index 82a1df2afdbe821d5b2088295a83d441a9ed7647..25018c5e5049b6cf736f807f9f515dd419bea3fa 100644 (file)
<param name="ytop" type="float" min="-1000.0" max="1000.0" _gui-text="y-value of rectangle's top:">1.0</param>
<param name="samples" type="int" min="2" max="1000" _gui-text="Samples:">30</param>
<param name="isoscale" type="boolean" _gui-text="Isotropic scaling">false</param>
- <_param name="isoscaledesc" type="description">When set, Isotropic scaling uses smallest: width/xrange or height/yrange.</_param>
+ <_param name="isoscaledesc" type="description">When set, Isotropic scaling uses smallest of width/xrange or height/yrange</_param>
</page>
- <page name="help" _gui-text="Help">
- <_param name="funcplotuse" type="description" xml:space="preserve">Select a rectangle before calling the extension, it will determine X and Y scales. First derivatives are always determined numerically.
+ <page name="use" _gui-text="Use">
+ <_param name="funcplotuse" type="description" xml:space="preserve">Select a rectangle before calling the extension, it will determine X and Y scales.
+First derivatives are always determined numerically.</_param>
+ </page>
+ <page name="desc" _gui-text="Functions">
+ <_param name="pythonfunctions" type="description" xml:space="preserve">Standard Python math functions are available:
-Standard Python math functions are available:
ceil(x); fabs(x); floor(x); fmod(x,y); frexp(x); ldexp(x,i);
modf(x); exp(x); log(x [, base]); log10(x); pow(x,y); sqrt(x);
acos(x); asin(x); atan(x); atan2(y,x); hypot(x,y);