JimProuty Indeed it does; this is new. I've notified our Web guy. Log in or register to post comments November 21, 2020 at 11:48 pm - Permalink
JimProuty Our "web guy" was on the job this weekend. This is the first line line 2 line 3 line 4 line 5 another line yet another line Here's some Igor code for testing Function WM_MakeDataForLissajous(numDataPoints) Variable numDataPoints Make /O/N=(numDataPoints,3) Lissajous3D Make/O/N=(numDataPoints,4) lissColorWave Variable factor=2*pi/numDataPoints Variable f1=1,f2=2,f3=3 Variable p1=0,p2=pi/4,p3=pi/2 f1 *= factor f2 *= factor f3 *= factor Lissajous3D[][0] = sin(f1*p+p1) Lissajous3D[][1] = sin(f2*p+p2) Lissajous3D[][2] = sin(f3*p+p3) lissColorWave[][3]=1 lissColorWave[][0]=(1+Lissajous3D[p][0] )/2 lissColorWave[][1]=(1+Lissajous3D[p][1] )/2 lissColorWave[][2]=(1+Lissajous3D[p][2] )/2 End Log in or register to post comments November 22, 2020 at 11:45 pm - Permalink
Indeed it does; this is new.
I've notified our Web guy.
November 21, 2020 at 11:48 pm - Permalink
Our "web guy" was on the job this weekend. This is the first line
line 2
line 3
line 4
line 5
another line
yet another line
Here's some Igor code for testing
Variable numDataPoints
Make /O/N=(numDataPoints,3) Lissajous3D
Make/O/N=(numDataPoints,4) lissColorWave
Variable factor=2*pi/numDataPoints
Variable f1=1,f2=2,f3=3
Variable p1=0,p2=pi/4,p3=pi/2
f1 *= factor
f2 *= factor
f3 *= factor
Lissajous3D[][0] = sin(f1*p+p1)
Lissajous3D[][1] = sin(f2*p+p2)
Lissajous3D[][2] = sin(f3*p+p3)
lissColorWave[][3]=1
lissColorWave[][0]=(1+Lissajous3D[p][0] )/2
lissColorWave[][1]=(1+Lissajous3D[p][1] )/2
lissColorWave[][2]=(1+Lissajous3D[p][2] )/2
End
November 22, 2020 at 11:45 pm - Permalink