5b36447f-3a91-4261-857b-22f5e608cf63 18 4 5 decimal
&[DATE] &[TIME] - &[FILENAME]
&[PAGENUM] / &[COUNT]

Equally spaced circles ...

The 'sub' clears the mutiple return carriages delivered by 'rkfixed'. Zoom the circles both styles The native system is equidistant

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log decade

0.301 0.4771 0.6021 0.699 0.7782 0.8451 0.9031 0.9542 1 9 1 mat plot <p> [U, V] </p>

Distribute log spacing ...

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from ... log decades

μ 0.301 0.4771 0.6021 0.699 0.7782 0.8451 0.9031 0.9542 1 9 1 mat :

scale the lobe

β 1.25 : sub_1 μ 1 el * sub_2 μ 2 el * sub_3 μ 3 el * sub_4 μ 4 el * sub_5 μ 5 el * sub_6 μ 6 el * sub_7 μ 7 el * sub_8 μ 8 el * sub_9 μ 9 el * axes U β * V β * 12 1 sys 1.0429 - 0.6428 - 0.4407 - 0.311 - 0.2178 - 0.1462 - 0.0885 - 0.0407 - 0 9 1 mat sub_1 μ 1 el * sub_2 μ 2 el * sub_3 μ 3 el * sub_4 μ 4 el * sub_5 μ 5 el * sub_6 μ 6 el * sub_7 μ 7 el * sub_8 μ 8 el * sub_9 μ 9 el * 9 1 sys iVBORw0KGgoAAAANSUhEUgAAABkAAAAZCAYAAADE6YVjAAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAACASURBVEhL7dNBDoQgFANQruH97+Y1sFW/aSwuBGRhSHwdUiZ2ZcoZz8eQXvaG9FIl/LRA8k08PYs/tkB6qeaIQnqp5ohCeqnmiEIWSrYi+lrIQslWRF8LeRzWddldF7w5RVeD78TJL6jXCCG9pCEjNEfukF6GISP0nxHSj/S9lDdOQxboEuxS7AAAAABJRU5ErkJggg==

set 'N' radials

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size radials

s 1.5 :
From here . . .
1. Set N radials
2. Size s radials
]]>

◄ Departure angle

r 2 π * step * f vectorize 2 el arg ° 30 <p> Radial Stem </p>

Core component of the stem style

P v replicate k 1 : i 1 v length range P i el 1 ≡ continue j 1 P i el range T k j + el v i el : for k k P i el + : 2 1 line if for T 3 1 line :

Stem construction

vy stem N 0 : N vy length : i 1 N range q i el 3 : q N el 2 : 2 1 line for 1 1 line i 1 N range v i el i : for i 1 N range S 3 i * el vy i el : for u q v replicate : V u S augment : V V 3 V rows 1 2 submatrix : 8 1 line :

scale the lobe

β 1.25 : sub_1 μ 1 el * sub_2 μ 2 el * sub_3 μ 3 el * sub_4 μ 4 el * sub_5 μ 5 el * sub_6 μ 6 el * sub_7 μ 7 el * sub_8 μ 8 el * sub_9 μ 9 el * U β * V β * radial axes 13 1 sys 1.5

Vect(sizechar,n)... Vect(colorchar,n)

size n Vect n 1 ≡ size ct 1 : j 1 n range a ct 1 el size : ct ct 1 + : 2 1 line for v a 1 el : k 2 a rows range v v a k el stack : for v 5 1 line if : 1.5 1.3 0.75 0 0.75 - 1.3 - 1.5 - 1.3 - 0.75 - 0 0.75 1.3 1.5 13 1 mat

plot symbol converted2Numbers

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symbol color

size ▼ labels

 30 60 90 120 150 180 210 240 270 300 330 360 13 1 mat

radial labels on Quick-Plot ...

 radial nodes_label sub_1 0.75 * 0.5 x 3 ^ ( * 6 1 sys

==============================================

Pie chart helper

 <p> Radial Stem </p>

-------- radius circle --------

Y0 0 1 0 3 1 mat :

Rename: Y => .. else variable name

t u D u 2 el u 3 el 1 u 1 el ( 2 ^ - ( * u 2 el * ( u 1 el - 0 3 1 mat :

Either 'rkfixed' or 'Rkadapt'

s Y0 t0 t1 N t u D dn_GearsBDF :

Core component of the stem style

P v replicate k 1 : i 1 v length range P i el 1 ≡ continue j 1 P i el range T k j + el v i el : for k k P i el + : 2 1 line if for T 3 1 line :

Stem construction

vy stem N vy length : i 1 N range q i el 3 : q N el 2 : 2 1 line for 1 1 line i 1 N range v i el i : for i 1 N range S 3 i * el vy i el : for u q v replicate : V u S augment : V V 3 V rows 1 2 submatrix : 7 1 line : 0.2 0.14 0.3 0.15 0.12 0.09 6 1 mat

1. Add/delete in 'V' within sanity. 2. Update conformal mapping.

sanity

V sum ( 100 * 100

cumulative unary

v V : i 2 V length range v i el v i 1 - el v i el + : for 2 1 line 0.2 0.34 0.64 0.79 0.91 1 6 1 mat

angular convert

U v 360 * Floor : 72 122 230 284 327 360 6 1 mat

pie chart suite ...

u Ω°1 1 U 1 el 1 2 mat : i 1 U rows 1 - ( range Ω° i 1 + el U i el U i 1 + el 1 2 mat : for Ω° 1 el Ω°1 : data Ω° : v data 1 el : j 2 data rows range v v data j el stack : for v 3 1 line 5 1 line :

conformal mapping

pie u 1 1 el u 1 2 el p u 2 1 el u 2 2 el p u 3 1 el u 3 2 el p u 4 1 el u 4 2 el p u 5 1 el u 5 2 el p u 6 1 el u 6 2 el p 6 1 sys : 1 72 72 122 122 230 230 284 284 327 327 360 6 2 mat pie axes 2 1 sys pie