- Scilab help
- Graphics
- 2d_plot
- LineSpec
- Matplot
- Matplot1
- Matplot_properties
- Sfgrayplot
- Sgrayplot
- champ
- champ1
- champ_properties
- comet
- contour2d
- contour2di
- contourf
- errbar
- fchamp
- fcontour2d
- fec
- fec_properties
- fgrayplot
- fplot2d
- grayplot
- grayplot_properties
- graypolarplot
- histplot
- paramfplot2d
- plot
- plot2d
- plot2d1
- plot2d2
- plot2d3
- plot2d4
- polarplot
Please note that the recommended version of Scilab is 2025.0.0. This page might be outdated.
See the recommended documentation of this function
paramfplot2d
animated plot of a 2D parametrized curve.
Calling Sequence
paramfplot2d(f,x,theta) paramfplot2d(f,x,theta,flag) paramfplot2d(f,x,theta,flag,rect)
Arguments
- x
real vector.
- f
function
y=f(x,t)
. f is a Scilab function or a dynamically linked routine (referred to as a string).- theta
real vector (set of parameters).
- flag
string
'no'
or'yes'
: If "yes" screen is not cleared between two consecutive plots.- rect
"rectangle" [xmin, xmax, ymin, ymax] (1 x 4 real vector),
Description
Animated plot of the function x
,
t
-->f(x,t)
for
t=theta(1),theta(2),etc
. f
can be a either Scilab function or a dynamically linked routine
since y=f(x,t)
is evaluated as
y=feval(x(:),t,f)
. See feval.
f
is a mapping x
,
t
--> f(x,t) = R^N
valued
function for x
a vector of
R^N
and t
a real number.
Examples
function V=twosoliton(x, t) a1=6;s1=2;v1=a1^2; a2=4;s2=40;v2=a2^2; f1=exp(-a1*(x-s1-v1*t)); f2=exp(-a2*(x-s2-v2*t)); r=((a2-1)/(a2+a1))^2; V=2*(v1*f1+v2*f2+2*(a2-a1)^2*f1.*f2+r*(v2*(f1^2).*f2+v1*f1.*(f2^2)))./((1+f1+f2+r*f1.*f2)^2); endfunction x=linspace(1,100,3000); clf;paramfplot2d(twosoliton,x,0:0.05:3);
See Also
Report an issue | ||
<< histplot | 2d_plot | plot >> |