...well you always can kind of rebuild the polarplot.
See example below,
Best regard,
Philipp
clc;clear();x = (0:360)/180*%pi;y = 0.5*(1 + cos(x));z = 0.5 + 0.5*(1
+ cos(x));clfpolarplot([x' x'],[y' z'],[1 2])
a = gca();// clear old scale...first 24 entries we want to change//24
= 12x text + 12x l
Le 27/03/2019 à 21:37, Heinz Nabielek a écrit :
Friends and colleagues:
Scilab polarplot does a great job displaying my 155,508 measured data pairs
wind direction/ wind speed in a split second( while MS Excel is petrified) to
make a great wind rose.
One concern: I would like to change the def
Heinz,
VERY LONG
:)
I've found that the gca() (get current axes) handle allows to see and
control many properties. First run this example:
x = (0:360)/180*%pi;
y = 0.5*(1 + cos(x));
z = 0.5 + 0.5*(1 + cos(x));
clf
polarplot([x' x'],[y' z'],[1 2])
Entering
gca()
one of the ent
Friends and colleagues:
Scilab polarplot does a great job displaying my 155,508 measured data pairs
wind direction/ wind speed in a split second( while MS Excel is petrified) to
make a great wind rose.
One concern: I would like to change the default 30° ray separation into 22.5°
separations to
