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diff --git a/Master/texmf-dist/doc/generic/pst-solides3d/doc-src/par-parametres-en.tex b/Master/texmf-dist/doc/generic/pst-solides3d/doc-src/par-parametres-en.tex new file mode 100644 index 00000000000..cff403cbab4 --- /dev/null +++ b/Master/texmf-dist/doc/generic/pst-solides3d/doc-src/par-parametres-en.tex @@ -0,0 +1,271 @@ +\section{The parameters of \texttt{pst-solides3d}} + +\begin{longtable}{|>{\bfseries\ttfamily\color{blue}}l + |>{\ttfamily\centering}m{2cm}|m{10cm}|} + \hline + \multicolumn{1}{|c|}{\textbf{Parameter}}& + \multicolumn{1}{c|}{\textbf{Default}}& + \multicolumn{1}{c|}{\textbf{Description}} \\ \hline\hline +\endfirsthead +\hline + \multicolumn{1}{|c|}{\textbf{Parameter}}& + \multicolumn{1}{c|}{\textbf{Default}}& + \multicolumn{1}{c|}{\textbf{Description}} \\ \hline\hline +\endhead +\multicolumn{3}{|r|}{\textit{Continued on next page}}\\ \hline +\endfoot +\multicolumn{3}{|r|}{\textit{End of table}}\\ \hline +\endlastfoot + +object&&predefined objects for use with +\texttt{\textbackslash{}psSolid} and +\texttt{\textbackslash{}psProjection}: \texttt{\Lkeyword{object}=myName} +where \texttt{myName} is the type of object\\ +\hline + +viewpoint&10 10 10&the coordinates of the point of view\\ \hline + +a&2&the value of \texttt{a} has several interpretations: the edge +length of a cube, the radius of the circumscribed sphere of +regular polyhedrons, the length of one of the edges of a +parallelepiped\\ \hline + +r&2&the radius of a cylinder or sphere\\ \hline + +h&6&the height of a cylinder, cone, truncated cone, or prism\\ +\hline + +r0&1.5&the inner radius of a torus\\\hline + +r1&4&the mean radius of a torus\\ \hline + +phi&0&the lower latitude of a spherical zone\\ \hline + +theta&90&the upper latitude of a spherical zone\\ \hline + +a,b and c&4&the lengths of three incident edges of a parallelepiped\\ +\hline + +base&\begin{tabular}{rr}-1 & -1 \\ 1 & -1 \\ 0 & +1\end{tabular}&the coordinates of vertices in the $xy$-plane +for specified shapes\\ +\hline + +axe&0 0 1&the direction of the axis of inclination of a prism\\ +\hline + +action&draw**&uses the painting algorithm to draw the solid +without hidden edges and with coloured faces\\ \hline + +lightsrc&20 30 50&the Cartesian coordinates of the light source\\ +\hline + +lightintensity&2&the intensity of the light source\\ \hline + +ngrid&n1 n2& sets the grid for a chosen solid\\ \hline + +mode&0&sets a predefined grid: values are 0 to 4. +\texttt{mode=0} is a large grid and \texttt{mode=4} is a fine +grid\\ \hline + +grid& true&if \texttt{grid} is used then gridlines are suppressed\\ +\hline + +biface&true&draw the interior face; if you only want the exterior +shown write \texttt{biface=false} +\\ \hline + +algebraic&false&\texttt{algebraic=true} (also written as +\texttt{[algebraic]}) allows you to give the equation of a surface +in algebraic form (otherwise RPN is enabled); the package +\texttt{pstricks-add} must be loaded in the preamble\\ \hline + +fillcolor&white&specifies a colour for the outer faces of a +solid\\ \hline + +incolor&green&specifies a colour for the inner faces of a solid\\ +\hline + +hue&&the colour gradient used for the outer faces of a solid\\ +\hline + +inhue&&the colour gradient used for internal faces\\ +\hline + +inouthue&&the colour gradient used for both internal and +external faces as a single continuation\\ +\hline + +fcol&&permits you to specify, in order of face number $0$ to $n-1$ +(for $n$ faces) the colour of the appropriate face:\par +\texttt{fcol=0 (Apricot) 1 (Aquamarine) etc.}\\ \hline + +rm&&removes visible faces: \texttt{rm=1 2 8} removes faces 1, 2 +and 8 \\ \hline + +show&&determines which vertices are shown as points: +\texttt{show=0 1 2 3} shows the vertices 0, 1, 2 and 3, +\texttt{show=all} shows all the vertices\\ \hline + +num&&numbers the vertices; for example \texttt{num=0 1 2 3} +numbers the vertices 0,1,2 and 3, and \texttt{num=all} numbers +all the vertices\\ \hline + +name&&the name given to a solid\\ \hline + +solidname&&the name of the active solid\\ \hline + +RotX&0&the angle of rotation of the solid around $Ox$ (in +degrees)\\ \hline + +RotY&0&the angle of rotation of the solid around $Oy$ (in +degrees)\\ \hline + +RotZ&0&the angle of rotation of the solid around $Oz$ (in +degrees)\\ \hline + +hollow&false& draws the inside of hollow solids: cylinder, cone, +truncated cone and prism\\ \hline + +decal&-2&reassign the index numbers of the vertices within a \texttt{base}\\ +\hline + +axesboxed& false& this option for surfaces allows semi-automatic +drawing of the 3D coordinate axes, since the limits of $z$ must be +set by +hand; enabled with \texttt{axesboxed}\\ +\hline + +Zmin&$-4$& the minimum value of $z$\\ \hline + +Zmax&$4$& the maximum value of $z$\\ \hline + +QZ&$0$& shifts the coordinate axes vertically by the chosen value\\ +\hline + +spotX&dr&the position of the tick labels on the $x$-axis\\ \hline + +spotY&dl&the position of the tick labels on the $y$-axis\\ \hline + +spotZ&l&the position of the tick labels on the $z$-axis\\ \hline + +resolution&36&the number of points used to draw a curve\\ \hline + +range&-4 4 &the limits for function input\\ \hline + +function& f & the name given to a function\\ \hline + +path&newpath \par 0 0 moveto& the projected path\\ \hline + +%normal&0 0 1&the normal to the surface being defined\\ \hline + +text&&the projected text\\ \hline + +visibility&false& if \texttt{false} the text applied to a hidden +face is +not rendered\\ +\hline + +chanfreincoeff&0.2&the chamfering coefficient\\ \hline + +trunccoeff&0.25&the truncation coefficient\\ \hline + +dualregcoeff&1&the dual solid coefficient\\ \hline %%%% is this used anywhere? + +affinagecoeff&0.8&the hollowing coefficient\\ \hline + +affinage& & determines which faces are hollowed out: +\texttt{affinage=0 1 2 3} recesses faces 0, 1, 2 and 3, +\texttt{affinage=all} recesses all faces\\ \hline + +affinagerm& &keep the central part of hollowed out faces\\ \hline + +intersectiontype&-1&the type of intersection between a plane and a +solid; a positive value draws the intersection\\ \hline + +plansection&&list of equations of intersecting planes, when used +only for their intersections \\ +\hline + +plansepare&&the equation of the separating plane for a solid\\ +\hline + +{\small intersectionlinewidth}&1&the thickness of an intersection +in \texttt{pt}; if there are several inter\-sections of different +thicknesses then list them like so:\par +\texttt{intersectionlinewidth=1 1.5 1.8 etc.}\\ +\hline + +intersectioncolor&(rouge)&the colour used for intersections; if +several inter\-sections in different colours are required, list +them as follows:\par \texttt{intersectioncolor=(rouge) (vert) etc.}\\ +\hline + +intersectionplan&[0 0 1 0]&the equation of the intersecting +plane\\ \hline + +definition&&defines a point, a vector, a plane, a spherical arc, +etc.\\ \hline + +args&&arguments associated with \texttt{definition}\\ +\hline + +section&\textbackslash Section&the coordinates of the vertices of +a cross-section of a solid ring\\ \hline + +planmarks&false&scales the axes of the plane\\ \hline + +plangrid&false&draws the coordinate axes of the plane \\ \hline + +showbase&false&draws the unit vectors of the plane\\ \hline + +showBase&false&draws the unit vectors of the plane and the normal +vector to the plane\\ \hline + +deactivatecolor&false&disables the colour management of PSTricks\\ +\hline + +transform&&a formula, applied to the vertices of a solid, to +transform it\\ \hline + +axisnames&\{x,y,z\}&the labels of the axes in 3D\\ \hline + +axisemph&&the style of the axes labels in 3D\\ \hline + +showOrigin&true&draws the axes from the origin, or not if set to +\texttt{false}\\ \hline + +mathLabel&true&draws the axes labels in math mode, or not if set +to \texttt{false}\\ \hline + +file&&the name of the data file having \texttt{.dat} extension +written with \texttt{action=writesolid} or read with +\texttt{object=datfile}\\ +\hline + +load&&the name of the object to be loaded\\ \hline + +fcolor&&the colour of the refined parts of the faces of an object\\ +\hline + +sommets&&the list of vertices of a solid for use with \texttt{object=new}\\ +\hline + +faces&&the list of faces of a solid for use with \texttt{object=new}\\ +\hline + +stepX&1&a positive integer giving the interval between ticks on +the $x$-axis of \texttt{\textbackslash{}gridIIID}\\ \hline + +stepY&1&a positive integer giving the interval between ticks on +the $y$-axis of \texttt{\textbackslash{}gridIIID}\\ \hline + +stepZ&1&a positive integer giving the interval between ticks on +the $z$-axis of \texttt{\textbackslash{}gridIIID}\\ \hline + +ticklength&0.2&the length of tickmarks for +\texttt{\textbackslash{}gridIIID}\\ \hline + +\end{longtable} + +\endinput |