Displaying 2 results from an estimated 2 matches for "degreetoradian".
2017 Jun 25
2
Writing my 3D plot function
...hat remain on cartesian coordinates. As you can see from the code below all circles should have radius 1 (in terms of simplicity) but unfortunately I have the cartesian coordinates legends that do not help on reading my Figure. You can help me by executing the code below?
require("rgls")
degreeToRadian<-function(degree){? return ? (0.01745329252*degree)}
turnPolarToX<-function(Amplitude,Coordinate){? return (Amplitude*cos(degreeToRadian(Coordinate)))}
turnPolarToY<-function(Amplitude,Coordinate){? return (Amplitude*sin(degreeToRadian(Coordinate)))}
# Putting the first circle on 3d space....
2017 Jun 25
0
Writing my 3D plot function
...coordinates. As you can see from the code
>below all circles should have radius 1 (in terms of simplicity) but
>unfortunately I have the cartesian coordinates legends that do not help
>on reading my Figure. You can help me by executing the code below?
>
>require("rgls")
>degreeToRadian<-function(degree){? return ? (0.01745329252*degree)}
>turnPolarToX<-function(Amplitude,Coordinate){? return
>(Amplitude*cos(degreeToRadian(Coordinate)))}
>turnPolarToY<-function(Amplitude,Coordinate){? return
>(Amplitude*sin(degreeToRadian(Coordinate)))}
># Putting the first...