenterA psGetNodeCenterA1
psplotA.xA1.xF
psline(A1)(A)
pscustom[fillstyle=solid,fillcolor=yellow,linestyle=none,opacity=.4]%
code psGetNodeCenterA1 psGetNodeCenterA2
psplotA1.xA2.xF
psline(A1)(A2)
endpspicture
enddocument
Question 1:
" opacity=.4 " can be loaded within this case?
How to the plot is located above color background ?
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
begindocument
beginpspicture(-3,-3)(3,3)
defF2*cos(x)
pssetalgebraic
pstGeonode(0.3,-1)O(2,.5)M
ncline[linecolor=blue, arrowscale=2]->OM
psaxes->(0,0)(-3,-3)(3,3.5)
psplot[linewidth=1.5pt]-3.143.14F
pstCircleOA[PointSymbol=*]OM
pssetPointSymbol=o
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
pstInterFCFOM-2N2
%pstInterFCFOM2N3
%pscustom[fillstyle=solid,fillcolor=blue!30,linestyle=none]%
%code psGetNodeCenterN0 psGetNodeCenterN1
%psplotN0.xN1.xF
%pstArcOABON1.xN0.x
%
endpspicture
enddocument
Question 2 : How to fill color it?
documentclass[border=15pt]standalone
usepackagepst-intersect,pst-plot,pst-eucl
begindocument
beginpspicture*[showgrid](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
pssavepathAparametricplot-44t^2-3
pssavepathBpsplot-44x^2/2-3
psintersect[name=C,showpoints]AB
pstTriangleOC[linestyle=none]C1C2C3
pnode(OC_O)O
psarcAB(O)(C3)(C4)
uput[0](C1)$C1$
uput[0](C2)$C2$
uput[0](C3)$C3$
uput[0](C4)$C4$
psclippscustompsarcAB(O)(C3)(C4) psplot40x^2/2-3
psframe[fillstyle=solid,fillcolor=blue!50](0,-3)(4,3)
endpsclip
endpspicture*
enddocument
Final edited... DONE!
Using saveNodeCoors
documentclass[border=15pt]standalone
usepackagepst-intersect,pst-plot,pst-eucl
begindocument
beginpspicture*[showgrid,saveNodeCoors](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
pssavepathAparametricplot-44t^2-3
pssavepathBpsplot-44x^2/2-3
psintersect[name=C,showpoints]AB
pstTriangleOC[linestyle=none]C1C2C3
pnode(OC_O)O
psarcAB(O)(C3)(C4)
uput[-10](C1)$C1$
uput[40](C2)$C2$
uput[120](C3)$C3$
uput[120](C4)$C4$
%C3C4
pscustom[fillstyle=solid,fillcolor=blue!50]%
psarcAB(O)(C3)(C4)
psplotN-C4.xN-C3.xx^2/2-3
%C2C3
pscustom[fillstyle=solid,fillcolor=red!50]%
psplotN-C2.xN-C3.x-sqrt(x+3)
psplotN-C3.xN-C2.xx^2/2-3
%C1C2C3C4
pscustom[fillstyle=vlines]%
psplotN-C1.xN-C2.xx^2/2-3
psplotN-C2.xN-C3.x-sqrt(x+3)
psplotN-C3.xN-C4.xx^2/2-3
psplotN-C4.xN-C1.xsqrt(x+3)
pscustom[fillstyle=solid,fillcolor=orange!50,opacity=.4]%
psplotN-C1.xN-C2.xx^2/2-3
psplotN-C2.x-3-sqrt(x+3)
psplot-3N-C1.xsqrt(x+3)
endpspicture*
enddocument
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot,
defF2*cos(x)
begindocument
beginpspicture[showgrid,algebraic,saveNodeCoors,opacity=0.5](-4,-4)(4,3)
pnodes(.3,-1)O(2,.5)M
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
pstInterFC[PosAngle=135]FOM-2N3
pstInterFC[PosAngle=45]FOM3N4
%%N0N1
pscustom[fillstyle=solid,fillcolor=red]%
psarcAB(O)(N0)(N1)%
psplotN-N1.xN-N0.xF
%%N0N4
pscustom[fillstyle=solid,fillcolor=blue]%
psarcnAB(O)(N0)(N4)%
psplotN-N4.xN-N0.xF
%%N1N3
pscustom[fillstyle=solid,fillcolor=yellow]%
psarcAB(O)(N1)(N3)%
psplotN-N3.xN-N1.xF
%N1N2N3N4
pscustom[fillstyle=vlines]%
psarcAB(O)(N0)(N1)%
psplotN-N1.xN-N3.xF
psarcAB(O)(N3)(N4)
psplotN-N4.xN-N0.xF
pstCircleOAOM
psplot-33F
endpspicture
enddocument
documentclass[border=5pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot,amsmath
begindocument
beginpspicture[algebraic,saveNodeCoors](-1.5,-1.5)(5,5)
deffx-1+4/((x^2+1)^2)
defg4*x-x^2+4/((x^2+1)^2)
psplot[plotstyle=curve]-14f
psplot[plotstyle=curve]-.654g
%%
psaxes->(0,0)(-1,-1)(4.5,4.5)
pssetPointSymbol=none,PointName=none
pstInterFFfg0M_1
pstInterFFfg3.2M_0
%%
pscustom[fillstyle=hlines]%
psplot1N-M_0.xf
psplotN-M_0.x1g
%%
uput[0](2,1)$C_f$
uput[0](2,4.3)$C_f$
endpspicture
enddocument
pstricks
pstricks
asked Feb 1 at 15:52
chishimutojichishimutoji
7331323
asked Feb 1 at 15:52
chishimutojichishimutoji
7331323
edited 12 mins ago
chishimutoji
asked Feb 1 at 15:52
chishimutojichishimutoji
7331323
asked Feb 1 at 15:52
chishimutojichishimutoji
7331323
asked Feb 1 at 15:52
chishimutojichishimutoji
7331323
7331323
Don't forget, there is also a keyNodeCoorPrefixto change the prefixN.
– The Inventor of God
Feb 7 at 16:15
add a comment |
Don't forget, there is also a keyNodeCoorPrefixto change the prefixN.
– The Inventor of God
Feb 7 at 16:15
Don't forget, there is also a key
NodeCoorPrefix to change the prefix N.– The Inventor of God
Feb 7 at 16:15
Don't forget, there is also a key
NodeCoorPrefix to change the prefix N.– The Inventor of God
Feb 7 at 16:15
add a comment |
4 Answers
4
active
oldest
votes
3
Important theory:
pscustom can contain several child macros inside. In our example, the children are psarc and psplot. The only optional arguments that can take effect are those belong to pscustom. More precisely, any arguments defined in the children macros will be discarded.
As a result, the optional argument origin that is needed by psarc must be moved to pscustom. However, psplot put inside pscustom does not need the effect of origin so we must give a reverse translation to make psplot happy!
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
defF2*cos(x)
begindocument
beginpspicture[showgrid,saveNodeCoors,algebraic](-4,-4)(4,3)
pstGeonode(.3,-1)O(2,.5)M
pstCircleOAOM
psplot-33F
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
pscustom[fillstyle=solid,fillcolor=red,opacity=0.25,origin=O]
psarc[linecolor=red](O)!N-M.y N-O.y sub 2 exp N-M.x N-O.x sub 2 exp add sqrt(N0)(N1)
translate(!N-O.x neg N-O.y neg)
psplotN-N1.xN-N0.xF
endpspicture
enddocument
answered Feb 2 at 1:06
The Inventor of GodThe Inventor of God
4,95611142
Done. This question was closed by me. :-) Thank for your PostScript code..
– chishimutoji
Feb 7 at 9:04
add a comment |
4
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
defF2*cos(x)
begindocument
beginpspicture[showgrid,algebraic](-4,-4)(4,3)
pstGeonode(.3,-1)O(2,.5)M
pstCircleOAOM
psplot-33F
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
psclippscustompsarcAB(O)(N0)(N1)psplot-22F
psframe[fillstyle=solid,fillcolor=red,opacity=0.25](-2,0)(2,2)
endpsclip
endpspicture
enddocument
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
begindocument
beginpspicture(-3,-1.5)(3,4)
defFx^3/3 - x + 2/3
psaxes->(0,0)(-3,-1)(3,4)
pstGeonode[PosAngle=-45,0](0,-.2)N(2.5,1)M
pssetalgebraic
pstInterFLFNM2A
pstInterFL[PosAngle=90]FNM0A1
pstInterFLFNM-2A2
pscustom[fillstyle=solid,fillcolor=red,linestyle=none,opacity=.4]%
psplotA.xA1.x[psGetNodeCenterA psGetNodeCenterA1]F
pscustom[fillstyle=solid,fillcolor=yellow,linestyle=none,opacity=.4]%
psplotA1.xA2.x[psGetNodeCenterA1 psGetNodeCenterA2]F
pstLineAB[nodesepA=-3cm]NM
psdots[fillcolor=white,fillstyle=solid](A1)(A2)(M)
psplot[algebraic]-2.52.5F
endpspicture
enddocument
answered Feb 2 at 8:18
HerbertHerbert
276k25419732
Can you compile it with usepackageauto-pst-pdf and pdflatex.exe -shell-escape -interaction=nonstopmode %.tex ? Does it work normally?
– chishimutoji
Feb 2 at 9:43
1
Usingauto-pst-pdfandstandalonemakes no sense!
– Herbert
Feb 2 at 12:20
<Off topic> I edited my question. Can you see this problem at tex.stackexchange.com/questions/472492/… . Sorry if I make you being uncomfortable....
– chishimutoji
Feb 3 at 2:28
That is an experimental feature and works only in some special cases!
– Herbert
Feb 3 at 9:27
add a comment |
3
documentclass[border=15pt]standalone
usepackagepst-plot,pst-eucl
begindocument
beginpspicture*[showgrid](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
parametricplot-44t^2-3
psplot-34x^2/2-3
pstInterFFx^2/2-3sqrt(x+3)-2.9C1
pstInterFFx^2/2-3-sqrt(x+3)-2.9C2
pstInterFFx^2/2-3-sqrt(x+3)1C3
pstTriangleOC[linestyle=dotted]C1C2C3
pstInterFCx^2/2-3OC_OC33C4
pscustom[fillstyle=solid,fillcolor=blue!50,liftpen=2]%
psplotC3.xC4.x[psGetNodeCenterC3psGetNodeCenterC4]x^2/2-3
psarcnAB(OC_O)(C4)(C3)
endpspicture*
enddocument
answered Feb 5 at 13:54
HerbertHerbert
276k25419732
Yes, I see. Both(pst-intersect and pstInterFF) and psarc(n)AB are very wonderful. Thanks. And if I replace psclip...endpsclip by pscustom... (since your code). It works!
– chishimutoji
Feb 5 at 14:07
stop these endless expanding of your original question! Ask a new one!
– Herbert
Feb 7 at 7:19
Done. This question was closed by me. :-) Thank for -sqrt(x+3).
– chishimutoji
Feb 7 at 9:03
add a comment |
2
documentclass[border=15pt]standalone
usepackagepst-intersect,pst-plot,pst-eucl
begindocument
beginpspicture*[showgrid,saveNodeCoors](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
pssavepathAparametricplot-44t^2-3
pssavepathBpsplot-44x^2/2-3
psintersect[name=C,showpoints]AB
pstTriangleOC[linestyle=none]C1C2C3
pnode(OC_O)O
psarcAB(O)(C3)(C4)
uput[0](C1)$C1$
uput[0](C2)$C2$
uput[0](C3)$C3$
uput[0](C4)$C4$
pscustom[fillstyle=solid,fillcolor=blue!50,origin=O]%
psarc(O)!N-C3.y N-O.y sub 2 exp N-C3.x N-O.x sub 2 exp add sqrt(C3)(C4)
translate(!N-O.x neg N-O.y neg)
psplotN-C4.xN-C3.xx^2/2-3
endpspicture*
enddocument
answered Feb 5 at 13:17
The Inventor of GodThe Inventor of God
4,95611142
add a comment |
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4 Answers
4
active
oldest
votes
4 Answers
4
active
oldest
votes
active
oldest
votes
active
oldest
votes
3
Important theory:
pscustom can contain several child macros inside. In our example, the children are psarc and psplot. The only optional arguments that can take effect are those belong to pscustom. More precisely, any arguments defined in the children macros will be discarded.
As a result, the optional argument origin that is needed by psarc must be moved to pscustom. However, psplot put inside pscustom does not need the effect of origin so we must give a reverse translation to make psplot happy!
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
defF2*cos(x)
begindocument
beginpspicture[showgrid,saveNodeCoors,algebraic](-4,-4)(4,3)
pstGeonode(.3,-1)O(2,.5)M
pstCircleOAOM
psplot-33F
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
pscustom[fillstyle=solid,fillcolor=red,opacity=0.25,origin=O]
psarc[linecolor=red](O)!N-M.y N-O.y sub 2 exp N-M.x N-O.x sub 2 exp add sqrt(N0)(N1)
translate(!N-O.x neg N-O.y neg)
psplotN-N1.xN-N0.xF
endpspicture
enddocument
answered Feb 2 at 1:06
The Inventor of GodThe Inventor of God
4,95611142
Done. This question was closed by me. :-) Thank for your PostScript code..
– chishimutoji
Feb 7 at 9:04
add a comment |
3
Important theory:
pscustom can contain several child macros inside. In our example, the children are psarc and psplot. The only optional arguments that can take effect are those belong to pscustom. More precisely, any arguments defined in the children macros will be discarded.
As a result, the optional argument origin that is needed by psarc must be moved to pscustom. However, psplot put inside pscustom does not need the effect of origin so we must give a reverse translation to make psplot happy!
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
defF2*cos(x)
begindocument
beginpspicture[showgrid,saveNodeCoors,algebraic](-4,-4)(4,3)
pstGeonode(.3,-1)O(2,.5)M
pstCircleOAOM
psplot-33F
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
pscustom[fillstyle=solid,fillcolor=red,opacity=0.25,origin=O]
psarc[linecolor=red](O)!N-M.y N-O.y sub 2 exp N-M.x N-O.x sub 2 exp add sqrt(N0)(N1)
translate(!N-O.x neg N-O.y neg)
psplotN-N1.xN-N0.xF
endpspicture
enddocument
answered Feb 2 at 1:06
The Inventor of GodThe Inventor of God
4,95611142
Done. This question was closed by me. :-) Thank for your PostScript code..
– chishimutoji
Feb 7 at 9:04
add a comment |
3
3
3
Important theory:
pscustom can contain several child macros inside. In our example, the children are psarc and psplot. The only optional arguments that can take effect are those belong to pscustom. More precisely, any arguments defined in the children macros will be discarded.
As a result, the optional argument origin that is needed by psarc must be moved to pscustom. However, psplot put inside pscustom does not need the effect of origin so we must give a reverse translation to make psplot happy!
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
defF2*cos(x)
begindocument
beginpspicture[showgrid,saveNodeCoors,algebraic](-4,-4)(4,3)
pstGeonode(.3,-1)O(2,.5)M
pstCircleOAOM
psplot-33F
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
pscustom[fillstyle=solid,fillcolor=red,opacity=0.25,origin=O]
psarc[linecolor=red](O)!N-M.y N-O.y sub 2 exp N-M.x N-O.x sub 2 exp add sqrt(N0)(N1)
translate(!N-O.x neg N-O.y neg)
psplotN-N1.xN-N0.xF
endpspicture
enddocument
answered Feb 2 at 1:06
The Inventor of GodThe Inventor of God
4,95611142
Important theory:
pscustom can contain several child macros inside. In our example, the children are psarc and psplot. The only optional arguments that can take effect are those belong to pscustom. More precisely, any arguments defined in the children macros will be discarded.
As a result, the optional argument origin that is needed by psarc must be moved to pscustom. However, psplot put inside pscustom does not need the effect of origin so we must give a reverse translation to make psplot happy!
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
defF2*cos(x)
begindocument
beginpspicture[showgrid,saveNodeCoors,algebraic](-4,-4)(4,3)
pstGeonode(.3,-1)O(2,.5)M
pstCircleOAOM
psplot-33F
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
pscustom[fillstyle=solid,fillcolor=red,opacity=0.25,origin=O]
psarc[linecolor=red](O)!N-M.y N-O.y sub 2 exp N-M.x N-O.x sub 2 exp add sqrt(N0)(N1)
translate(!N-O.x neg N-O.y neg)
psplotN-N1.xN-N0.xF
endpspicture
enddocument
answered Feb 2 at 1:06
The Inventor of GodThe Inventor of God
4,95611142
edited Feb 2 at 1:21
answered Feb 2 at 1:06
The Inventor of GodThe Inventor of God
4,95611142
answered Feb 2 at 1:06
The Inventor of GodThe Inventor of God
4,95611142
answered Feb 2 at 1:06
The Inventor of GodThe Inventor of God
4,95611142
4,95611142
Done. This question was closed by me. :-) Thank for your PostScript code..
– chishimutoji
Feb 7 at 9:04
add a comment |
Done. This question was closed by me. :-) Thank for your PostScript code..
– chishimutoji
Feb 7 at 9:04
Done. This question was closed by me. :-) Thank for your PostScript code..
– chishimutoji
Feb 7 at 9:04
Done. This question was closed by me. :-) Thank for your PostScript code..
– chishimutoji
Feb 7 at 9:04
add a comment |
4
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
defF2*cos(x)
begindocument
beginpspicture[showgrid,algebraic](-4,-4)(4,3)
pstGeonode(.3,-1)O(2,.5)M
pstCircleOAOM
psplot-33F
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
psclippscustompsarcAB(O)(N0)(N1)psplot-22F
psframe[fillstyle=solid,fillcolor=red,opacity=0.25](-2,0)(2,2)
endpsclip
endpspicture
enddocument
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
begindocument
beginpspicture(-3,-1.5)(3,4)
defFx^3/3 - x + 2/3
psaxes->(0,0)(-3,-1)(3,4)
pstGeonode[PosAngle=-45,0](0,-.2)N(2.5,1)M
pssetalgebraic
pstInterFLFNM2A
pstInterFL[PosAngle=90]FNM0A1
pstInterFLFNM-2A2
pscustom[fillstyle=solid,fillcolor=red,linestyle=none,opacity=.4]%
psplotA.xA1.x[psGetNodeCenterA psGetNodeCenterA1]F
pscustom[fillstyle=solid,fillcolor=yellow,linestyle=none,opacity=.4]%
psplotA1.xA2.x[psGetNodeCenterA1 psGetNodeCenterA2]F
pstLineAB[nodesepA=-3cm]NM
psdots[fillcolor=white,fillstyle=solid](A1)(A2)(M)
psplot[algebraic]-2.52.5F
endpspicture
enddocument
answered Feb 2 at 8:18
HerbertHerbert
276k25419732
Can you compile it with usepackageauto-pst-pdf and pdflatex.exe -shell-escape -interaction=nonstopmode %.tex ? Does it work normally?
– chishimutoji
Feb 2 at 9:43
1
Usingauto-pst-pdfandstandalonemakes no sense!
– Herbert
Feb 2 at 12:20
<Off topic> I edited my question. Can you see this problem at tex.stackexchange.com/questions/472492/… . Sorry if I make you being uncomfortable....
– chishimutoji
Feb 3 at 2:28
That is an experimental feature and works only in some special cases!
– Herbert
Feb 3 at 9:27
add a comment |
4
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
defF2*cos(x)
begindocument
beginpspicture[showgrid,algebraic](-4,-4)(4,3)
pstGeonode(.3,-1)O(2,.5)M
pstCircleOAOM
psplot-33F
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
psclippscustompsarcAB(O)(N0)(N1)psplot-22F
psframe[fillstyle=solid,fillcolor=red,opacity=0.25](-2,0)(2,2)
endpsclip
endpspicture
enddocument
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
begindocument
beginpspicture(-3,-1.5)(3,4)
defFx^3/3 - x + 2/3
psaxes->(0,0)(-3,-1)(3,4)
pstGeonode[PosAngle=-45,0](0,-.2)N(2.5,1)M
pssetalgebraic
pstInterFLFNM2A
pstInterFL[PosAngle=90]FNM0A1
pstInterFLFNM-2A2
pscustom[fillstyle=solid,fillcolor=red,linestyle=none,opacity=.4]%
psplotA.xA1.x[psGetNodeCenterA psGetNodeCenterA1]F
pscustom[fillstyle=solid,fillcolor=yellow,linestyle=none,opacity=.4]%
psplotA1.xA2.x[psGetNodeCenterA1 psGetNodeCenterA2]F
pstLineAB[nodesepA=-3cm]NM
psdots[fillcolor=white,fillstyle=solid](A1)(A2)(M)
psplot[algebraic]-2.52.5F
endpspicture
enddocument
answered Feb 2 at 8:18
HerbertHerbert
276k25419732
Can you compile it with usepackageauto-pst-pdf and pdflatex.exe -shell-escape -interaction=nonstopmode %.tex ? Does it work normally?
– chishimutoji
Feb 2 at 9:43
1
Usingauto-pst-pdfandstandalonemakes no sense!
– Herbert
Feb 2 at 12:20
<Off topic> I edited my question. Can you see this problem at tex.stackexchange.com/questions/472492/… . Sorry if I make you being uncomfortable....
– chishimutoji
Feb 3 at 2:28
That is an experimental feature and works only in some special cases!
– Herbert
Feb 3 at 9:27
add a comment |
4
4
4
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
defF2*cos(x)
begindocument
beginpspicture[showgrid,algebraic](-4,-4)(4,3)
pstGeonode(.3,-1)O(2,.5)M
pstCircleOAOM
psplot-33F
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
psclippscustompsarcAB(O)(N0)(N1)psplot-22F
psframe[fillstyle=solid,fillcolor=red,opacity=0.25](-2,0)(2,2)
endpsclip
endpspicture
enddocument
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
begindocument
beginpspicture(-3,-1.5)(3,4)
defFx^3/3 - x + 2/3
psaxes->(0,0)(-3,-1)(3,4)
pstGeonode[PosAngle=-45,0](0,-.2)N(2.5,1)M
pssetalgebraic
pstInterFLFNM2A
pstInterFL[PosAngle=90]FNM0A1
pstInterFLFNM-2A2
pscustom[fillstyle=solid,fillcolor=red,linestyle=none,opacity=.4]%
psplotA.xA1.x[psGetNodeCenterA psGetNodeCenterA1]F
pscustom[fillstyle=solid,fillcolor=yellow,linestyle=none,opacity=.4]%
psplotA1.xA2.x[psGetNodeCenterA1 psGetNodeCenterA2]F
pstLineAB[nodesepA=-3cm]NM
psdots[fillcolor=white,fillstyle=solid](A1)(A2)(M)
psplot[algebraic]-2.52.5F
endpspicture
enddocument
answered Feb 2 at 8:18
HerbertHerbert
276k25419732
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
defF2*cos(x)
begindocument
beginpspicture[showgrid,algebraic](-4,-4)(4,3)
pstGeonode(.3,-1)O(2,.5)M
pstCircleOAOM
psplot-33F
pstInterFC[PosAngle=45]FOM1N0
pstInterFC[PosAngle=135]FOM-1N1
psclippscustompsarcAB(O)(N0)(N1)psplot-22F
psframe[fillstyle=solid,fillcolor=red,opacity=0.25](-2,0)(2,2)
endpsclip
endpspicture
enddocument
documentclass[border=15pt,pstricks,12pt]standalone
usepackagepst-eucl,pst-plot
begindocument
beginpspicture(-3,-1.5)(3,4)
defFx^3/3 - x + 2/3
psaxes->(0,0)(-3,-1)(3,4)
pstGeonode[PosAngle=-45,0](0,-.2)N(2.5,1)M
pssetalgebraic
pstInterFLFNM2A
pstInterFL[PosAngle=90]FNM0A1
pstInterFLFNM-2A2
pscustom[fillstyle=solid,fillcolor=red,linestyle=none,opacity=.4]%
psplotA.xA1.x[psGetNodeCenterA psGetNodeCenterA1]F
pscustom[fillstyle=solid,fillcolor=yellow,linestyle=none,opacity=.4]%
psplotA1.xA2.x[psGetNodeCenterA1 psGetNodeCenterA2]F
pstLineAB[nodesepA=-3cm]NM
psdots[fillcolor=white,fillstyle=solid](A1)(A2)(M)
psplot[algebraic]-2.52.5F
endpspicture
enddocument
answered Feb 2 at 8:18
HerbertHerbert
276k25419732
edited Feb 2 at 8:47
answered Feb 2 at 8:18
HerbertHerbert
276k25419732
answered Feb 2 at 8:18
HerbertHerbert
276k25419732
answered Feb 2 at 8:18
HerbertHerbert
276k25419732
276k25419732
Can you compile it with usepackageauto-pst-pdf and pdflatex.exe -shell-escape -interaction=nonstopmode %.tex ? Does it work normally?
– chishimutoji
Feb 2 at 9:43
1
Usingauto-pst-pdfandstandalonemakes no sense!
– Herbert
Feb 2 at 12:20
<Off topic> I edited my question. Can you see this problem at tex.stackexchange.com/questions/472492/… . Sorry if I make you being uncomfortable....
– chishimutoji
Feb 3 at 2:28
That is an experimental feature and works only in some special cases!
– Herbert
Feb 3 at 9:27
add a comment |
Can you compile it with usepackageauto-pst-pdf and pdflatex.exe -shell-escape -interaction=nonstopmode %.tex ? Does it work normally?
– chishimutoji
Feb 2 at 9:43
1
Usingauto-pst-pdfandstandalonemakes no sense!
– Herbert
Feb 2 at 12:20
<Off topic> I edited my question. Can you see this problem at tex.stackexchange.com/questions/472492/… . Sorry if I make you being uncomfortable....
– chishimutoji
Feb 3 at 2:28
That is an experimental feature and works only in some special cases!
– Herbert
Feb 3 at 9:27
Can you compile it with usepackageauto-pst-pdf and pdflatex.exe -shell-escape -interaction=nonstopmode %.tex ? Does it work normally?
– chishimutoji
Feb 2 at 9:43
Can you compile it with usepackageauto-pst-pdf and pdflatex.exe -shell-escape -interaction=nonstopmode %.tex ? Does it work normally?
– chishimutoji
Feb 2 at 9:43
1
1
Using
auto-pst-pdf and standalone makes no sense!– Herbert
Feb 2 at 12:20
Using
auto-pst-pdf and standalone makes no sense!– Herbert
Feb 2 at 12:20
<Off topic> I edited my question. Can you see this problem at tex.stackexchange.com/questions/472492/… . Sorry if I make you being uncomfortable....
– chishimutoji
Feb 3 at 2:28
<Off topic> I edited my question. Can you see this problem at tex.stackexchange.com/questions/472492/… . Sorry if I make you being uncomfortable....
– chishimutoji
Feb 3 at 2:28
That is an experimental feature and works only in some special cases!
– Herbert
Feb 3 at 9:27
That is an experimental feature and works only in some special cases!
– Herbert
Feb 3 at 9:27
add a comment |
3
documentclass[border=15pt]standalone
usepackagepst-plot,pst-eucl
begindocument
beginpspicture*[showgrid](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
parametricplot-44t^2-3
psplot-34x^2/2-3
pstInterFFx^2/2-3sqrt(x+3)-2.9C1
pstInterFFx^2/2-3-sqrt(x+3)-2.9C2
pstInterFFx^2/2-3-sqrt(x+3)1C3
pstTriangleOC[linestyle=dotted]C1C2C3
pstInterFCx^2/2-3OC_OC33C4
pscustom[fillstyle=solid,fillcolor=blue!50,liftpen=2]%
psplotC3.xC4.x[psGetNodeCenterC3psGetNodeCenterC4]x^2/2-3
psarcnAB(OC_O)(C4)(C3)
endpspicture*
enddocument
answered Feb 5 at 13:54
HerbertHerbert
276k25419732
Yes, I see. Both(pst-intersect and pstInterFF) and psarc(n)AB are very wonderful. Thanks. And if I replace psclip...endpsclip by pscustom... (since your code). It works!
– chishimutoji
Feb 5 at 14:07
stop these endless expanding of your original question! Ask a new one!
– Herbert
Feb 7 at 7:19
Done. This question was closed by me. :-) Thank for -sqrt(x+3).
– chishimutoji
Feb 7 at 9:03
add a comment |
3
documentclass[border=15pt]standalone
usepackagepst-plot,pst-eucl
begindocument
beginpspicture*[showgrid](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
parametricplot-44t^2-3
psplot-34x^2/2-3
pstInterFFx^2/2-3sqrt(x+3)-2.9C1
pstInterFFx^2/2-3-sqrt(x+3)-2.9C2
pstInterFFx^2/2-3-sqrt(x+3)1C3
pstTriangleOC[linestyle=dotted]C1C2C3
pstInterFCx^2/2-3OC_OC33C4
pscustom[fillstyle=solid,fillcolor=blue!50,liftpen=2]%
psplotC3.xC4.x[psGetNodeCenterC3psGetNodeCenterC4]x^2/2-3
psarcnAB(OC_O)(C4)(C3)
endpspicture*
enddocument
answered Feb 5 at 13:54
HerbertHerbert
276k25419732
Yes, I see. Both(pst-intersect and pstInterFF) and psarc(n)AB are very wonderful. Thanks. And if I replace psclip...endpsclip by pscustom... (since your code). It works!
– chishimutoji
Feb 5 at 14:07
stop these endless expanding of your original question! Ask a new one!
– Herbert
Feb 7 at 7:19
Done. This question was closed by me. :-) Thank for -sqrt(x+3).
– chishimutoji
Feb 7 at 9:03
add a comment |
3
3
3
documentclass[border=15pt]standalone
usepackagepst-plot,pst-eucl
begindocument
beginpspicture*[showgrid](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
parametricplot-44t^2-3
psplot-34x^2/2-3
pstInterFFx^2/2-3sqrt(x+3)-2.9C1
pstInterFFx^2/2-3-sqrt(x+3)-2.9C2
pstInterFFx^2/2-3-sqrt(x+3)1C3
pstTriangleOC[linestyle=dotted]C1C2C3
pstInterFCx^2/2-3OC_OC33C4
pscustom[fillstyle=solid,fillcolor=blue!50,liftpen=2]%
psplotC3.xC4.x[psGetNodeCenterC3psGetNodeCenterC4]x^2/2-3
psarcnAB(OC_O)(C4)(C3)
endpspicture*
enddocument
answered Feb 5 at 13:54
HerbertHerbert
276k25419732
documentclass[border=15pt]standalone
usepackagepst-plot,pst-eucl
begindocument
beginpspicture*[showgrid](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
parametricplot-44t^2-3
psplot-34x^2/2-3
pstInterFFx^2/2-3sqrt(x+3)-2.9C1
pstInterFFx^2/2-3-sqrt(x+3)-2.9C2
pstInterFFx^2/2-3-sqrt(x+3)1C3
pstTriangleOC[linestyle=dotted]C1C2C3
pstInterFCx^2/2-3OC_OC33C4
pscustom[fillstyle=solid,fillcolor=blue!50,liftpen=2]%
psplotC3.xC4.x[psGetNodeCenterC3psGetNodeCenterC4]x^2/2-3
psarcnAB(OC_O)(C4)(C3)
endpspicture*
enddocument
answered Feb 5 at 13:54
HerbertHerbert
276k25419732
answered Feb 5 at 13:54
HerbertHerbert
276k25419732
answered Feb 5 at 13:54
HerbertHerbert
276k25419732
answered Feb 5 at 13:54
HerbertHerbert
276k25419732
276k25419732
Yes, I see. Both(pst-intersect and pstInterFF) and psarc(n)AB are very wonderful. Thanks. And if I replace psclip...endpsclip by pscustom... (since your code). It works!
– chishimutoji
Feb 5 at 14:07
stop these endless expanding of your original question! Ask a new one!
– Herbert
Feb 7 at 7:19
Done. This question was closed by me. :-) Thank for -sqrt(x+3).
– chishimutoji
Feb 7 at 9:03
add a comment |
Yes, I see. Both(pst-intersect and pstInterFF) and psarc(n)AB are very wonderful. Thanks. And if I replace psclip...endpsclip by pscustom... (since your code). It works!
– chishimutoji
Feb 5 at 14:07
stop these endless expanding of your original question! Ask a new one!
– Herbert
Feb 7 at 7:19
Done. This question was closed by me. :-) Thank for -sqrt(x+3).
– chishimutoji
Feb 7 at 9:03
Yes, I see. Both(pst-intersect and pstInterFF) and psarc(n)AB are very wonderful. Thanks. And if I replace psclip...endpsclip by pscustom... (since your code). It works!
– chishimutoji
Feb 5 at 14:07
Yes, I see. Both(pst-intersect and pstInterFF) and psarc(n)AB are very wonderful. Thanks. And if I replace psclip...endpsclip by pscustom... (since your code). It works!
– chishimutoji
Feb 5 at 14:07
stop these endless expanding of your original question! Ask a new one!
– Herbert
Feb 7 at 7:19
stop these endless expanding of your original question! Ask a new one!
– Herbert
Feb 7 at 7:19
Done. This question was closed by me. :-) Thank for -sqrt(x+3).
– chishimutoji
Feb 7 at 9:03
Done. This question was closed by me. :-) Thank for -sqrt(x+3).
– chishimutoji
Feb 7 at 9:03
add a comment |
2
documentclass[border=15pt]standalone
usepackagepst-intersect,pst-plot,pst-eucl
begindocument
beginpspicture*[showgrid,saveNodeCoors](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
pssavepathAparametricplot-44t^2-3
pssavepathBpsplot-44x^2/2-3
psintersect[name=C,showpoints]AB
pstTriangleOC[linestyle=none]C1C2C3
pnode(OC_O)O
psarcAB(O)(C3)(C4)
uput[0](C1)$C1$
uput[0](C2)$C2$
uput[0](C3)$C3$
uput[0](C4)$C4$
pscustom[fillstyle=solid,fillcolor=blue!50,origin=O]%
psarc(O)!N-C3.y N-O.y sub 2 exp N-C3.x N-O.x sub 2 exp add sqrt(C3)(C4)
translate(!N-O.x neg N-O.y neg)
psplotN-C4.xN-C3.xx^2/2-3
endpspicture*
enddocument
answered Feb 5 at 13:17
The Inventor of GodThe Inventor of God
4,95611142
add a comment |
2
documentclass[border=15pt]standalone
usepackagepst-intersect,pst-plot,pst-eucl
begindocument
beginpspicture*[showgrid,saveNodeCoors](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
pssavepathAparametricplot-44t^2-3
pssavepathBpsplot-44x^2/2-3
psintersect[name=C,showpoints]AB
pstTriangleOC[linestyle=none]C1C2C3
pnode(OC_O)O
psarcAB(O)(C3)(C4)
uput[0](C1)$C1$
uput[0](C2)$C2$
uput[0](C3)$C3$
uput[0](C4)$C4$
pscustom[fillstyle=solid,fillcolor=blue!50,origin=O]%
psarc(O)!N-C3.y N-O.y sub 2 exp N-C3.x N-O.x sub 2 exp add sqrt(C3)(C4)
translate(!N-O.x neg N-O.y neg)
psplotN-C4.xN-C3.xx^2/2-3
endpspicture*
enddocument
answered Feb 5 at 13:17
The Inventor of GodThe Inventor of God
4,95611142
add a comment |
2
2
2
documentclass[border=15pt]standalone
usepackagepst-intersect,pst-plot,pst-eucl
begindocument
beginpspicture*[showgrid,saveNodeCoors](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
pssavepathAparametricplot-44t^2-3
pssavepathBpsplot-44x^2/2-3
psintersect[name=C,showpoints]AB
pstTriangleOC[linestyle=none]C1C2C3
pnode(OC_O)O
psarcAB(O)(C3)(C4)
uput[0](C1)$C1$
uput[0](C2)$C2$
uput[0](C3)$C3$
uput[0](C4)$C4$
pscustom[fillstyle=solid,fillcolor=blue!50,origin=O]%
psarc(O)!N-C3.y N-O.y sub 2 exp N-C3.x N-O.x sub 2 exp add sqrt(C3)(C4)
translate(!N-O.x neg N-O.y neg)
psplotN-C4.xN-C3.xx^2/2-3
endpspicture*
enddocument
answered Feb 5 at 13:17
The Inventor of GodThe Inventor of God
4,95611142
documentclass[border=15pt]standalone
usepackagepst-intersect,pst-plot,pst-eucl
begindocument
beginpspicture*[showgrid,saveNodeCoors](-5.5,-4.5)(5.5,5.5)
pssetalgebraic,plotstyle=curve,linewidth=1.2pt
psaxes[ticks=none,labels=none,linecolor=gray](0,0)(-5.5,-4.5)(5.5,5.5)
pssavepathAparametricplot-44t^2-3
pssavepathBpsplot-44x^2/2-3
psintersect[name=C,showpoints]AB
pstTriangleOC[linestyle=none]C1C2C3
pnode(OC_O)O
psarcAB(O)(C3)(C4)
uput[0](C1)$C1$
uput[0](C2)$C2$
uput[0](C3)$C3$
uput[0](C4)$C4$
pscustom[fillstyle=solid,fillcolor=blue!50,origin=O]%
psarc(O)!N-C3.y N-O.y sub 2 exp N-C3.x N-O.x sub 2 exp add sqrt(C3)(C4)
translate(!N-O.x neg N-O.y neg)
psplotN-C4.xN-C3.xx^2/2-3
endpspicture*
enddocument
answered Feb 5 at 13:17
The Inventor of GodThe Inventor of God
4,95611142
answered Feb 5 at 13:17
The Inventor of GodThe Inventor of God
4,95611142
answered Feb 5 at 13:17
The Inventor of GodThe Inventor of God
4,95611142
answered Feb 5 at 13:17
The Inventor of GodThe Inventor of God
4,95611142
4,95611142
add a comment |
add a comment |
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Don't forget, there is also a key
NodeCoorPrefixto change the prefixN.– The Inventor of God
Feb 7 at 16:15