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Hear's my suggestion for this ping-pong round.
--
-Nekar Xenos-
////////////
/*
Planet isosurface from Jaime Vives Piqueres's moon.
*/
global_settings{
assumed_gamma 1.0
max_trace_level 20
}
#default{texture{finish{ambient 0}}}
#include "functions.inc"
#declare Modelling=off;
#declare ShowPlanet=on;
#declare ShowWater=on;
#declare ShowClouds=on;
#declare ShowRings=on;
// *** PLANET ***
// planet texture
#declare t_planet=
pigment{
onion warp { turbulence 0.1 /*lambda 33 */ }
color_map{
[.7 rgb <.3,.2,.05>] // sand
[.8 rgb <0,.1,0>] // green
[.99 rgb <.1,.05,.01>]//<.1,.2,.01>] // green
}
scale 1/(<1.01,.995,1.01>)
}
#declare t_planet=
texture{
pigment{
onion scale <1.01,.995,1.01>
turbulence .05
lambda 2.5
omega 1.2
pigment_map{
[0 rgb 1]
[.05 t_planet ]
[.95 t_planet ] // sand
[1 rgb 1]//<.1,.2,.01>]
}
}
#if(!Modelling)
normal{granite .001 scale .00001}
#end
finish{specular .1 }
}
#declare Scalar=<4,1,4>;
#declare Rotar=<-15,0,0>;
// Cloud texture
#declare t_clouds=
texture{
pigment{
wrinkles scale <100,50,100>*22
turbulence <1,2,1>
lambda 2.5
omega 1.3
warp { turbulence <10,0,10>*.1
//lambda 3
omega 1.2
}
color_map{
[0 rgb 1 transmit 1]
[.3 rgb 1 transmit .9]
[1 rgb 1 transmit 0]
}
rotate y*15
scale<0.021,0.02,0.021>/Scalar
rotate -Rotar
}
}
// Cloud texture
#declare t_clouds=
texture{ wrinkles rotate Rotar
scale Scalar
//lambda 2.5
omega 1.3
texture_map{
[0 t_clouds ]
[.3 pigment {rgb 1 transmit 1}]
[.5 t_clouds]
[.7 pigment {rgb 1 transmit 1}]
[1 t_clouds ]
}
}
// }
// Planet
#declare Planet=
union{
isosurface{ // Copied from Jaime's LightSys Space Demo scene
function{(x*x+y*y+z*z-1)+f_granite(x*2,y*2,z*2)*f_agate(x,y,z)*.05}
max_gradient 3.8
contained_by{sphere{0,1}}
texture{t_planet scale .02}
scale y*1.002
}
#if(ShowWater)
sphere{0,1 // water
pigment{gradient y scale 2 translate y
turbulence .1
lambda 7
colour_map{
[0 rgbt<1,1,1,0> ]
[.15 rgb <0,.05,.2> transmit
.3*(!Modelling)]
[.9 rgb <0,.05,.2> transmit
.3*(!Modelling)]
[1 rgbt<1,1,1,0> ]
}
}
finish{specular .2 metallic brilliance 2}
#if(!Modelling)
interior{fade_distance .003 fade_color rgb
<0,0,.1>}
#end
scale .996
}
#end
#if(!Modelling)
sphere{0,1 // Atmosphere
pigment{colour rgbt 1}
interior{
media {
// (---general values---)
intervals 10 // number
of intervals used for sampling [10]
samples 1,1 // minimum
and maximum number of samples taken per interval [1,1]
confidence 0.9 //
statistic parameter higher->better quality [0.9]
variance 1.0/128 //
statistic parameter lower->better quality [1.0/128]
ratio 0.9 //
distribution between lit and unlit areas [0.9]
// (---media types---)
//absorption rgb<.1,.05,0>*.001
// absorbing media, block light of specified color
scattering {2, rgb 10 }
//method 3 //
adaptive sampling
density {onion
color_map{
[.89 rgb .5]
// earth
[.93 rgb
<0,.5,.6>*.5]//
[.98 rgb
<0,0,.1>]//
[1 rgb 0 ]//
}
}
}
}
rotate y*90
scale 1.05
hollow
double_illuminate
}
#end
#if(ShowClouds)
union{
sphere{0,1.01 texture{t_clouds }}
rotate y*45
hollow //double_illuminate
}
#end
}
// placement
union{ #if(ShowRings)
disc {<0, 0, 0> y, 1.0, .7 // -O- RINGs -O-
pigment{spherical
cubic_wave
colour_map{
[0 rgbft <0,0,0, 1,1>]
[.01 rgbft <.4,.3,.2, 0,.1>]
[.015 rgbft <.3,.3,.3, .1,.7>]
[.03 rgbft <.35,.3,.25, 0,.1>]
[.04 rgbft <.1,.21,.3, .1,.9>]
[.07 rgbft <.3,.21,.1, .2,.5>]
//
[.12 rgbft <.25,.2,.15, 0,.1>]
[.12 rgbft <.25,.2,.15, 0,.1>]
[.18 rgbft <.2,.2,.25, .1,.7>]
[.20 rgbft <.3,.2,.1, 0,.1>]
[.22 rgbft <0,0,0, 1,1>]
}
}
normal{granite .001 scale .00001}
finish{diffuse 1}
scale 2
hollow
double_illuminate
rotate <40,0,30>
}
#end
object{Planet }
scale .3
translate <0,0,0>
}
light_source{
0,
4
fade_power 2
translate <2,.1,.5>
}
camera{
location <0,.5,0>
up y
look_at .5*x //<0,-.3,1> //<0,-.4,1>
}
Post a reply to this message
Attachments:
Download 'Planet.png' (239 KB)
Preview of image 'Planet.png'
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So, do we just download the file, and upload a new copy, with our additions?
Post a reply to this message
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"Nimish Ajmani" <nomail@nomail> wrote in message
news:web.47e2697941aa233d8c12d7010@news.povray.org...
> So, do we just download the file, and upload a new copy, with our
> additions?
Yes. You can change or add as you like.
I think the previous round it was suggested only 1 change per post. But I
don't think that really matters.
--
-Nekar Xenos-
Post a reply to this message
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Without AA, I wasn't half way thru the isosurface after 30 minutes rendering.
10 minutes for a mapped sphere.
Any planetarium worth having should have POV scene export capability.
Guess I should add the feature now.
Thank you for posting scene code,
aQ
Post a reply to this message
Attachments:
Download 'planete.jpg' (28 KB)
Preview of image 'planete.jpg'
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"alphaQuad" <alp### [at] earthlink net> wrote in message
news:web.47e2773041aa233d5cffe8340@news.povray.org...
> Without AA, I wasn't half way thru the isosurface after 30 minutes
> rendering.
I first tried rendering mine thought the night on the 500mHz Thinkpad . the
top part was quick, but when it hit the media, it went down to ~10pps. This
morning it was at 80%. When I rendered it here at work on the duelcore it
was finished it ~35min. :-S
> 10 minutes for a mapped sphere.
>
> Any planetarium worth having should have POV scene export capability.
> Guess I should add the feature now.
>
I dream of a procedural Pov planetarium... :-)
> Thank you for posting scene code,
This is a ping-pong round - you're supposed to change and post the code :)
--
-Nekar Xenos-
Post a reply to this message
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"Nekar Xenos" <nek### [at] gmailcom> wrote:
> I dream of a procedural Pov planetarium... :-)
Me too. I have all the planetarium code in opengl/C and mircscript,
Orbital elements for all known moons, just an export option and we could skip
all the code translation.
http://members.aceweb.com/alphaquad/matrixcap.jpg
> This is a ping-pong round - you're supposed to change and post the code :)
well if it has a map ... hmmm I could make jpg out 800k png, as opposed to
zipping for b.s.f ( I dont recall the limit over there )
the comments are wrapping, making for difficult reuse, I've attempted some
repair
****************************** CHANGES ***************************/*
Planet isosurface from Jaime Vives Piqueres's moon.
*/
global_settings{
assumed_gamma 1.0
max_trace_level 12
}
#default{texture{finish{ambient 0}}}
#include "functions.inc"
#declare Modelling=off;
#declare ShowPlanet=on;
#declare ShowWater=on;
#declare ShowClouds=on;
#declare ShowRings=on;
// *** PLANET ***
// planet texture
#declare t_planet=
pigment{
onion warp { turbulence 0.1 /*lambda 33 */ }
color_map{
[.7 rgb <.3,.2,.05>] // sand
[.8 rgb <0,.1,0>] // green
[.99 rgb <.1,.05,.01>]//<.1,.2,.01>] // green
}
scale 1/(<1.01,.995,1.01>)
}
#declare t_planet=
texture{
pigment{
onion scale <1.01,.995,1.01>
turbulence .05
lambda 2.5
omega 1.2
pigment_map{
[0 rgb 1]
[.05 t_planet ]
[.95 t_planet ] // sand
[1 rgb 1]//<.1,.2,.01>]
}
}
#declare P_IM_Earth = pigment {
image_map {
jpeg "earth1024"
map_type 1
interpolate 2
}
}
#if(!Modelling)
normal{granite .001 scale .00001}
#end
finish{specular .1 }
}
#declare Scalar=<4,1,4>;
#declare Rotar=<-15,0,0>;
// Cloud texture
#declare t_clouds=
texture{
pigment{
wrinkles scale <100,50,100>*22
turbulence <1,2,1>
lambda 2.5
omega 1.3
warp { turbulence <10,0,10>*.1
//lambda 3
omega 1.2
}
color_map{
[0 rgb 1 transmit 1]
[.3 rgb 1 transmit .9]
[1 rgb 1 transmit 0]
}
rotate y*15
scale<0.021,0.02,0.021>/Scalar
rotate -Rotar
}
}
// Cloud texture
#declare t_clouds=
texture{ wrinkles rotate Rotar
scale Scalar
//lambda 2.5
omega 1.3
texture_map{
[0 t_clouds ]
[.3 pigment {rgb 1 transmit 1}]
[.5 t_clouds]
[.7 pigment {rgb 1 transmit 1}]
[1 t_clouds ]
}
}
// Planet
#declare PlanetE=
union {
sphere {
0,1
texture { pigment { P_IM_Earth } }
}
#if(!Modelling)
sphere{0,1 // Atmosphere
pigment{colour rgbt 1}
interior{
media {
// (---general values---)
intervals 10 // number of intervals used for sampling [10]
samples 1,1 // minimum and maximum number of samples taken per interval [1,1]
confidence 0.9 // statistic parameter higher->better quality [0.9]
variance 1.0/128 // statistic parameter lower->better quality [1.0/128]
ratio 0.9 // distribution between lit and unlit areas [0.9]
// (---media types---)
//absorption rgb<.1,.05,0>*.001
// absorbing media, block light of specified color
scattering {2, rgb 10 }
//method 3 // adaptive sampling
density {onion
color_map{
[.89 rgb .5] // earth
[.93 rgb <0,.5,.6>*.5]//
[.98 rgb <0,0,.1>]//
[1 rgb 0 ]//
}
}
}
}
rotate y*90
scale 1.05
hollow
double_illuminate
}
#end
}
#declare Planet=
union{
isosurface{ // Copied from Jaime's LightSys Space Demo scene
function{(x*x+y*y+z*z-1)+f_granite(x*2,y*2,z*2)*f_agate(x,y,z)*.05}
max_gradient 3.8
contained_by{sphere{0,1}}
texture{t_planet scale .02}
scale y*1.002
}
#if(ShowWater)
sphere{0,1 // water
pigment{gradient y scale 2 translate y
turbulence .1
lambda 7
colour_map{
[0 rgbt<1,1,1,0> ]
[.15 rgb <0,.05,.2> transmit .3*(!Modelling)]
[.9 rgb <0,.05,.2> transmit .3*(!Modelling)]
[1 rgbt<1,1,1,0> ]
}
}
finish{specular .2 metallic brilliance 2}
#if(!Modelling)
interior{fade_distance .003 fade_color rgb <0,0,.1>}
#end
scale .996
}
#end
#if(!Modelling)
sphere{0,1 // Atmosphere
pigment{colour rgbt 1}
interior{
media {
// (---general values---)
intervals 10 // number of intervals used for sampling [10]
samples 1,1 // minimum and maximum number of samples taken per interval [1,1]
confidence 0.9 // statistic parameter higher->better quality [0.9]
variance 1.0/128 // statistic parameter lower->better quality [1.0/128]
ratio 0.9 // distribution between lit and unlit areas [0.9]
// (---media types---)
//absorption rgb<.1,.05,0>*.001
// absorbing media, block light of specified color
scattering {2, rgb 10 }
//method 3 // adaptive sampling
density {onion
color_map{
[.89 rgb .5] // earth
[.93 rgb <0,.5,.6>*.5]//
[.98 rgb <0,0,.1>]//
[1 rgb 0 ]//
}
}
}
}
rotate y*90
scale 1.05
hollow
double_illuminate
}
#end
#if(ShowClouds)
union{
sphere{0,1.01 texture{t_clouds }}
rotate y*45
hollow //double_illuminate
}
#end
}
// placement
union{ #if(ShowRings)
disc {<0, 0, 0>, y, 1.0, .7 // -O- RINGs -O-
pigment{spherical
cubic_wave
colour_map{
[0 rgbft <0,0,0, 1,1>]
[.01 rgbft <.4,.3,.2, 0,.1>]
[.015 rgbft <.3,.3,.3, .1,.7>]
[.03 rgbft <.35,.3,.25, 0,.1>]
[.04 rgbft <.1,.21,.3, .1,.9>]
[.07 rgbft <.3,.21,.1, .2,.5>]
//
[.12 rgbft <.25,.2,.15, 0,.1>]
[.12 rgbft <.25,.2,.15, 0,.1>]
[.18 rgbft <.2,.2,.25, .1,.7>]
[.20 rgbft <.3,.2,.1, 0,.1>]
[.22 rgbft <0,0,0, 1,1>]
}
}
normal{granite .001 scale .00001}
finish{diffuse 1}
scale 2
hollow
double_illuminate
//rotate <40,0,30>
}
#end
object{PlanetE rotate <0,180,0> }
scale .3
rotate <0,0,24>
translate <0,0,0>
}
light_source{
<100,.1,100>,
2
fade_power 2
//translate <2,.1,.5>
}
camera{
location <0,.5,-3>
//up y
//look_at .5*x //<0,-.3,1> //<0,-.4,1>
look_at <0.3,0.15,0>
angle 12
}
Post a reply to this message
Attachments:
Download 'earth1024.jpg' (215 KB)
Preview of image 'earth1024.jpg'
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I now see that P_IM_Earth was pasted inside another declaration and it still
worked, my bad. It should be moved anyway I suppose.
#declare P_IM_Earth = pigment {
image_map {
jpeg "earth1024"
map_type 1
interpolate 2
}
}
Post a reply to this message
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High!
What about adding an astronomically accurate starry sky?
// Begin addition by Yadgar
// Star coordinates from Erich KARKOSCHKA, Atlas für Himmelsbeobachter
// (Atlas for Skywatchers) (C) 1997 Franckh-Kosmos Verlags-GmbH & Co.,
Stuttgart, Germany
// This PoV-Ray implementation (C) 2003-2008 Jörg 'Yadgar' Bleimann -
yaz### [at] gmxde
// [0] Visual brightness in orders of magnitude
// [1] Rectascension, hours
// [2] Rectascension, minutes
// [3] Declination, degrees
// Flam- Bayer Constel- Name Notes
#declare Cat=array[900][4] // steed lation
{
{ 4.5, 2, 2, 70.91 } // 48 Cas
multiple
{ 4, 2, 3.4, 72.42 } // 50 Cas
{ 2, 2, 31.8, 89.26 } // 1 (alpha) UMi (Polaris)
{ 4.8, 12, 49.2, 83.41 } // 78 Cam (32 Cam)
multiple
{ 4.3, 14, 27.5, 75.7 } // 5 UMi
{ 2.1, 14, 50.7, 74.16 } // 7 (beta) UMi (Kokhab)
{ 3, 15, 20.7, 71.83 } // 13 (gamma) UMi (Ferkad)
{ 4.3, 15, 44.1, 77.79 } // 16 (zeta) UMi
{ 5, 16, 17.5, 75.76 } // 21 (eta) UMi
{ 4.2, 16, 46, 82.04 } // 22 (epsilon) UMi
{ 4.4, 17, 32.2, 86.59 } // 23 (delta) UMi
{ 5.1, 18, 0.1, 80 } // 40+41 Dra
multiple
{ 5.1, 20, 28, 81.43 } // 75 Dra
multiple
{ 2.1, 0, 8.4, 29.09 } // 21 (alpha) And (Alferatz, Zirrah)
{ 3.3, 0, 39.3, 30.86 } // 31 (delta) And
{ 4.5, 0, 49.8, 41.08 } // 35 (ny) And
{ 3.9, 0, 56.8, 38.5 } // 37 (my) And
{ 2.1, 1, 9.7, 35.62 } // 43 (beta) And (Mirakh)
{ 4.1, 1, 36.8, 41.41 } // 50 (upsilon) And 3
planets!
{ 3.6, 1, 38, 48.63 } // 51 And
{ 4 , 1, 43.7, 50.69 } // (phi) Per
{ 3.4, 1, 53.1, 29.58 } // 2 (alpha) Tri (Elmuthalleth)
{ 5, 1, 56, 37.26 } // 56 And
multiple
{ 2.1, 2, 3.9, 42.33 } // 57 (gamma) And (Alamak)
multiple
{ 3, 2, 9.5, 34.99 } // 4 (beta) Tri
{ 5.6, 2, 10.9, 39.04 } // 59 And
multiple
{ 4.9, 2, 12.4, 30.3 } // 6 (iota) Tri
multiple
{ 4, 2, 17.3, 33.85 } // 9 (gamma) Tri
{ 5.1, 2, 35.8, 34.7 } // 15 Tri
multiple
{ 8, 2, 37, 34.26 } // R Tri
fluctuating
{ 2.3 0, 9.2, 59.15 } // 11 (beta) Cas (Kaf)
{ 4.7, 0, 31.8, 54.52 } // 14 (lambda) Cas
{ 3.7, 0, 37, 53.9 } // 17 (zeta) Cas
{ 2.2, 0, 40.5, 56.54 } // 18 (alpha) Cas (Shedir)
{ 3.4, 0, 49.1, 57.82 } // 24 (eta) Cas (Akhird)
multiple
{ 2.35, 0, 56.7, 60.72 } // 27 (gamma) Cas
{ 4.8, 1, 20.1, 58.23 } // 34 (phi) Cas
multiple
{ 2.7, 1, 25.8, 60.24 } // 37 (delta) Cas (Rukhbah)
{ 3.4, 1, 54.4, 63.67 } // 45 (epsilon) Cas
{ 4.5, 2, 29.1, 67.4 } // iota Cas
multiple
{ 5.95 2, 52, 68.89 } // SU Cas
fluctuating
{ 4.3, 4, 54.1, 66.34 } // 9 (alpha) Cam
{ 4, 5, 3.4, 60.44 } // 10 (beta) Cam
multiple
{ 4.8, 5, 6.2, 58.98 } // 11+12 Cam
multiple
{ 4.2, 2, 50.6, 38.32 } // 16 Per
{ 3.8, 2, 50.7, 55.9 } // 15 (eta) Per
{ 3.9, 2, 54.3, 52.76 } // 18 (tau) Per
{ 2.9, 3, 4.8, 53.51 } // 23 (gamma) Per
{ 3.4, 3, 5.2, 38.84 } // 25 (rho) Per
fluctuating
{ 2.75, 3, 8.2, 40.96 } // 26 (beta) Per (Algol)
fluctuating
{ 4.1, 3, 9.1, 49.61 } // iota Per
{ 3.8, 3, 9.5, 44.86 } // 27 (kappa) Per
{ 1.8, 3, 24.3, 49.86 } // 33 (alpha) Per (Mirfak)
{ 3, 3, 42.9, 47.79 } // 39 (delta) Per
{ 3.8, 3, 44.3, 32.39 } // 38 (omikron) Per (Atik)
{ 3.8, 3, 45.2, 42.58 } // 41 (ny) Per
{ 2.8, 3, 54.1, 31.88 } // 44 (zeta) Per
{ 2.9, 3, 57.9, 40.01 } // 45 (epsilon) Per
multiple
{ 4, 3, 59, 35.79 } // 46 (xi) Per (Menkib)
{ 4, 4, 8.7, 47.71 } // 48 (upsilon) Per
{ 4.1, 4, 14.9, 48.41 } // 51 (my) Per
{ 5.4 4, 32, 53.91 } // 1 Cam
multiple
{ 5.6, 4, 33.4, 43.05 } // 57 Per
multiple
{ 5.4, 4, 40, 53.47 } // 2 Cam
multiple
{ 2.7, 4, 57, 33.17 } // 3 (iota) Aur
{ 4.9, 4, 59.3, 37.89 } // 4 (omega) Aur
multiple
{ 3.4, 5, 2, 43.82 } // 7 (epsilon) Aur
fluctuating
{ 3.85, 5, 2.5, 41.08 } // 8 (zeta) Aur
fluctuating
{ 3.2, 5, 6.5, 41.23 } // 10 (eta) Aur
{ 4.9, 5, 15.4, 32.69 } // 14 Aur
multiple
{ 0.1, 5, 16.7, 46 } // 13 (alpha) Aur (Capella)
{ 5.4, 5, 38.6, 30.49 } // 26 Aur
{ 4, 5, 51.5, 39.15 } // 32 (ny) Aur
{ 3.7, 5, 59.5, 54.28 } // 33 (delta) Aur
{ 1.9, 5, 59.5, 44.95 } // 34 (beta) Aur (Menkalinan)
{ 2.6, 5, 59.7, 37.21 } // 37 (theta) Aur
multiple
{ 5.8, 6, 11.6, 48.71 } // 41 Aur
multiple
{ 5.1, 6, 26.8, 58.42 } // 5 Lyn
multiple
{ 5.35, 6, 28.6, 30.49 } // 48 Aur (RT Aurigae)
fluctuating
{ 4.8, 6, 46.2, 59.44 } // 12 Lyn
multiple
{ 4.4, 6, 57.3, 58.42 } // 15 Lyn
{ 5.3, 7, 22.9, 55.29 } // 19 Lyn
multiple
{ 4.3, 8, 22.8, 43.19 } // 31 Lyn
{ 3.35, 8, 30.3, 60.72 } // 1 (omikron) UMa
fluctuating
{ 3.1, 8, 59.2, 48.02 } // 9 (iota) UMa (Talitha)
{ 4, 9, 0.6, 41.78 } // 10 UMa
{ 3.6, 9, 3.6, 47.16 } // 12 (kappa) UMa
{ 3.8, 9, 18.8, 36.8 } // 38 Lyn
multiple
{ 3.1, 9, 21.1, 34.39 } // 40 (alpha) Lyn
{ 5.3, 9, 28.7, 45.6 } // 41 Lyn
multiple
{ 3.7, 9, 31.5, 63.06 } // 23 UMa
{ 3.2, 9, 32.9, 51.68 } // 25 (theta) UMa
{ 4.5, 9, 34.5, 69.83 } // 24 UMa
{ 3.8, 9, 51, 59.04 } // 29 (ny) UMa
{ 4.2, 10, 27.9, 36.71 } // 31 (beta) LMi
{ 3.8, 10, 53.3, 34.21 } // 46 (omikron) LMi
{ 3.5, 10, 17.1, 42.91 } // 33 (lambda) UMa (Tania Borealis)
{ 3.1, 10, 22.3, 41.5 } // 34 (my) UMa (Tania Australis)
{ 6, 10, 45.1, 67.41 } // VY UMa
fluctuating
{ 2.3, 11, 1.8, 56.38 } // 48 (beta) UMa (Merak)
{ 1.8, 11, 3.7, 61.75 } // 50 (alpha) UMa (Dubhe)
{ 3.0, 11, 9.7, 44.5 } // 52 (psi) UMa
{ 3.7, 11, 46.1, 47.78 } // 63 (chi) UMa
{ 2.4, 11, 53.8, 53.69 } // 64 (gamma) UMa (Phegda, Phad)
{ 3.3, 12, 15.4, 57.03 } // 69 (delta) UMa (Megrez)
{ 1.8, 12, 54, 55.96 } // 77 (epsilon) UMa (Alioth)
{ 4.9, 13, 0.7, 56.37 } // 78 UMa
fluctuating
{ 2, 13, 23.9, 54.93 } // 79 (zeta) UMa (Mizar)
{ 4, 13, 25.2, 54.99 } // 80 UMa (Alkor)
{ 1.9, 13, 47.5, 49.31 } // 85 (eta) UMa (Alkaid, Benetnasch)
{ 3.8, 11, 18.2, 31.53 } // 53 (xi) UMa (Alula Australis)
multiple
{ 3.5, 11, 18.5, 33.09 } // 54 (ny) UMa (Alula Borealis)
{ 4.2, 12, 33.7, 41.36 } // 8 (beta) CVn
{ 5.4, 12, 45.1, 45.44 } // Y CVn
fluctuating
{ 2.8, 12, 56, 38.32 } // 12 (alpha) CVn (Cor Caroli)
multiple
{ 5.3, 13, 9.9, 38.51 } // 17,15 CVn
multiple
{ 4.8, 13, 37.5, 36.29 } // 25 CVn
multiple
{ 4.4, 14, 13.5, 51.79 } // 17 (kappa) Boo
multiple
{ 4.7, 14, 16.2, 51.37 } // 21 (iota) Boo
multiple
{ 4, 14, 25.2, 51.85 } // 23 (theta) Boo
{ 3, 14, 32.1, 38.31 } // 27 (gamma) Boo (Ceginus)
{ 5.7, 14, 49.7, 48.72 } // 39 Boo
multiple
{ 3.5, 15, 1.9, 40.39 } // 42 (beta) Boo (Nekkar)
{ 4.8, 15, 3.8, 47.65 } // i Boo
multiple, fluctuating
{ 3.4, 15, 15.5, 33.31 } // 49 (delta) Boo
multiple
{ 4.2, 15, 24.5, 37.38 } // 51 (my) Boo (Alkalurops)
multiple
{ 4.6, 15, 39.4, 36.64 } // 7 (zeta) CrB
multiple
{ 4.2, 16, 8.8, 44.93 } // 11 (phi) Her
{ 5.2, 16, 17.4, 33.86 } // 17 (sigma) CrB
multiple
{ 3.9, 16, 19.7, 46.31 } // 22 (tau) Her
{ 4.85,16, 28.6, 41.88 } // 30 (g) Her
fluctuating
{ 4.2, 16, 34.1, 42.44 } // 35 (sigma) Her
{ 2.8, 16, 41.3, 31.6 } // 40 (zeta) Her
{ 3.5, 16, 42.9, 38.92 } // 44 (eta) Her
{ 3.9, 17, 0.3, 30.93 } // 58 (epsilon) Her
{ 3.2, 17, 15, 36.81 } // 67 (pi) Her
{ 5.15,17, 17.3, 33.1 } // 68 (u) Her
fluctuating
{ 4.1, 17, 23.7, 37.15 } // 75 (rho) Her
multiple
{ 3.8, 17, 39.5, 46.01 } // 85 (iota) Her
{ 3.9, 17, 56.3, 37.25 } // 91 (theta) Her
{ 3.8, 11, 31.4, 69.33 } // 1 (lambda) Dra (Giauzar)
{ 3.9, 12, 33.5, 69.76 } // 5 (kappa) Dra
{ 3.7, 14, 4.4, 64.38 } // 11 (alpha) Dra (Thuban)
{ 3.3, 15, 24.9, 58.97 } // 12 (iota) Dra (Edasich)
{ 4, 16, 1.9, 58.57 } // 13 (theta) Dra
{ 2.7, 16, 24, 61.51 } // 14 (eta) Dra
{ 4.5, 16, 36.2, 52.91 } // 17,16 Dra
multiple
{ 4.9, 17, 5.3, 54.47 } // 21 (my) Dra
multiple
{ 3.2, 17, 8.8, 65.71 } // 22 (zeta) Dra
{ 2.8, 17, 30.4, 53.3 } // 23 (beta) Dra (Rastaben)
{ 4.1, 17, 32.2, 55.18 } // 25,24 (ny) Dra
multiple
{ 5.2, 17, 35, 61.87 } // 26 Dra
multiple
{ 4.3, 17, 41.9, 72.15 } // 31 (psi) Dra
multiple
{ 3.7, 17, 53.5, 56.87 } // 32 (xi) Dra (Grumium)
{ 2.2, 17, 56.6, 51.49 } // 33 (gamma) Dra (Ettanin)
{ 3.6, 18, 21.1, 72.73 } // 44 (chi) Dra
{ 4.9, 18, 23.9, 58.8 } // 39 Dra
multiple
{ 3.1, 19, 12.6, 67.66 } // 57 (delta) Dra (Altais)
{ 3.8, 19, 48.2, 70.27 } // 63 (epsilon) Dra
multiple
{ 4.3, 18, 19.9, 36.06 } // 1 (kappa) Lyr
{ 0, 18, 36.9, 38.78 } // 3 (alpha) Lyr (Vega)
{ 3.9, 18, 44.4, 39.64 } // 5,4 (epsilon) Lyr
multiple
{ 4.1, 18, 44.8, 37.6 } // 6,7 (zeta) Lyr
multiple
{ 3.75,18, 50.1, 33.36 } // 10 (beta) Lyr (Sheliak)
fluctuating, multiple
{ 4.2, 18, 54.5, 36.9 } // 12 (delta-2) Lyr
{ 4.15,18, 55.3, 43.95 } // 13 (R) Lyr
fluctuating
{ 3.2, 18, 58.9, 32.69 } // 14 (gamma) Lyr (Sulaphat)
{ 3.8, 19, 17.1, 53.37 } // 1 (kappa) Cyg
{ 3.8, 19, 29.7, 51.73 } // 10 (iota) Cyg
{ 2.9, 19, 30.7, 27.96 } // 6 (beta) Cyg (Albireo)
multiple
{ 4.3, 19, 36.4, 50.22 } // 13 (theta) Cyg
multiple
{ 5.4, 19, 41.8, 50.52 } // 16 Cyg
multiple
{ 2.9, 19, 45, 45.13 } // 18 (delta) Cyg
multiple
{ 9, 19, 50.6, 32.91 } // (chi) Cyg
fluctuating
{ 4.9, 19, 55.6, 52.44 } // 24 (psi) Cyg
multiple
{ 3.9, 19, 56.3, 35.08 } // 21 (eta) Cyg
{ 3.4, 20, 13.6, 46.76 } // 31 (omikron-1) Cyg
multiple
{ 4.6, 20, 14.6, 36.8 } // 29 Cyg
multiple
{ 4, 20, 15.5, 47.71 } // 32 (omikron-2) Cyg
{ 4.8, 20, 17.8, 38.03 } // 34 (P) Cyg
fluctuating
{ 2.2, 20, 22.2, 40.26 } // 37 (gamma) Cyg (Sadr)
{ 4, 20, 29.4, 30.37 } // 41 Cyg
{ 5.1, 20, 31.2, 49.22 } // 46 (omega-2) Cyg
{ 1.3, 20, 41.4, 45.28 } // 50 (alpha) Cyg (Deneb)
{ 4.2, 20, 45.7, 30.72 } // 52 Cyg
{ 2.5, 20, 46.2, 33.97 } // 53 (epsilon) Cyg
{ 4.5, 20, 47.4, 36.49 } // 54 (lambda) Cyg
multiple
{ 5.75,20, 51.5, 28.25 } // T Vul
fluctuating
{ 3.9, 20, 57.2, 41.17 } // 58 (ny) Cyg
{ 3.7, 21, 4.9, 43.93 } // 62 (xi) Cyg
{ 3.2, 21, 12.9, 30.23 } // 64 (zeta) Cyg
{ 3.4, 20, 45.3, 61.84 } // 3 (eta) Cep
{ 7.8, 21, 9.5, 68.49 } // T Cep
fluctuating
{ 2.5, 21, 18.6, 62.59 } // 5 (alpha) Cep (Alderamin)
{ 3.2, 21, 28.7, 70.56 } // 8 (beta) Cep (Alfirk)
multiple
{ 4.2, 21, 43.5, 58.78 } // my Cep
fluctuating
{ 4.3, 22, 3.8, 64.63 } // 17 (xi) Cep
multiple
{ 3.4, 22, 10.9, 58.2 } // 21 (zeta) Cep
{ 4.2, 22, 15, 57.04 } // 23 (epsilon) Cep
{ 3.8, 22, 29.2, 58.42 } // 27 (delta) Cep
fluctuating, multiple
{ 3.5, 22, 49.7, 66.2 } // 32 (iota) Cep
{ 4.4, 23, 7.9, 75.39 } // 33 (pi) Cep
multiple
{ 4.7, 23, 18.6, 68.11 } // 34 (omikron) Cep
multiple
{ 4.9, 23, 24.8, 62.28 } // 4 Cas
multiple
{ 4.8, 23, 30, 58.55 } // AR Cas
multiple
{ 3.2, 23, 39.3, 77.63 } // 35 (gamma) Cep (Errai)
{ 4.5, 23, 54.4, 57.5 } // 7 (rho) Cas
fluctuating
{ 4.9, 23, 59, 55.76 } // 8 (sigma) Cas
multiple
{ 4.8, 21, 6.9, 38.75 } // 61 Cyg
multiple
{ 3.7, 21, 14.8, 38.05 } // 65 (tau) Cyg
{ 4.2, 21, 17.4, 39.39 } // 67 (sigma) Cyg
{ 4, 21, 34, 45.59 } // 73 (rho) Cyg
{ 5.8, 21, 36, 45.37 } // W Cyg
fluctuating
{ 5.4, 21, 43.5, 38.29 } // 79 Cyg
multiple
{ 4.4, 21, 44.2, 28.75 } // 78 (my) Cyg
multiple
{ 4.2, 21, 46.8, 49.31 } // 81 (pi²) Cyg
{ 4.1, 22, 16, 37.75 } // 1 Lac
{ 4.6, 22, 21, 46.54 } // 2 Lac
{ 4.4, 22, 23.6, 52.23 } // 3 (beta) Lac
{ 4.6, 22, 24.5, 49.48 } // 4 Lac
{ 4.3, 22, 29.5, 47.71 } // 5 Lac
{ 3.8, 22, 31.3, 50.28 } // 7 (alpha) Lac
{ 5.3, 22, 35.9, 39.63 } // 8 Lac
multiple
{ 3.6, 23, 1.9, 42.33 } // 1 (omikron) And
{ 3.85,23, 37.6, 46.46 } // 16 (lambda) And
fluctuating
{ 4.3, 23, 38.1, 43.27 } // 17 (iota) And
{ 4.1, 23, 40.4, 44.33 } // 19 (kappa) And
{ 5.4, 0, 9.4,-27.99 } // (kappa1) Scl
multiple
{ 3.6, 0, 19.4, -8.82 } // 8 (iota) Cet
{ 5.7, 0, 21.8,-20.06 } // T Cet
fluctuating
{ 2, 0, 43.6,-17.99 } // 16 (beta) Cet (Deneb Kaitos)
{ 4.3, 0, 58.6,-29.36 } // (alpha) Scl
{ 3.5, 1, 8.6,-10.18 } // 31 (eta) Cet
{ 5, 1, 14.4, -7.92 } // 37 Cet
multiple
{ 3.6, 1, 24, -8.18 } // 45 (theta) Cet
{ 5.7, 1, 36.1,-29.91 } // (tau) Scl
multiple
{ 3.5, 1, 44.1,-15.94 } // 52 (tau) Cet
{ 4.5, 1, 49.6,-10.69 } // 53 (chi) Cet
multiple
{ 3.7, 1, 51.5,-10.33 } // 55 (zeta) Cet (Baten Kaitos)
{ 4, 2, 0, -21.08 } // 59 (ny) Cet
{ 5.5, 2, 12.8, -2.39 } // 66 Cet
multiple
{ 6.3, 2, 19.3, -2.98 } // 68 (omikron) Cet (Mira)
fluctuating
{ 4.3, 2, 28.2, 8.46 } // 73 (xi²) Cet
{ 4.9, 2, 33.8,-28.23 } // (omega) For
multiple
{ 4.1, 2, 39.5, 0.33 } // 82 (delta) Cet
{ 3.5, 2, 43.3, 3.24 } // 86 (gamma) Cet
multiple
{ 4.2, 2, 44.1,-13.86 } // 89 (pi) Cet
{ 4.3, 2, 44.9, 10.11 } // 87 (my) Cet
{ 2.5, 3, 2.3, 4.09 } // 92 (alpha) Cet (Menkar)
{ 2.8, 0, 13.2, 15.18 } // 88 (gamma) Peg (Algenib)
{ 5.8, 0, 15, 8.82 } // 35 Psc
multiple
{ 5, 0, 28, 17.89 } // 47 Psc (TV Piscium)
fluctuating
{ 4.1, 0, 47.3, 24.27 } // 34 (zeta) And
{ 4.4, 0, 48.7, 7.59 } // 63 (delta) Psc
{ 5.5, 0, 49.9, 27.71 } // 65 Psc
multiple
{ 5.5, 0, 55, 23.63 } // 36 And
multiple
{ 4.3, 1, 2.9, 7.89 } // 71 (epsilon) Psc
{ 4.7, 1, 5.7, 21.47 } // 74 (psi1) Psc
multiple
{ 4.9, 1, 13.7, 7.58 } // 86 (zeta) Psc
multiple
{ 3.6, 1, 31.5, 15.35 } // 99 (eta) Psc
{ 4.4, 1, 41.4, 5.49 } //106 (ny) Psc
{ 4.3, 1, 45.4, 9.16 } //110 (omikron) Psc
{ 5.8, 1, 50.1, 22.28 } // 1 Ari
multiple
{ 3.9, 1, 53.5, 19.29 } // 5 (gamma) Ari (Mesarthim)
multiple
{ 4.6, 1, 53.6, 3.19 } //111 (xi) Psc
{ 2.6, 1, 54.6, 20.81 } // 6 (beta) Ari (Sheratan)
{ 4.7, 1, 57.9, 23.6 } // 9 (lambda) Ari
multiple
{ 3.8, 2, 2, 2.76 } //113 (alpha) Psc
multiple
{ 5.6, 2, 3.7, 25.94 } // 10 Ari
multiple
{ 2, 2, 7.2, 23.46 } // 13 (alpha) Ari (Hamal)
{ 3.6, 2, 50, 27.26 } // 41 Ari
{ 4.6, 2, 59.2, 21.34 } // 48 (epsilon) Ari
multiple
{ 4.5, 2, 45.1,-18.57 } // 1 (tau1) Eri
{ 4.4, 2, 49.1,-32.41 } // (beta) For
{ 3.9, 2, 56.4, -8.9 } // 3 (eta) Eri
{ 4.1, 3, 2.4,-23.62 } // 11 (tau³) Eri
{ 3.9, 3, 12.1,-28.99 } // (alpha) For
multiple
{ 3.7, 3, 19.5,-21.76 } // 16 (tau4) Eri
{ 3.7, 3, 32.9, -9.46 } // 18 (epsilon) Eri
{ 4.3, 3, 33.8,-21.63 } // 19 (tau5) Eri
{ 3.5, 3, 43.2, -9.77 } // 23 (delta) Eri
{ 4.2, 3, 46.8,-23.25 } // 27 (tau6) Eri
{ 4.5, 3, 54.3, -2.95 } // 32 Eri
multiple
{ 3, 3, 58, -13.51 } // 34 (gamma) Eri (Zaurak)
{ 4, 4, 11.9, -6.84 } // 38 (omikron1)Eri
{ 4.9, 4, 14.4,-10.26 } // 39 Eri
multiple
{ 4.4, 4, 15.3, -7.64 } // 40 (omikron2)Eri
multiple
{ 3.6, 4, 17.9,-33.8 } // 41 (upsilon4)Eri
{ 4, 4, 24, -34.02 } // 43 (upsilon3)Eri
{ 3.8, 4, 35.6,-30.56 } // 52 (upsilon2)Eri
{ 3.9, 4, 36.3, -3.35 } // 48 (ny) Eri
{ 3.9, 4, 38.2,-14.3 } // 53 Eri
{ 4, 4, 45.5, -3.25 } // 57 (my) Eri
{ 2.8, 5, 7.9, -5.09 } // 67 (beta) Eri (Cursa)
{ 3.9, 5, 31.2,-35.47 } // (epsilon) Col
{ 2.6, 5, 39.6,-34.07 } // (alpha) Col
{ 3.1, 5, 51, -35.77 } // (beta) Col
{ 4.4, 5, 57.5,-35.28 } // (gamma) Col
{ 3.9, 6, 22.1,-33.44 } // (delta) Col
{ 3.6, 3, 24.8, 9.03 } // 1 (omikron) Tau
{ 3.7, 3, 27.2, 9.73 } // 2 (xi) Tau
{ 3.7, 3, 44.9, 24.11 } // 17 Tau (Electra)
{ 4.3, 3, 45.2, 24.47 } // 19 Tau (Taygeta)
{ 3.8, 3, 45.8, 24.37 } // 20 Tau (Maia)
{ 4.1, 3, 46.3, 23.95 } // 23 Tau (Merope)
{ 2.8, 3, 47.5, 24.11 } // 25 (eta) Tau (Alcyone)
{ 3.6, 3, 49.2, 24.06 } // 27 Tau (Atlas)
{ 5.05, 3, 49.2, 24.14 } // 28 (BU) Tau (Pleione)
fluctuating
{ 3.65, 4, 0.7, 12.49 } // 35 (lambda) Tau
fluctuating
{ 3.9, 4, 3.2, 5.99 } // 38 (ny) Tau
{ 4.8, 4, 13.9, 9.26 } // 47 Tau
multiple
{ 3.6, 4, 19.8, 15.63 } // 54 (gamma) Tau
{ 3.8, 4, 22.9, 17.54 } // 61 (delta1) Tau
{ 4.3, 4, 25.5, 17.93 } // 68 (delta3) Tau
multiple
{ 3.5, 4, 28.6, 19.18 } // 74 (epsilon) Tau
{ 3.8, 4, 28.6, 15.96 } // 77 (theta1) Tau
{ 3.4, 4, 28.7, 15.87 } // 78 (theta2) Tau
{ 4.2, 4, 35.7, 10.16 } // 88 Tau
multiple
{ 0.9, 4, 35.9, 16.51 } // 87 (alpha) Tau (Aldebaran)
probably planet(s)!
{ 4.2, 4, 42.2, 22.96 } // 94 (tau) Tau
multiple
{ 1.7, 5, 26.3, 28.61 } //112 (beta) Tau (Elnath, Nath)
{ 5.5, 5, 29.3, 25.15 } //118 Tau
multiple
{ 3, 5, 37.6, 21.14 } //123 (zeta) Tau
{ 7.85, 4, 59.6,-14.81 } // R Lep
fluctuating
{ 3.2, 5, 5.5,-22.37 } // 2 (epslion) Lep
{ 5.6, 5, 11.4,-11.85 } // RX Lep
fluctuating
{ 3.3, 5, 12.9,-16.21 } // 5 (my) Lep
fluctuating
{ 4.4, 5, 13.2,-12.94 } // 4 (kappa) Lep
multiple
{ 0.1, 5, 14.5, -8.2 } // 19 (beta) Ori (Rigel)
multiple
{ 3.6, 5, 17.6, -6.84 } // 20 (tau) Ori
{ 2.8, 5, 28.2,-20.76 } // 9 (beta) Lep (Nihal)
{ 2.6, 5, 32.7,-17.82 } // 11 (alpha) Lep (Arneb)
{ 4, 5, 35.3, -5.4 } // 41,43 (theta) Ori
quadruple
{ 4.1, 5, 35.4, -4.84 } // 42,45 Ori
multiple
{ 2.8, 5, 35.4, -5.91 } // 44 (iota) Ori
multiple
{ 3.5, 5, 44.5,-22.45 } // 13 (gamma) Ori
multiple
{ 3.6, 5, 47, -14.82 } // 14 (zeta) Ori
{ 2.1, 5, 47.8, -9.67 } // 53 (kappa) Ori (Saiph)
{ 3.8, 5, 51.3,-20.88 } // 15 (delta) Lep
{ 3.7, 5, 56.4,-14.17 } // 16 (eta) Lep
{ 3.2, 4, 49.8, 6.96 } // 1 (pi3) Ori
{ 3.7, 4. 51.2, 5.61 } // 3 (pi4) Ori
{ 3.7, 4, 54.3, 2.44 } // 8 (pi5) Ori
{ 5.3, 5, 7.9, 8.5 } // 14 Ori
multiple
{ 4.4, 5, 21.7, -0.39 } // 22 Ori
multiple
{ 4.9, 5, 22.8, 3.55 } // 23 Ori
multiple
{ 3.45, 5, 24.5, -2.4 } // 28 (eta) Ori
multiple, fluctuating
{ 1.6, 5, 21.2, 6.35 } // 24 (gamma) Ori (Bellatrix)
{ 4.2, 5, 30.8, 5.95 } // 32 Ori
multiple
{ 5.4, 5, 31.2, 3.29 } // 33 Ori
multiple
{ 2.2, 5, 32, -0.3 } // 34 (delta) Ori (Mintaka)
multiple
{ 5.5, 5, 33.5, -1.16 } // VV Ori
fluctuating
{ 3.4, 5, 35.1, 9.93 } // 39 (lambda) Ori
multiple
{ 1.7, 5, 36.2, -1.2 } // 46 (epsilon) Ori (Alnilam)
{ 3.6, 5, 38.8, -2.6 } // 48 (sigma) Ori
multiple
{ 1.7, 5, 40.8, -1.94 } // 50 (zeta) Ori (Alnitak)
multiple
{ 5.3, 5, 48, 6.45 } // 52 Ori
multiple
{ 0.6, 5, 55.2, 7.41 } // 58 (alpha) Ori (Beteigeuze)
fluctuating
{ 3, 6, 20.3,-30.06 } // 1 (zeta) CMa (Phurud)
multiple (perspectivic)
{ 2, 6, 22.7,-17.96 } // 2 (beta) CMa (Mirzam)
{ 4, 6, 36.7,-19.26 } // 7 (ny2) CMa
{-1.5, 6, 45.1,-16.72 } // 9 (alpha) CMa (Sirius)
{ 3.75, 6, 49.8,-32.51 } // 13 (kappa) CMa
multiple, fluctuating
{ 3.9, 6, 54.1,-24.18 } // 16 (omikron1)CMa
fluctuating
{ 1.5, 6, 58.6,-28.97 } // 21 (epsilon) CMa (Adhara)
multiple
{ 3.5, 7, 1.7,-27.93 } // 22 (sigma) CMa
{ 3, 7, 3, -23.83 } // 24 (omikron2)CMa
{ 4.1, 7, 3.8,-15.63 } // 23 (gamma) CMa
{ 1.8, 7, 8.4,-26.39 } // 25 (delta) CMa (Wezen)
{ 4.55, 7, 14.3,-26.35 } // 27 CMa (EW CMa)
fluctuating
{ 3.9, 7, 14.8,-26.77 } // 28 (omega) CMa
fluctuating
{ 4.5, 7, 16.6,-23.31 } //145 CMa
multiple (perspectivic)
{ 5.05, 7, 18.7,-24.56 } // 29 CMa (UW CMa)
fluctuating
{ 2.4, 7, 24.1,-29.3 } // 31 (eta) CMa (Aludra)
multiple (perspectivic)
{ 5.1, 7, 34.3,-23.47 } // n Pup
multiple
{ 3.8, 7, 38.8,-26.8 } // k (kappa) Pup
multiple
{ 3.9, 7, 43.8,-28.96 } // 3 Pup
{ 3.2, 7, 49.3,-24.86 } // 7 (xi) Pup (Aspidiske)
multiple (perspectivic)
{ 4.2, 7, 56.9,-22.88 } // 11 Pup
{ 2.8, 8, 7.5,-24.3 } // 15 (rho) Pup
{ 3.3, 6, 14.9, 22.51 } // 7 (eta) Gem (Tejat Prior)
fluctuating
{ 2.9, 6, 23, 22.51 } // 13 (my) Gem (Tejat Posterior)
{ 4.1, 6, 29, 20.21 } // 18 (ny) Gem
{ 1.9, 6, 37.7, 16.4 } // 24 (gamma) Gem (Alhena)
{ 4.6, 6, 41, 9.9 } // 15 Gem
multiple
{ 3.1, 6, 43.9, 25.13 } // 27 (epsilon) Gem (Mebsuta)
{ 3.4, 6, 45.3, 12.9 } // 31 (xi) Gem
{ 3.6, 6, 52.8, 33.96 } // 34 (theta) Gem
{ 4.7, 6, 54.6, 13.18 } // 38 Gem
multiple
{ 3.9, 7, 4.1, 20.57 } // 43 (zeta) Gem (Mekbuda)
multiple (perspectivic), fluctuating
{ 3.6, 7, 18.1, 16.54 } // 54 (lambda) Gem
{ 3.5, 7, 20.1, 21.98 } // 55 (delta) Gem (Wasat)
{ 3.8, 7, 25.7, 27.8 } // 60 (iota) Gem
{ 4.2, 7, 29.1, 31.78 } // 62 (rho) Gem
{ 1.6, 7, 34.6, 31.89 } // 66 (alpha) Gem (Castor)
multiple
{ 4.1, 7, 35.9, 26.9 } // 69 (upsilon) Gem
{ 3.6, 7, 44.4, 24.4 } // 77 (kappa) Gem
{ 1.1, 7, 45.3, 28.03 } // 78 (beta) Gem (Pollux)
{ 4, 6, 14.9, -6.27 } // 5 (gamma) Mon
{ 3.7, 6, 28.8, -7.03 } // 11 (beta) Mon
multiple
{ 4.1, 6, 54.2,-12.04 } // 14 (theta) CMa
{ 5, 6, 56.1,-14.04 } // 18 (my) CMa
multiple
{ 4.2, 7, 11.9, -0.49 } // 22 (delta) Mon
{ 6.6, 7, 30.8, -9.78 } // U Mon
fluctuating
{ 3.9, 7, 41.2, -9.55 } // 26 (alpha) Mon
{ 5.7, 7, 45.5,-14.69 } // 2 Pup
multiple
{ 5.5, 7, 47.9,-12.19 } // 5 Pup
multiple
{ 4.4, 8, 8.6, -2.98 } // 29 (zeta) Mon
{ 4.7, 8, 11.3,-12.93 } // 19 Pup
{ 4.3, 6, 23.8, 4.59 } // 8 (epsilon) Mon
multiple
{ 6.1, 6, 25.2, 7.09 } // T Mon
fluctuating
{ 2.9, 7, 27.2, 8.29 } // 3 (beta) CMi (Gomeisa)
{ 4.3, 7, 28.2, 8.93 } // 4 (gamma) CMi
{ 0.4, 7, 39.3, 5.22 } // 10 (alpha) CMi (Procyon)
{ 4.7, 8, 12.2, 17.65 } // 16 (zeta) Cnc
multiple
{ 3.5, 8, 16.5, 9.19 } // 17 (beta) Cnc (Altarf)
{ 5.5, 8, 26.8, 26.94 } // 23 (phi2) Cnc
multiple
{ 4.7, 8, 43.3, 21.47 } // 43 (gamma) Cnc (Asellus Borealis)
{ 3.9, 8, 44.7, 18.15 } // 47 (delta) Cnc (Asellus Australis)
{ 3.9, 8, 46.7, 28.76 } // 48 (iota) Cnc
multiple
{ 5.3, 8, 52.5, 28.3 } // 55 (rho1) Cnc
multiple (perspectivic), 4 planets!
{ 5.4, 8, 54.2, 39.58 } // 57 Cnc
multiple
{ 6.25, 8, 55.4, 17.23 } // X Cnc
fluctuating
{ 4.3, 8, 58.5, 11.86 } // 65 (alpha) Cnc
{ 5.8, 9, 10.6, 30.96 } // RS Cnc
fluctuating
{ 3.9, 8, 25.7, -3.91 } // C Hya
{ 4.1, 8, 37.7, 5.79 } // 4 (delta) Hya
{ 4.4, 8, 38.8, 3.34 } // 5 (sigma) Hya
{ 4, 8, 40.1,-35.31 } // (beta) Pyx
{ 4.3, 8, 43.2, 3.4 } // 7 (eta) Hya
{ 3.7, 8, 43.6,-33.19 } // (alpha) Pyx
multiple
{ 3.4, 8, 46.8, 6.42 } // 11 (epsilon) Hya
multiple
{ 4.4, 8, 48.4, 5.84 } // 13 (rho) Hya
{ 4, 8, 50.5,-27.71 } // (gamma) Pyx
{ 3.1, 8, 55.4, 5.95 } // 16 (zeta) Hya
{ 3.9, 9, 14.4, 2.31 } // 22 (theta) Hya
{ 4.7, 9, 20.5, -9.56 } // 27 Hya
multiple
{ 2, 9, 27.6, -8.66 } // 30 (alpha) Hya (Alphard)
{ 4.5, 9, 29.1, -2.77 } // 31 (tau1) Hya
multiple
{ 3.9, 9, 39.9, -1.14 } // 35 (iota) Hya
{ 4.1, 9, 51.5,-14.85 } // 39 (upsilon1)Hya
{ 5.1, 9, 52.5, -8.11 } // 8 (gamma) Sex
{ 4.5, 10, 7.9, -0.37 } // 15 (alpha) Sex
{ 3.6, 10, 10.6,-12.35 } // 41 (lambda) Hya
{ 3.8, 10, 26.1,-16.84 } // 42 (my) Hya
{ 4.3, 10, 27.2,-31.07 } // (alpha) Ant
{ 4.9, 10, 37.6,-13.38 } // U Hya
fluctuating
{ 5.8, 10, 43.3, 4.75 } // 33 Sex
multiple
{ 3.1, 10, 49.6,-16.19 } // (ny) Hya
{ 5.4, 9, 28.5, 9.06 } // 2 (omega) Leo
multiple
{ 4.3, 9, 31.7, 22.97 } // 4 (lambda) Leo (Alterf)
{ 3.5, 9, 41.2, 9.89 } // 14 (omikron) Leo
{ 3, 9, 45.9, 23.77 } // 17 (epsilon) Leo
{ 7.9, 9, 47.6, 11.43 } // R Leo
fluctuating
{ 3.9, 9, 52.8, 26.01 } // 24 (my) Leo
{ 3.5, 10, 7.3, 16.76 } // 30 (eta) Leo
{ 1.4, 10, 8.4, 11.97 } // 32 (alpha) Leo (Regulus)
multiple
{ 3.4, 10, 16.7, 23.42 } // 36 (zeta) Leo (Aldhafera)
{ 2, 10, 20, 19.84 } // 41 (gamma) Leo (Algieba)
multiple
{ 3.8, 10, 32.8, 9.31 } // 47 (rho) Leo
{ 4.3, 10, 55.6, 24.75 } // 54 Leo
multiple
{ 2.6, 11, 14.1, 20.52 } // 68 (delta) Leo (Zosma)
{ 3.3, 11, 14.2, 15.43 } // 70 (theta) Leo (Coxa)
{ 4, 11, 23.9, 10.53 } // 78 (iota) Leo
multiple
{ 2.1, 11, 49.1, 14.57 } // 94 (beta) Leo (Denebola)
{ 4.1, 10, 59.8,-18.3 } // 7 (alpha) Crt (Alkes)
{ 4.5, 11, 11.7,-22.83 } // 11 (beta) Crt
{ 3.6, 11, 19.3,-14.78 } // 12 (delta) Crt
{ 4.1, 11, 24.9,-17.68 } // 15 (gamma) Crt
{ 4.9, 11, 27.9, 2.85 } // 84 (tau) Leo
multiple (perspectivic)
{ 4.9, 11, 32.3,-29.26 } // N Hya
multiple
{ 3.5, 11, 33, -31.86 } // (xi) Hya
{ 4, 11, 45.9, 6.53 } // 3 (ny) Vir
{ 3.6, 11, 50.7, 1.76 } // 5 (beta) Vir (Zawijava)
{ 4.3, 11, 52.9,-33.91 } // (beta) Hya
{ 4, 12, 8.4,-24.73 } // 1 (alpha) Crv (Alchiba)
{ 3, 12, 10.1,-22.62 } // 2 (epsilon) Crv
{ 2.6, 12, 15.8,-17.54 } // 4 (gamma) Crv (Gienah)
{ 3.9, 12, 19.9, -0.67 } // 15 (eta) Vir (Zaniah)
{ 2.9, 12, 29.9,-16.52 } // 7 (delta) Crv (Algorab)
{ 2.7, 12, 34.4,-23.4 } // 9 (beta) Crv
{ 4.6, 12, 39.2, -8 } // 26 (chi) Vir
{ 2.7, 12, 41.7, -1.45 } // 29 (gamma) Vir (Porrima)
multiple
{ 3, 13, 18.9,-23.17 } // 46 (gamma) Hya
{ 6.95,13, 29.7,-23.28 } // R Hya
fluctuating
{ 5.8, 12, 4.3, 21.46 } // 2 Com
multiple
{ 4.4, 12, 26.9, 28.27 } // 15 (gamma) Com
{ 5, 12, 28.9, 25.91 } // 17 Com
multiple
{ 4.8, 12, 35.1, 18.38 } // 24 Com
multiple
{ 5.8, 12, 52.3, 17.09 } // 32,33 Com
multiple (perspectivic)
{ 4.9, 12, 53.3, 21.24 } // 35 Com
multiple
{ 4.3, 13, 10, 17.53 } // 42 (alpha) Com (Diadem)
{ 4.2, 13, 11.9, 27.88 } // 43 (beta) Com
{ 4.1, 13, 49.5, 15.8 } // 5 (upsilon) Boo
{ 2.7, 13, 54.7, 18.4 } // 8 (eta) Boo (Muphrid)
{ 0, 14, 15.7, 19.18 } // 16 (alpha) Boo (Arcturus)
{ 3.6, 14, 31.8, 30.37 } // 25 (rho) Boo
{ 4.5, 14, 40.7, 16.42 } // 29 (pi) Boo
multiple
{ 3.8, 14, 41.1, 13.73 } // 30 (zeta) Boo
{ 4.8, 14, 43.4, 26.53 } // 34 Boo (W Bootis)
fluctuating
{ 2.4, 14, 45, 27.07 } // 36 (epsilon) Boo (Izar)
multiple
{ 3.7, 14, 46.2, 1.89 } //109 Vir
{ 4.5, 14, 51.4, 19.1 } // 37 (xi) Boo
multiple
{ 5, 15, 23.2, 30.29 } // 2 (eta) CrB
multiple
{ 3.7, 15, 27.8, 29.11 } // 3 (beta) CrB (Nusakan)
{ 4.1, 15, 32.9, 31.36 } // 4 (theta) CrB
{ 2.2, 15, 34.8, 26.71 } // 5 (alpha) CrB (Alphekka, Gemma)
{ 3.8, 15, 42.7, 26.3 } // 8 (gamma) CrB
multiple
{ 6, 15, 48.6, 28.16 } // R CrB
fluctuating
{ 4.6, 15, 49.6, 26.07 } // 10 (delta) CrB
{ 4.1, 15, 57.6, 26.88 } // 13 (epsilon) CrB
{ 3.4, 12, 55.6, 3.4 } // 43 (delta) Vir
{ 2.8, 13, 2.2, 10.96 } // 47 (epsilon) Vir (Vindemiatrix)
{ 4.4, 13, 9.9, -5.54 } // 51 (theta) Vir
{ 1, 13, 25.2,-11.16 } // 67 (alpha) Vir (Spica)
{ 3.4, 13, 34.7, -0.6 } // 79 (zeta) Vir
{ 4.3, 13, 51.8,-32.99 } // 3 Cen
multiple
{ 4.2, 14, 1.6, 1.54 } // 93 (tau) Vir
{ 3.3, 14, 6.4,-26.68 } // 49 (pi) Hya
{ 3.9, 14, 43.1, -5.66 } //107 (my) Vir
{ 5, 14, 46, -25.44 } // 54 Hya
multiple
{ 5.3, 14, 49.3,-14.15 } // 7 (my) Lib
multiple
{ 2.6, 14, 50.9,-16.04 } // 9,8 (alpha) Lib (Zubenelgenubi)
multiple
{ 5.4, 15, 1, -8.52 } // 19 (delta) Lib
fluctuating
{ 3.3, 15, 4.1,-25.28 } // 20 (sigma) Lib
{ 2.6, 15, 17, -9.38 } // 27 (beta) Lib (Zubeneschemali)
{ 3.8, 15, 34.8,-10.54 } // 13 (delta) Ser
multiple
{ 3.9, 15, 35.5,-14.79 } // 38 (gamma) Lib
{ 3.6, 15, 37, -28.13 } // 39 (upsilon) Lib
{ 3.7, 15, 38.7,-29.78 } // 40 (tau) Lib
{ 2.6, 15, 44.3, 6.43 } // 24 (alpha) Ser (Unukalhai)
{ 3.7, 15, 46.2, 15.42 } // 28 (beta) Ser
{ 4.1, 15, 48.7, 18.14 } // 35 (kappa) Ser
{ 3.5, 15, 49.6, -3.43 } // 32 (my) Ser
{ 9.5, 15, 50.7, 15.13 } // R Ser
fluctuating
{ 3.7, 15, 50.8, 4.48 } // 37 (epsilon) Ser
{ 4, 15, 51, -33.63 } // 5 (chi) Lup
{ 3.9, 15, 56.5, 15.66 } // 41 (gamma) Ser
{ 4.6, 15, 56.9,-33.97 } // (xi) Lup
multiple
{ 4.1, 16, 4.4,-11.37 } // (xi) Sco
multiple
{ 2.7, 16, 14.3, -3.69 } // 1 (delta) Oph (Yed Prior)
{ 3.2, 16, 18.3, -4.69 } // 2 (epsilon) Oph (Yed Posterior)
{ 4.45,16, 27, -18.46 } // 7 (chi) Oph
fluctuating
{ 3.8, 16, 30.9, 1.98 } // 10 (lambda) Oph (Marfik)
multiple
{ 2.5, 16, 37.2,-10.57 } // 13 (zeta) Oph
{ 3.2, 16, 57.7, 9.38 } // 27 (kappa) Oph
{ 2.4, 17, 10.4,-15.72 } // 35 (eta) Oph (Sabik)
{ 2.1, 17, 34.9, 12.56 } // 55 (alpha) Oph (Rasalhague)
{ 3.5, 17, 37.6,-15.4 } // 55 (xi) Ser
{ 2.8, 17, 43.5, 4.57 } // 60 (beta) Oph (Cebalrai)
{ 5.6, 17, 44.6, 2.58 } // 61 Oph
multiple
{ 3.8, 17, 47.9, 2.71 } // 62 (gamma) Oph
{ 9.5, 17, 57.8, 4.69 } // Pfeilstern (Barnards Stern)
{ 3.3, 17, 59, -9.77 } // 64 (ny) Oph
{ 3.9, 18, 0.6, 2.93 } // 67 Oph
multiple
{ 4.8, 18, 3.1, -8.18 } // 69 (tau) Oph
multiple
{ 4, 18, 5.5, 2.5 } // 70 Oph
multiple
{ 3.7, 18, 7.4, 9.56 } // 72 Oph
multiple (perspectivic)
{ 3.9, 15, 56.9,-29.21 } // 5 (rho) Sco
{ 2.9, 15, 58.9,-26.11 } // 6 (pi) Sco
{ 2.3, 16, 0.3,-22.62 } // 7 (delta) Sco
{ 2.4, 16, 5.4,-19.8 } // 8 (beta) Sco (Acrab)
multiple
{ 3.9, 16, 6.8,-20.67 } // 9 (omega1) Sco
{ 3.9, 16, 12, -19.46 } // 14 (ny) Sco
multiple
{ 2.9, 16, 21.2,-25.59 } // 20 (sigma) Sco
{ 4.4, 16, 25.6,-23.44 } // 5 (rho) Oph
multiple
{ 1, 16, 29.4,-26.43 } // 21 (alpha) Sco (Antares)
multiple, fluctuating
{ 2.8, 16, 35.9,-28.22 } // 23 (tau) Sco
{ 2.3, 16, 50.2,-34.29 } // 26 (epsilon) Sco
{ 8, 16, 56.6,-30.58 } // RR Sco
fluctuating
{ 4.3, 17, 15.3,-26.6 } // 36 Oph
multiple
{ 4.9, 17, 18, -24.29 } // 39 (omikron) Oph
multiple
{ 3.3, 17, 22, -25 } // 42 (theta) Oph
{ 4.7, 16, 18.1, 17.05 } // 7 (kappa) Her
multiple
{ 3.7, 16, 21.9, 19.15 } // 20 (gamma) Her
{ 2.8, 16, 30.2, 21.49 } // 27 (beta) Her (Ruticulus)
{ 3, 17, 14.6, 14.39 } // 64 (alpha) Her (Rasalgethi)
multiple, fluctuating
{ 3.1, 17, 15, 24.84 } // 65 (delta) Her
{ 3.4, 17, 46.5, 27.72 } // 86 (my) Her
{ 3.7, 17, 57.8, 29.25 } // 92 (xi) Her
{ 4.3, 18, 1.5, 21.6 } // 95 Her
multiple
{ 3.8, 18, 7.5, 28.76 } //103 (omikron) Her
{ 5.1, 18, 7.8, 26.1 } //100 Her
multiple
{ 3.2, 18, 21.3, -2.9 } // 58 (eta) Ser
{ 3.8, 18, 23.7, 21.77 } //109 Her
{ 5.2, 18, 27.2, 0.2 } // 59d Ser
multiple
{ 3.9, 18, 35.2, -8.24 } // (alpha) Sct
{ 5.6, 18, 46.5, -0.96 } // 5 Aql
multiple
{ 4.2, 18, 47.2, -4.75 } // (beta) Sct
{ 5.75,18, 47.5, -5.7 } // R Sct
{ 4, 18, 56.2, 4.2 } // 63 (theta) Ser
multiple
{ 3, 18, 5.8,-30.42 } // 10 (gamma) Sgr (Alnasl)
{ 3.8, 18, 13.8,-21.06 } // 13 (my) Sgr
{ 2.7, 18, 21, -29.83 } // 19 (delta) Sgr (Kaus Media)
{ 1.8, 18, 24.2,-34.38 } // 20 (epsilon) Sgr (Kaus Australis)
{ 2.8, 18, 28, -25.42 } // 22 (lambda) Sgr (Kaus Borealis)
{ 3.2, 18, 45.7,-26.99 } // 27 (phi) Sgr
{ 2, 18, 55.3,-26.3 } // 34 (sigma) Sgr (Nunki)
{ 3.5, 18, 57.5,-21.11 } // 37 (xi2) Sgr
{ 2.6, 19, 2.6,-29.88 } // 38 (zeta) Sgr
{ 3.8, 19, 4.7,-21.74 } // 39 (omikron) Sgr
{ 3.3, 19, 6.9,-27.67 } // 40 (tau) Sgr
{ 2.9, 19, 9.8,-21.02 } // 41 (pi) Sgr
{ 4, 18, 59.6, 15.07 } // 13 (epsilon) Aql
{ 4, 19, 1.7, -5.74 } // 12 Aql
{ 5.2, 19, 5, -4.03 } // 15 Aql
multiple (perspectivic)
{ 3, 19, 5.4, 13.86 } // 17 (zeta) Aql
{ 3.4, 19, 6.2, -4.88 } // 16 (lambda) Aql
{ 7.9, 19, 6.4, 8.23 } // R Aql
fluctuating
{ 3.4, 19, 25.5, 3.11 } // 30 (delta) Aql
{ 4.4, 19, 28.7, 24.66 } // 6 (alpha) Vul
{ 4.4, 19, 40.1, 18.01 } // 5 (alpha) Sge
{ 4.4, 19, 41, 17.48 } // 6 (beta) Sge
{ 2.7, 19, 46.3, 10.61 } // 50 (gamma) Aql (Tarazed)
{ 3.7, 19, 47.4, 18.53 } // 7 (delta) Sge
{ 5.7, 19, 48.7, 11.82 } // 52 (pi) Aql
multiple
{ 0.8, 19, 50.8, 8.87 } // 53 (alpha) Aql (Altair)
{ 3.95,19, 52.5, 1.01 } // 55 (eta) Aql
fluctuating
{ 5.3, 19, 54.6, -8.23 } // 57 Aql
multiple
{ 3.7, 19, 55.3, 6.41 } // 60 (beta) Aql (Alschain)
{ 3.5, 19, 58.8, 19.49 } // 12 (gamma) Sge
{ 5.2, 20, 2, 24.94 } // 16 Vul
multiple
{ 5.4, 20, 4.1, 17.08 } // 15 Sge
multiple (perspectivic)
{ 3.2, 20, 11.3, -0.82 } // 65 (theta) Aql
{ 4, 20, 33.2, 11.3 } // 2 (epsilon) Del
{ 3.6, 20, 37.5, 14.6 } // 6 (beta) Del
{ 3.8, 20, 39.6, 15.91 } // 9 (alpha) Del
{ 4.4, 20, 43.5, 15.07 } // 11 (delta) Del
{ 3.9, 20, 46.7, 16.12 } // 12 (gamma) Del
multiple
{ 3.9, 19, 21.7,-17.85 } // 44 (rho1) Sgr
{ 4.3, 20, 17.6,-12.51 } // 5 (alpha1) Cap (Algiedi Secundus)
{ 3.6, 20, 18.1,-12.54 } // 6 (alpha2) Cap (Algiedi Primus)
known from "Dune" (Harkonnen system)
{ 3, 20, 21, -14.78 } // 9 (beta) Cap
multiple
{ 4.6, 20, 28.9,-17.82 } // 11 (rho) Cap
multiple (perspectivic)
{ 5.5, 20, 29.9,-18.58 } // 12 (omikron) Cap
multiple
{ 4.1, 20, 46.1,-25.27 } // 16 (psi) Cap
{ 4.1, 20, 51.8,-26.92 } // 18 (omega) Cap
{ 4.1, 21, 5.9,-17.23 } // 23 (theta) Cap
{ 4.3, 21, 22.2,-16.83 } // 32 (iota) Cap
{ 3.8, 21, 26.7,-22.41 } // 34 (zeta) Cap
{ 3.7, 21, 40.1,-16.66 } // 40 (gamma) Cap
{ 2.95,21, 47, -16.13 } // 49 (delta) Cap (Deneb Algiedi)
fluctuating
{ 5.4, 22, 0.8,-28.45 } // 12 (eta) PsA
multiple
{ 4.3, 22, 31.5,-32.35 } // 17 (beta) PsA
multiple
{ 4.2, 22, 40.7,-27.04 } // 18 (epsilon) PsA
{ 4.5, 22, 52.5,-32.88 } // 22 (gamma) PsA
multiple
{ 4.2, 22, 55.9,-32.54 } // 23 (delta) PsA
{ 1.2, 22, 57.6,-29.62 } // 24 (alpha) PsA (Fomalhaut)
{ 5.2, 20, 59.1, 4.29 } // 1 (epsilon) Equ
multiple
{ 4.7, 21, 10.3, 10.13 } // 5 (gamma) Equ
{ 4.5, 21, 14.5, 10.01 } // 7 (delta) Equ
{ 3.9, 21, 15.8, 5.25 } // 8 (alpha) Equ (Kitalphar)
{ 4.1, 21, 22.1, 19.8 } // 1 Peg
{ 2.4, 21, 44.2, 9.88 } // 8 (epsilon) Peg (Enif)
{ 4.1, 21, 44.6, 25.65 } // 10 (kappa) Peg
{ 3.8, 22, 7, 25.35 } // 24 (iota) Peg
{ 4.3, 22, 10, 33.18 } // 29 (pi) Peg (pi2 Pegasi)
{ 3.5, 22, 10.2, 6.2 } // 26 (theta) Peg (Baham)
{ 5.5, 22, 30, 4.43 } // 37 Peg
{ 3.4, 22, 41.5, 10.83 } // 42 (zeta) Peg (Homam)
{ 2.9, 22, 43, 30.22 } // 44 (eta) Peg (Matar)
{ 4, 22, 46.5, 23.57 } // 47 (lambda) Peg
{ 4.2, 22, 46.7, 12.17 } // 46 (xi) Peg
{ 3.5, 22, 50, 24.6 } // 48 (my) Peg (Sadalbari)
{ 2.5, 23, 3.8, 28.08 } // 53 (beta) Peg (Scheat)
fluctuating
{ 4.5, 23, 3.9, 3.82 } // 4 (beta) Psc
{ 2.5, 23, 4.8, 15.21 } // 54 (alpha) Peg (Markab)
{ 3.7, 23, 17.2, 3.28 } // 6 (gamma) Psc
{ 4.3, 23, 28, 6.38 } // 10 (theta) Psc
{ 5, 23, 34, 31.33 } // 72 Peg
multiple
{ 4.1, 23, 39.9, 5.63 } // 17 (iota) Psc
{ 4.5, 23, 42, 1.78 } // 18 (lambda) Psc
{ 5, 23, 46.4, 3.49 } // 19 Psc (TX Piscium)
fluctuating
{ 4, 23, 59.3, 6.86 } // 28 (omega) Psc
{ 3.8, 20, 47.7, -9.5 } // 2 (epsilon) Aqr
{ 5.5, 21, 4.1, -5.82 } // 12 Aqr
multiple
{ 4.5, 21, 9.6,-11.37 } // 13 (ny) Aqr
{ 2.9, 21, 31.6, -5.57 } // 22 (beta) Aqr (Sadalsuud)
{ 3, 22, 5.8, -0.32 } // 34 (alpha) Aqr (Sadalmelik)
{ 5.3, 22, 14.3,-21.07 } // 41 Aqr
multiple
{ 3.9, 22, 21.7, -1.39 } // 48 (gamma) Aqr (Sadachbia)
{ 3.7, 22, 28.8, -0.02 } // 55 (zeta) Aqr
multiple
{ 4, 22, 35.4, -0.12 } // 62 (eta) Aqr
{ 4, 22, 49.6,-13.59 } // 71 (tau2) Aqr
{ 3.7, 22, 52.6, -7.58 } // 73 (lambda) Aqr
{ 3.3, 22, 54.6,-15.82 } // 76 (delta) Aqr
{ 3.7, 23, 9.4,-21.17 } // 88 Aqr
{ 5.1, 23, 19.1,-13.46 } // 94 Aqr
multiple
{ 4, 23, 23, -20.1 } // 98 Aqr
{ 4.7, 23, 33.3,-20.91 } //101 Aqr
multiple
{ 4.8, 23, 41.8,-17.81 } //104 Aqr
{ 8, 23, 43.8,-15.28 } // R Aqr
fluctuating
{ 5.3, 23, 46, -18.68 } //107 Aqr
multiple
{ 3.9, 0, 9.4,-45.75 } // (epsilon) Phe
{ 2.8, 0, 25.8,-77.25 } // (beta) Hyi
{ 3.9, 0, 26.2,-43.68 } // (kappa) Phe
{ 2.4, 0, 26.3,-42.31 } // (alpha) Phe (Ankaa)
{ 3.7, 0, 31.6,-62.96 } // (beta) Tuc
multiple
{ 3.3, 1, 6.1,-46.72 } // (beta) Phe
{ 3.15, 1, 8.4,-55.25 } // (zeta) Phe
multiple, fluctuating
{ 3.4, 1, 28.4,-43.32 } // (gamma) Phe
{ 3.9, 1, 31.3,-49.07 } // (delta) Phe
{ 0.5, 1, 37.7,-57.24 } // (alpha) Eri (Achernar)
{ 5, 1, 39.8,-56.2 } // p Eri
multiple
{ 3.7, 1, 56, -51.61 } // (chi) Eri
{ 2.9, 1, 58.8,-61.57 } // (alpha) Hyi
{ 3.6, 2, 16.5,-51.51 } // (phi) Eri
{ 4.1, 2, 40.7,-39.86 } // (iota) Eri
{ 8.85, 2, 53.9,-49.89 } // R Hor
fluctuating
{ 2.9, 2, 58.3,-40.3 } // (theta) Eri (Acamar)
multiple
{ 4.3, 3, 48.6,-37.62 } // f Eri
multiple
{ 3.8, 3, 44.2,-64.81 } // (beta) Ret
{ 3.3, 3, 47.2,-74.24 } // (gamma) Hyi
{ 4.6, 3, 58.7,-61.4 } // (delta) Ret
{ 3.9, 4, 14, -42.29 } // (alpha) Hor
{ 3.3, 4, 14.4,-62.47 } // (alpha) Ret
{ 4.3, 4, 16, -51.49 } // (gamma) Dor
{ 4.4, 4, 16.5,-59.3 } // (epsilon) Ret
{ 3.3, 4, 34, -55.05 } // (alpha) Dor
{ 5.2, 4, 50.9,-53.46 } // (iota) Pic
multiple
{ 3.75, 5, 33.6,-62.49 } // (beta) Dor
fluctuating
{ 3.9, 5, 47.3,-51.07 } // (beta) Pic
{ 4.5, 5, 49.8,-56.17 } // (gamma) Pic
{ 4, 5, 59.1,-42.82 } // (eta) Col
{-0.7, 6, 24, -52.7 } // (alpha) Car (Canopus)
known from "Dune" (planet Arrakis)
{ 3.2, 6, 37.8,-43.2 } // (ny) Pup
{ 3.2, 6, 48.2,-61.94 } // (alpha) Pic
{ 2.9, 6, 49.9,-50.61 } // (tau) Pup
{ 3.6, 7, 8.7,-70.5 } // (gamma) Vol
multiple
{ 4, 7, 16.8,-67.96 } // (delta) Vol
{ 3.9, 7, 41.8,-72.61 } // (zeta) Vol
{ 3.5, 7, 56.8,-52.98 } // (chi) Car
{ 4.7, 8, 19.9,-71.51 } // (kappa) Vol
multiple
{ 1.9, 8, 22.5,-59.51 } // (epsilon) Car (Avoir)
{ 3.8, 8, 25.7,-66.14 } // (beta) Vol
{ 3.8, 8, 55, -60.64 } // c Car
{ 4, 9, 2.4,-66.4 } // (alpha) Vol
{ 4.5, 7, 13.5,-44.64 } // L2 Pup
fluctuating
{ 2.7, 7, 17.1,-37.1 } // (pi) Pup
{ 4.1, 7, 18.4,-36.74 } // y (upsilon) Pup
multiple
{ 3.3, 7, 29.2,-43.3 } // (sigma) Pup
{ 3.6, 7, 45.3,-37.97 } // c Pup
{ 3.7, 7, 52.2,-40.58 } // a Pup
{ 2.2, 8, 3.6,-40 } // (zeta) Pup
{ 1.6, 8, 9.5,-47.34 } // (gamma) Pup (Suhail al-Muhlif)
multiple, fluctuating
{ 3.6, 8, 40.3,-52.92 } // (omikron) Pup
{ 3.8, 8, 40.6,-46.65 } // b Vel
{ 4, 8, 44.4,-42.65 } // d Vel
multiple
{ 1.9, 8, 44.7,-54.71 } // (delta) Vel
{ 3.9, 8, 46, -46.04 } // a Vel
{ 3.8, 9, 4.2,-47.1 } // c Vel
{ 2.2, 9, 8, -43.43 } // (lambda) Vel (Suhail al-Wazn)
{ 2.5, 9, 22.1,-55.01 } // (kappa) Vel
{ 3.6, 9, 30.7,-40.47 } // (psi) Vel
{ 3.5, 9, 56.9,-54.57 } // (phi) Vel
{ 3.9, 10, 14.7,-42.12 } // q Vel
{ 3.8, 10, 37.3,-48.23 } // p Vel
{ 4.1, 10, 39.3,-55.6 } // x Vel
multiple
{ 2.7, 10, 46.8,-49.42 } // (my) Vel
{ 4.1, 8, 18.5,-76.92 } // (alpha) Cha
{ 4.7, 8, 57, -59.23 } // b1 Car
multiple
{ 3.4, 9, 11, -58.97 } // a Car
{ 4, 9, 11.3,-62.32 } // i Car
{ 1.7, 9, 13.2,-69.72 } // (beta) Car (Miaplacidus)
{ 2.2, 9, 17.1,-59.28 } // (iota) Car
{ 3.2, 9, 31.2,-57.03 } // N Vel
{ 6.85, 9, 32.2,-62.79 } // R Car
fluctuating
{ 3.7, 9, 45.2,-62.51 } // l Car (ZZ Carinae)
fluctuating
{ 2.9, 9, 47.1,-65.07 } // (upsilon) Car
multiple
{ 3.3, 10, 13.7,-70.04 } // (omega) Car
{ 3.4, 10, 17.1,-61.33 } // q Car
{ 3.9, 10, 24.4,-74.02 } // I Car
multiple (perspectivic)
{ 3.8, 10, 27.9,-58.74 } // s Car
{ 3.3, 10, 32, -61.69 } // p Car
{ 4.1, 10, 35.5,-78.61 } // (gamma) Cha
{ 2.7, 10, 43, -64.39 } // (theta) Car
{ 4.1, 10, 45.6,-80.52 } // (delta) Cha
multiple
{ 3.7, 10, 53.5,-58.86 } // u Car
multiple (perspectivic)
{ 3.9, 11, 8.6,-58.97 } // x Car
{ 4.7, 11, 59.7,-78.22 } // (epsilon) Cha
{ 3.9, 11, 21, -54.49 } // (pi) Cen
{ 4.4, 11, 31.8,-59.48 } // (omikron) Cen
multiple, fluctuating
{ 3.1, 11, 35.8,-63.02 } // (lambda) Cen
{ 3.6, 11, 45.6,-66.73 } // (lambda) Mus
{ 2.4, 12, 8.3,-50.71 } // (delta) Cen
multiple
{ 4, 12, 11.7,-52.37 } // (rho) Cen
{ 2.8, 12, 15.1,-58.75 } // (delta) Cru
{ 4.15,12, 17.6,-67.96 } // (epsilon) Mus
fluctuating
{ 4.1, 12, 18.4,-64 } // (zeta) Cru
{ 3.55,12, 21.4,-60.4 } // (epsilon) Cru
fluctuating
{ 0.7, 12, 26.6,-63.1 } // (alpha) Cru (Acrux)
multiple
{ 3.9, 12, 28, -50.23 } // (sigma) Cen
{ 1.6, 12, 31.2,-57.11 } // (gamma) Cru (Gacrux)
multiple (perspectivic)
{ 3.8, 12, 32.5,-72.13 } // (gamma) Mus
{ 2.7, 12, 37.2,-69.14 } // (alpha) Mus
{ 3.9, 12, 37.7,-48.54 } // (tau) Cen
{ 2.2, 12, 41.5,-48.96 } // (gamma) Cen
{ 3, 12, 46.3,-68.11 } // (beta) Mus
multiple
{ 1.3, 12, 47.7,-59.69 } // (beta) Cru (Mimosa)
{ 3.7, 12, 54.6,-57.18 } // (my) Cru
multiple
{ 3.6, 13, 2.3,-71.55 } // (delta) Mus
{ 2.8, 13, 20.6,-36.71 } // (iota) Cen
{ 4.3, 13, 22.6,-60.99 } // J Cen
multiple
{ 3.9, 13, 31, -39.41 } // d Cen
{ 2.3, 13, 39.9,-53.47 } // (epsilon) Cen
{ 5, 13, 41.7,-54.56 } // Q Cen
multiple
{ 3.4, 13, 49.5,-41.69 } // (ny) Cen
{ 3.25,13, 49.6,-42.47 } // (my) Cen
{ 2.5, 13, 55.5,-47.29 } // (zeta) Cen
{ 3.8, 13, 58.3,-42.1 } // (rho) Cen
{ 3.9, 13, 58.7,-44.8 } // (upsilon1)Cen
{ 0.6, 14, 3.8,-60.37 } // (beta) Cen (Hadar, Agena)
{ 2.1, 14, 6.7,-36.37 } // 5 (theta) Cen
{ 7.9, 14, 16.6,-59.91 } // R Cen
fluctuating
{ 2.3, 14, 35.5,-42.16 } // (eta) Cen
{-0.3, 14, 39.6,-60.83 } // (alpha) Cen (Rigil Kentaurus)
multiple
{ 4, 14, 42, -37.79 } // b Cen
{ 3.2, 14, 42.5,-64.98 } // (alpha) Cir
{ 3.1, 14, 59.2,-42.1 } // (kappa) Cen
{ 4.6, 15, 16.8,-60.94 } // (delta) Cir
multiple
{ 4.1, 15, 17.5,-58.8 } // (beta) Cir
{ 4.5, 15, 23.4,-59.32 } // (gamma) Cir
{ 3.5, 14, 19.4,-46.06 } // (iota) Lup
{ 2.3, 14, 41.9,-47.39 } // (alpha) Lup
{ 2.7, 14, 58.5,-43.13 } // (beta) Lup
{ 3.9, 15, 5.1,-47.05 } // (pi) Lup
multiple
{ 3.7, 15, 11.9,-48.74 } // (kappa) Lup
multiple
{ 3.4, 15, 12.3,-52.1 } // (zeta) Lup
multiple
{ 4.1, 15, 18.5,-47.88 } // (my) Lup
quadruple
{ 3.2, 15, 21.4,-40.65 } // (delta) Lup
{ 3.6, 15, 21.8,-36.26 } // (rho1) Lup
{ 3.4, 15, 22.7,-44.69 } // (epsilon) Lup
{ 2.8, 15, 35.1,-41.17 } // (gamma) Lup
{ 4.5, 15, 35.9,-44.96 } // d Lup
multiple
{ 3.4, 16, 0.1,-38.4 } // (eta) Lup
multiple
{ 4, 16, 19.8,-50.16 } // (gamma2) Nor
{ 4.4, 16, 27.2,-47.55 } // (epsilon) Nor
multiple
{ 3.8, 16, 49.8,-59.04 } // (eta) Ara
{ 3.1, 16, 58.6,-55.99 } // (zeta) Ara
{ 4.1, 16, 59.6,-53.16 } // (epsilon1)Ara
{ 2.8, 17, 25.3,-55.53 } // (beta) Ara
{ 3.3, 17, 25.4,-56.38 } // (gamma) Ara
{ 3.6, 17, 31.1,-60.68 } // (delta) Ara
{ 2.9, 17, 31.8,-49.88 } // (alpha) Ara
{ 3.7, 18, 6.6,-50.09 } // (theta) Ara
{ 3.05,16, 51.9,-38.05 } // (my1) Sco
fluctuating
{ 3.6, 16, 52.3,-38.02 } // (my2) Sco
{ 3.6, 16, 54.6,-42.36 } // (zeta2) Sco
{ 3.3, 17, 12.2,-43.24 } // (eta) Sco
{ 2.7, 17, 30.8,-37.39 } // 34 (upsilon) Sco (Lesath)
{ 1.6, 17, 33.6,-37.1 } // 35 (lambda) Sco (Shaula)
{ 1.9, 17, 37.3,-43 } // (theta) Sco (Sargas)
{ 2.4, 17, 42.5,-39.03 } // (kappa) Sco
{ 3, 17, 47.6,-40.13 } // (iota1) Sco
{ 3.2, 17, 49.9,-37.04 } // G Sco
{ 3.1, 18, 17.6,-36.76 } // (eta) Sgr
multiple
{ 3.5, 18, 27, -45.97 } // (alpha) Tel
{ 4.1, 18, 28.8,-49.07 } // (zeta) Tel
{ 5.2, 18, 33.4,-38.72 } // (kappa) CrA
multiple
{ 4.85,18, 58.7,-37.11 } // (epsilon) CrA
fluctuating
{ 4.7, 19, 3.1,-42.1 } // (zeta) CrA
{ 4.2, 19, 6.4,-37.06 } // (gamma) CrA
multiple
{ 4.6, 19, 8.3,-40.5 } // (delta) CrA
{ 4.1, 19, 9.5,-37.9 } // (alpha) CrA
{ 4.1, 19, 10, -39.34 } // (beta) CrA
{ 3.9, 19, 22.6,-44.46 } // (beta1) Sgr
multiple
{ 4, 19, 23.9,-40.62 } // (alpha) Sgr
{ 4.3, 14, 26.9,-83.67 } // (delta) Oct
{ 3.8, 14, 47.9,-79.04 } // (alpha) Aps
{ 2.9, 15, 18.9,-68.68 } // (gamma) TrA
{ 4.1, 15, 36.7,-66.32 } // (epsilon) TrA
{ 2.8, 15, 55.1,-63.43 } // (beta) TrA
{ 3.9, 16, 15.4,-63.59 } // (delta) TrA
{ 4.2, 16, 20.4,-78.69 } // (delta) Aps
multiple
{ 3.9, 16, 33.5,-78.9 } // (gamma) Aps
{ 4.2, 16, 43.1,-77.52 } // (beta) Aps
{ 1.9, 16, 48.7,-69.03 } // (alpha) TrA
{ 3.6, 17, 45.7,-64.72 } // (eta) Pav
{ 4, 18, 43, -71.43 } // (zeta) Pav
{ 4.2, 18, 52.2,-62.19 } // (lambda) Pav
{ 3.35,18, 56.9,-67.23 } // (kappa) Pav
fluctuating
{ 4, 20, 0.6,-72.91 } // (epsilon) Pav
{ 3.6, 20, 8.7,-66.18 } // (delta) Pav
{ 1.9, 20, 25.6,-56.74 } // (alpha) Pav (Peacock)
{ 3.1, 20, 37.6,-47.29 } // (alpha) Ind
{ 3.4, 20, 45, -66.2 } // (beta) Pav
{ 3.7, 20, 54.8,-58.45 } // (beta) Ind
{ 4.4, 21, 19.9,-53.45 } // (theta) Ind
multiple
{ 3.7, 21, 41.5,-77.39 } // (ny) Oct
{ 3, 21, 53.9,-37.37 } // (gamma) Gru
{ 1.7, 22, 8.2,-46.96 } // (alpha) Gru (Alnair)
{ 2.9, 22, 18.5,-60.26 } // (alpha) Tuc
{ 5.2, 22, 23, -45.93 } // (pi) Gru
multiple (perspectivic)
{ 4, 22, 29.3,-43.5 } // (delta1) Gru
{ 4.1, 22, 29.8,-43.75 } // (delta2) Gru
{ 2.1, 22, 42.7,-46.88 } // (beta) Gru
{ 4.1, 22, 46.1,-81.38 } // (beta) Oct
{ 3.5, 22, 48.6,-51.32 } // (epsilon) Gru
{ 3.9, 23, 10.4,-45.25 } // (iota) Gru
{ 4, 23, 17.4,-58.24 } // (gamma) Tuc
}
// #declare minmag=6; // magnitude of the faintest
stars to be visible
// #declare w=800; // image width
// #declare an=50; // field of view
// #declare m=0.00058/(w/800)/(50/an); // radius of the faintest stars
adjusted to image width and field of view
// #declare fac=2; // logarithmic factor for orders
of magnitude,
// should be smaller at low
resolutions to prevent bright stars
// from being unnaturally large
#macro Stars(minmag, w, an, fac)
#local stars=union
{
#local m=0.00058/(w/800)/(50/an);
#local a=0;
#while (a<dimension_size(Cat, 1))
#local rad=m*pow(fac, (minmag-Cat[a][0])/2);
#local rec=-Cat[a][1]*15-Cat[a][2]*0.25;
#local dec=Cat[a][3];
sphere { <sin(rec*(pi/180))*cos(dec*(pi/180)), sin(dec*(pi/180)),
cos(rec*(pi/180))*cos(dec*(pi/180))>, rad }
#declare a=a+1;
#end
}
sky_sphere
{
pigment
{
object { stars color rgb 0 color rgb 1 }
}
rotate y*90
rotate x*23.4333
}
#end
// End addition by Yadgar
/*
Planet isosurface from Jaime Vives Piqueres's moon.
*/
global_settings{
assumed_gamma 1.0
max_trace_level 20
}
#default{texture{finish{ambient 0}}}
#include "functions.inc"
#declare Modelling=off;
#declare ShowPlanet=on;
#declare ShowWater=on;
#declare ShowClouds=on;
#declare ShowRings=on;
// Begin addition by Yadgar
Stars(7, 1024, 40, 1.3)
// End addition by Yadgar
// *** PLANET ***
// planet texture
#declare t_planet=
pigment{
onion warp { turbulence 0.1 /*lambda 33 */ }
color_map{
[.7 rgb <.3,.2,.05>] // sand
[.8 rgb <0,.1,0>] // green
[.99 rgb <.1,.05,.01>]//<.1,.2,.01>] // green
}
scale 1/(<1.01,.995,1.01>)
}
#declare t_planet=
texture{
pigment{
onion scale <1.01,.995,1.01>
turbulence .05
lambda 2.5
omega 1.2
pigment_map{
[0 rgb 1]
[.05 t_planet ]
[.95 t_planet ] // sand
[1 rgb 1]//<.1,.2,.01>]
}
}
#if(!Modelling)
normal{granite .001 scale .00001}
#end
finish{specular .1 }
}
#declare Scalar=<4,1,4>;
#declare Rotar=<-15,0,0>;
// Cloud texture
#declare t_clouds=
texture{
pigment{
wrinkles scale <100,50,100>*22
turbulence <1,2,1>
lambda 2.5
omega 1.3
warp { turbulence <10,0,10>*.1
//lambda 3
omega 1.2
}
color_map{
[0 rgb 1 transmit 1]
[.3 rgb 1 transmit .9]
[1 rgb 1 transmit 0]
}
rotate y*15
scale<0.021,0.02,0.021>/Scalar
rotate -Rotar
}
}
// Cloud texture
#declare t_clouds=
texture{ wrinkles rotate Rotar
scale Scalar
//lambda 2.5
omega 1.3
texture_map{
[0 t_clouds ]
[.3 pigment {rgb 1 transmit 1}]
[.5 t_clouds]
[.7 pigment {rgb 1 transmit 1}]
[1 t_clouds ]
}
}
// }
// Planet
#declare Planet=
union{
isosurface{ // Copied from Jaime's LightSys Space Demo scene
function{(x*x+y*y+z*z-1)+f_granite(x*2,y*2,z*2)*f_agate(x,y,z)*.05}
max_gradient 3.8
contained_by{sphere{0,1}}
texture{t_planet scale .02}
scale y*1.002
}
#if(ShowWater)
sphere{0,1 // water
pigment{gradient y scale 2 translate y
turbulence .1
lambda 7
colour_map{
[0 rgbt<1,1,1,0> ]
[.15 rgb <0,.05,.2> transmit
.3*(!Modelling)]
[.9 rgb <0,.05,.2> transmit
.3*(!Modelling)]
[1 rgbt<1,1,1,0> ]
}
}
finish{specular .2 metallic brilliance 2}
#if(!Modelling)
interior{fade_distance .003 fade_color rgb
<0,0,.1>}
#end
scale .996
}
#end
#if(!Modelling)
sphere{0,1 // Atmosphere
pigment{colour rgbt 1}
interior{
media {
// (---general values---)
intervals 10 //
number of intervals used for sampling [10]
samples 1,1 //
minimum and maximum number of samples taken per interval [1,1]
confidence 0.9 //
statistic parameter higher->better quality [0.9]
variance 1.0/128 //
statistic parameter lower->better quality [1.0/128]
ratio 0.9 //
distribution between lit and unlit areas [0.9]
// (---media types---)
//absorption rgb<.1,.05,0>*.001
// absorbing media, block light of specified color
scattering {2, rgb 10 }
//method 3 //
adaptive sampling
density {onion
color_map{
[.89 rgb .5]
// earth
[.93 rgb
<0,.5,.6>*.5]//
[.98 rgb
<0,0,.1>]//
[1 rgb 0 ]//
}
}
}
}
rotate y*90
scale 1.05
hollow
double_illuminate
}
#end
#if(ShowClouds)
union{
sphere{0,1.01 texture{t_clouds }}
rotate y*45
hollow //double_illuminate
}
#end
}
// placement
union{ #if(ShowRings)
disc {<0, 0, 0> y, 1.0, .7 // -O- RINGs -O-
pigment{spherical
cubic_wave
colour_map{
[0 rgbft <0,0,0, 1,1>]
[.01 rgbft <.4,.3,.2, 0,.1>]
[.015 rgbft <.3,.3,.3, .1,.7>]
[.03 rgbft <.35,.3,.25, 0,.1>]
[.04 rgbft <.1,.21,.3, .1,.9>]
[.07 rgbft <.3,.21,.1, .2,.5>]
//
[.12 rgbft <.25,.2,.15, 0,.1>]
[.12 rgbft <.25,.2,.15, 0,.1>]
[.18 rgbft <.2,.2,.25, .1,.7>]
[.20 rgbft <.3,.2,.1, 0,.1>]
[.22 rgbft <0,0,0, 1,1>]
}
}
normal{granite .001 scale .00001}
finish{diffuse 1}
scale 2
hollow
double_illuminate
rotate <40,0,30>
}
#end
object{Planet }
scale .3
translate <0,0,0>
}
light_source{
0,
4
fade_power 2
translate <2,.1,.5>
}
camera{
location <0,.5,0>
up y
look_at .5*x //<0,-.3,1> //<0,-.4,1>
}
// End of file
See you on www.khyberspace.de!
Yadgar
Post a reply to this message
Attachments:
Download 'pingpong.png' (624 KB)
Preview of image 'pingpong.png'
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Nekar Xenos wrote:
> Hear's my suggestion for this ping-pong round.
>
>
Damn hard to think of anything on that scene. It feels so ready with so
low amount of objects. But it's the end of the world as we know it,
while the nuclear flame is taking the planet and all life down.
--
Eero "Aero" Ahonen
http://www.zbxt.net
aer### [at] removethiszbxtnetinvalid
Post a reply to this message
Attachments:
Download 'pingpong.jpg' (74 KB)
Download 'us-ascii' (8 KB)
Preview of image 'pingpong.jpg'
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making 3000 star cat with more data but running into typecast issues.
#declare catalog2 = array[1][7] {
{ "5.1","23","2.606","41.757778","A3","107.18092300280163","And 02" }
}
works. typecast (float)string, then ok but I am not finding that.
#declare catalog = array[1][7] {
{ 5.1,23,2.606,41.757778,"A3",107.18092300280163,"And 02" }
}
fails of course.
whats the solution besides 2 arrays, a string and float array?
Post a reply to this message
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"alphaQuad" <alp### [at] earthlinknet> wrote:
> making 3000 star cat with more data but running into typecast issues.
>
> #declare catalog2 = array[1][7] {
> { "5.1","23","2.606","41.757778","A3","107.18092300280163","And 02" }
> }
> works. typecast (float)string, then ok but I am not finding that.
>
> #declare catalog = array[1][7] {
> { 5.1,23,2.606,41.757778,"A3",107.18092300280163,"And 02" }
> }
> fails of course.
>
> whats the solution besides 2 arrays, a string and float array?
val(s)
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Here's a preview of the 3000 star colored cat, need to adjust colors but that
isnt the prob.
If I increase mag > 2 or so, I get too many objects. So the plan is to invert
cam matrix and pop world matrix and figure focal length to see if a star is in
the frame. That will take care of "error: too many nested objects".
Now is that really "too many" or the method in use? Because it only errors if
the mag is pushed up. strange.
Does anyone really want a planetarium? Because it is about to happen.
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Attachments:
Download 'planete3.png' (41 KB)
Preview of image 'planete3.png'
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had to rewrite the stars func
here is "forward" RA 90 or Orion's Belt.
Someone want to make a cool star object? hmmm?
#macro star(radius,pos,color)
blah
#end
to replace:
sphere { _v, rad pigment { rgb starcolor(Cat[i][6]) } finish { ambient 1 diffuse
0 } }
invertmatrix is done, for now there are no stars behind the cam
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Attachments:
Download 'planete4.png' (46 KB)
Preview of image 'planete4.png'
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Now for Kepler, orbital elements, period/moon rot sync, lots to do.
Size of func that describes the progressive lunar orbit is staggering and
incredibly accurate. If anyone wants to translate something, let me know.
Got too late last night, here is previous Orion shot,3133 starCat.
Post a reply to this message
Attachments:
Download 'flam_bayer3133.zip' (305 KB)
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Did'nt have much time today (or lastnight) obviously this is just preview code
and much will change with correct design. (still need a star, people must not
want this much)
Update:
//rearview (camera must be co-set)
#declare cameramatrix = array[16] { -1.0, 0.0, 0.0 0.0,
0.0, 1.0, 0.0, 0.0, 0.0, 0.0, -1.0, 0.0, 0.0, 0.0, 0.0, 1.0 }
//#declare cameramatrix = array[16] { 1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1 }
#declare worldmatrix = array[16] { 1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1 }
//Stars(400, 512, 60, 70)
#macro Stars(minmag, w, an, fac)
#local ab = invertmatrix(cameramatrix,worldmatrix);
#local stars=union {
#local m=0.00058/(w/800)/(50/an);
#local i=0;
#while (i<dimension_size(Cat, 1))
#local rad=(abs(((val(Cat[i][0]) + 2.4) - 16.6)) - 2) *fac;
//*$asa-sin(%PI.5,637,%a)
#if (rad < minmag) #local rad = minmag; #end
#local ra=val(Cat[i][1])*15+val(Cat[i][2])*0.25;
#local dec=val(Cat[i][3]);
#local _v = <cos(radians(ra))*cos(radians(dec)), sin(radians(dec)),
sin(radians(ra))*cos(radians(dec))>;
#local _v = _v*300000; //distance cant used now val(Cat[i][4])
#local ab = pop_matrix(worldmatrix,_v)
#if (ab.z > 0.0)
#if (mod(i,2) = 0)
text {
ttf "Arial.ttf" Cat[i][5] 1 0 scale<8, 8, .000001>
texture {
pigment { rgb starcolor(Cat[i][6]) }
finish { ambient 1 diffuse 0 }
}
translate <0,0,800>
rotate <-dec,0,0>
rotate <0,-ra+90,0>
}#end
sphere { _v, rad pigment { rgb starcolor(Cat[i][6]) }
finish { ambient 1 diffuse 0 }
}
#end
#declare i=i+1;
#end
}
object { stars }
#end
other stuff to think about ***************************
To set the size of a sphere, you will use a formula that looks something like
the following:
* Sphere radius = k * sqrt(L/L0)
where L is the star's true luminosity and L0 is some reference value for that
luminosity -- for example, L0 might be the luminosity of the Sun, so L would
then be in multiples of solar luminosity.
Since it's the sphere's radius, not area, that the POV-Ray
sphere object expects to see, we need the square root of the whole thing.
Doubling the luminosity doubles the star's apparent area. The constant k will
adjust the ratio L/L0 into an appropriate value for POV-Ray; we can figure it
out later while doing some test traces.
If you're pulling data straight from a star catalog, you're
probably either extracting or calculating the absolute
magnitude instead of a luminosity. They're closely related, however. The
relationship between luminosity L and absolute magnitude MV is given by:
* MV = MV0 + 2.5 log (L / L0)
where L0 and MV0 are the reference values (i.e. star with luminosity L0 has
absolute magnitude MV0).
This means we can rewrite the sphere radius formula as:
* Sphere radius = k * sqrt(10(0.4 * [MV - MV0]))
To simplify things, we can choose the reference magnitude,
MV0, to equal 0. Then:
* Sphere radius = k * sqrt(10(0.4 * MV))
Problems with the simple model
This simple model is good in many respects, but it has one big flaw: it is very
difficult to get realistic star images over a wide range of magnitudes. In
particular, stars that are very bright as seen from Earth, such as Sirius, tend
to look like big disks, whereas dim stars tend to fade out altogether.
A simple fix
One solution to this is to "compress" the symbol range according to the apparent
magnitude of the stars. This results in a formula for sphere size that looks
like the following:
* Sphere radius = k * sqrt(10(0.4 * MV)) * (B/B0)n
where B is the apparent brightness of a star, B0 some reference brightness, and
n is a number between 0 and -1. The value n effectively decreases the sphere
size for stars with large B, and increases it for stars of small B. The
brightness ratio can be determined from apparent magnitudes much as the
luminosity ratio could be determined from absolute magnitudes:
* V = V0 + 2.5 log (B / B0)
* B / B0 = 10(0.4 * [V - V0])
Thus you could set a reference magnitude roughly in the middle of the naked-eye
range, such as +3, and a value of n around -0.5 or so, to uniformly shrink the
largest stars and enlarge the smallest ones.
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Attachments:
Download 'planete5.png' (49 KB)
Preview of image 'planete5.png'
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hmm.. previous post should read 10 to the power of: sqrt(10(^)
sqrt(10^(0.4 * MV)
in case you were wondering
http://www.astronexus.com/node/105
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for the astronuts:
ANDROMEDA (And, ANDROMEDAE): daughter of Cassiopeia
ANTLIA (Ant, ANTLIAE): pump
APUS (Aps, APODIS): bird of paradise
AQUARIUS (Aqr, AQUARII): water carrier
AQUILA (Aql, AQUILAE): eagle
ARA (Ara, ARAE): altar
ARIES (Ari, ARIETIS): ram
AURIGA (Aur, AURIGAE): charioteer
BOOTES (Boo, BOOTIS): oxherd
CAELUM (Cae, CAELI): graving tool
CAMELOPARDALIS (Cam, CAMELOPARDALIS): giraffe
CANCER (Cnc, CANCRI): crab
CANES VENATICI (CVn, CANUM VENATICORUM): hunting dogs
CANIS MAJOR (CMa, CANIS MAJORIS): greater dog
CANIS MINOR (CMi, CANIS MINORIS): lesser dog
CAPRICORNUS (Cap, CAPRICORNI): horned goat
CARINA (Car, CARINAE): keel of the Argo
CASSIOPEIA (Cas, CASSIOPEIAE): wife of Cepheus
CENTAURUS (Cen, CENTAURI): centaur
CEPHEUS (Cep, CEPHEI): king of Ethiopia or Joppa
CETUS (Cet, CETI): reptile menacing Andromeda
CHAMAELEON (Cha, CHAMAELEONTIS): chamaeleon
CIRCINUS (Cir, CIRCINI): a pair of compasses
COLUMBA (Col, COLUMBAE): dove
COMA BERENICES (Com, COMAE BERENICES): Bernice's lock of hair
CORONA AUSTRALIS (CrA, CORONAE AUSTRALIS): southern crown
CORONA BOREALIS (CrB, CORONAE BOREALIS): northern crown
CORVUS (Crv, CORVI): crow
CRATER (Crt, CRATERIS): cup
CRUX (Cru, CRUCIS): cross
CYGNUS (Cyg, CYGNI): swan
DELPHINUS (Del, DELPHINI): dolphin
DORADO (Dor, DORADUS): goldfish
DRACO (Dra, DRACONIS): dragon
EQUULEUS (Equ, EQUULEI): little horse
ERIDANUS (Eri, ERIDANI): river
FORNAX (For, FORNACIS): furnace
GEMINI (Gem, GEMINORIUM): twins, Castor and Pollux
GRUS (Gru, GRUIS): crane
HERCULES (Her, HERCULIS): Heracles, the hero
HOROLOGIUM (Hor, HOROLOGII): clock
HYDRA (Hya, HYDRAE): water serpent (female)
HYDRUS (Hyi, HYDRI): water serpent (male)
INDUS (Ind, INDI): (American) Indian
LACERTA (Lac, LACERTAE): lizard
LEO (Leo, LEONIS): lion
LEO MINOR (LMi, LEONIS MINORIS): lesser lion
LEPUS (Lep, LEPORIS): hare
LIBRA (Lib, LIBRAE): scales (weighing)
LUPUS (Lup, LUPI): wolf
LYNX (Lyn, LYNX): lynx
LYRA (Lyr, LYRAE): lyre
MENSA (Men, MENSAE): table (mountain)
MICROSCOPIUM (Mic, MICROSCOPII): microscope
MONOCEROS (Mon, MONOCEROTIS): unicorn
MUSCA (Mus, MUSCAE): fly
NORMA (Nor, NORMAE): carpenter's level
OCTANS (Oct, OCTANTIS): octant
OPHIUCHUS (Oph, OPHIUCHI): snake holder
ORION (Ori, ORIONIS): hunter
PAVO (Pav, PAVONIS): peacock
PEGASUS (Peg, PEGASI): winged horse
PERSEUS (Per, PERSEI): rescuer of Andromeda
PHOENIX (Phe, PHOENICIS): phoenix
PICTOR (Pic, PICTORIS): painter (originally his easel)
PISCES (Psc, PISCIUM): fish
PISCIS AUSTRINUS (PsA, PISCIS AUSTRINI): southern fish
PUPPIS (Pup, PUPPIS): poop deck of the Argo
PYXIS (Pyx, PYXIDIS): box, or compass, of the Argo
RETICULUM (Ret, RETICULI): net (optical instrument)
SAGITTA (Sge, SAGITTAE): arrow
SAGITTARIUS (Sgr, SAGITTARII): archer
SCORPIUS (Sco, SCORPII): scorpion
SCULPTOR (Scl, SCULPTORIS): sculptor (originally his studio)
SCUTUM (Sct, SCUTI): shield
SERPENS (Ser, SERPENTIS): snake
SEXTANS (Sex, SEXTANTIS): sextant
TAURUS (Tau, TAURI): bull
TELESCOPIUM (Tel, TELESCOPII): telescope
TRIANGULUM (Tri, TRIANGULI): triangle
TRIANGULUM AUSTRALE (TrA, TRIANGULI AUSTRALIS): southern triangle
TUCANA (Tuc, TUCANAE): toucan
URSA MAJOR (UMa, URSAE MAJORIS): greater bear
URSA MINOR (UMi, URSAE MINORIS): lesser bear
VELA (Vel, VELORUM): sails of the Argo
VIRGO (Vir, VIRGINIS): virgin
VOLANS (Vol, VOLANTIS): flying fish
VULPECULA (Vul, VULPECULAE): little fox
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Compelling to me (given what I've seen) that there is a Reptile menacing
Andromeda daughter of Cassiopeia in the skyology, but then I am getting
off-topic arent I.
(Or on-topic no one cares to think about)
Here is And with a Lac on her mind and Cetus, the cause.
Post a reply to this message
Attachments:
Download 'and_cetus.jpg' (53 KB)
Preview of image 'and_cetus.jpg'
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No one's going to add some moons?
Or a giant space craft of some kind?
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"Kirk Andrews" <kir### [at] tektonartcom> wrote:
> No one's going to add some moons?
> Or a giant space craft of some kind?
I was kind of waiting for Kepler and everything in their place, but hey, go for
it (or help in the translation).
double SolveKepler(double M, double ec) {
double E, d, delta;
E = M;
d = E - ec * sin(E) - M;
while (fabs(d) > 1.0E-8) {
delta = d / (1.0L - ec * cos(E));
E = E - delta;
d = E - ec * sin(E) - M;
}
return E;
}
Orbital************ string/calc/backtoString
/* days, .DailyMotion, .MeanLongitude, .Perihelion,
*.Eccentricity, .Semimajor, .AscendingNode,.Inclination
*/
double M, e, E, r, v, o, p, i;
M = atof(data) * atof(gettok(data,2,32));
p = atof(gettok(data,4,32));
M += atof(gettok(data,3,32)) - p;
e = atof(gettok(data,5,32));
E = SolveKepler(M, e);
r = atof(gettok(data,6,32)) * (1.0 - e * cos(E));
v = 2.0L * atan(sqrt((1.0L + e) / (1.0L - e)) * tan(E / 2.0L));
o = atof(gettok(data,7,32));
i = atof(gettok(data,8,32));
v = v + p - o;
e = sin(v);
p = sin(o);
o = cos(o);
v = cos(v);
M = cos(i);
sprintf(data, "%f %f %f",
r * (o * v - p * e * M),
-r * (e * sin(i)),
r * (p * v + o * e * M)
);
I have about 30 planet moon/maps and there is orbital elements to do for about
100 solar system objects with a default moon map.
Everything is accurate except I may have fudged some of the moon meanlongitudes
from Mean anomaly at epoch (Mo) which was the only thing that confused me and
hopefully we will get some assistance on that. I am not holding my breath.
I almost forgot the final position is:
Eclipmatrix = 1.0 0.0 0.0 0.0 0.917491720124239 0.39775487866708 0.0
-0.39775487866708 0.91749172012424
which is calced evertime you run the program:
alias obliquity {
var t = julian(time) - 2451545.0
t = t / 36525
return (-23.496932 + 0.86 * sin((0.01532 * (t + 4.4))))
e = A+Bsin(C(T+D))
A = 23.496932° ± 0.0012°, B = -0.86° ± 0.005°, C = 0.01532 ± 0.0009
radians/Julian century, D = 4.4 ± 0.1
range: 22° 38’ to 24° 21’, or 22.6333 to 24.35
Last 5 million yrs obliquity of the equator on the moving
ecliptic of date has varied from 22.0425° to 24.5044°.
For the next one million years the range will be only
from 22.2289° to 24.3472°
Yet it remains an approximation in which the amplitude
of the wave remains the same, while in reality
as seen from the results of the Milankovitch cycles,
irregular variations occur.
The quoted range for the obliquity is from 21° 30’ to 24° 30’ (24.5°)’,
but the low value may
have been a one-time overshot of the normal 22° 30’.
}
popmatrix(Eclipmatrix,0.0 1.0 0.0) ecliptic pole
Eclipmatrix =
rotate ID matrix <radians(obliquity),0,0)
All of this could be wrong but is what I have assumed.
Today obliquity = -23.437924
ra dec of stars are final in their current position, which means you'll be able
to point a camera at a star
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Right hand method***********
> r * (o * v - p * e * M),
> -r * (e * sin(i)),
> r * (p * v + o * e * M)
Left (POV) method:
M = planets[j].DailyMotion * days;
M += planets[j].MeanLongitude - planets[j].Perihelion;
e = planets[j].Eccentricity;
E = SolveKepler(M, e);
r = planets[j].MeanDistance * (1.0 - e * cos(E));
v = 2.0L * atan(sqrt((1.0L + e) / (1.0L - e)) * tan(E / 2.0L));
o = planets[j].AscendingNode;
p = planets[j].Perihelion;
i = planets[j].Inclination;
r * (cos(o) * cos(v + p - o) - sin(o) * sin(v + p - o) * cos(i)),
r * (sin(v + p - o) * sin(i)),
-r * (sin(o) * cos(v + p - o) + cos(o) * sin(v + p - o) * cos(i))
computers and me dont get along today
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; GMT in seconds since January 1, 1970
var %d = $ctime, %days
%d = %d / $secday
%days = %d
; $epoch2day(Epoch 1997 aug. 20 TT) earth long 328.40353 ? 327.52 = within
2.92 vernal07-autumnal06. 327.65 aligns ra 0.23-180.01
%d = %days - 10092
if ($1 == 0) return %d . . . . . . . 109.75 Sun
if ($1 == 1) return %d $parord(7.00487 48.333899 77.453997 0.387098
4.0923349 0.205632 314.423688) 0.382518 Mercury 0
if ($1 == 2) return %d $parord(3.39472 76.6889 131.761002 0.723324 1.602158
0.006793 236.2) 0.948863 Venus 0
if ($1 == 3) return %d $parord(0.000295 348.73936 114.20783
1.000000112361225 0.98564736 0.016710219 327.65) 1.0 Earth 0
if ($1 == 4) return %d $parord(1.85061 49.57854 290.4623 1.523662 0.524048
0.09341233 262.427834) 0.533466 Mars 0
if ($1 == 5) return %d $parord(1.3053 100.471297 15.6978 5.202597 0.083078
0.048465 322.559836) 11.20915 Jupiter 0
if ($1 == 6) return %d $parord(2.48446 113.635797 88.863 9.5719 0.03346
0.053165 20.95759) 9.45123 Saturn 0
if ($1 == 7) return %d $parord(0.76986 74.22988 175.680703 19.30181 0.011623
0.042896 303.1896) 4.007367 Uranus 0
if ($1 == 8) return %d $parord(1.76917 131.792503 7.206 30.26664 0.005919
0.010298 299.864101) 3.882719 Neptune 0
if ($1 == 9) return %d $parord(17.14175 110.383302 224.802494 39.481686
0.003958072 0.250127 235.76559) 0.180778 Pluto 0
if ($1 == 10) return %d $parord(32.4 275.4 208.5 101.6 0.0009672 0.411
217.0) 4.95 Planet-X 0
; .......... inclination, ascending node, perihelion, axis au, daily motion,
eccentricity, longitude,) size-earthrads, name, host-id
alias parord {
tokenize 32 $1-
return $deg2rad($5) $deg2rad($7) $deg2rad($3) $6 $au2mi($4) $deg2rad($2)
$deg2rad($1)
}
That should give you something to do for an hour or so. I want to all the
planets positioned by tomorrow, lol. I mean if you want to.
Outta here
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"alphaQuad" <alp### [at] earthlinknet> wrote in message
news:web.47e81c3841aa233d87aa2f830@news.povray.org...
> That should give you something to do for an hour or so. I want to all the
> planets positioned by tomorrow, lol. I mean if you want to.
>
Woo-hooh!
--
Gerhard Oosthuizen
Graphic Designer
Dynamite Digital
Tel: 012 - 327 1190 / 1 / 2
Fax: 012 - 327 3880
ger### [at] dynamitedigitalcoza
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Added a "SpaceShip"
--
-Nekar Xenos-
/////////////////////////////////////////////////////////////////////////////
// Begin addition by Yadgar
// Star coordinates from Erich KARKOSCHKA, Atlas für Himmelsbeobachter
// (Atlas for Skywatchers) (C) 1997 Franckh-Kosmos Verlags-GmbH & Co.,
//Stuttgart, Germany
// This PoV-Ray implementation (C) 2003-2008 Jörg 'Yadgar' Bleimann -
//yazdegird@gmx.de
// [0] Visual brightness in orders of magnitude
// [1] Rectascension, hours
// [2] Rectascension, minutes
// [3] Declination, degrees
// Flam- Bayer Constel- Name Notes
#declare Cat=array[900][4] // steed lation
{
{ 4.5, 2, 2, 70.91 } // 48 Cas
//// multiple
{ 4, 2, 3.4, 72.42 } // 50 Cas
{ 2, 2, 31.8, 89.26 } // 1 (alpha) UMi (Polaris)
{ 4.8, 12, 49.2, 83.41 } // 78 Cam (32 Cam)
//// multiple
{ 4.3, 14, 27.5, 75.7 } // 5 UMi
{ 2.1, 14, 50.7, 74.16 } // 7 (beta) UMi (Kokhab)
{ 3, 15, 20.7, 71.83 } // 13 (gamma) UMi (Ferkad)
{ 4.3, 15, 44.1, 77.79 } // 16 (zeta) UMi
{ 5, 16, 17.5, 75.76 } // 21 (eta) UMi
{ 4.2, 16, 46, 82.04 } // 22 (epsilon) UMi
{ 4.4, 17, 32.2, 86.59 } // 23 (delta) UMi
{ 5.1, 18, 0.1, 80 } // 40+41 Dra
//// multiple
{ 5.1, 20, 28, 81.43 } // 75 Dra
//// multiple
{ 2.1, 0, 8.4, 29.09 } // 21 (alpha) And (Alferatz, Zirrah)
{ 3.3, 0, 39.3, 30.86 } // 31 (delta) And
{ 4.5, 0, 49.8, 41.08 } // 35 (ny) And
{ 3.9, 0, 56.8, 38.5 } // 37 (my) And
{ 2.1, 1, 9.7, 35.62 } // 43 (beta) And (Mirakh)
{ 4.1, 1, 36.8, 41.41 } // 50 (upsilon) And 3
//planets!
{ 3.6, 1, 38, 48.63 } // 51 And
{ 4 , 1, 43.7, 50.69 } // (phi) Per
{ 3.4, 1, 53.1, 29.58 } // 2 (alpha) Tri (Elmuthalleth)
{ 5, 1, 56, 37.26 } // 56 And
//// multiple
{ 2.1, 2, 3.9, 42.33 } // 57 (gamma) And (Alamak)
//// multiple
{ 3, 2, 9.5, 34.99 } // 4 (beta) Tri
{ 5.6, 2, 10.9, 39.04 } // 59 And
//// multiple
{ 4.9, 2, 12.4, 30.3 } // 6 (iota) Tri
//// multiple
{ 4, 2, 17.3, 33.85 } // 9 (gamma) Tri
{ 5.1, 2, 35.8, 34.7 } // 15 Tri
//// multiple
{ 8, 2, 37, 34.26 } // R Tri
//// fluctuating
{ 2.3 0, 9.2, 59.15 } // 11 (beta) Cas (Kaf)
{ 4.7, 0, 31.8, 54.52 } // 14 (lambda) Cas
{ 3.7, 0, 37, 53.9 } // 17 (zeta) Cas
{ 2.2, 0, 40.5, 56.54 } // 18 (alpha) Cas (Shedir)
{ 3.4, 0, 49.1, 57.82 } // 24 (eta) Cas (Akhird)
//// multiple
{ 2.35, 0, 56.7, 60.72 } // 27 (gamma) Cas
{ 4.8, 1, 20.1, 58.23 } // 34 (phi) Cas
//// multiple
{ 2.7, 1, 25.8, 60.24 } // 37 (delta) Cas (Rukhbah)
{ 3.4, 1, 54.4, 63.67 } // 45 (epsilon) Cas
{ 4.5, 2, 29.1, 67.4 } // iota Cas
//// multiple
{ 5.95 2, 52, 68.89 } // SU Cas
//// fluctuating
{ 4.3, 4, 54.1, 66.34 } // 9 (alpha) Cam
{ 4, 5, 3.4, 60.44 } // 10 (beta) Cam
//// multiple
{ 4.8, 5, 6.2, 58.98 } // 11+12 Cam
//// multiple
{ 4.2, 2, 50.6, 38.32 } // 16 Per
{ 3.8, 2, 50.7, 55.9 } // 15 (eta) Per
{ 3.9, 2, 54.3, 52.76 } // 18 (tau) Per
{ 2.9, 3, 4.8, 53.51 } // 23 (gamma) Per
{ 3.4, 3, 5.2, 38.84 } // 25 (rho) Per
//// fluctuating
{ 2.75, 3, 8.2, 40.96 } // 26 (beta) Per (Algol)
//// fluctuating
{ 4.1, 3, 9.1, 49.61 } // iota Per
{ 3.8, 3, 9.5, 44.86 } // 27 (kappa) Per
{ 1.8, 3, 24.3, 49.86 } // 33 (alpha) Per (Mirfak)
{ 3, 3, 42.9, 47.79 } // 39 (delta) Per
{ 3.8, 3, 44.3, 32.39 } // 38 (omikron) Per (Atik)
{ 3.8, 3, 45.2, 42.58 } // 41 (ny) Per
{ 2.8, 3, 54.1, 31.88 } // 44 (zeta) Per
{ 2.9, 3, 57.9, 40.01 } // 45 (epsilon) Per
//// multiple
{ 4, 3, 59, 35.79 } // 46 (xi) Per (Menkib)
{ 4, 4, 8.7, 47.71 } // 48 (upsilon) Per
{ 4.1, 4, 14.9, 48.41 } // 51 (my) Per
{ 5.4 4, 32, 53.91 } // 1 Cam
//// multiple
{ 5.6, 4, 33.4, 43.05 } // 57 Per
//// multiple
{ 5.4, 4, 40, 53.47 } // 2 Cam
//// multiple
{ 2.7, 4, 57, 33.17 } // 3 (iota) Aur
{ 4.9, 4, 59.3, 37.89 } // 4 (omega) Aur
//// multiple
{ 3.4, 5, 2, 43.82 } // 7 (epsilon) Aur
//// fluctuating
{ 3.85, 5, 2.5, 41.08 } // 8 (zeta) Aur
//// fluctuating
{ 3.2, 5, 6.5, 41.23 } // 10 (eta) Aur
{ 4.9, 5, 15.4, 32.69 } // 14 Aur
//// multiple
{ 0.1, 5, 16.7, 46 } // 13 (alpha) Aur (Capella)
{ 5.4, 5, 38.6, 30.49 } // 26 Aur
{ 4, 5, 51.5, 39.15 } // 32 (ny) Aur
{ 3.7, 5, 59.5, 54.28 } // 33 (delta) Aur
{ 1.9, 5, 59.5, 44.95 } // 34 (beta) Aur (Menkalinan)
{ 2.6, 5, 59.7, 37.21 } // 37 (theta) Aur
//// multiple
{ 5.8, 6, 11.6, 48.71 } // 41 Aur
//// multiple
{ 5.1, 6, 26.8, 58.42 } // 5 Lyn
//// multiple
{ 5.35, 6, 28.6, 30.49 } // 48 Aur (RT Aurigae)
//// fluctuating
{ 4.8, 6, 46.2, 59.44 } // 12 Lyn
//// multiple
{ 4.4, 6, 57.3, 58.42 } // 15 Lyn
{ 5.3, 7, 22.9, 55.29 } // 19 Lyn
//// multiple
{ 4.3, 8, 22.8, 43.19 } // 31 Lyn
{ 3.35, 8, 30.3, 60.72 } // 1 (omikron) UMa
//// fluctuating
{ 3.1, 8, 59.2, 48.02 } // 9 (iota) UMa (Talitha)
{ 4, 9, 0.6, 41.78 } // 10 UMa
{ 3.6, 9, 3.6, 47.16 } // 12 (kappa) UMa
{ 3.8, 9, 18.8, 36.8 } // 38 Lyn
//// multiple
{ 3.1, 9, 21.1, 34.39 } // 40 (alpha) Lyn
{ 5.3, 9, 28.7, 45.6 } // 41 Lyn
//// multiple
{ 3.7, 9, 31.5, 63.06 } // 23 UMa
{ 3.2, 9, 32.9, 51.68 } // 25 (theta) UMa
{ 4.5, 9, 34.5, 69.83 } // 24 UMa
{ 3.8, 9, 51, 59.04 } // 29 (ny) UMa
{ 4.2, 10, 27.9, 36.71 } // 31 (beta) LMi
{ 3.8, 10, 53.3, 34.21 } // 46 (omikron) LMi
{ 3.5, 10, 17.1, 42.91 } // 33 (lambda) UMa (Tania Borealis)
{ 3.1, 10, 22.3, 41.5 } // 34 (my) UMa (Tania Australis)
{ 6, 10, 45.1, 67.41 } // VY UMa
//// fluctuating
{ 2.3, 11, 1.8, 56.38 } // 48 (beta) UMa (Merak)
{ 1.8, 11, 3.7, 61.75 } // 50 (alpha) UMa (Dubhe)
{ 3.0, 11, 9.7, 44.5 } // 52 (psi) UMa
{ 3.7, 11, 46.1, 47.78 } // 63 (chi) UMa
{ 2.4, 11, 53.8, 53.69 } // 64 (gamma) UMa (Phegda, Phad)
{ 3.3, 12, 15.4, 57.03 } // 69 (delta) UMa (Megrez)
{ 1.8, 12, 54, 55.96 } // 77 (epsilon) UMa (Alioth)
{ 4.9, 13, 0.7, 56.37 } // 78 UMa
//// fluctuating
{ 2, 13, 23.9, 54.93 } // 79 (zeta) UMa (Mizar)
{ 4, 13, 25.2, 54.99 } // 80 UMa (Alkor)
{ 1.9, 13, 47.5, 49.31 } // 85 (eta) UMa (Alkaid, Benetnasch)
{ 3.8, 11, 18.2, 31.53 } // 53 (xi) UMa (Alula Australis)
//// multiple
{ 3.5, 11, 18.5, 33.09 } // 54 (ny) UMa (Alula Borealis)
{ 4.2, 12, 33.7, 41.36 } // 8 (beta) CVn
{ 5.4, 12, 45.1, 45.44 } // Y CVn
//// fluctuating
{ 2.8, 12, 56, 38.32 } // 12 (alpha) CVn (Cor Caroli)
//// multiple
{ 5.3, 13, 9.9, 38.51 } // 17,15 CVn
//// multiple
{ 4.8, 13, 37.5, 36.29 } // 25 CVn
//// multiple
{ 4.4, 14, 13.5, 51.79 } // 17 (kappa) Boo
// multiple
{ 4.7, 14, 16.2, 51.37 } // 21 (iota) Boo
// multiple
{ 4, 14, 25.2, 51.85 } // 23 (theta) Boo
{ 3, 14, 32.1, 38.31 } // 27 (gamma) Boo (Ceginus)
{ 5.7, 14, 49.7, 48.72 } // 39 Boo
// multiple
{ 3.5, 15, 1.9, 40.39 } // 42 (beta) Boo (Nekkar)
{ 4.8, 15, 3.8, 47.65 } // i Boo
// multiple, // fluctuating
{ 3.4, 15, 15.5, 33.31 } // 49 (delta) Boo
// multiple
{ 4.2, 15, 24.5, 37.38 } // 51 (my) Boo (Alkalurops)
// multiple
{ 4.6, 15, 39.4, 36.64 } // 7 (zeta) CrB
// multiple
{ 4.2, 16, 8.8, 44.93 } // 11 (phi) Her
{ 5.2, 16, 17.4, 33.86 } // 17 (sigma) CrB
// multiple
{ 3.9, 16, 19.7, 46.31 } // 22 (tau) Her
{ 4.85,16, 28.6, 41.88 } // 30 (g) Her
//// fluctuating
{ 4.2, 16, 34.1, 42.44 } // 35 (sigma) Her
{ 2.8, 16, 41.3, 31.6 } // 40 (zeta) Her
{ 3.5, 16, 42.9, 38.92 } // 44 (eta) Her
{ 3.9, 17, 0.3, 30.93 } // 58 (epsilon) Her
{ 3.2, 17, 15, 36.81 } // 67 (pi) Her
{ 5.15,17, 17.3, 33.1 } // 68 (u) Her
//// fluctuating
{ 4.1, 17, 23.7, 37.15 } // 75 (rho) Her
// multiple
{ 3.8, 17, 39.5, 46.01 } // 85 (iota) Her
{ 3.9, 17, 56.3, 37.25 } // 91 (theta) Her
{ 3.8, 11, 31.4, 69.33 } // 1 (lambda) Dra (Giauzar)
{ 3.9, 12, 33.5, 69.76 } // 5 (kappa) Dra
{ 3.7, 14, 4.4, 64.38 } // 11 (alpha) Dra (Thuban)
{ 3.3, 15, 24.9, 58.97 } // 12 (iota) Dra (Edasich)
{ 4, 16, 1.9, 58.57 } // 13 (theta) Dra
{ 2.7, 16, 24, 61.51 } // 14 (eta) Dra
{ 4.5, 16, 36.2, 52.91 } // 17,16 Dra
// multiple
{ 4.9, 17, 5.3, 54.47 } // 21 (my) Dra
// multiple
{ 3.2, 17, 8.8, 65.71 } // 22 (zeta) Dra
{ 2.8, 17, 30.4, 53.3 } // 23 (beta) Dra (Rastaben)
{ 4.1, 17, 32.2, 55.18 } // 25,24 (ny) Dra
// multiple
{ 5.2, 17, 35, 61.87 } // 26 Dra
// multiple
{ 4.3, 17, 41.9, 72.15 } // 31 (psi) Dra
// multiple
{ 3.7, 17, 53.5, 56.87 } // 32 (xi) Dra (Grumium)
{ 2.2, 17, 56.6, 51.49 } // 33 (gamma) Dra (Ettanin)
{ 3.6, 18, 21.1, 72.73 } // 44 (chi) Dra
{ 4.9, 18, 23.9, 58.8 } // 39 Dra
// multiple
{ 3.1, 19, 12.6, 67.66 } // 57 (delta) Dra (Altais)
{ 3.8, 19, 48.2, 70.27 } // 63 (epsilon) Dra
// multiple
{ 4.3, 18, 19.9, 36.06 } // 1 (kappa) Lyr
{ 0, 18, 36.9, 38.78 } // 3 (alpha) Lyr (Vega)
{ 3.9, 18, 44.4, 39.64 } // 5,4 (epsilon) Lyr
// multiple
{ 4.1, 18, 44.8, 37.6 } // 6,7 (zeta) Lyr
// multiple
{ 3.75,18, 50.1, 33.36 } // 10 (beta) Lyr (Sheliak)
// fluctuating, // multiple
{ 4.2, 18, 54.5, 36.9 } // 12 (delta-2) Lyr
{ 4.15,18, 55.3, 43.95 } // 13 (R) Lyr
// fluctuating
{ 3.2, 18, 58.9, 32.69 } // 14 (gamma) Lyr (Sulaphat)
{ 3.8, 19, 17.1, 53.37 } // 1 (kappa) Cyg
{ 3.8, 19, 29.7, 51.73 } // 10 (iota) Cyg
{ 2.9, 19, 30.7, 27.96 } // 6 (beta) Cyg (Albireo)
// multiple
{ 4.3, 19, 36.4, 50.22 } // 13 (theta) Cyg
// multiple
{ 5.4, 19, 41.8, 50.52 } // 16 Cyg
// multiple
{ 2.9, 19, 45, 45.13 } // 18 (delta) Cyg
// multiple
{ 9, 19, 50.6, 32.91 } // (chi) Cyg
// fluctuating
{ 4.9, 19, 55.6, 52.44 } // 24 (psi) Cyg
// multiple
{ 3.9, 19, 56.3, 35.08 } // 21 (eta) Cyg
{ 3.4, 20, 13.6, 46.76 } // 31 (omikron-1) Cyg
// multiple
{ 4.6, 20, 14.6, 36.8 } // 29 Cyg
// multiple
{ 4, 20, 15.5, 47.71 } // 32 (omikron-2) Cyg
{ 4.8, 20, 17.8, 38.03 } // 34 (P) Cyg
// fluctuating
{ 2.2, 20, 22.2, 40.26 } // 37 (gamma) Cyg (Sadr)
{ 4, 20, 29.4, 30.37 } // 41 Cyg
{ 5.1, 20, 31.2, 49.22 } // 46 (omega-2) Cyg
{ 1.3, 20, 41.4, 45.28 } // 50 (alpha) Cyg (Deneb)
{ 4.2, 20, 45.7, 30.72 } // 52 Cyg
{ 2.5, 20, 46.2, 33.97 } // 53 (epsilon) Cyg
{ 4.5, 20, 47.4, 36.49 } // 54 (lambda) Cyg
// multiple
{ 5.75,20, 51.5, 28.25 } // T Vul
// fluctuating
{ 3.9, 20, 57.2, 41.17 } // 58 (ny) Cyg
{ 3.7, 21, 4.9, 43.93 } // 62 (xi) Cyg
{ 3.2, 21, 12.9, 30.23 } // 64 (zeta) Cyg
{ 3.4, 20, 45.3, 61.84 } // 3 (eta) Cep
{ 7.8, 21, 9.5, 68.49 } // T Cep
// fluctuating
{ 2.5, 21, 18.6, 62.59 } // 5 (alpha) Cep (Alderamin)
{ 3.2, 21, 28.7, 70.56 } // 8 (beta) Cep (Alfirk)
// multiple
{ 4.2, 21, 43.5, 58.78 } // my Cep
// fluctuating
{ 4.3, 22, 3.8, 64.63 } // 17 (xi) Cep
// multiple
{ 3.4, 22, 10.9, 58.2 } // 21 (zeta) Cep
{ 4.2, 22, 15, 57.04 } // 23 (epsilon) Cep
{ 3.8, 22, 29.2, 58.42 } // 27 (delta) Cep
// fluctuating, // multiple
{ 3.5, 22, 49.7, 66.2 } // 32 (iota) Cep
{ 4.4, 23, 7.9, 75.39 } // 33 (pi) Cep
// multiple
{ 4.7, 23, 18.6, 68.11 } // 34 (omikron) Cep
// multiple
{ 4.9, 23, 24.8, 62.28 } // 4 Cas
// multiple
{ 4.8, 23, 30, 58.55 } // AR Cas
// multiple
{ 3.2, 23, 39.3, 77.63 } // 35 (gamma) Cep (Errai)
{ 4.5, 23, 54.4, 57.5 } // 7 (rho) Cas
// fluctuating
{ 4.9, 23, 59, 55.76 } // 8 (sigma) Cas
// multiple
{ 4.8, 21, 6.9, 38.75 } // 61 Cyg
// multiple
{ 3.7, 21, 14.8, 38.05 } // 65 (tau) Cyg
{ 4.2, 21, 17.4, 39.39 } // 67 (sigma) Cyg
{ 4, 21, 34, 45.59 } // 73 (rho) Cyg
{ 5.8, 21, 36, 45.37 } // W Cyg
// fluctuating
{ 5.4, 21, 43.5, 38.29 } // 79 Cyg
// multiple
{ 4.4, 21, 44.2, 28.75 } // 78 (my) Cyg
// multiple
{ 4.2, 21, 46.8, 49.31 } // 81 (pi²) Cyg
{ 4.1, 22, 16, 37.75 } // 1 Lac
{ 4.6, 22, 21, 46.54 } // 2 Lac
{ 4.4, 22, 23.6, 52.23 } // 3 (beta) Lac
{ 4.6, 22, 24.5, 49.48 } // 4 Lac
{ 4.3, 22, 29.5, 47.71 } // 5 Lac
{ 3.8, 22, 31.3, 50.28 } // 7 (alpha) Lac
{ 5.3, 22, 35.9, 39.63 } // 8 Lac
// multiple
{ 3.6, 23, 1.9, 42.33 } // 1 (omikron) And
{ 3.85,23, 37.6, 46.46 } // 16 (lambda) And
// fluctuating
{ 4.3, 23, 38.1, 43.27 } // 17 (iota) And
{ 4.1, 23, 40.4, 44.33 } // 19 (kappa) And
{ 5.4, 0, 9.4,-27.99 } // (kappa1) Scl
// multiple
{ 3.6, 0, 19.4, -8.82 } // 8 (iota) Cet
{ 5.7, 0, 21.8,-20.06 } // T Cet
// fluctuating
{ 2, 0, 43.6,-17.99 } // 16 (beta) Cet (Deneb Kaitos)
{ 4.3, 0, 58.6,-29.36 } // (alpha) Scl
{ 3.5, 1, 8.6,-10.18 } // 31 (eta) Cet
{ 5, 1, 14.4, -7.92 } // 37 Cet
// multiple
{ 3.6, 1, 24, -8.18 } // 45 (theta) Cet
{ 5.7, 1, 36.1,-29.91 } // (tau) Scl
// multiple
{ 3.5, 1, 44.1,-15.94 } // 52 (tau) Cet
{ 4.5, 1, 49.6,-10.69 } // 53 (chi) Cet
// multiple
{ 3.7, 1, 51.5,-10.33 } // 55 (zeta) Cet (Baten Kaitos)
{ 4, 2, 0, -21.08 } // 59 (ny) Cet
{ 5.5, 2, 12.8, -2.39 } // 66 Cet
// multiple
{ 6.3, 2, 19.3, -2.98 } // 68 (omikron) Cet (Mira)
// fluctuating
{ 4.3, 2, 28.2, 8.46 } // 73 (xi²) Cet
{ 4.9, 2, 33.8,-28.23 } // (omega) For
// multiple
{ 4.1, 2, 39.5, 0.33 } // 82 (delta) Cet
{ 3.5, 2, 43.3, 3.24 } // 86 (gamma) Cet
// multiple
{ 4.2, 2, 44.1,-13.86 } // 89 (pi) Cet
{ 4.3, 2, 44.9, 10.11 } // 87 (my) Cet
{ 2.5, 3, 2.3, 4.09 } // 92 (alpha) Cet (Menkar)
{ 2.8, 0, 13.2, 15.18 } // 88 (gamma) Peg (Algenib)
{ 5.8, 0, 15, 8.82 } // 35 Psc
// multiple
{ 5, 0, 28, 17.89 } // 47 Psc (TV Piscium)
// fluctuating
{ 4.1, 0, 47.3, 24.27 } // 34 (zeta) And
{ 4.4, 0, 48.7, 7.59 } // 63 (delta) Psc
{ 5.5, 0, 49.9, 27.71 } // 65 Psc
// multiple
{ 5.5, 0, 55, 23.63 } // 36 And
// multiple
{ 4.3, 1, 2.9, 7.89 } // 71 (epsilon) Psc
{ 4.7, 1, 5.7, 21.47 } // 74 (psi1) Psc
// multiple
{ 4.9, 1, 13.7, 7.58 } // 86 (zeta) Psc
// multiple
{ 3.6, 1, 31.5, 15.35 } // 99 (eta) Psc
{ 4.4, 1, 41.4, 5.49 } //106 (ny) Psc
{ 4.3, 1, 45.4, 9.16 } //110 (omikron) Psc
{ 5.8, 1, 50.1, 22.28 } // 1 Ari
// multiple
{ 3.9, 1, 53.5, 19.29 } // 5 (gamma) Ari (Mesarthim)
// multiple
{ 4.6, 1, 53.6, 3.19 } //111 (xi) Psc
{ 2.6, 1, 54.6, 20.81 } // 6 (beta) Ari (Sheratan)
{ 4.7, 1, 57.9, 23.6 } // 9 (lambda) Ari
// multiple
{ 3.8, 2, 2, 2.76 } //113 (alpha) Psc
// multiple
{ 5.6, 2, 3.7, 25.94 } // 10 Ari
// multiple
{ 2, 2, 7.2, 23.46 } // 13 (alpha) Ari (Hamal)
{ 3.6, 2, 50, 27.26 } // 41 Ari
{ 4.6, 2, 59.2, 21.34 } // 48 (epsilon) Ari
// multiple
{ 4.5, 2, 45.1,-18.57 } // 1 (tau1) Eri
{ 4.4, 2, 49.1,-32.41 } // (beta) For
{ 3.9, 2, 56.4, -8.9 } // 3 (eta) Eri
{ 4.1, 3, 2.4,-23.62 } // 11 (tau³) Eri
{ 3.9, 3, 12.1,-28.99 } // (alpha) For
// multiple
{ 3.7, 3, 19.5,-21.76 } // 16 (tau4) Eri
{ 3.7, 3, 32.9, -9.46 } // 18 (epsilon) Eri
{ 4.3, 3, 33.8,-21.63 } // 19 (tau5) Eri
{ 3.5, 3, 43.2, -9.77 } // 23 (delta) Eri
{ 4.2, 3, 46.8,-23.25 } // 27 (tau6) Eri
{ 4.5, 3, 54.3, -2.95 } // 32 Eri
// multiple
{ 3, 3, 58, -13.51 } // 34 (gamma) Eri (Zaurak)
{ 4, 4, 11.9, -6.84 } // 38 (omikron1)Eri
{ 4.9, 4, 14.4,-10.26 } // 39 Eri
// multiple
{ 4.4, 4, 15.3, -7.64 } // 40 (omikron2)Eri
// multiple
{ 3.6, 4, 17.9,-33.8 } // 41 (upsilon4)Eri
{ 4, 4, 24, -34.02 } // 43 (upsilon3)Eri
{ 3.8, 4, 35.6,-30.56 } // 52 (upsilon2)Eri
{ 3.9, 4, 36.3, -3.35 } // 48 (ny) Eri
{ 3.9, 4, 38.2,-14.3 } // 53 Eri
{ 4, 4, 45.5, -3.25 } // 57 (my) Eri
{ 2.8, 5, 7.9, -5.09 } // 67 (beta) Eri (Cursa)
{ 3.9, 5, 31.2,-35.47 } // (epsilon) Col
{ 2.6, 5, 39.6,-34.07 } // (alpha) Col
{ 3.1, 5, 51, -35.77 } // (beta) Col
{ 4.4, 5, 57.5,-35.28 } // (gamma) Col
{ 3.9, 6, 22.1,-33.44 } // (delta) Col
{ 3.6, 3, 24.8, 9.03 } // 1 (omikron) Tau
{ 3.7, 3, 27.2, 9.73 } // 2 (xi) Tau
{ 3.7, 3, 44.9, 24.11 } // 17 Tau (Electra)
{ 4.3, 3, 45.2, 24.47 } // 19 Tau (Taygeta)
{ 3.8, 3, 45.8, 24.37 } // 20 Tau (Maia)
{ 4.1, 3, 46.3, 23.95 } // 23 Tau (Merope)
{ 2.8, 3, 47.5, 24.11 } // 25 (eta) Tau (Alcyone)
{ 3.6, 3, 49.2, 24.06 } // 27 Tau (Atlas)
{ 5.05, 3, 49.2, 24.14 } // 28 (BU) Tau (Pleione)
// fluctuating
{ 3.65, 4, 0.7, 12.49 } // 35 (lambda) Tau
// fluctuating
{ 3.9, 4, 3.2, 5.99 } // 38 (ny) Tau
{ 4.8, 4, 13.9, 9.26 } // 47 Tau
// multiple
{ 3.6, 4, 19.8, 15.63 } // 54 (gamma) Tau
{ 3.8, 4, 22.9, 17.54 } // 61 (delta1) Tau
{ 4.3, 4, 25.5, 17.93 } // 68 (delta3) Tau
// multiple
{ 3.5, 4, 28.6, 19.18 } // 74 (epsilon) Tau
{ 3.8, 4, 28.6, 15.96 } // 77 (theta1) Tau
{ 3.4, 4, 28.7, 15.87 } // 78 (theta2) Tau
{ 4.2, 4, 35.7, 10.16 } // 88 Tau
// multiple
{ 0.9, 4, 35.9, 16.51 } // 87 (alpha) Tau (Aldebaran)
//probably planet(s)!
{ 4.2, 4, 42.2, 22.96 } // 94 (tau) Tau
// multiple
{ 1.7, 5, 26.3, 28.61 } //112 (beta) Tau (Elnath, Nath)
{ 5.5, 5, 29.3, 25.15 } //118 Tau
// multiple
{ 3, 5, 37.6, 21.14 } //123 (zeta) Tau
{ 7.85, 4, 59.6,-14.81 } // R Lep
// fluctuating
{ 3.2, 5, 5.5,-22.37 } // 2 (epslion) Lep
{ 5.6, 5, 11.4,-11.85 } // RX Lep
// fluctuating
{ 3.3, 5, 12.9,-16.21 } // 5 (my) Lep
// fluctuating
{ 4.4, 5, 13.2,-12.94 } // 4 (kappa) Lep
// multiple
{ 0.1, 5, 14.5, -8.2 } // 19 (beta) Ori (Rigel)
// multiple
{ 3.6, 5, 17.6, -6.84 } // 20 (tau) Ori
{ 2.8, 5, 28.2,-20.76 } // 9 (beta) Lep (Nihal)
{ 2.6, 5, 32.7,-17.82 } // 11 (alpha) Lep (Arneb)
{ 4, 5, 35.3, -5.4 } // 41,43 (theta) Ori
//quadruple
{ 4.1, 5, 35.4, -4.84 } // 42,45 Ori
// multiple
{ 2.8, 5, 35.4, -5.91 } // 44 (iota) Ori
// multiple
{ 3.5, 5, 44.5,-22.45 } // 13 (gamma) Ori
// multiple
{ 3.6, 5, 47, -14.82 } // 14 (zeta) Ori
{ 2.1, 5, 47.8, -9.67 } // 53 (kappa) Ori (Saiph)
{ 3.8, 5, 51.3,-20.88 } // 15 (delta) Lep
{ 3.7, 5, 56.4,-14.17 } // 16 (eta) Lep
{ 3.2, 4, 49.8, 6.96 } // 1 (pi3) Ori
{ 3.7, 4. 51.2, 5.61 } // 3 (pi4) Ori
{ 3.7, 4, 54.3, 2.44 } // 8 (pi5) Ori
{ 5.3, 5, 7.9, 8.5 } // 14 Ori
// multiple
{ 4.4, 5, 21.7, -0.39 } // 22 Ori
// multiple
{ 4.9, 5, 22.8, 3.55 } // 23 Ori
// multiple
{ 3.45, 5, 24.5, -2.4 } // 28 (eta) Ori
// multiple, // fluctuating
{ 1.6, 5, 21.2, 6.35 } // 24 (gamma) Ori (Bellatrix)
{ 4.2, 5, 30.8, 5.95 } // 32 Ori
// multiple
{ 5.4, 5, 31.2, 3.29 } // 33 Ori
// multiple
{ 2.2, 5, 32, -0.3 } // 34 (delta) Ori (Mintaka)
// multiple
{ 5.5, 5, 33.5, -1.16 } // VV Ori
// fluctuating
{ 3.4, 5, 35.1, 9.93 } // 39 (lambda) Ori
// multiple
{ 1.7, 5, 36.2, -1.2 } // 46 (epsilon) Ori (Alnilam)
{ 3.6, 5, 38.8, -2.6 } // 48 (sigma) Ori
// multiple
{ 1.7, 5, 40.8, -1.94 } // 50 (zeta) Ori (Alnitak)
// multiple
{ 5.3, 5, 48, 6.45 } // 52 Ori
// multiple
{ 0.6, 5, 55.2, 7.41 } // 58 (alpha) Ori (Beteigeuze)
// fluctuating
{ 3, 6, 20.3,-30.06 } // 1 (zeta) CMa (Phurud)
// multiple (perspectivic)
{ 2, 6, 22.7,-17.96 } // 2 (beta) CMa (Mirzam)
{ 4, 6, 36.7,-19.26 } // 7 (ny2) CMa
{-1.5, 6, 45.1,-16.72 } // 9 (alpha) CMa (Sirius)
{ 3.75, 6, 49.8,-32.51 } // 13 (kappa) CMa
// multiple, // fluctuating
{ 3.9, 6, 54.1,-24.18 } // 16 (omikron1)CMa
// fluctuating
{ 1.5, 6, 58.6,-28.97 } // 21 (epsilon) CMa (Adhara)
// multiple
{ 3.5, 7, 1.7,-27.93 } // 22 (sigma) CMa
{ 3, 7, 3, -23.83 } // 24 (omikron2)CMa
{ 4.1, 7, 3.8,-15.63 } // 23 (gamma) CMa
{ 1.8, 7, 8.4,-26.39 } // 25 (delta) CMa (Wezen)
{ 4.55, 7, 14.3,-26.35 } // 27 CMa (EW CMa)
// fluctuating
{ 3.9, 7, 14.8,-26.77 } // 28 (omega) CMa
// fluctuating
{ 4.5, 7, 16.6,-23.31 } //145 CMa
// multiple (perspectivic)
{ 5.05, 7, 18.7,-24.56 } // 29 CMa (UW CMa)
// fluctuating
{ 2.4, 7, 24.1,-29.3 } // 31 (eta) CMa (Aludra)
// multiple (perspectivic)
{ 5.1, 7, 34.3,-23.47 } // n Pup
// multiple
{ 3.8, 7, 38.8,-26.8 } // k (kappa) Pup
// multiple
{ 3.9, 7, 43.8,-28.96 } // 3 Pup
{ 3.2, 7, 49.3,-24.86 } // 7 (xi) Pup (Aspidiske)
// multiple (perspectivic)
{ 4.2, 7, 56.9,-22.88 } // 11 Pup
{ 2.8, 8, 7.5,-24.3 } // 15 (rho) Pup
{ 3.3, 6, 14.9, 22.51 } // 7 (eta) Gem (Tejat Prior)
// fluctuating
{ 2.9, 6, 23, 22.51 } // 13 (my) Gem (Tejat Posterior)
{ 4.1, 6, 29, 20.21 } // 18 (ny) Gem
{ 1.9, 6, 37.7, 16.4 } // 24 (gamma) Gem (Alhena)
{ 4.6, 6, 41, 9.9 } // 15 Gem
// multiple
{ 3.1, 6, 43.9, 25.13 } // 27 (epsilon) Gem (Mebsuta)
{ 3.4, 6, 45.3, 12.9 } // 31 (xi) Gem
{ 3.6, 6, 52.8, 33.96 } // 34 (theta) Gem
{ 4.7, 6, 54.6, 13.18 } // 38 Gem
// multiple
{ 3.9, 7, 4.1, 20.57 } // 43 (zeta) Gem (Mekbuda)
// multiple (perspectivic), // fluctuating
{ 3.6, 7, 18.1, 16.54 } // 54 (lambda) Gem
{ 3.5, 7, 20.1, 21.98 } // 55 (delta) Gem (Wasat)
{ 3.8, 7, 25.7, 27.8 } // 60 (iota) Gem
{ 4.2, 7, 29.1, 31.78 } // 62 (rho) Gem
{ 1.6, 7, 34.6, 31.89 } // 66 (alpha) Gem (Castor)
// multiple
{ 4.1, 7, 35.9, 26.9 } // 69 (upsilon) Gem
{ 3.6, 7, 44.4, 24.4 } // 77 (kappa) Gem
{ 1.1, 7, 45.3, 28.03 } // 78 (beta) Gem (Pollux)
{ 4, 6, 14.9, -6.27 } // 5 (gamma) Mon
{ 3.7, 6, 28.8, -7.03 } // 11 (beta) Mon
// multiple
{ 4.1, 6, 54.2,-12.04 } // 14 (theta) CMa
{ 5, 6, 56.1,-14.04 } // 18 (my) CMa
// multiple
{ 4.2, 7, 11.9, -0.49 } // 22 (delta) Mon
{ 6.6, 7, 30.8, -9.78 } // U Mon
// fluctuating
{ 3.9, 7, 41.2, -9.55 } // 26 (alpha) Mon
{ 5.7, 7, 45.5,-14.69 } // 2 Pup
// multiple
{ 5.5, 7, 47.9,-12.19 } // 5 Pup
// multiple
{ 4.4, 8, 8.6, -2.98 } // 29 (zeta) Mon
{ 4.7, 8, 11.3,-12.93 } // 19 Pup
{ 4.3, 6, 23.8, 4.59 } // 8 (epsilon) Mon
// multiple
{ 6.1, 6, 25.2, 7.09 } // T Mon
// fluctuating
{ 2.9, 7, 27.2, 8.29 } // 3 (beta) CMi (Gomeisa)
{ 4.3, 7, 28.2, 8.93 } // 4 (gamma) CMi
{ 0.4, 7, 39.3, 5.22 } // 10 (alpha) CMi (Procyon)
{ 4.7, 8, 12.2, 17.65 } // 16 (zeta) Cnc
// multiple
{ 3.5, 8, 16.5, 9.19 } // 17 (beta) Cnc (Altarf)
{ 5.5, 8, 26.8, 26.94 } // 23 (phi2) Cnc
// multiple
{ 4.7, 8, 43.3, 21.47 } // 43 (gamma) Cnc (Asellus Borealis)
{ 3.9, 8, 44.7, 18.15 } // 47 (delta) Cnc (Asellus Australis)
{ 3.9, 8, 46.7, 28.76 } // 48 (iota) Cnc
// multiple
{ 5.3, 8, 52.5, 28.3 } // 55 (rho1) Cnc
// multiple (perspectivic), 4 planets!
{ 5.4, 8, 54.2, 39.58 } // 57 Cnc
// multiple
{ 6.25, 8, 55.4, 17.23 } // X Cnc
// fluctuating
{ 4.3, 8, 58.5, 11.86 } // 65 (alpha) Cnc
{ 5.8, 9, 10.6, 30.96 } // RS Cnc
// fluctuating
{ 3.9, 8, 25.7, -3.91 } // C Hya
{ 4.1, 8, 37.7, 5.79 } // 4 (delta) Hya
{ 4.4, 8, 38.8, 3.34 } // 5 (sigma) Hya
{ 4, 8, 40.1,-35.31 } // (beta) Pyx
{ 4.3, 8, 43.2, 3.4 } // 7 (eta) Hya
{ 3.7, 8, 43.6,-33.19 } // (alpha) Pyx
// multiple
{ 3.4, 8, 46.8, 6.42 } // 11 (epsilon) Hya
// multiple
{ 4.4, 8, 48.4, 5.84 } // 13 (rho) Hya
{ 4, 8, 50.5,-27.71 } // (gamma) Pyx
{ 3.1, 8, 55.4, 5.95 } // 16 (zeta) Hya
{ 3.9, 9, 14.4, 2.31 } // 22 (theta) Hya
{ 4.7, 9, 20.5, -9.56 } // 27 Hya
// multiple
{ 2, 9, 27.6, -8.66 } // 30 (alpha) Hya (Alphard)
{ 4.5, 9, 29.1, -2.77 } // 31 (tau1) Hya
// multiple
{ 3.9, 9, 39.9, -1.14 } // 35 (iota) Hya
{ 4.1, 9, 51.5,-14.85 } // 39 (upsilon1)Hya
{ 5.1, 9, 52.5, -8.11 } // 8 (gamma) Sex
{ 4.5, 10, 7.9, -0.37 } // 15 (alpha) Sex
{ 3.6, 10, 10.6,-12.35 } // 41 (lambda) Hya
{ 3.8, 10, 26.1,-16.84 } // 42 (my) Hya
{ 4.3, 10, 27.2,-31.07 } // (alpha) Ant
{ 4.9, 10, 37.6,-13.38 } // U Hya
// fluctuating
{ 5.8, 10, 43.3, 4.75 } // 33 Sex
// multiple
{ 3.1, 10, 49.6,-16.19 } // (ny) Hya
{ 5.4, 9, 28.5, 9.06 } // 2 (omega) Leo
// multiple
{ 4.3, 9, 31.7, 22.97 } // 4 (lambda) Leo (Alterf)
{ 3.5, 9, 41.2, 9.89 } // 14 (omikron) Leo
{ 3, 9, 45.9, 23.77 } // 17 (epsilon) Leo
{ 7.9, 9, 47.6, 11.43 } // R Leo
// fluctuating
{ 3.9, 9, 52.8, 26.01 } // 24 (my) Leo
{ 3.5, 10, 7.3, 16.76 } // 30 (eta) Leo
{ 1.4, 10, 8.4, 11.97 } // 32 (alpha) Leo (Regulus)
// multiple
{ 3.4, 10, 16.7, 23.42 } // 36 (zeta) Leo (Aldhafera)
{ 2, 10, 20, 19.84 } // 41 (gamma) Leo (Algieba)
// multiple
{ 3.8, 10, 32.8, 9.31 } // 47 (rho) Leo
{ 4.3, 10, 55.6, 24.75 } // 54 Leo
// multiple
{ 2.6, 11, 14.1, 20.52 } // 68 (delta) Leo (Zosma)
{ 3.3, 11, 14.2, 15.43 } // 70 (theta) Leo (Coxa)
{ 4, 11, 23.9, 10.53 } // 78 (iota) Leo
// multiple
{ 2.1, 11, 49.1, 14.57 } // 94 (beta) Leo (Denebola)
{ 4.1, 10, 59.8,-18.3 } // 7 (alpha) Crt (Alkes)
{ 4.5, 11, 11.7,-22.83 } // 11 (beta) Crt
{ 3.6, 11, 19.3,-14.78 } // 12 (delta) Crt
{ 4.1, 11, 24.9,-17.68 } // 15 (gamma) Crt
{ 4.9, 11, 27.9, 2.85 } // 84 (tau) Leo
// multiple (perspectivic)
{ 4.9, 11, 32.3,-29.26 } // N Hya
// multiple
{ 3.5, 11, 33, -31.86 } // (xi) Hya
{ 4, 11, 45.9, 6.53 } // 3 (ny) Vir
{ 3.6, 11, 50.7, 1.76 } // 5 (beta) Vir (Zawijava)
{ 4.3, 11, 52.9,-33.91 } // (beta) Hya
{ 4, 12, 8.4,-24.73 } // 1 (alpha) Crv (Alchiba)
{ 3, 12, 10.1,-22.62 } // 2 (epsilon) Crv
{ 2.6, 12, 15.8,-17.54 } // 4 (gamma) Crv (Gienah)
{ 3.9, 12, 19.9, -0.67 } // 15 (eta) Vir (Zaniah)
{ 2.9, 12, 29.9,-16.52 } // 7 (delta) Crv (Algorab)
{ 2.7, 12, 34.4,-23.4 } // 9 (beta) Crv
{ 4.6, 12, 39.2, -8 } // 26 (chi) Vir
{ 2.7, 12, 41.7, -1.45 } // 29 (gamma) Vir (Porrima)
// multiple
{ 3, 13, 18.9,-23.17 } // 46 (gamma) Hya
{ 6.95,13, 29.7,-23.28 } // R Hya
// fluctuating
{ 5.8, 12, 4.3, 21.46 } // 2 Com
// multiple
{ 4.4, 12, 26.9, 28.27 } // 15 (gamma) Com
{ 5, 12, 28.9, 25.91 } // 17 Com
// multiple
{ 4.8, 12, 35.1, 18.38 } // 24 Com
// multiple
{ 5.8, 12, 52.3, 17.09 } // 32,33 Com
// multiple (perspectivic)
{ 4.9, 12, 53.3, 21.24 } // 35 Com
// multiple
{ 4.3, 13, 10, 17.53 } // 42 (alpha) Com (Diadem)
{ 4.2, 13, 11.9, 27.88 } // 43 (beta) Com
{ 4.1, 13, 49.5, 15.8 } // 5 (upsilon) Boo
{ 2.7, 13, 54.7, 18.4 } // 8 (eta) Boo (Muphrid)
{ 0, 14, 15.7, 19.18 } // 16 (alpha) Boo (Arcturus)
{ 3.6, 14, 31.8, 30.37 } // 25 (rho) Boo
{ 4.5, 14, 40.7, 16.42 } // 29 (pi) Boo
// multiple
{ 3.8, 14, 41.1, 13.73 } // 30 (zeta) Boo
{ 4.8, 14, 43.4, 26.53 } // 34 Boo (W Bootis)
// fluctuating
{ 2.4, 14, 45, 27.07 } // 36 (epsilon) Boo (Izar)
// multiple
{ 3.7, 14, 46.2, 1.89 } //109 Vir
{ 4.5, 14, 51.4, 19.1 } // 37 (xi) Boo
// multiple
{ 5, 15, 23.2, 30.29 } // 2 (eta) CrB
// multiple
{ 3.7, 15, 27.8, 29.11 } // 3 (beta) CrB (Nusakan)
{ 4.1, 15, 32.9, 31.36 } // 4 (theta) CrB
{ 2.2, 15, 34.8, 26.71 } // 5 (alpha) CrB (Alphekka, Gemma)
{ 3.8, 15, 42.7, 26.3 } // 8 (gamma) CrB
// multiple
{ 6, 15, 48.6, 28.16 } // R CrB
// fluctuating
{ 4.6, 15, 49.6, 26.07 } // 10 (delta) CrB
{ 4.1, 15, 57.6, 26.88 } // 13 (epsilon) CrB
{ 3.4, 12, 55.6, 3.4 } // 43 (delta) Vir
{ 2.8, 13, 2.2, 10.96 } // 47 (epsilon) Vir (Vindemiatrix)
{ 4.4, 13, 9.9, -5.54 } // 51 (theta) Vir
{ 1, 13, 25.2,-11.16 } // 67 (alpha) Vir (Spica)
{ 3.4, 13, 34.7, -0.6 } // 79 (zeta) Vir
{ 4.3, 13, 51.8,-32.99 } // 3 Cen
// multiple
{ 4.2, 14, 1.6, 1.54 } // 93 (tau) Vir
{ 3.3, 14, 6.4,-26.68 } // 49 (pi) Hya
{ 3.9, 14, 43.1, -5.66 } //107 (my) Vir
{ 5, 14, 46, -25.44 } // 54 Hya
// multiple
{ 5.3, 14, 49.3,-14.15 } // 7 (my) Lib
// multiple
{ 2.6, 14, 50.9,-16.04 } // 9,8 (alpha) Lib (Zubenelgenubi)
// multiple
{ 5.4, 15, 1, -8.52 } // 19 (delta) Lib
// fluctuating
{ 3.3, 15, 4.1,-25.28 } // 20 (sigma) Lib
{ 2.6, 15, 17, -9.38 } // 27 (beta) Lib (Zubeneschemali)
{ 3.8, 15, 34.8,-10.54 } // 13 (delta) Ser
// multiple
{ 3.9, 15, 35.5,-14.79 } // 38 (gamma) Lib
{ 3.6, 15, 37, -28.13 } // 39 (upsilon) Lib
{ 3.7, 15, 38.7,-29.78 } // 40 (tau) Lib
{ 2.6, 15, 44.3, 6.43 } // 24 (alpha) Ser (Unukalhai)
{ 3.7, 15, 46.2, 15.42 } // 28 (beta) Ser
{ 4.1, 15, 48.7, 18.14 } // 35 (kappa) Ser
{ 3.5, 15, 49.6, -3.43 } // 32 (my) Ser
{ 9.5, 15, 50.7, 15.13 } // R Ser
// fluctuating
{ 3.7, 15, 50.8, 4.48 } // 37 (epsilon) Ser
{ 4, 15, 51, -33.63 } // 5 (chi) Lup
{ 3.9, 15, 56.5, 15.66 } // 41 (gamma) Ser
{ 4.6, 15, 56.9,-33.97 } // (xi) Lup
// multiple
{ 4.1, 16, 4.4,-11.37 } // (xi) Sco
// multiple
{ 2.7, 16, 14.3, -3.69 } // 1 (delta) Oph (Yed Prior)
{ 3.2, 16, 18.3, -4.69 } // 2 (epsilon) Oph (Yed Posterior)
{ 4.45,16, 27, -18.46 } // 7 (chi) Oph
// fluctuating
{ 3.8, 16, 30.9, 1.98 } // 10 (lambda) Oph (Marfik)
// multiple
{ 2.5, 16, 37.2,-10.57 } // 13 (zeta) Oph
{ 3.2, 16, 57.7, 9.38 } // 27 (kappa) Oph
{ 2.4, 17, 10.4,-15.72 } // 35 (eta) Oph (Sabik)
{ 2.1, 17, 34.9, 12.56 } // 55 (alpha) Oph (Rasalhague)
{ 3.5, 17, 37.6,-15.4 } // 55 (xi) Ser
{ 2.8, 17, 43.5, 4.57 } // 60 (beta) Oph (Cebalrai)
{ 5.6, 17, 44.6, 2.58 } // 61 Oph
// multiple
{ 3.8, 17, 47.9, 2.71 } // 62 (gamma) Oph
{ 9.5, 17, 57.8, 4.69 } // Pfeilstern (Barnards Stern)
{ 3.3, 17, 59, -9.77 } // 64 (ny) Oph
{ 3.9, 18, 0.6, 2.93 } // 67 Oph
// multiple
{ 4.8, 18, 3.1, -8.18 } // 69 (tau) Oph
// multiple
{ 4, 18, 5.5, 2.5 } // 70 Oph
// multiple
{ 3.7, 18, 7.4, 9.56 } // 72 Oph
// multiple (perspectivic)
{ 3.9, 15, 56.9,-29.21 } // 5 (rho) Sco
{ 2.9, 15, 58.9,-26.11 } // 6 (pi) Sco
{ 2.3, 16, 0.3,-22.62 } // 7 (delta) Sco
{ 2.4, 16, 5.4,-19.8 } // 8 (beta) Sco (Acrab)
// multiple
{ 3.9, 16, 6.8,-20.67 } // 9 (omega1) Sco
{ 3.9, 16, 12, -19.46 } // 14 (ny) Sco
// multiple
{ 2.9, 16, 21.2,-25.59 } // 20 (sigma) Sco
{ 4.4, 16, 25.6,-23.44 } // 5 (rho) Oph
// multiple
{ 1, 16, 29.4,-26.43 } // 21 (alpha) Sco (Antares)
// multiple, // fluctuating
{ 2.8, 16, 35.9,-28.22 } // 23 (tau) Sco
{ 2.3, 16, 50.2,-34.29 } // 26 (epsilon) Sco
{ 8, 16, 56.6,-30.58 } // RR Sco
// fluctuating
{ 4.3, 17, 15.3,-26.6 } // 36 Oph
// multiple
{ 4.9, 17, 18, -24.29 } // 39 (omikron) Oph
// multiple
{ 3.3, 17, 22, -25 } // 42 (theta) Oph
{ 4.7, 16, 18.1, 17.05 } // 7 (kappa) Her
// multiple
{ 3.7, 16, 21.9, 19.15 } // 20 (gamma) Her
{ 2.8, 16, 30.2, 21.49 } // 27 (beta) Her (Ruticulus)
{ 3, 17, 14.6, 14.39 } // 64 (alpha) Her (Rasalgethi)
// multiple, // fluctuating
{ 3.1, 17, 15, 24.84 } // 65 (delta) Her
{ 3.4, 17, 46.5, 27.72 } // 86 (my) Her
{ 3.7, 17, 57.8, 29.25 } // 92 (xi) Her
{ 4.3, 18, 1.5, 21.6 } // 95 Her
// multiple
{ 3.8, 18, 7.5, 28.76 } //103 (omikron) Her
{ 5.1, 18, 7.8, 26.1 } //100 Her
// multiple
{ 3.2, 18, 21.3, -2.9 } // 58 (eta) Ser
{ 3.8, 18, 23.7, 21.77 } //109 Her
{ 5.2, 18, 27.2, 0.2 } // 59d Ser
// multiple
{ 3.9, 18, 35.2, -8.24 } // (alpha) Sct
{ 5.6, 18, 46.5, -0.96 } // 5 Aql
// multiple
{ 4.2, 18, 47.2, -4.75 } // (beta) Sct
{ 5.75,18, 47.5, -5.7 } // R Sct
{ 4, 18, 56.2, 4.2 } // 63 (theta) Ser
// multiple
{ 3, 18, 5.8,-30.42 } // 10 (gamma) Sgr (Alnasl)
{ 3.8, 18, 13.8,-21.06 } // 13 (my) Sgr
{ 2.7, 18, 21, -29.83 } // 19 (delta) Sgr (Kaus Media)
{ 1.8, 18, 24.2,-34.38 } // 20 (epsilon) Sgr (Kaus Australis)
{ 2.8, 18, 28, -25.42 } // 22 (lambda) Sgr (Kaus Borealis)
{ 3.2, 18, 45.7,-26.99 } // 27 (phi) Sgr
{ 2, 18, 55.3,-26.3 } // 34 (sigma) Sgr (Nunki)
{ 3.5, 18, 57.5,-21.11 } // 37 (xi2) Sgr
{ 2.6, 19, 2.6,-29.88 } // 38 (zeta) Sgr
{ 3.8, 19, 4.7,-21.74 } // 39 (omikron) Sgr
{ 3.3, 19, 6.9,-27.67 } // 40 (tau) Sgr
{ 2.9, 19, 9.8,-21.02 } // 41 (pi) Sgr
{ 4, 18, 59.6, 15.07 } // 13 (epsilon) Aql
{ 4, 19, 1.7, -5.74 } // 12 Aql
{ 5.2, 19, 5, -4.03 } // 15 Aql
// multiple (perspectivic)
{ 3, 19, 5.4, 13.86 } // 17 (zeta) Aql
{ 3.4, 19, 6.2, -4.88 } // 16 (lambda) Aql
{ 7.9, 19, 6.4, 8.23 } // R Aql
// fluctuating
{ 3.4, 19, 25.5, 3.11 } // 30 (delta) Aql
{ 4.4, 19, 28.7, 24.66 } // 6 (alpha) Vul
{ 4.4, 19, 40.1, 18.01 } // 5 (alpha) Sge
{ 4.4, 19, 41, 17.48 } // 6 (beta) Sge
{ 2.7, 19, 46.3, 10.61 } // 50 (gamma) Aql (Tarazed)
{ 3.7, 19, 47.4, 18.53 } // 7 (delta) Sge
{ 5.7, 19, 48.7, 11.82 } // 52 (pi) Aql
// multiple
{ 0.8, 19, 50.8, 8.87 } // 53 (alpha) Aql (Altair)
{ 3.95,19, 52.5, 1.01 } // 55 (eta) Aql
// fluctuating
{ 5.3, 19, 54.6, -8.23 } // 57 Aql
// multiple
{ 3.7, 19, 55.3, 6.41 } // 60 (beta) Aql (Alschain)
{ 3.5, 19, 58.8, 19.49 } // 12 (gamma) Sge
{ 5.2, 20, 2, 24.94 } // 16 Vul
// multiple
{ 5.4, 20, 4.1, 17.08 } // 15 Sge
// multiple (perspectivic)
{ 3.2, 20, 11.3, -0.82 } // 65 (theta) Aql
{ 4, 20, 33.2, 11.3 } // 2 (epsilon) Del
{ 3.6, 20, 37.5, 14.6 } // 6 (beta) Del
{ 3.8, 20, 39.6, 15.91 } // 9 (alpha) Del
{ 4.4, 20, 43.5, 15.07 } // 11 (delta) Del
{ 3.9, 20, 46.7, 16.12 } // 12 (gamma) Del
// multiple
{ 3.9, 19, 21.7,-17.85 } // 44 (rho1) Sgr
{ 4.3, 20, 17.6,-12.51 } // 5 (alpha1) Cap (Algiedi Secundus)
{ 3.6, 20, 18.1,-12.54 } // 6 (alpha2) Cap (Algiedi Primus)
//known from "Dune" (Harkonnen system)
{ 3, 20, 21, -14.78 } // 9 (beta) Cap
// multiple
{ 4.6, 20, 28.9,-17.82 } // 11 (rho) Cap
// multiple (perspectivic)
{ 5.5, 20, 29.9,-18.58 } // 12 (omikron) Cap
// multiple
{ 4.1, 20, 46.1,-25.27 } // 16 (psi) Cap
{ 4.1, 20, 51.8,-26.92 } // 18 (omega) Cap
{ 4.1, 21, 5.9,-17.23 } // 23 (theta) Cap
{ 4.3, 21, 22.2,-16.83 } // 32 (iota) Cap
{ 3.8, 21, 26.7,-22.41 } // 34 (zeta) Cap
{ 3.7, 21, 40.1,-16.66 } // 40 (gamma) Cap
{ 2.95,21, 47, -16.13 } // 49 (delta) Cap (Deneb Algiedi)
// fluctuating
{ 5.4, 22, 0.8,-28.45 } // 12 (eta) PsA
// multiple
{ 4.3, 22, 31.5,-32.35 } // 17 (beta) PsA
// multiple
{ 4.2, 22, 40.7,-27.04 } // 18 (epsilon) PsA
{ 4.5, 22, 52.5,-32.88 } // 22 (gamma) PsA
// multiple
{ 4.2, 22, 55.9,-32.54 } // 23 (delta) PsA
{ 1.2, 22, 57.6,-29.62 } // 24 (alpha) PsA (Fomalhaut)
{ 5.2, 20, 59.1, 4.29 } // 1 (epsilon) Equ
// multiple
{ 4.7, 21, 10.3, 10.13 } // 5 (gamma) Equ
{ 4.5, 21, 14.5, 10.01 } // 7 (delta) Equ
{ 3.9, 21, 15.8, 5.25 } // 8 (alpha) Equ (Kitalphar)
{ 4.1, 21, 22.1, 19.8 } // 1 Peg
{ 2.4, 21, 44.2, 9.88 } // 8 (epsilon) Peg (Enif)
{ 4.1, 21, 44.6, 25.65 } // 10 (kappa) Peg
{ 3.8, 22, 7, 25.35 } // 24 (iota) Peg
{ 4.3, 22, 10, 33.18 } // 29 (pi) Peg (pi2 Pegasi)
{ 3.5, 22, 10.2, 6.2 } // 26 (theta) Peg (Baham)
{ 5.5, 22, 30, 4.43 } // 37 Peg
{ 3.4, 22, 41.5, 10.83 } // 42 (zeta) Peg (Homam)
{ 2.9, 22, 43, 30.22 } // 44 (eta) Peg (Matar)
{ 4, 22, 46.5, 23.57 } // 47 (lambda) Peg
{ 4.2, 22, 46.7, 12.17 } // 46 (xi) Peg
{ 3.5, 22, 50, 24.6 } // 48 (my) Peg (Sadalbari)
{ 2.5, 23, 3.8, 28.08 } // 53 (beta) Peg (Scheat)
// fluctuating
{ 4.5, 23, 3.9, 3.82 } // 4 (beta) Psc
{ 2.5, 23, 4.8, 15.21 } // 54 (alpha) Peg (Markab)
{ 3.7, 23, 17.2, 3.28 } // 6 (gamma) Psc
{ 4.3, 23, 28, 6.38 } // 10 (theta) Psc
{ 5, 23, 34, 31.33 } // 72 Peg
// multiple
{ 4.1, 23, 39.9, 5.63 } // 17 (iota) Psc
{ 4.5, 23, 42, 1.78 } // 18 (lambda) Psc
{ 5, 23, 46.4, 3.49 } // 19 Psc (TX Piscium)
// fluctuating
{ 4, 23, 59.3, 6.86 } // 28 (omega) Psc
{ 3.8, 20, 47.7, -9.5 } // 2 (epsilon) Aqr
{ 5.5, 21, 4.1, -5.82 } // 12 Aqr
// multiple
{ 4.5, 21, 9.6,-11.37 } // 13 (ny) Aqr
{ 2.9, 21, 31.6, -5.57 } // 22 (beta) Aqr (Sadalsuud)
{ 3, 22, 5.8, -0.32 } // 34 (alpha) Aqr (Sadalmelik)
{ 5.3, 22, 14.3,-21.07 } // 41 Aqr
// multiple
{ 3.9, 22, 21.7, -1.39 } // 48 (gamma) Aqr (Sadachbia)
{ 3.7, 22, 28.8, -0.02 } // 55 (zeta) Aqr
// multiple
{ 4, 22, 35.4, -0.12 } // 62 (eta) Aqr
{ 4, 22, 49.6,-13.59 } // 71 (tau2) Aqr
{ 3.7, 22, 52.6, -7.58 } // 73 (lambda) Aqr
{ 3.3, 22, 54.6,-15.82 } // 76 (delta) Aqr
{ 3.7, 23, 9.4,-21.17 } // 88 Aqr
{ 5.1, 23, 19.1,-13.46 } // 94 Aqr
// multiple
{ 4, 23, 23, -20.1 } // 98 Aqr
{ 4.7, 23, 33.3,-20.91 } //101 Aqr
// multiple
{ 4.8, 23, 41.8,-17.81 } //104 Aqr
{ 8, 23, 43.8,-15.28 } // R Aqr
// fluctuating
{ 5.3, 23, 46, -18.68 } //107 Aqr
// multiple
{ 3.9, 0, 9.4,-45.75 } // (epsilon) Phe
{ 2.8, 0, 25.8,-77.25 } // (beta) Hyi
{ 3.9, 0, 26.2,-43.68 } // (kappa) Phe
{ 2.4, 0, 26.3,-42.31 } // (alpha) Phe (Ankaa)
{ 3.7, 0, 31.6,-62.96 } // (beta) Tuc
// multiple
{ 3.3, 1, 6.1,-46.72 } // (beta) Phe
{ 3.15, 1, 8.4,-55.25 } // (zeta) Phe
// multiple, // fluctuating
{ 3.4, 1, 28.4,-43.32 } // (gamma) Phe
{ 3.9, 1, 31.3,-49.07 } // (delta) Phe
{ 0.5, 1, 37.7,-57.24 } // (alpha) Eri (Achernar)
{ 5, 1, 39.8,-56.2 } // p Eri
// multiple
{ 3.7, 1, 56, -51.61 } // (chi) Eri
{ 2.9, 1, 58.8,-61.57 } // (alpha) Hyi
{ 3.6, 2, 16.5,-51.51 } // (phi) Eri
{ 4.1, 2, 40.7,-39.86 } // (iota) Eri
{ 8.85, 2, 53.9,-49.89 } // R Hor
// fluctuating
{ 2.9, 2, 58.3,-40.3 } // (theta) Eri (Acamar)
// multiple
{ 4.3, 3, 48.6,-37.62 } // f Eri
// multiple
{ 3.8, 3, 44.2,-64.81 } // (beta) Ret
{ 3.3, 3, 47.2,-74.24 } // (gamma) Hyi
{ 4.6, 3, 58.7,-61.4 } // (delta) Ret
{ 3.9, 4, 14, -42.29 } // (alpha) Hor
{ 3.3, 4, 14.4,-62.47 } // (alpha) Ret
{ 4.3, 4, 16, -51.49 } // (gamma) Dor
{ 4.4, 4, 16.5,-59.3 } // (epsilon) Ret
{ 3.3, 4, 34, -55.05 } // (alpha) Dor
{ 5.2, 4, 50.9,-53.46 } // (iota) Pic
// multiple
{ 3.75, 5, 33.6,-62.49 } // (beta) Dor
// fluctuating
{ 3.9, 5, 47.3,-51.07 } // (beta) Pic
{ 4.5, 5, 49.8,-56.17 } // (gamma) Pic
{ 4, 5, 59.1,-42.82 } // (eta) Col
{-0.7, 6, 24, -52.7 } // (alpha) Car (Canopus)
//known from "Dune" (planet Arrakis)
{ 3.2, 6, 37.8,-43.2 } // (ny) Pup
{ 3.2, 6, 48.2,-61.94 } // (alpha) Pic
{ 2.9, 6, 49.9,-50.61 } // (tau) Pup
{ 3.6, 7, 8.7,-70.5 } // (gamma) Vol
// multiple
{ 4, 7, 16.8,-67.96 } // (delta) Vol
{ 3.9, 7, 41.8,-72.61 } // (zeta) Vol
{ 3.5, 7, 56.8,-52.98 } // (chi) Car
{ 4.7, 8, 19.9,-71.51 } // (kappa) Vol
// multiple
{ 1.9, 8, 22.5,-59.51 } // (epsilon) Car (Avoir)
{ 3.8, 8, 25.7,-66.14 } // (beta) Vol
{ 3.8, 8, 55, -60.64 } // c Car
{ 4, 9, 2.4,-66.4 } // (alpha) Vol
{ 4.5, 7, 13.5,-44.64 } // L2 Pup
// fluctuating
{ 2.7, 7, 17.1,-37.1 } // (pi) Pup
{ 4.1, 7, 18.4,-36.74 } // y (upsilon) Pup
// multiple
{ 3.3, 7, 29.2,-43.3 } // (sigma) Pup
{ 3.6, 7, 45.3,-37.97 } // c Pup
{ 3.7, 7, 52.2,-40.58 } // a Pup
{ 2.2, 8, 3.6,-40 } // (zeta) Pup
{ 1.6, 8, 9.5,-47.34 } // (gamma) Pup (Suhail al-Muhlif)
// multiple, // fluctuating
{ 3.6, 8, 40.3,-52.92 } // (omikron) Pup
{ 3.8, 8, 40.6,-46.65 } // b Vel
{ 4, 8, 44.4,-42.65 } // d Vel
// multiple
{ 1.9, 8, 44.7,-54.71 } // (delta) Vel
{ 3.9, 8, 46, -46.04 } // a Vel
{ 3.8, 9, 4.2,-47.1 } // c Vel
{ 2.2, 9, 8, -43.43 } // (lambda) Vel (Suhail al-Wazn)
{ 2.5, 9, 22.1,-55.01 } // (kappa) Vel
{ 3.6, 9, 30.7,-40.47 } // (psi) Vel
{ 3.5, 9, 56.9,-54.57 } // (phi) Vel
{ 3.9, 10, 14.7,-42.12 } // q Vel
{ 3.8, 10, 37.3,-48.23 } // p Vel
{ 4.1, 10, 39.3,-55.6 } // x Vel
// multiple
{ 2.7, 10, 46.8,-49.42 } // (my) Vel
{ 4.1, 8, 18.5,-76.92 } // (alpha) Cha
{ 4.7, 8, 57, -59.23 } // b1 Car
// multiple
{ 3.4, 9, 11, -58.97 } // a Car
{ 4, 9, 11.3,-62.32 } // i Car
{ 1.7, 9, 13.2,-69.72 } // (beta) Car (Miaplacidus)
{ 2.2, 9, 17.1,-59.28 } // (iota) Car
{ 3.2, 9, 31.2,-57.03 } // N Vel
{ 6.85, 9, 32.2,-62.79 } // R Car
// fluctuating
{ 3.7, 9, 45.2,-62.51 } // l Car (ZZ Carinae)
// fluctuating
{ 2.9, 9, 47.1,-65.07 } // (upsilon) Car
// multiple
{ 3.3, 10, 13.7,-70.04 } // (omega) Car
{ 3.4, 10, 17.1,-61.33 } // q Car
{ 3.9, 10, 24.4,-74.02 } // I Car
// multiple (perspectivic)
{ 3.8, 10, 27.9,-58.74 } // s Car
{ 3.3, 10, 32, -61.69 } // p Car
{ 4.1, 10, 35.5,-78.61 } // (gamma) Cha
{ 2.7, 10, 43, -64.39 } // (theta) Car
{ 4.1, 10, 45.6,-80.52 } // (delta) Cha
// multiple
{ 3.7, 10, 53.5,-58.86 } // u Car
// multiple (perspectivic)
{ 3.9, 11, 8.6,-58.97 } // x Car
{ 4.7, 11, 59.7,-78.22 } // (epsilon) Cha
{ 3.9, 11, 21, -54.49 } // (pi) Cen
{ 4.4, 11, 31.8,-59.48 } // (omikron) Cen
// multiple, // fluctuating
{ 3.1, 11, 35.8,-63.02 } // (lambda) Cen
{ 3.6, 11, 45.6,-66.73 } // (lambda) Mus
{ 2.4, 12, 8.3,-50.71 } // (delta) Cen
// multiple
{ 4, 12, 11.7,-52.37 } // (rho) Cen
{ 2.8, 12, 15.1,-58.75 } // (delta) Cru
{ 4.15,12, 17.6,-67.96 } // (epsilon) Mus
// fluctuating
{ 4.1, 12, 18.4,-64 } // (zeta) Cru
{ 3.55,12, 21.4,-60.4 } // (epsilon) Cru
// fluctuating
{ 0.7, 12, 26.6,-63.1 } // (alpha) Cru (Acrux)
// multiple
{ 3.9, 12, 28, -50.23 } // (sigma) Cen
{ 1.6, 12, 31.2,-57.11 } // (gamma) Cru (Gacrux)
// multiple (perspectivic)
{ 3.8, 12, 32.5,-72.13 } // (gamma) Mus
{ 2.7, 12, 37.2,-69.14 } // (alpha) Mus
{ 3.9, 12, 37.7,-48.54 } // (tau) Cen
{ 2.2, 12, 41.5,-48.96 } // (gamma) Cen
{ 3, 12, 46.3,-68.11 } // (beta) Mus
// multiple
{ 1.3, 12, 47.7,-59.69 } // (beta) Cru (Mimosa)
{ 3.7, 12, 54.6,-57.18 } // (my) Cru
// multiple
{ 3.6, 13, 2.3,-71.55 } // (delta) Mus
{ 2.8, 13, 20.6,-36.71 } // (iota) Cen
{ 4.3, 13, 22.6,-60.99 } // J Cen
// multiple
{ 3.9, 13, 31, -39.41 } // d Cen
{ 2.3, 13, 39.9,-53.47 } // (epsilon) Cen
{ 5, 13, 41.7,-54.56 } // Q Cen
// multiple
{ 3.4, 13, 49.5,-41.69 } // (ny) Cen
{ 3.25,13, 49.6,-42.47 } // (my) Cen
{ 2.5, 13, 55.5,-47.29 } // (zeta) Cen
{ 3.8, 13, 58.3,-42.1 } // (rho) Cen
{ 3.9, 13, 58.7,-44.8 } // (upsilon1)Cen
{ 0.6, 14, 3.8,-60.37 } // (beta) Cen (Hadar, Agena)
{ 2.1, 14, 6.7,-36.37 } // 5 (theta) Cen
{ 7.9, 14, 16.6,-59.91 } // R Cen
// fluctuating
{ 2.3, 14, 35.5,-42.16 } // (eta) Cen
{-0.3, 14, 39.6,-60.83 } // (alpha) Cen (Rigil Kentaurus)
// multiple
{ 4, 14, 42, -37.79 } // b Cen
{ 3.2, 14, 42.5,-64.98 } // (alpha) Cir
{ 3.1, 14, 59.2,-42.1 } // (kappa) Cen
{ 4.6, 15, 16.8,-60.94 } // (delta) Cir
// multiple
{ 4.1, 15, 17.5,-58.8 } // (beta) Cir
{ 4.5, 15, 23.4,-59.32 } // (gamma) Cir
{ 3.5, 14, 19.4,-46.06 } // (iota) Lup
{ 2.3, 14, 41.9,-47.39 } // (alpha) Lup
{ 2.7, 14, 58.5,-43.13 } // (beta) Lup
{ 3.9, 15, 5.1,-47.05 } // (pi) Lup
// multiple
{ 3.7, 15, 11.9,-48.74 } // (kappa) Lup
// multiple
{ 3.4, 15, 12.3,-52.1 } // (zeta) Lup
// multiple
{ 4.1, 15, 18.5,-47.88 } // (my) Lup
//quadruple
{ 3.2, 15, 21.4,-40.65 } // (delta) Lup
{ 3.6, 15, 21.8,-36.26 } // (rho1) Lup
{ 3.4, 15, 22.7,-44.69 } // (epsilon) Lup
{ 2.8, 15, 35.1,-41.17 } // (gamma) Lup
{ 4.5, 15, 35.9,-44.96 } // d Lup
// multiple
{ 3.4, 16, 0.1,-38.4 } // (eta) Lup
// multiple
{ 4, 16, 19.8,-50.16 } // (gamma2) Nor
{ 4.4, 16, 27.2,-47.55 } // (epsilon) Nor
// multiple
{ 3.8, 16, 49.8,-59.04 } // (eta) Ara
{ 3.1, 16, 58.6,-55.99 } // (zeta) Ara
{ 4.1, 16, 59.6,-53.16 } // (epsilon1)Ara
{ 2.8, 17, 25.3,-55.53 } // (beta) Ara
{ 3.3, 17, 25.4,-56.38 } // (gamma) Ara
{ 3.6, 17, 31.1,-60.68 } // (delta) Ara
{ 2.9, 17, 31.8,-49.88 } // (alpha) Ara
{ 3.7, 18, 6.6,-50.09 } // (theta) Ara
{ 3.05,16, 51.9,-38.05 } // (my1) Sco
// fluctuating
{ 3.6, 16, 52.3,-38.02 } // (my2) Sco
{ 3.6, 16, 54.6,-42.36 } // (zeta2) Sco
{ 3.3, 17, 12.2,-43.24 } // (eta) Sco
{ 2.7, 17, 30.8,-37.39 } // 34 (upsilon) Sco (Lesath)
{ 1.6, 17, 33.6,-37.1 } // 35 (lambda) Sco (Shaula)
{ 1.9, 17, 37.3,-43 } // (theta) Sco (Sargas)
{ 2.4, 17, 42.5,-39.03 } // (kappa) Sco
{ 3, 17, 47.6,-40.13 } // (iota1) Sco
{ 3.2, 17, 49.9,-37.04 } // G Sco
{ 3.1, 18, 17.6,-36.76 } // (eta) Sgr
// multiple
{ 3.5, 18, 27, -45.97 } // (alpha) Tel
{ 4.1, 18, 28.8,-49.07 } // (zeta) Tel
{ 5.2, 18, 33.4,-38.72 } // (kappa) CrA
// multiple
{ 4.85,18, 58.7,-37.11 } // (epsilon) CrA
// fluctuating
{ 4.7, 19, 3.1,-42.1 } // (zeta) CrA
{ 4.2, 19, 6.4,-37.06 } // (gamma) CrA
// multiple
{ 4.6, 19, 8.3,-40.5 } // (delta) CrA
{ 4.1, 19, 9.5,-37.9 } // (alpha) CrA
{ 4.1, 19, 10, -39.34 } // (beta) CrA
{ 3.9, 19, 22.6,-44.46 } // (beta1) Sgr
// multiple
{ 4, 19, 23.9,-40.62 } // (alpha) Sgr
{ 4.3, 14, 26.9,-83.67 } // (delta) Oct
{ 3.8, 14, 47.9,-79.04 } // (alpha) Aps
{ 2.9, 15, 18.9,-68.68 } // (gamma) TrA
{ 4.1, 15, 36.7,-66.32 } // (epsilon) TrA
{ 2.8, 15, 55.1,-63.43 } // (beta) TrA
{ 3.9, 16, 15.4,-63.59 } // (delta) TrA
{ 4.2, 16, 20.4,-78.69 } // (delta) Aps
// multiple
{ 3.9, 16, 33.5,-78.9 } // (gamma) Aps
{ 4.2, 16, 43.1,-77.52 } // (beta) Aps
{ 1.9, 16, 48.7,-69.03 } // (alpha) TrA
{ 3.6, 17, 45.7,-64.72 } // (eta) Pav
{ 4, 18, 43, -71.43 } // (zeta) Pav
{ 4.2, 18, 52.2,-62.19 } // (lambda) Pav
{ 3.35,18, 56.9,-67.23 } // (kappa) Pav
// fluctuating
{ 4, 20, 0.6,-72.91 } // (epsilon) Pav
{ 3.6, 20, 8.7,-66.18 } // (delta) Pav
{ 1.9, 20, 25.6,-56.74 } // (alpha) Pav (Peacock)
{ 3.1, 20, 37.6,-47.29 } // (alpha) Ind
{ 3.4, 20, 45, -66.2 } // (beta) Pav
{ 3.7, 20, 54.8,-58.45 } // (beta) Ind
{ 4.4, 21, 19.9,-53.45 } // (theta) Ind
// multiple
{ 3.7, 21, 41.5,-77.39 } // (ny) Oct
{ 3, 21, 53.9,-37.37 } // (gamma) Gru
{ 1.7, 22, 8.2,-46.96 } // (alpha) Gru (Alnair)
{ 2.9, 22, 18.5,-60.26 } // (alpha) Tuc
{ 5.2, 22, 23, -45.93 } // (pi) Gru
// multiple (perspectivic)
{ 4, 22, 29.3,-43.5 } // (delta1) Gru
{ 4.1, 22, 29.8,-43.75 } // (delta2) Gru
{ 2.1, 22, 42.7,-46.88 } // (beta) Gru
{ 4.1, 22, 46.1,-81.38 } // (beta) Oct
{ 3.5, 22, 48.6,-51.32 } // (epsilon) Gru
{ 3.9, 23, 10.4,-45.25 } // (iota) Gru
{ 4, 23, 17.4,-58.24 } // (gamma) Tuc
}
// #declare minmag=6; // magnitude of the faintest
//stars to be visible
// #declare w=800; // image width
// #declare an=50; // field of view
// #declare m=0.00058/(w/800)/(50/an); // radius of the faintest stars
//adjusted to image width and field of view
// #declare fac=2; // logarithmic factor for orders
//of magnitude,
// should be smaller at low
//resolutions to prevent bright stars
// from being unnaturally large
#macro Stars(minmag, w, an, fac)
#local stars=union
{
#local m=0.00058/(w/800)/(50/an);
#local a=0;
#while (a<dimension_size(Cat, 1))
#local rad=m*pow(fac, (minmag-Cat[a][0])/2);
#local rec=-Cat[a][1]*15-Cat[a][2]*0.25;
#local dec=Cat[a][3];
sphere { <sin(rec*(pi/180))*cos(dec*(pi/180)), sin(dec*(pi/180)),
cos(rec*(pi/180))*cos(dec*(pi/180))>, rad }
#declare a=a+1;
#end
}
sky_sphere
{
pigment
{
object { stars color rgb 0 color rgb 1 }
}
rotate y*90
rotate x*23.4333
}
#end
// End addition by Yadgar
/*
Planet isosurface from Jaime Vives Piqueres's moon.
*/
global_settings{
assumed_gamma 1.0
max_trace_level 20
}
#default{texture{finish{ambient 0}}}
#include "functions.inc"
#declare Modelling=off;
#declare ShowPlanet=on;
#declare ShowWater=on;
#declare ShowClouds=on;
#declare ShowRings=on;
// Begin addition by Yadgar
Stars(7, 1024, 40, 1.3)
// End addition by Yadgar
// *** PLANET ***
// planet texture
#declare t_planet=
pigment{
onion warp { turbulence 0.1 /*lambda 33 */ }
color_map{
[.7 rgb <.3,.2,.05>] // sand
[.8 rgb <0,.1,0>] // green
[.99 rgb <.1,.05,.01>]//<.1,.2,.01>] // green
}
scale 1/(<1.01,.995,1.01>)
}
#declare t_planet=
texture{
pigment{
onion scale <1.01,.995,1.01>
turbulence .05
lambda 2.5
omega 1.2
pigment_map{
[0 rgb 1]
[.05 t_planet ]
[.95 t_planet ] // sand
[1 rgb 1]//<.1,.2,.01>]
}
}
#if(!Modelling)
normal{granite .001 scale .00001}
#end
finish{specular .1 }
}
#declare Scalar=<4,1,4>;
#declare Rotar=<-15,0,0>;
// Cloud texture
#declare t_clouds=
texture{
pigment{
wrinkles scale <100,50,100>*22
turbulence <1,2,1>
lambda 2.5
omega 1.3
warp { turbulence <10,0,10>*.1
//lambda 3
omega 1.2
}
color_map{
[0 rgb 1 transmit 1]
[.3 rgb 1 transmit .9]
[1 rgb 1 transmit 0]
}
rotate y*15
scale<0.021,0.02,0.021>/Scalar
rotate -Rotar
}
}
// Cloud texture
#declare t_clouds=
texture{ wrinkles rotate Rotar
scale Scalar
//lambda 2.5
omega 1.3
texture_map{
[0 t_clouds ]
[.3 pigment {rgb 1 transmit 1}]
[.5 t_clouds]
[.7 pigment {rgb 1 transmit 1}]
[1 t_clouds ]
}
}
// }
// Planet
#declare Planet=
union{
isosurface{ // Copied from Jaime's LightSys Space Demo scene
function{(x*x+y*y+z*z-1)+f_granite(x*2,y*2,z*2)*f_agate(x,y,z)*.05}
max_gradient 3.8
contained_by{sphere{0,1}}
texture{t_planet scale .02}
scale y*1.002
}
#if(ShowWater)
sphere{0,1 // water
pigment{gradient y scale 2 translate y
turbulence .1
lambda 7
colour_map{
[0 rgbt<1,1,1,0> ]
[.15 rgb <0,.05,.2> transmit
.3*(!Modelling)]
[.9 rgb <0,.05,.2> transmit
.3*(!Modelling)]
[1 rgbt<1,1,1,0> ]
}
}
finish{specular .2 metallic brilliance 2}
#if(!Modelling)
interior{fade_distance .003 fade_color rgb
<0,0,.1>}
#end
scale .996
}
#end
#if(!Modelling)
sphere{0,1 // Atmosphere
pigment{colour rgbt 1}
interior{
media {
// (---general values---)
intervals 10 // number of
intervals used for sampling [10]
samples 1,1 //minimum and
maximum number of samples taken per interval [1,1]
confidence 0.9 // statistic
parameter higher->better quality [0.9]
variance 1.0/128 // statistic
parameter lower->better quality [1.0/128]
ratio 0.9 // distribution
between lit and unlit areas [0.9]
scattering {2, rgb 10 }
//method 3 //adaptive
sampling
density {onion
color_map{
[.89 rgb .5] // earth
[.93 rgb <0,.5,.6>*.5]//
[.98 rgb <0,0,.1>]//
[1 rgb 0 ]//
}
}
}
}
rotate y*90
scale 1.05
hollow
double_illuminate
}
#end
#if(ShowClouds)
union{
sphere{0,1.01 texture{t_clouds }}
rotate y*45
hollow //double_illuminate
}
#end
}
// placement
union{ #if(ShowRings)
disc {<0, 0, 0> y, 1.0, .7 // -O- RINGs -O-
pigment{spherical
cubic_wave
colour_map{
[0 rgbft <0,0,0, 1,1>]
[.01 rgbft <.4,.3,.2, 0,.1>]
[.015 rgbft <.3,.3,.3, .1,.7>]
[.03 rgbft <.35,.3,.25, 0,.1>]
[.04 rgbft <.1,.21,.3, .1,.9>]
[.07 rgbft <.3,.21,.1, .2,.5>]
//
[.12 rgbft <.25,.2,.15, 0,.1>]
[.12 rgbft <.25,.2,.15, 0,.1>]
[.18 rgbft <.2,.2,.25, .1,.7>]
[.20 rgbft <.3,.2,.1, 0,.1>]
[.22 rgbft <0,0,0, 1,1>]
}
}
normal{granite .001 scale .00001}
finish{diffuse 1}
scale 2
hollow
double_illuminate
rotate <40,0,30>
}
#end
object{Planet rotate z*90}
scale .3
translate <0,0,0>
}
/////////////// New Addition by Nekar Xenos //////
#declare ShipScale=.01;
#declare SpaceShip =
union{ // space ship
difference{
union{
sphere{0,1 scale <.2,.2,2>
pigment{colour rgb <0,0,1>}
normal{cells 1000 scale.2 }
finish {ambient 0 specular 1 reflection 1
metallic}
//interior{ior 1.5}
}
}
sphere{0,1 scale <.2,.2,.5> pigment{colour rgbt 1}
translate -2*z }
sphere{0,1 scale <.2,.2,.5> translate 2*z
pigment{colour rgbt <0,0,1,.5>} }
interior {fade_power 1001 fade_distance .1*ShipScale
fade_color <0, 1,1> }
}
sphere{0,1 scale <.1,.1,.05>
pigment{colour rgbt <0,.5,1,.9>}
normal{bozo 10 scale .01 turbulence .1 }
finish {reflection{0,<.8,.9,1>}}
interior {fade_power 1001 fade_distance .15*ShipScale
fade_color <0,.5, 1> }
translate 1.6*z
}
sphere{0,1 scale <.12,.12,.12>
pigment{colour rgbt 1}
interior {fade_power 1001 fade_distance .1*ShipScale
fade_color <0, .5,1.5> }
translate 1.6*z
}
torus{.9,.1 scale .12 rotate x*90 translate 1.6*z
pigment{colour rgb .1}
finish {specular .6 reflection {.1,1} }
}
//sphere {0,1 scale <.3,.3,2.1>pigment{colour rgbt
<0,0,1,1>}normal{bozo .1} finish{reflection {0,.5}} }
//no_shadow
}
object{SpaceShip scale ShipScale rotate <45,80,0> translate <.02,.484,.007>}
/////////////////////////////////////////////////
light_source{0,4
fade_power 2
translate <2,.1,.5>
}
camera{
location <0,.5,0>
//up y
right x*image_width/image_height
look_at .5*x //<0,-.3,1> //<0,-.4,1>
}
// End of file
Post a reply to this message
Attachments:
Download 'Planet3.png' (294 KB)
Preview of image 'Planet3.png'
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#macro radec2pos(h,m,dec)
#local ra=h*15+m*0.25;
<cos(radians(ra))*cos(radians(dec)), sin(radians(dec)),
sin(radians(ra))*cos(radians(dec))>
#end
/* VENUS
echov(radec2pos(18,11,67.16))
echov(radec2pos(18,11,67.16))
*/
// NorthPoles from RaDec Wiki
#declare Yp = array[11] {
<0.122353441903628, 0.897797192115935, -0.423071905334163>
<0.091274333318625, 0.87840046198445, -0.469128579882686>
<0.018690819744392, 0.921592341274493, -0.387708924015789>
<0.0, 1.0, 0.0>
<0.446158464461141, 0.797442047751279, -0.406237375272049>
<-0.014654507041372, 0.902510203469804, -0.430419072598169>
<0.085438088017201, 0.993650637868801, 0.073203435567528>
<0.212015998366143, 0.261768361853467, 0.941555384015917>
<0.358536930454372, 0.681359937097356, -0.638122171389651>
<-0.673685502106019, -0.15798530500782, 0.72193385268579>
<0.0,1.0,0.0>
}
#declare Xp = array[11] {
vnormalize(vcross(Yp[0],<0,1,0>))
vnormalize(vcross(Yp[1],<0,1,0>))
vnormalize(vcross(Yp[2],<0,1,0>))
<1.0, 0.0, 0.0>
vnormalize(vcross(Yp[4],<0,1,0>))
vnormalize(vcross(Yp[5],<0,1,0>))
vnormalize(vcross(Yp[6],<0,1,0>))
vnormalize(vcross(Yp[7],<0,1,0>))
vnormalize(vcross(Yp[8],<0,1,0>))
vnormalize(vcross(Yp[9],<0,1,0>))
<1.0,0.0,0.0>
}
#declare Zp = array[11] {
vnormalize(vcross(Xp[0],Yp[0]))
vnormalize(vcross(Xp[1],Yp[1]))
vnormalize(vcross(Xp[2],Yp[2]))
<0.0, 0.0, 1.0>
vnormalize(vcross(Xp[4],Yp[4]))
vnormalize(vcross(Xp[5],Yp[5]))
vnormalize(vcross(Xp[6],Yp[6]))
vnormalize(vcross(Xp[7],Yp[7]))
vnormalize(vcross(Xp[8],Yp[8]))
vnormalize(vcross(Xp[9],Yp[9]))
<0.0, 0.0, 1.0>
}
// example
// rotate <0,rate[2]*days,0>
// Venusmatrix = matrix
<Xp[2].x,Xp[2].y,Xp[2].z,Yp[2].x,Yp[2].y,Yp[2].z,Zp[2].x,Zp[2].y,Zp[2].z,0,0,0>
/*
alias rates {
; (name,daily motion in host rads per day) return degrees per day rotation for
planets and moons
if (!$1) return 0
if ($1 == mercury) return 6.138505
if ($1 == venus) return -1.481369
if ($1 == earth) return 360.98564736
if ($1 == earth-blued1024) return 360.985626
if ($1 == mars) return 350.891899
if ($1 == jupiter) return 870.536642
if ($1 == saturn) return 801.1126565
if ($1 == uranus) return -501.16242
if ($1 == neptune) return 536.312849
if ($1 == pluto) return -56.36246
if ($1 == planet-x) return 187.0
var %sync = $rad2deg($2)
if ($1 == triton) return $calc(%sync * -1)
return %sync
}
rates are *-1 because rotate <0,-n,0> lookin down = counterclockwise - (sun sets
in the west)
then we have deltaRot alignment: I have 2, earth and mars
%br.longs 0 0 5.0 40.0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0
thinking earth should be 0 and 5 is hardly detectable but seemed to look better
in my right-hand planetarium
I guess its up to me, since no one is going for it.
And anyone else has plenty of data to get started.
Peace,aQ
(unless you prefer violence)
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No one is going to be able to use my plantetarium if I compile a ctime
identifier.
time_t t;
/* GMT in seconds since January 1, 1970 */
t = time(NULL);
srand(t);
days = t / 3600.0 / 24.0 - 10092.0;
Seems 3.6.1 lacks such but megapov has time date.
Someone needs to give me GMT in seconds since January 1, 1970 in some usable pov
script or this is going die.
I have created and mapped milkway mesh as milkyway.inc
planets.inc is done except for ctime.
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Nekar Xenos escribió:
> Hear's my suggestion for this ping-pong round.
Okay, let's add a new "rule": If the thread dies for a while, somebody
please start over with a new scene!
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Nicolas Alvarez <nic### [at] gmailisthebestcom> wrote:
> Nekar Xenos escribió:
> > Hear's my suggestion for this ping-pong round.
>
> Okay, let's add a new "rule": If the thread dies for a while, somebody
> please start over with a new scene!
I think that means a new pingpong thread and new scene.
OK well, asking is really dead! lol
I figured out how to set julian AND ctime! woo hoo
#macro round(f,n)
#local c = floor(pow(10.0,n));
#local dd = 0.5 / c;
#local dd = dd + abs(f);
#local dd = dd * c;
#local dd=floor(dd);
#local dd = dd/c;
#if (f < 0.0) #local dd = dd * -1; #end
(dd)
#end
#macro julian(Y,M,D)
#if (M < 3)
#local Y = Y - 1;
#local M = M + 12;
#end
#local A = floor(Y / 100.0);
#local B = 2 - A + floor(A / 4.0);
#local J = floor(365.25 * (Y + 4716.0)) + floor(30.6001 * (M + 1)) + D + B -
1524.5;
J
#end
#macro j2ctime(j)
//j2ctime(julian)
#local s = j - 2440587.5;
#local d = floor(s) * 86400;
#local s = s - floor(s);
#local s = s * 100000;
round(s/1.157407407+d,0)
#end
/*
#version unofficial MegaPov 1.21; // 1.1 will work. but both freaking things
only have the program opening time!!
#declare JD = julian(val(date("%Y")),val(date("%m")),val(date("%d")));
echof(JD)
echof(j2ctime(JD))
echof(JD) */
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Ok I really need to learn how to take breaks as opposed to beating my head
against the keyboard.
layed down for 5 seconds and realized, DOH! the time you foo.
straight sux.
someone tell me to go to bed.
tomorrow I'll post it iwth th etime.
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something more like this
#macro round(f,n)
#local c = floor(pow(10.0,n));
#local dd = 0.5 / c;
#local dd = dd + abs(f);
#local dd = dd * c;
#local dd=floor(dd);
#local dd = dd/c;
#if (f < 0.0) #local dd = dd * -1; #end
(dd)
#end
#declare DST = 1;
#declare TimeZone = 8-DST; // inlcude DST
#macro julian(Y,M,D)
#if (M < 3)
#local Y = Y - 1;
#local M = M + 12;
#end
#local A = floor(Y / 100.0);
#local B = 2 - A + floor(A / 4.0);
#local J = floor(365.25 * (Y + 4716.0)) + floor(30.6001 * (M + 1)) + D + B -
1524.5;
#local H = val(date("%H"))+TimeZone;
#local M = val(date("%M"));
#local S = val(date("%S"));
#local J = J + ((H*3600 + M*60 + S)/86400);
J
#end
#macro j2ctime(j)
//j2ctime(julian)
#local s = j - 2440587.5;
#local d = floor(s) * 86400;
#local s = s - floor(s);
#local s = s * 100000;
round(s/1.157407407+d,0)
#end
#version unofficial MegaPov 1.21;
#declare JD = julian(val(date("%Y")),val(date("%m")),val(date("%d")));
echof(JD)
echof(j2ctime(JD))
echof(JD)
I found timezone strings not numbers, if it doesnt exist, (who knows)
then !strcmp a list of tz strings and return a num for full automation.
But that still leaves DST that bush has screwedup, man I thought I was stupid.
that moron takes the effin cake
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alphaQuad escribió:
> someone tell me to go to bed.
>
> tomorrow I'll post it iwth th etime.
>
Go to bed.
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j2ctime() was just plain wrong. It wasnt easy with DST messed up.
I have run it and then alt-tab'ed to trusted ctime - perfect.
Had to adjust for messed-up DST before the result could be checked.
#macro j2ctime(j)
#local s = j - 2440587.5;
#local d = s * 86400;
round(d,0)
#end
Straight up easy.
Having been tortured doesnt makes this any easier. You may have noticed
something. Now you know.
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3rd one for me. Tried to establish vcross rules of order but used one way for
planets and the reverse for everything else. if mem serves.
Flubbed the milkyWay matrix. Tried to fix it and rotation was the wrong
direction but reversed the map. Much as it may seem that I like doing things 3
times, I don’t. Map was mirrored to fix it. Same result.
I don’t know if I am going to do the some 100 moons, but earth's moon is done.
I avoided scaling everything perfectly just to test the nuts and bolts, awesome
task. Now scale needs to be corrected.
Probably wont post it until this scale stuff is done. I don’t know when. But if
you think you can handle it, the nuts and bolts are available for the asking;
plus 12 maps at one of my sites.
http://home.earthlink.net/~gamma-quadrant/pl-maps.zip
Earth travels in the zodiac with the sun 180 between Aries and Pisces, here is
the current night sky (half the labels) with no back stars to waste resources,
still hoping for a star object.
//Mar 28 2008 17:37:44
#declare JulianDate = 2454554.23453;
#declare ctime = 1206725863;
Post a reply to this message
Attachments:
Download 'planetarium.png' (65 KB)
Preview of image 'planetarium.png'
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Added a moon and made it a double planet.
/////////////////////////////////////
// Begin addition by Yadgar
// Star coordinates from Erich KARKOSCHKA, Atlas für Himmelsbeobachter
// (Atlas for Skywatchers) (C) 1997 Franckh-Kosmos Verlags-GmbH & Co.,
//Stuttgart, Germany
// This PoV-Ray implementation (C) 2003-2008 Jörg 'Yadgar' Bleimann -
//yazdegird@gmx.de
// [0] Visual brightness in orders of magnitude
// [1] Rectascension, hours
// [2] Rectascension, minutes
// [3] Declination, degrees
// Flam- Bayer Constel- Name Notes
#declare Cat=array[900][4] // steed lation
{
{ 4.5, 2, 2, 70.91 } // 48 Cas
//// multiple
{ 4, 2, 3.4, 72.42 } // 50 Cas
{ 2, 2, 31.8, 89.26 } // 1 (alpha) UMi (Polaris)
{ 4.8, 12, 49.2, 83.41 } // 78 Cam (32 Cam)
//// multiple
{ 4.3, 14, 27.5, 75.7 } // 5 UMi
{ 2.1, 14, 50.7, 74.16 } // 7 (beta) UMi (Kokhab)
{ 3, 15, 20.7, 71.83 } // 13 (gamma) UMi (Ferkad)
{ 4.3, 15, 44.1, 77.79 } // 16 (zeta) UMi
{ 5, 16, 17.5, 75.76 } // 21 (eta) UMi
{ 4.2, 16, 46, 82.04 } // 22 (epsilon) UMi
{ 4.4, 17, 32.2, 86.59 } // 23 (delta) UMi
{ 5.1, 18, 0.1, 80 } // 40+41 Dra
//// multiple
{ 5.1, 20, 28, 81.43 } // 75 Dra
//// multiple
{ 2.1, 0, 8.4, 29.09 } // 21 (alpha) And (Alferatz, Zirrah)
{ 3.3, 0, 39.3, 30.86 } // 31 (delta) And
{ 4.5, 0, 49.8, 41.08 } // 35 (ny) And
{ 3.9, 0, 56.8, 38.5 } // 37 (my) And
{ 2.1, 1, 9.7, 35.62 } // 43 (beta) And (Mirakh)
{ 4.1, 1, 36.8, 41.41 } // 50 (upsilon) And 3
//planets!
{ 3.6, 1, 38, 48.63 } // 51 And
{ 4 , 1, 43.7, 50.69 } // (phi) Per
{ 3.4, 1, 53.1, 29.58 } // 2 (alpha) Tri (Elmuthalleth)
{ 5, 1, 56, 37.26 } // 56 And
//// multiple
{ 2.1, 2, 3.9, 42.33 } // 57 (gamma) And (Alamak)
//// multiple
{ 3, 2, 9.5, 34.99 } // 4 (beta) Tri
{ 5.6, 2, 10.9, 39.04 } // 59 And
//// multiple
{ 4.9, 2, 12.4, 30.3 } // 6 (iota) Tri
//// multiple
{ 4, 2, 17.3, 33.85 } // 9 (gamma) Tri
{ 5.1, 2, 35.8, 34.7 } // 15 Tri
//// multiple
{ 8, 2, 37, 34.26 } // R Tri
//// fluctuating
{ 2.3 0, 9.2, 59.15 } // 11 (beta) Cas (Kaf)
{ 4.7, 0, 31.8, 54.52 } // 14 (lambda) Cas
{ 3.7, 0, 37, 53.9 } // 17 (zeta) Cas
{ 2.2, 0, 40.5, 56.54 } // 18 (alpha) Cas (Shedir)
{ 3.4, 0, 49.1, 57.82 } // 24 (eta) Cas (Akhird)
//// multiple
{ 2.35, 0, 56.7, 60.72 } // 27 (gamma) Cas
{ 4.8, 1, 20.1, 58.23 } // 34 (phi) Cas
//// multiple
{ 2.7, 1, 25.8, 60.24 } // 37 (delta) Cas (Rukhbah)
{ 3.4, 1, 54.4, 63.67 } // 45 (epsilon) Cas
{ 4.5, 2, 29.1, 67.4 } // iota Cas
//// multiple
{ 5.95 2, 52, 68.89 } // SU Cas
//// fluctuating
{ 4.3, 4, 54.1, 66.34 } // 9 (alpha) Cam
{ 4, 5, 3.4, 60.44 } // 10 (beta) Cam
//// multiple
{ 4.8, 5, 6.2, 58.98 } // 11+12 Cam
//// multiple
{ 4.2, 2, 50.6, 38.32 } // 16 Per
{ 3.8, 2, 50.7, 55.9 } // 15 (eta) Per
{ 3.9, 2, 54.3, 52.76 } // 18 (tau) Per
{ 2.9, 3, 4.8, 53.51 } // 23 (gamma) Per
{ 3.4, 3, 5.2, 38.84 } // 25 (rho) Per
//// fluctuating
{ 2.75, 3, 8.2, 40.96 } // 26 (beta) Per (Algol)
//// fluctuating
{ 4.1, 3, 9.1, 49.61 } // iota Per
{ 3.8, 3, 9.5, 44.86 } // 27 (kappa) Per
{ 1.8, 3, 24.3, 49.86 } // 33 (alpha) Per (Mirfak)
{ 3, 3, 42.9, 47.79 } // 39 (delta) Per
{ 3.8, 3, 44.3, 32.39 } // 38 (omikron) Per (Atik)
{ 3.8, 3, 45.2, 42.58 } // 41 (ny) Per
{ 2.8, 3, 54.1, 31.88 } // 44 (zeta) Per
{ 2.9, 3, 57.9, 40.01 } // 45 (epsilon) Per
//// multiple
{ 4, 3, 59, 35.79 } // 46 (xi) Per (Menkib)
{ 4, 4, 8.7, 47.71 } // 48 (upsilon) Per
{ 4.1, 4, 14.9, 48.41 } // 51 (my) Per
{ 5.4 4, 32, 53.91 } // 1 Cam
//// multiple
{ 5.6, 4, 33.4, 43.05 } // 57 Per
//// multiple
{ 5.4, 4, 40, 53.47 } // 2 Cam
//// multiple
{ 2.7, 4, 57, 33.17 } // 3 (iota) Aur
{ 4.9, 4, 59.3, 37.89 } // 4 (omega) Aur
//// multiple
{ 3.4, 5, 2, 43.82 } // 7 (epsilon) Aur
//// fluctuating
{ 3.85, 5, 2.5, 41.08 } // 8 (zeta) Aur
//// fluctuating
{ 3.2, 5, 6.5, 41.23 } // 10 (eta) Aur
{ 4.9, 5, 15.4, 32.69 } // 14 Aur
//// multiple
{ 0.1, 5, 16.7, 46 } // 13 (alpha) Aur (Capella)
{ 5.4, 5, 38.6, 30.49 } // 26 Aur
{ 4, 5, 51.5, 39.15 } // 32 (ny) Aur
{ 3.7, 5, 59.5, 54.28 } // 33 (delta) Aur
{ 1.9, 5, 59.5, 44.95 } // 34 (beta) Aur (Menkalinan)
{ 2.6, 5, 59.7, 37.21 } // 37 (theta) Aur
//// multiple
{ 5.8, 6, 11.6, 48.71 } // 41 Aur
//// multiple
{ 5.1, 6, 26.8, 58.42 } // 5 Lyn
//// multiple
{ 5.35, 6, 28.6, 30.49 } // 48 Aur (RT Aurigae)
//// fluctuating
{ 4.8, 6, 46.2, 59.44 } // 12 Lyn
//// multiple
{ 4.4, 6, 57.3, 58.42 } // 15 Lyn
{ 5.3, 7, 22.9, 55.29 } // 19 Lyn
//// multiple
{ 4.3, 8, 22.8, 43.19 } // 31 Lyn
{ 3.35, 8, 30.3, 60.72 } // 1 (omikron) UMa
//// fluctuating
{ 3.1, 8, 59.2, 48.02 } // 9 (iota) UMa (Talitha)
{ 4, 9, 0.6, 41.78 } // 10 UMa
{ 3.6, 9, 3.6, 47.16 } // 12 (kappa) UMa
{ 3.8, 9, 18.8, 36.8 } // 38 Lyn
//// multiple
{ 3.1, 9, 21.1, 34.39 } // 40 (alpha) Lyn
{ 5.3, 9, 28.7, 45.6 } // 41 Lyn
//// multiple
{ 3.7, 9, 31.5, 63.06 } // 23 UMa
{ 3.2, 9, 32.9, 51.68 } // 25 (theta) UMa
{ 4.5, 9, 34.5, 69.83 } // 24 UMa
{ 3.8, 9, 51, 59.04 } // 29 (ny) UMa
{ 4.2, 10, 27.9, 36.71 } // 31 (beta) LMi
{ 3.8, 10, 53.3, 34.21 } // 46 (omikron) LMi
{ 3.5, 10, 17.1, 42.91 } // 33 (lambda) UMa (Tania Borealis)
{ 3.1, 10, 22.3, 41.5 } // 34 (my) UMa (Tania Australis)
{ 6, 10, 45.1, 67.41 } // VY UMa
//// fluctuating
{ 2.3, 11, 1.8, 56.38 } // 48 (beta) UMa (Merak)
{ 1.8, 11, 3.7, 61.75 } // 50 (alpha) UMa (Dubhe)
{ 3.0, 11, 9.7, 44.5 } // 52 (psi) UMa
{ 3.7, 11, 46.1, 47.78 } // 63 (chi) UMa
{ 2.4, 11, 53.8, 53.69 } // 64 (gamma) UMa (Phegda, Phad)
{ 3.3, 12, 15.4, 57.03 } // 69 (delta) UMa (Megrez)
{ 1.8, 12, 54, 55.96 } // 77 (epsilon) UMa (Alioth)
{ 4.9, 13, 0.7, 56.37 } // 78 UMa
//// fluctuating
{ 2, 13, 23.9, 54.93 } // 79 (zeta) UMa (Mizar)
{ 4, 13, 25.2, 54.99 } // 80 UMa (Alkor)
{ 1.9, 13, 47.5, 49.31 } // 85 (eta) UMa (Alkaid, Benetnasch)
{ 3.8, 11, 18.2, 31.53 } // 53 (xi) UMa (Alula Australis)
//// multiple
{ 3.5, 11, 18.5, 33.09 } // 54 (ny) UMa (Alula Borealis)
{ 4.2, 12, 33.7, 41.36 } // 8 (beta) CVn
{ 5.4, 12, 45.1, 45.44 } // Y CVn
//// fluctuating
{ 2.8, 12, 56, 38.32 } // 12 (alpha) CVn (Cor Caroli)
//// multiple
{ 5.3, 13, 9.9, 38.51 } // 17,15 CVn
//// multiple
{ 4.8, 13, 37.5, 36.29 } // 25 CVn
//// multiple
{ 4.4, 14, 13.5, 51.79 } // 17 (kappa) Boo
// multiple
{ 4.7, 14, 16.2, 51.37 } // 21 (iota) Boo
// multiple
{ 4, 14, 25.2, 51.85 } // 23 (theta) Boo
{ 3, 14, 32.1, 38.31 } // 27 (gamma) Boo (Ceginus)
{ 5.7, 14, 49.7, 48.72 } // 39 Boo
// multiple
{ 3.5, 15, 1.9, 40.39 } // 42 (beta) Boo (Nekkar)
{ 4.8, 15, 3.8, 47.65 } // i Boo
// multiple, // fluctuating
{ 3.4, 15, 15.5, 33.31 } // 49 (delta) Boo
// multiple
{ 4.2, 15, 24.5, 37.38 } // 51 (my) Boo (Alkalurops)
// multiple
{ 4.6, 15, 39.4, 36.64 } // 7 (zeta) CrB
// multiple
{ 4.2, 16, 8.8, 44.93 } // 11 (phi) Her
{ 5.2, 16, 17.4, 33.86 } // 17 (sigma) CrB
// multiple
{ 3.9, 16, 19.7, 46.31 } // 22 (tau) Her
{ 4.85,16, 28.6, 41.88 } // 30 (g) Her
//// fluctuating
{ 4.2, 16, 34.1, 42.44 } // 35 (sigma) Her
{ 2.8, 16, 41.3, 31.6 } // 40 (zeta) Her
{ 3.5, 16, 42.9, 38.92 } // 44 (eta) Her
{ 3.9, 17, 0.3, 30.93 } // 58 (epsilon) Her
{ 3.2, 17, 15, 36.81 } // 67 (pi) Her
{ 5.15,17, 17.3, 33.1 } // 68 (u) Her
//// fluctuating
{ 4.1, 17, 23.7, 37.15 } // 75 (rho) Her
// multiple
{ 3.8, 17, 39.5, 46.01 } // 85 (iota) Her
{ 3.9, 17, 56.3, 37.25 } // 91 (theta) Her
{ 3.8, 11, 31.4, 69.33 } // 1 (lambda) Dra (Giauzar)
{ 3.9, 12, 33.5, 69.76 } // 5 (kappa) Dra
{ 3.7, 14, 4.4, 64.38 } // 11 (alpha) Dra (Thuban)
{ 3.3, 15, 24.9, 58.97 } // 12 (iota) Dra (Edasich)
{ 4, 16, 1.9, 58.57 } // 13 (theta) Dra
{ 2.7, 16, 24, 61.51 } // 14 (eta) Dra
{ 4.5, 16, 36.2, 52.91 } // 17,16 Dra
// multiple
{ 4.9, 17, 5.3, 54.47 } // 21 (my) Dra
// multiple
{ 3.2, 17, 8.8, 65.71 } // 22 (zeta) Dra
{ 2.8, 17, 30.4, 53.3 } // 23 (beta) Dra (Rastaben)
{ 4.1, 17, 32.2, 55.18 } // 25,24 (ny) Dra
// multiple
{ 5.2, 17, 35, 61.87 } // 26 Dra
// multiple
{ 4.3, 17, 41.9, 72.15 } // 31 (psi) Dra
// multiple
{ 3.7, 17, 53.5, 56.87 } // 32 (xi) Dra (Grumium)
{ 2.2, 17, 56.6, 51.49 } // 33 (gamma) Dra (Ettanin)
{ 3.6, 18, 21.1, 72.73 } // 44 (chi) Dra
{ 4.9, 18, 23.9, 58.8 } // 39 Dra
// multiple
{ 3.1, 19, 12.6, 67.66 } // 57 (delta) Dra (Altais)
{ 3.8, 19, 48.2, 70.27 } // 63 (epsilon) Dra
// multiple
{ 4.3, 18, 19.9, 36.06 } // 1 (kappa) Lyr
{ 0, 18, 36.9, 38.78 } // 3 (alpha) Lyr (Vega)
{ 3.9, 18, 44.4, 39.64 } // 5,4 (epsilon) Lyr
// multiple
{ 4.1, 18, 44.8, 37.6 } // 6,7 (zeta) Lyr
// multiple
{ 3.75,18, 50.1, 33.36 } // 10 (beta) Lyr (Sheliak)
// fluctuating, // multiple
{ 4.2, 18, 54.5, 36.9 } // 12 (delta-2) Lyr
{ 4.15,18, 55.3, 43.95 } // 13 (R) Lyr
// fluctuating
{ 3.2, 18, 58.9, 32.69 } // 14 (gamma) Lyr (Sulaphat)
{ 3.8, 19, 17.1, 53.37 } // 1 (kappa) Cyg
{ 3.8, 19, 29.7, 51.73 } // 10 (iota) Cyg
{ 2.9, 19, 30.7, 27.96 } // 6 (beta) Cyg (Albireo)
// multiple
{ 4.3, 19, 36.4, 50.22 } // 13 (theta) Cyg
// multiple
{ 5.4, 19, 41.8, 50.52 } // 16 Cyg
// multiple
{ 2.9, 19, 45, 45.13 } // 18 (delta) Cyg
// multiple
{ 9, 19, 50.6, 32.91 } // (chi) Cyg
// fluctuating
{ 4.9, 19, 55.6, 52.44 } // 24 (psi) Cyg
// multiple
{ 3.9, 19, 56.3, 35.08 } // 21 (eta) Cyg
{ 3.4, 20, 13.6, 46.76 } // 31 (omikron-1) Cyg
// multiple
{ 4.6, 20, 14.6, 36.8 } // 29 Cyg
// multiple
{ 4, 20, 15.5, 47.71 } // 32 (omikron-2) Cyg
{ 4.8, 20, 17.8, 38.03 } // 34 (P) Cyg
// fluctuating
{ 2.2, 20, 22.2, 40.26 } // 37 (gamma) Cyg (Sadr)
{ 4, 20, 29.4, 30.37 } // 41 Cyg
{ 5.1, 20, 31.2, 49.22 } // 46 (omega-2) Cyg
{ 1.3, 20, 41.4, 45.28 } // 50 (alpha) Cyg (Deneb)
{ 4.2, 20, 45.7, 30.72 } // 52 Cyg
{ 2.5, 20, 46.2, 33.97 } // 53 (epsilon) Cyg
{ 4.5, 20, 47.4, 36.49 } // 54 (lambda) Cyg
// multiple
{ 5.75,20, 51.5, 28.25 } // T Vul
// fluctuating
{ 3.9, 20, 57.2, 41.17 } // 58 (ny) Cyg
{ 3.7, 21, 4.9, 43.93 } // 62 (xi) Cyg
{ 3.2, 21, 12.9, 30.23 } // 64 (zeta) Cyg
{ 3.4, 20, 45.3, 61.84 } // 3 (eta) Cep
{ 7.8, 21, 9.5, 68.49 } // T Cep
// fluctuating
{ 2.5, 21, 18.6, 62.59 } // 5 (alpha) Cep (Alderamin)
{ 3.2, 21, 28.7, 70.56 } // 8 (beta) Cep (Alfirk)
// multiple
{ 4.2, 21, 43.5, 58.78 } // my Cep
// fluctuating
{ 4.3, 22, 3.8, 64.63 } // 17 (xi) Cep
// multiple
{ 3.4, 22, 10.9, 58.2 } // 21 (zeta) Cep
{ 4.2, 22, 15, 57.04 } // 23 (epsilon) Cep
{ 3.8, 22, 29.2, 58.42 } // 27 (delta) Cep
// fluctuating, // multiple
{ 3.5, 22, 49.7, 66.2 } // 32 (iota) Cep
{ 4.4, 23, 7.9, 75.39 } // 33 (pi) Cep
// multiple
{ 4.7, 23, 18.6, 68.11 } // 34 (omikron) Cep
// multiple
{ 4.9, 23, 24.8, 62.28 } // 4 Cas
// multiple
{ 4.8, 23, 30, 58.55 } // AR Cas
// multiple
{ 3.2, 23, 39.3, 77.63 } // 35 (gamma) Cep (Errai)
{ 4.5, 23, 54.4, 57.5 } // 7 (rho) Cas
// fluctuating
{ 4.9, 23, 59, 55.76 } // 8 (sigma) Cas
// multiple
{ 4.8, 21, 6.9, 38.75 } // 61 Cyg
// multiple
{ 3.7, 21, 14.8, 38.05 } // 65 (tau) Cyg
{ 4.2, 21, 17.4, 39.39 } // 67 (sigma) Cyg
{ 4, 21, 34, 45.59 } // 73 (rho) Cyg
{ 5.8, 21, 36, 45.37 } // W Cyg
// fluctuating
{ 5.4, 21, 43.5, 38.29 } // 79 Cyg
// multiple
{ 4.4, 21, 44.2, 28.75 } // 78 (my) Cyg
// multiple
{ 4.2, 21, 46.8, 49.31 } // 81 (pi˛) Cyg
{ 4.1, 22, 16, 37.75 } // 1 Lac
{ 4.6, 22, 21, 46.54 } // 2 Lac
{ 4.4, 22, 23.6, 52.23 } // 3 (beta) Lac
{ 4.6, 22, 24.5, 49.48 } // 4 Lac
{ 4.3, 22, 29.5, 47.71 } // 5 Lac
{ 3.8, 22, 31.3, 50.28 } // 7 (alpha) Lac
{ 5.3, 22, 35.9, 39.63 } // 8 Lac
// multiple
{ 3.6, 23, 1.9, 42.33 } // 1 (omikron) And
{ 3.85,23, 37.6, 46.46 } // 16 (lambda) And
// fluctuating
{ 4.3, 23, 38.1, 43.27 } // 17 (iota) And
{ 4.1, 23, 40.4, 44.33 } // 19 (kappa) And
{ 5.4, 0, 9.4,-27.99 } // (kappa1) Scl
// multiple
{ 3.6, 0, 19.4, -8.82 } // 8 (iota) Cet
{ 5.7, 0, 21.8,-20.06 } // T Cet
// fluctuating
{ 2, 0, 43.6,-17.99 } // 16 (beta) Cet (Deneb Kaitos)
{ 4.3, 0, 58.6,-29.36 } // (alpha) Scl
{ 3.5, 1, 8.6,-10.18 } // 31 (eta) Cet
{ 5, 1, 14.4, -7.92 } // 37 Cet
// multiple
{ 3.6, 1, 24, -8.18 } // 45 (theta) Cet
{ 5.7, 1, 36.1,-29.91 } // (tau) Scl
// multiple
{ 3.5, 1, 44.1,-15.94 } // 52 (tau) Cet
{ 4.5, 1, 49.6,-10.69 } // 53 (chi) Cet
// multiple
{ 3.7, 1, 51.5,-10.33 } // 55 (zeta) Cet (Baten Kaitos)
{ 4, 2, 0, -21.08 } // 59 (ny) Cet
{ 5.5, 2, 12.8, -2.39 } // 66 Cet
// multiple
{ 6.3, 2, 19.3, -2.98 } // 68 (omikron) Cet (Mira)
// fluctuating
{ 4.3, 2, 28.2, 8.46 } // 73 (xi˛) Cet
{ 4.9, 2, 33.8,-28.23 } // (omega) For
// multiple
{ 4.1, 2, 39.5, 0.33 } // 82 (delta) Cet
{ 3.5, 2, 43.3, 3.24 } // 86 (gamma) Cet
// multiple
{ 4.2, 2, 44.1,-13.86 } // 89 (pi) Cet
{ 4.3, 2, 44.9, 10.11 } // 87 (my) Cet
{ 2.5, 3, 2.3, 4.09 } // 92 (alpha) Cet (Menkar)
{ 2.8, 0, 13.2, 15.18 } // 88 (gamma) Peg (Algenib)
{ 5.8, 0, 15, 8.82 } // 35 Psc
// multiple
{ 5, 0, 28, 17.89 } // 47 Psc (TV Piscium)
// fluctuating
{ 4.1, 0, 47.3, 24.27 } // 34 (zeta) And
{ 4.4, 0, 48.7, 7.59 } // 63 (delta) Psc
{ 5.5, 0, 49.9, 27.71 } // 65 Psc
// multiple
{ 5.5, 0, 55, 23.63 } // 36 And
// multiple
{ 4.3, 1, 2.9, 7.89 } // 71 (epsilon) Psc
{ 4.7, 1, 5.7, 21.47 } // 74 (psi1) Psc
// multiple
{ 4.9, 1, 13.7, 7.58 } // 86 (zeta) Psc
// multiple
{ 3.6, 1, 31.5, 15.35 } // 99 (eta) Psc
{ 4.4, 1, 41.4, 5.49 } //106 (ny) Psc
{ 4.3, 1, 45.4, 9.16 } //110 (omikron) Psc
{ 5.8, 1, 50.1, 22.28 } // 1 Ari
// multiple
{ 3.9, 1, 53.5, 19.29 } // 5 (gamma) Ari (Mesarthim)
// multiple
{ 4.6, 1, 53.6, 3.19 } //111 (xi) Psc
{ 2.6, 1, 54.6, 20.81 } // 6 (beta) Ari (Sheratan)
{ 4.7, 1, 57.9, 23.6 } // 9 (lambda) Ari
// multiple
{ 3.8, 2, 2, 2.76 } //113 (alpha) Psc
// multiple
{ 5.6, 2, 3.7, 25.94 } // 10 Ari
// multiple
{ 2, 2, 7.2, 23.46 } // 13 (alpha) Ari (Hamal)
{ 3.6, 2, 50, 27.26 } // 41 Ari
{ 4.6, 2, 59.2, 21.34 } // 48 (epsilon) Ari
// multiple
{ 4.5, 2, 45.1,-18.57 } // 1 (tau1) Eri
{ 4.4, 2, 49.1,-32.41 } // (beta) For
{ 3.9, 2, 56.4, -8.9 } // 3 (eta) Eri
{ 4.1, 3, 2.4,-23.62 } // 11 (tauł) Eri
{ 3.9, 3, 12.1,-28.99 } // (alpha) For
// multiple
{ 3.7, 3, 19.5,-21.76 } // 16 (tau4) Eri
{ 3.7, 3, 32.9, -9.46 } // 18 (epsilon) Eri
{ 4.3, 3, 33.8,-21.63 } // 19 (tau5) Eri
{ 3.5, 3, 43.2, -9.77 } // 23 (delta) Eri
{ 4.2, 3, 46.8,-23.25 } // 27 (tau6) Eri
{ 4.5, 3, 54.3, -2.95 } // 32 Eri
// multiple
{ 3, 3, 58, -13.51 } // 34 (gamma) Eri (Zaurak)
{ 4, 4, 11.9, -6.84 } // 38 (omikron1)Eri
{ 4.9, 4, 14.4,-10.26 } // 39 Eri
// multiple
{ 4.4, 4, 15.3, -7.64 } // 40 (omikron2)Eri
// multiple
{ 3.6, 4, 17.9,-33.8 } // 41 (upsilon4)Eri
{ 4, 4, 24, -34.02 } // 43 (upsilon3)Eri
{ 3.8, 4, 35.6,-30.56 } // 52 (upsilon2)Eri
{ 3.9, 4, 36.3, -3.35 } // 48 (ny) Eri
{ 3.9, 4, 38.2,-14.3 } // 53 Eri
{ 4, 4, 45.5, -3.25 } // 57 (my) Eri
{ 2.8, 5, 7.9, -5.09 } // 67 (beta) Eri (Cursa)
{ 3.9, 5, 31.2,-35.47 } // (epsilon) Col
{ 2.6, 5, 39.6,-34.07 } // (alpha) Col
{ 3.1, 5, 51, -35.77 } // (beta) Col
{ 4.4, 5, 57.5,-35.28 } // (gamma) Col
{ 3.9, 6, 22.1,-33.44 } // (delta) Col
{ 3.6, 3, 24.8, 9.03 } // 1 (omikron) Tau
{ 3.7, 3, 27.2, 9.73 } // 2 (xi) Tau
{ 3.7, 3, 44.9, 24.11 } // 17 Tau (Electra)
{ 4.3, 3, 45.2, 24.47 } // 19 Tau (Taygeta)
{ 3.8, 3, 45.8, 24.37 } // 20 Tau (Maia)
{ 4.1, 3, 46.3, 23.95 } // 23 Tau (Merope)
{ 2.8, 3, 47.5, 24.11 } // 25 (eta) Tau (Alcyone)
{ 3.6, 3, 49.2, 24.06 } // 27 Tau (Atlas)
{ 5.05, 3, 49.2, 24.14 } // 28 (BU) Tau (Pleione)
// fluctuating
{ 3.65, 4, 0.7, 12.49 } // 35 (lambda) Tau
// fluctuating
{ 3.9, 4, 3.2, 5.99 } // 38 (ny) Tau
{ 4.8, 4, 13.9, 9.26 } // 47 Tau
// multiple
{ 3.6, 4, 19.8, 15.63 } // 54 (gamma) Tau
{ 3.8, 4, 22.9, 17.54 } // 61 (delta1) Tau
{ 4.3, 4, 25.5, 17.93 } // 68 (delta3) Tau
// multiple
{ 3.5, 4, 28.6, 19.18 } // 74 (epsilon) Tau
{ 3.8, 4, 28.6, 15.96 } // 77 (theta1) Tau
{ 3.4, 4, 28.7, 15.87 } // 78 (theta2) Tau
{ 4.2, 4, 35.7, 10.16 } // 88 Tau
// multiple
{ 0.9, 4, 35.9, 16.51 } // 87 (alpha) Tau (Aldebaran)
//probably planet(s)!
{ 4.2, 4, 42.2, 22.96 } // 94 (tau) Tau
// multiple
{ 1.7, 5, 26.3, 28.61 } //112 (beta) Tau (Elnath, Nath)
{ 5.5, 5, 29.3, 25.15 } //118 Tau
// multiple
{ 3, 5, 37.6, 21.14 } //123 (zeta) Tau
{ 7.85, 4, 59.6,-14.81 } // R Lep
// fluctuating
{ 3.2, 5, 5.5,-22.37 } // 2 (epslion) Lep
{ 5.6, 5, 11.4,-11.85 } // RX Lep
// fluctuating
{ 3.3, 5, 12.9,-16.21 } // 5 (my) Lep
// fluctuating
{ 4.4, 5, 13.2,-12.94 } // 4 (kappa) Lep
// multiple
{ 0.1, 5, 14.5, -8.2 } // 19 (beta) Ori (Rigel)
// multiple
{ 3.6, 5, 17.6, -6.84 } // 20 (tau) Ori
{ 2.8, 5, 28.2,-20.76 } // 9 (beta) Lep (Nihal)
{ 2.6, 5, 32.7,-17.82 } // 11 (alpha) Lep (Arneb)
{ 4, 5, 35.3, -5.4 } // 41,43 (theta) Ori
//quadruple
{ 4.1, 5, 35.4, -4.84 } // 42,45 Ori
// multiple
{ 2.8, 5, 35.4, -5.91 } // 44 (iota) Ori
// multiple
{ 3.5, 5, 44.5,-22.45 } // 13 (gamma) Ori
// multiple
{ 3.6, 5, 47, -14.82 } // 14 (zeta) Ori
{ 2.1, 5, 47.8, -9.67 } // 53 (kappa) Ori (Saiph)
{ 3.8, 5, 51.3,-20.88 } // 15 (delta) Lep
{ 3.7, 5, 56.4,-14.17 } // 16 (eta) Lep
{ 3.2, 4, 49.8, 6.96 } // 1 (pi3) Ori
{ 3.7, 4. 51.2, 5.61 } // 3 (pi4) Ori
{ 3.7, 4, 54.3, 2.44 } // 8 (pi5) Ori
{ 5.3, 5, 7.9, 8.5 } // 14 Ori
// multiple
{ 4.4, 5, 21.7, -0.39 } // 22 Ori
// multiple
{ 4.9, 5, 22.8, 3.55 } // 23 Ori
// multiple
{ 3.45, 5, 24.5, -2.4 } // 28 (eta) Ori
// multiple, // fluctuating
{ 1.6, 5, 21.2, 6.35 } // 24 (gamma) Ori (Bellatrix)
{ 4.2, 5, 30.8, 5.95 } // 32 Ori
// multiple
{ 5.4, 5, 31.2, 3.29 } // 33 Ori
// multiple
{ 2.2, 5, 32, -0.3 } // 34 (delta) Ori (Mintaka)
// multiple
{ 5.5, 5, 33.5, -1.16 } // VV Ori
// fluctuating
{ 3.4, 5, 35.1, 9.93 } // 39 (lambda) Ori
// multiple
{ 1.7, 5, 36.2, -1.2 } // 46 (epsilon) Ori (Alnilam)
{ 3.6, 5, 38.8, -2.6 } // 48 (sigma) Ori
// multiple
{ 1.7, 5, 40.8, -1.94 } // 50 (zeta) Ori (Alnitak)
// multiple
{ 5.3, 5, 48, 6.45 } // 52 Ori
// multiple
{ 0.6, 5, 55.2, 7.41 } // 58 (alpha) Ori (Beteigeuze)
// fluctuating
{ 3, 6, 20.3,-30.06 } // 1 (zeta) CMa (Phurud)
// multiple (perspectivic)
{ 2, 6, 22.7,-17.96 } // 2 (beta) CMa (Mirzam)
{ 4, 6, 36.7,-19.26 } // 7 (ny2) CMa
{-1.5, 6, 45.1,-16.72 } // 9 (alpha) CMa (Sirius)
{ 3.75, 6, 49.8,-32.51 } // 13 (kappa) CMa
// multiple, // fluctuating
{ 3.9, 6, 54.1,-24.18 } // 16 (omikron1)CMa
// fluctuating
{ 1.5, 6, 58.6,-28.97 } // 21 (epsilon) CMa (Adhara)
// multiple
{ 3.5, 7, 1.7,-27.93 } // 22 (sigma) CMa
{ 3, 7, 3, -23.83 } // 24 (omikron2)CMa
{ 4.1, 7, 3.8,-15.63 } // 23 (gamma) CMa
{ 1.8, 7, 8.4,-26.39 } // 25 (delta) CMa (Wezen)
{ 4.55, 7, 14.3,-26.35 } // 27 CMa (EW CMa)
// fluctuating
{ 3.9, 7, 14.8,-26.77 } // 28 (omega) CMa
// fluctuating
{ 4.5, 7, 16.6,-23.31 } //145 CMa
// multiple (perspectivic)
{ 5.05, 7, 18.7,-24.56 } // 29 CMa (UW CMa)
// fluctuating
{ 2.4, 7, 24.1,-29.3 } // 31 (eta) CMa (Aludra)
// multiple (perspectivic)
{ 5.1, 7, 34.3,-23.47 } // n Pup
// multiple
{ 3.8, 7, 38.8,-26.8 } // k (kappa) Pup
// multiple
{ 3.9, 7, 43.8,-28.96 } // 3 Pup
{ 3.2, 7, 49.3,-24.86 } // 7 (xi) Pup (Aspidiske)
// multiple (perspectivic)
{ 4.2, 7, 56.9,-22.88 } // 11 Pup
{ 2.8, 8, 7.5,-24.3 } // 15 (rho) Pup
{ 3.3, 6, 14.9, 22.51 } // 7 (eta) Gem (Tejat Prior)
// fluctuating
{ 2.9, 6, 23, 22.51 } // 13 (my) Gem (Tejat Posterior)
{ 4.1, 6, 29, 20.21 } // 18 (ny) Gem
{ 1.9, 6, 37.7, 16.4 } // 24 (gamma) Gem (Alhena)
{ 4.6, 6, 41, 9.9 } // 15 Gem
// multiple
{ 3.1, 6, 43.9, 25.13 } // 27 (epsilon) Gem (Mebsuta)
{ 3.4, 6, 45.3, 12.9 } // 31 (xi) Gem
{ 3.6, 6, 52.8, 33.96 } // 34 (theta) Gem
{ 4.7, 6, 54.6, 13.18 } // 38 Gem
// multiple
{ 3.9, 7, 4.1, 20.57 } // 43 (zeta) Gem (Mekbuda)
// multiple (perspectivic), // fluctuating
{ 3.6, 7, 18.1, 16.54 } // 54 (lambda) Gem
{ 3.5, 7, 20.1, 21.98 } // 55 (delta) Gem (Wasat)
{ 3.8, 7, 25.7, 27.8 } // 60 (iota) Gem
{ 4.2, 7, 29.1, 31.78 } // 62 (rho) Gem
{ 1.6, 7, 34.6, 31.89 } // 66 (alpha) Gem (Castor)
// multiple
{ 4.1, 7, 35.9, 26.9 } // 69 (upsilon) Gem
{ 3.6, 7, 44.4, 24.4 } // 77 (kappa) Gem
{ 1.1, 7, 45.3, 28.03 } // 78 (beta) Gem (Pollux)
{ 4, 6, 14.9, -6.27 } // 5 (gamma) Mon
{ 3.7, 6, 28.8, -7.03 } // 11 (beta) Mon
// multiple
{ 4.1, 6, 54.2,-12.04 } // 14 (theta) CMa
{ 5, 6, 56.1,-14.04 } // 18 (my) CMa
// multiple
{ 4.2, 7, 11.9, -0.49 } // 22 (delta) Mon
{ 6.6, 7, 30.8, -9.78 } // U Mon
// fluctuating
{ 3.9, 7, 41.2, -9.55 } // 26 (alpha) Mon
{ 5.7, 7, 45.5,-14.69 } // 2 Pup
// multiple
{ 5.5, 7, 47.9,-12.19 } // 5 Pup
// multiple
{ 4.4, 8, 8.6, -2.98 } // 29 (zeta) Mon
{ 4.7, 8, 11.3,-12.93 } // 19 Pup
{ 4.3, 6, 23.8, 4.59 } // 8 (epsilon) Mon
// multiple
{ 6.1, 6, 25.2, 7.09 } // T Mon
// fluctuating
{ 2.9, 7, 27.2, 8.29 } // 3 (beta) CMi (Gomeisa)
{ 4.3, 7, 28.2, 8.93 } // 4 (gamma) CMi
{ 0.4, 7, 39.3, 5.22 } // 10 (alpha) CMi (Procyon)
{ 4.7, 8, 12.2, 17.65 } // 16 (zeta) Cnc
// multiple
{ 3.5, 8, 16.5, 9.19 } // 17 (beta) Cnc (Altarf)
{ 5.5, 8, 26.8, 26.94 } // 23 (phi2) Cnc
// multiple
{ 4.7, 8, 43.3, 21.47 } // 43 (gamma) Cnc (Asellus Borealis)
{ 3.9, 8, 44.7, 18.15 } // 47 (delta) Cnc (Asellus Australis)
{ 3.9, 8, 46.7, 28.76 } // 48 (iota) Cnc
// multiple
{ 5.3, 8, 52.5, 28.3 } // 55 (rho1) Cnc
// multiple (perspectivic), 4 planets!
{ 5.4, 8, 54.2, 39.58 } // 57 Cnc
// multiple
{ 6.25, 8, 55.4, 17.23 } // X Cnc
// fluctuating
{ 4.3, 8, 58.5, 11.86 } // 65 (alpha) Cnc
{ 5.8, 9, 10.6, 30.96 } // RS Cnc
// fluctuating
{ 3.9, 8, 25.7, -3.91 } // C Hya
{ 4.1, 8, 37.7, 5.79 } // 4 (delta) Hya
{ 4.4, 8, 38.8, 3.34 } // 5 (sigma) Hya
{ 4, 8, 40.1,-35.31 } // (beta) Pyx
{ 4.3, 8, 43.2, 3.4 } // 7 (eta) Hya
{ 3.7, 8, 43.6,-33.19 } // (alpha) Pyx
// multiple
{ 3.4, 8, 46.8, 6.42 } // 11 (epsilon) Hya
// multiple
{ 4.4, 8, 48.4, 5.84 } // 13 (rho) Hya
{ 4, 8, 50.5,-27.71 } // (gamma) Pyx
{ 3.1, 8, 55.4, 5.95 } // 16 (zeta) Hya
{ 3.9, 9, 14.4, 2.31 } // 22 (theta) Hya
{ 4.7, 9, 20.5, -9.56 } // 27 Hya
// multiple
{ 2, 9, 27.6, -8.66 } // 30 (alpha) Hya (Alphard)
{ 4.5, 9, 29.1, -2.77 } // 31 (tau1) Hya
// multiple
{ 3.9, 9, 39.9, -1.14 } // 35 (iota) Hya
{ 4.1, 9, 51.5,-14.85 } // 39 (upsilon1)Hya
{ 5.1, 9, 52.5, -8.11 } // 8 (gamma) Sex
{ 4.5, 10, 7.9, -0.37 } // 15 (alpha) Sex
{ 3.6, 10, 10.6,-12.35 } // 41 (lambda) Hya
{ 3.8, 10, 26.1,-16.84 } // 42 (my) Hya
{ 4.3, 10, 27.2,-31.07 } // (alpha) Ant
{ 4.9, 10, 37.6,-13.38 } // U Hya
// fluctuating
{ 5.8, 10, 43.3, 4.75 } // 33 Sex
// multiple
{ 3.1, 10, 49.6,-16.19 } // (ny) Hya
{ 5.4, 9, 28.5, 9.06 } // 2 (omega) Leo
// multiple
{ 4.3, 9, 31.7, 22.97 } // 4 (lambda) Leo (Alterf)
{ 3.5, 9, 41.2, 9.89 } // 14 (omikron) Leo
{ 3, 9, 45.9, 23.77 } // 17 (epsilon) Leo
{ 7.9, 9, 47.6, 11.43 } // R Leo
// fluctuating
{ 3.9, 9, 52.8, 26.01 } // 24 (my) Leo
{ 3.5, 10, 7.3, 16.76 } // 30 (eta) Leo
{ 1.4, 10, 8.4, 11.97 } // 32 (alpha) Leo (Regulus)
// multiple
{ 3.4, 10, 16.7, 23.42 } // 36 (zeta) Leo (Aldhafera)
{ 2, 10, 20, 19.84 } // 41 (gamma) Leo (Algieba)
// multiple
{ 3.8, 10, 32.8, 9.31 } // 47 (rho) Leo
{ 4.3, 10, 55.6, 24.75 } // 54 Leo
// multiple
{ 2.6, 11, 14.1, 20.52 } // 68 (delta) Leo (Zosma)
{ 3.3, 11, 14.2, 15.43 } // 70 (theta) Leo (Coxa)
{ 4, 11, 23.9, 10.53 } // 78 (iota) Leo
// multiple
{ 2.1, 11, 49.1, 14.57 } // 94 (beta) Leo (Denebola)
{ 4.1, 10, 59.8,-18.3 } // 7 (alpha) Crt (Alkes)
{ 4.5, 11, 11.7,-22.83 } // 11 (beta) Crt
{ 3.6, 11, 19.3,-14.78 } // 12 (delta) Crt
{ 4.1, 11, 24.9,-17.68 } // 15 (gamma) Crt
{ 4.9, 11, 27.9, 2.85 } // 84 (tau) Leo
// multiple (perspectivic)
{ 4.9, 11, 32.3,-29.26 } // N Hya
// multiple
{ 3.5, 11, 33, -31.86 } // (xi) Hya
{ 4, 11, 45.9, 6.53 } // 3 (ny) Vir
{ 3.6, 11, 50.7, 1.76 } // 5 (beta) Vir (Zawijava)
{ 4.3, 11, 52.9,-33.91 } // (beta) Hya
{ 4, 12, 8.4,-24.73 } // 1 (alpha) Crv (Alchiba)
{ 3, 12, 10.1,-22.62 } // 2 (epsilon) Crv
{ 2.6, 12, 15.8,-17.54 } // 4 (gamma) Crv (Gienah)
{ 3.9, 12, 19.9, -0.67 } // 15 (eta) Vir (Zaniah)
{ 2.9, 12, 29.9,-16.52 } // 7 (delta) Crv (Algorab)
{ 2.7, 12, 34.4,-23.4 } // 9 (beta) Crv
{ 4.6, 12, 39.2, -8 } // 26 (chi) Vir
{ 2.7, 12, 41.7, -1.45 } // 29 (gamma) Vir (Porrima)
// multiple
{ 3, 13, 18.9,-23.17 } // 46 (gamma) Hya
{ 6.95,13, 29.7,-23.28 } // R Hya
// fluctuating
{ 5.8, 12, 4.3, 21.46 } // 2 Com
// multiple
{ 4.4, 12, 26.9, 28.27 } // 15 (gamma) Com
{ 5, 12, 28.9, 25.91 } // 17 Com
// multiple
{ 4.8, 12, 35.1, 18.38 } // 24 Com
// multiple
{ 5.8, 12, 52.3, 17.09 } // 32,33 Com
// multiple (perspectivic)
{ 4.9, 12, 53.3, 21.24 } // 35 Com
// multiple
{ 4.3, 13, 10, 17.53 } // 42 (alpha) Com (Diadem)
{ 4.2, 13, 11.9, 27.88 } // 43 (beta) Com
{ 4.1, 13, 49.5, 15.8 } // 5 (upsilon) Boo
{ 2.7, 13, 54.7, 18.4 } // 8 (eta) Boo (Muphrid)
{ 0, 14, 15.7, 19.18 } // 16 (alpha) Boo (Arcturus)
{ 3.6, 14, 31.8, 30.37 } // 25 (rho) Boo
{ 4.5, 14, 40.7, 16.42 } // 29 (pi) Boo
// multiple
{ 3.8, 14, 41.1, 13.73 } // 30 (zeta) Boo
{ 4.8, 14, 43.4, 26.53 } // 34 Boo (W Bootis)
// fluctuating
{ 2.4, 14, 45, 27.07 } // 36 (epsilon) Boo (Izar)
// multiple
{ 3.7, 14, 46.2, 1.89 } //109 Vir
{ 4.5, 14, 51.4, 19.1 } // 37 (xi) Boo
// multiple
{ 5, 15, 23.2, 30.29 } // 2 (eta) CrB
// multiple
{ 3.7, 15, 27.8, 29.11 } // 3 (beta) CrB (Nusakan)
{ 4.1, 15, 32.9, 31.36 } // 4 (theta) CrB
{ 2.2, 15, 34.8, 26.71 } // 5 (alpha) CrB (Alphekka, Gemma)
{ 3.8, 15, 42.7, 26.3 } // 8 (gamma) CrB
// multiple
{ 6, 15, 48.6, 28.16 } // R CrB
// fluctuating
{ 4.6, 15, 49.6, 26.07 } // 10 (delta) CrB
{ 4.1, 15, 57.6, 26.88 } // 13 (epsilon) CrB
{ 3.4, 12, 55.6, 3.4 } // 43 (delta) Vir
{ 2.8, 13, 2.2, 10.96 } // 47 (epsilon) Vir (Vindemiatrix)
{ 4.4, 13, 9.9, -5.54 } // 51 (theta) Vir
{ 1, 13, 25.2,-11.16 } // 67 (alpha) Vir (Spica)
{ 3.4, 13, 34.7, -0.6 } // 79 (zeta) Vir
{ 4.3, 13, 51.8,-32.99 } // 3 Cen
// multiple
{ 4.2, 14, 1.6, 1.54 } // 93 (tau) Vir
{ 3.3, 14, 6.4,-26.68 } // 49 (pi) Hya
{ 3.9, 14, 43.1, -5.66 } //107 (my) Vir
{ 5, 14, 46, -25.44 } // 54 Hya
// multiple
{ 5.3, 14, 49.3,-14.15 } // 7 (my) Lib
// multiple
{ 2.6, 14, 50.9,-16.04 } // 9,8 (alpha) Lib (Zubenelgenubi)
// multiple
{ 5.4, 15, 1, -8.52 } // 19 (delta) Lib
// fluctuating
{ 3.3, 15, 4.1,-25.28 } // 20 (sigma) Lib
{ 2.6, 15, 17, -9.38 } // 27 (beta) Lib (Zubeneschemali)
{ 3.8, 15, 34.8,-10.54 } // 13 (delta) Ser
// multiple
{ 3.9, 15, 35.5,-14.79 } // 38 (gamma) Lib
{ 3.6, 15, 37, -28.13 } // 39 (upsilon) Lib
{ 3.7, 15, 38.7,-29.78 } // 40 (tau) Lib
{ 2.6, 15, 44.3, 6.43 } // 24 (alpha) Ser (Unukalhai)
{ 3.7, 15, 46.2, 15.42 } // 28 (beta) Ser
{ 4.1, 15, 48.7, 18.14 } // 35 (kappa) Ser
{ 3.5, 15, 49.6, -3.43 } // 32 (my) Ser
{ 9.5, 15, 50.7, 15.13 } // R Ser
// fluctuating
{ 3.7, 15, 50.8, 4.48 } // 37 (epsilon) Ser
{ 4, 15, 51, -33.63 } // 5 (chi) Lup
{ 3.9, 15, 56.5, 15.66 } // 41 (gamma) Ser
{ 4.6, 15, 56.9,-33.97 } // (xi) Lup
// multiple
{ 4.1, 16, 4.4,-11.37 } // (xi) Sco
// multiple
{ 2.7, 16, 14.3, -3.69 } // 1 (delta) Oph (Yed Prior)
{ 3.2, 16, 18.3, -4.69 } // 2 (epsilon) Oph (Yed Posterior)
{ 4.45,16, 27, -18.46 } // 7 (chi) Oph
// fluctuating
{ 3.8, 16, 30.9, 1.98 } // 10 (lambda) Oph (Marfik)
// multiple
{ 2.5, 16, 37.2,-10.57 } // 13 (zeta) Oph
{ 3.2, 16, 57.7, 9.38 } // 27 (kappa) Oph
{ 2.4, 17, 10.4,-15.72 } // 35 (eta) Oph (Sabik)
{ 2.1, 17, 34.9, 12.56 } // 55 (alpha) Oph (Rasalhague)
{ 3.5, 17, 37.6,-15.4 } // 55 (xi) Ser
{ 2.8, 17, 43.5, 4.57 } // 60 (beta) Oph (Cebalrai)
{ 5.6, 17, 44.6, 2.58 } // 61 Oph
// multiple
{ 3.8, 17, 47.9, 2.71 } // 62 (gamma) Oph
{ 9.5, 17, 57.8, 4.69 } // Pfeilstern (Barnards Stern)
{ 3.3, 17, 59, -9.77 } // 64 (ny) Oph
{ 3.9, 18, 0.6, 2.93 } // 67 Oph
// multiple
{ 4.8, 18, 3.1, -8.18 } // 69 (tau) Oph
// multiple
{ 4, 18, 5.5, 2.5 } // 70 Oph
// multiple
{ 3.7, 18, 7.4, 9.56 } // 72 Oph
// multiple (perspectivic)
{ 3.9, 15, 56.9,-29.21 } // 5 (rho) Sco
{ 2.9, 15, 58.9,-26.11 } // 6 (pi) Sco
{ 2.3, 16, 0.3,-22.62 } // 7 (delta) Sco
{ 2.4, 16, 5.4,-19.8 } // 8 (beta) Sco (Acrab)
// multiple
{ 3.9, 16, 6.8,-20.67 } // 9 (omega1) Sco
{ 3.9, 16, 12, -19.46 } // 14 (ny) Sco
// multiple
{ 2.9, 16, 21.2,-25.59 } // 20 (sigma) Sco
{ 4.4, 16, 25.6,-23.44 } // 5 (rho) Oph
// multiple
{ 1, 16, 29.4,-26.43 } // 21 (alpha) Sco (Antares)
// multiple, // fluctuating
{ 2.8, 16, 35.9,-28.22 } // 23 (tau) Sco
{ 2.3, 16, 50.2,-34.29 } // 26 (epsilon) Sco
{ 8, 16, 56.6,-30.58 } // RR Sco
// fluctuating
{ 4.3, 17, 15.3,-26.6 } // 36 Oph
// multiple
{ 4.9, 17, 18, -24.29 } // 39 (omikron) Oph
// multiple
{ 3.3, 17, 22, -25 } // 42 (theta) Oph
{ 4.7, 16, 18.1, 17.05 } // 7 (kappa) Her
// multiple
{ 3.7, 16, 21.9, 19.15 } // 20 (gamma) Her
{ 2.8, 16, 30.2, 21.49 } // 27 (beta) Her (Ruticulus)
{ 3, 17, 14.6, 14.39 } // 64 (alpha) Her (Rasalgethi)
// multiple, // fluctuating
{ 3.1, 17, 15, 24.84 } // 65 (delta) Her
{ 3.4, 17, 46.5, 27.72 } // 86 (my) Her
{ 3.7, 17, 57.8, 29.25 } // 92 (xi) Her
{ 4.3, 18, 1.5, 21.6 } // 95 Her
// multiple
{ 3.8, 18, 7.5, 28.76 } //103 (omikron) Her
{ 5.1, 18, 7.8, 26.1 } //100 Her
// multiple
{ 3.2, 18, 21.3, -2.9 } // 58 (eta) Ser
{ 3.8, 18, 23.7, 21.77 } //109 Her
{ 5.2, 18, 27.2, 0.2 } // 59d Ser
// multiple
{ 3.9, 18, 35.2, -8.24 } // (alpha) Sct
{ 5.6, 18, 46.5, -0.96 } // 5 Aql
// multiple
{ 4.2, 18, 47.2, -4.75 } // (beta) Sct
{ 5.75,18, 47.5, -5.7 } // R Sct
{ 4, 18, 56.2, 4.2 } // 63 (theta) Ser
// multiple
{ 3, 18, 5.8,-30.42 } // 10 (gamma) Sgr (Alnasl)
{ 3.8, 18, 13.8,-21.06 } // 13 (my) Sgr
{ 2.7, 18, 21, -29.83 } // 19 (delta) Sgr (Kaus Media)
{ 1.8, 18, 24.2,-34.38 } // 20 (epsilon) Sgr (Kaus Australis)
{ 2.8, 18, 28, -25.42 } // 22 (lambda) Sgr (Kaus Borealis)
{ 3.2, 18, 45.7,-26.99 } // 27 (phi) Sgr
{ 2, 18, 55.3,-26.3 } // 34 (sigma) Sgr (Nunki)
{ 3.5, 18, 57.5,-21.11 } // 37 (xi2) Sgr
{ 2.6, 19, 2.6,-29.88 } // 38 (zeta) Sgr
{ 3.8, 19, 4.7,-21.74 } // 39 (omikron) Sgr
{ 3.3, 19, 6.9,-27.67 } // 40 (tau) Sgr
{ 2.9, 19, 9.8,-21.02 } // 41 (pi) Sgr
{ 4, 18, 59.6, 15.07 } // 13 (epsilon) Aql
{ 4, 19, 1.7, -5.74 } // 12 Aql
{ 5.2, 19, 5, -4.03 } // 15 Aql
// multiple (perspectivic)
{ 3, 19, 5.4, 13.86 } // 17 (zeta) Aql
{ 3.4, 19, 6.2, -4.88 } // 16 (lambda) Aql
{ 7.9, 19, 6.4, 8.23 } // R Aql
// fluctuating
{ 3.4, 19, 25.5, 3.11 } // 30 (delta) Aql
{ 4.4, 19, 28.7, 24.66 } // 6 (alpha) Vul
{ 4.4, 19, 40.1, 18.01 } // 5 (alpha) Sge
{ 4.4, 19, 41, 17.48 } // 6 (beta) Sge
{ 2.7, 19, 46.3, 10.61 } // 50 (gamma) Aql (Tarazed)
{ 3.7, 19, 47.4, 18.53 } // 7 (delta) Sge
{ 5.7, 19, 48.7, 11.82 } // 52 (pi) Aql
// multiple
{ 0.8, 19, 50.8, 8.87 } // 53 (alpha) Aql (Altair)
{ 3.95,19, 52.5, 1.01 } // 55 (eta) Aql
// fluctuating
{ 5.3, 19, 54.6, -8.23 } // 57 Aql
// multiple
{ 3.7, 19, 55.3, 6.41 } // 60 (beta) Aql (Alschain)
{ 3.5, 19, 58.8, 19.49 } // 12 (gamma) Sge
{ 5.2, 20, 2, 24.94 } // 16 Vul
// multiple
{ 5.4, 20, 4.1, 17.08 } // 15 Sge
// multiple (perspectivic)
{ 3.2, 20, 11.3, -0.82 } // 65 (theta) Aql
{ 4, 20, 33.2, 11.3 } // 2 (epsilon) Del
{ 3.6, 20, 37.5, 14.6 } // 6 (beta) Del
{ 3.8, 20, 39.6, 15.91 } // 9 (alpha) Del
{ 4.4, 20, 43.5, 15.07 } // 11 (delta) Del
{ 3.9, 20, 46.7, 16.12 } // 12 (gamma) Del
// multiple
{ 3.9, 19, 21.7,-17.85 } // 44 (rho1) Sgr
{ 4.3, 20, 17.6,-12.51 } // 5 (alpha1) Cap (Algiedi Secundus)
{ 3.6, 20, 18.1,-12.54 } // 6 (alpha2) Cap (Algiedi Primus)
//known from "Dune" (Harkonnen system)
{ 3, 20, 21, -14.78 } // 9 (beta) Cap
// multiple
{ 4.6, 20, 28.9,-17.82 } // 11 (rho) Cap
// multiple (perspectivic)
{ 5.5, 20, 29.9,-18.58 } // 12 (omikron) Cap
// multiple
{ 4.1, 20, 46.1,-25.27 } // 16 (psi) Cap
{ 4.1, 20, 51.8,-26.92 } // 18 (omega) Cap
{ 4.1, 21, 5.9,-17.23 } // 23 (theta) Cap
{ 4.3, 21, 22.2,-16.83 } // 32 (iota) Cap
{ 3.8, 21, 26.7,-22.41 } // 34 (zeta) Cap
{ 3.7, 21, 40.1,-16.66 } // 40 (gamma) Cap
{ 2.95,21, 47, -16.13 } // 49 (delta) Cap (Deneb Algiedi)
// fluctuating
{ 5.4, 22, 0.8,-28.45 } // 12 (eta) PsA
// multiple
{ 4.3, 22, 31.5,-32.35 } // 17 (beta) PsA
// multiple
{ 4.2, 22, 40.7,-27.04 } // 18 (epsilon) PsA
{ 4.5, 22, 52.5,-32.88 } // 22 (gamma) PsA
// multiple
{ 4.2, 22, 55.9,-32.54 } // 23 (delta) PsA
{ 1.2, 22, 57.6,-29.62 } // 24 (alpha) PsA (Fomalhaut)
{ 5.2, 20, 59.1, 4.29 } // 1 (epsilon) Equ
// multiple
{ 4.7, 21, 10.3, 10.13 } // 5 (gamma) Equ
{ 4.5, 21, 14.5, 10.01 } // 7 (delta) Equ
{ 3.9, 21, 15.8, 5.25 } // 8 (alpha) Equ (Kitalphar)
{ 4.1, 21, 22.1, 19.8 } // 1 Peg
{ 2.4, 21, 44.2, 9.88 } // 8 (epsilon) Peg (Enif)
{ 4.1, 21, 44.6, 25.65 } // 10 (kappa) Peg
{ 3.8, 22, 7, 25.35 } // 24 (iota) Peg
{ 4.3, 22, 10, 33.18 } // 29 (pi) Peg (pi2 Pegasi)
{ 3.5, 22, 10.2, 6.2 } // 26 (theta) Peg (Baham)
{ 5.5, 22, 30, 4.43 } // 37 Peg
{ 3.4, 22, 41.5, 10.83 } // 42 (zeta) Peg (Homam)
{ 2.9, 22, 43, 30.22 } // 44 (eta) Peg (Matar)
{ 4, 22, 46.5, 23.57 } // 47 (lambda) Peg
{ 4.2, 22, 46.7, 12.17 } // 46 (xi) Peg
{ 3.5, 22, 50, 24.6 } // 48 (my) Peg (Sadalbari)
{ 2.5, 23, 3.8, 28.08 } // 53 (beta) Peg (Scheat)
// fluctuating
{ 4.5, 23, 3.9, 3.82 } // 4 (beta) Psc
{ 2.5, 23, 4.8, 15.21 } // 54 (alpha) Peg (Markab)
{ 3.7, 23, 17.2, 3.28 } // 6 (gamma) Psc
{ 4.3, 23, 28, 6.38 } // 10 (theta) Psc
{ 5, 23, 34, 31.33 } // 72 Peg
// multiple
{ 4.1, 23, 39.9, 5.63 } // 17 (iota) Psc
{ 4.5, 23, 42, 1.78 } // 18 (lambda) Psc
{ 5, 23, 46.4, 3.49 } // 19 Psc (TX Piscium)
// fluctuating
{ 4, 23, 59.3, 6.86 } // 28 (omega) Psc
{ 3.8, 20, 47.7, -9.5 } // 2 (epsilon) Aqr
{ 5.5, 21, 4.1, -5.82 } // 12 Aqr
// multiple
{ 4.5, 21, 9.6,-11.37 } // 13 (ny) Aqr
{ 2.9, 21, 31.6, -5.57 } // 22 (beta) Aqr (Sadalsuud)
{ 3, 22, 5.8, -0.32 } // 34 (alpha) Aqr (Sadalmelik)
{ 5.3, 22, 14.3,-21.07 } // 41 Aqr
// multiple
{ 3.9, 22, 21.7, -1.39 } // 48 (gamma) Aqr (Sadachbia)
{ 3.7, 22, 28.8, -0.02 } // 55 (zeta) Aqr
// multiple
{ 4, 22, 35.4, -0.12 } // 62 (eta) Aqr
{ 4, 22, 49.6,-13.59 } // 71 (tau2) Aqr
{ 3.7, 22, 52.6, -7.58 } // 73 (lambda) Aqr
{ 3.3, 22, 54.6,-15.82 } // 76 (delta) Aqr
{ 3.7, 23, 9.4,-21.17 } // 88 Aqr
{ 5.1, 23, 19.1,-13.46 } // 94 Aqr
// multiple
{ 4, 23, 23, -20.1 } // 98 Aqr
{ 4.7, 23, 33.3,-20.91 } //101 Aqr
// multiple
{ 4.8, 23, 41.8,-17.81 } //104 Aqr
{ 8, 23, 43.8,-15.28 } // R Aqr
// fluctuating
{ 5.3, 23, 46, -18.68 } //107 Aqr
// multiple
{ 3.9, 0, 9.4,-45.75 } // (epsilon) Phe
{ 2.8, 0, 25.8,-77.25 } // (beta) Hyi
{ 3.9, 0, 26.2,-43.68 } // (kappa) Phe
{ 2.4, 0, 26.3,-42.31 } // (alpha) Phe (Ankaa)
{ 3.7, 0, 31.6,-62.96 } // (beta) Tuc
// multiple
{ 3.3, 1, 6.1,-46.72 } // (beta) Phe
{ 3.15, 1, 8.4,-55.25 } // (zeta) Phe
// multiple, // fluctuating
{ 3.4, 1, 28.4,-43.32 } // (gamma) Phe
{ 3.9, 1, 31.3,-49.07 } // (delta) Phe
{ 0.5, 1, 37.7,-57.24 } // (alpha) Eri (Achernar)
{ 5, 1, 39.8,-56.2 } // p Eri
// multiple
{ 3.7, 1, 56, -51.61 } // (chi) Eri
{ 2.9, 1, 58.8,-61.57 } // (alpha) Hyi
{ 3.6, 2, 16.5,-51.51 } // (phi) Eri
{ 4.1, 2, 40.7,-39.86 } // (iota) Eri
{ 8.85, 2, 53.9,-49.89 } // R Hor
// fluctuating
{ 2.9, 2, 58.3,-40.3 } // (theta) Eri (Acamar)
// multiple
{ 4.3, 3, 48.6,-37.62 } // f Eri
// multiple
{ 3.8, 3, 44.2,-64.81 } // (beta) Ret
{ 3.3, 3, 47.2,-74.24 } // (gamma) Hyi
{ 4.6, 3, 58.7,-61.4 } // (delta) Ret
{ 3.9, 4, 14, -42.29 } // (alpha) Hor
{ 3.3, 4, 14.4,-62.47 } // (alpha) Ret
{ 4.3, 4, 16, -51.49 } // (gamma) Dor
{ 4.4, 4, 16.5,-59.3 } // (epsilon) Ret
{ 3.3, 4, 34, -55.05 } // (alpha) Dor
{ 5.2, 4, 50.9,-53.46 } // (iota) Pic
// multiple
{ 3.75, 5, 33.6,-62.49 } // (beta) Dor
// fluctuating
{ 3.9, 5, 47.3,-51.07 } // (beta) Pic
{ 4.5, 5, 49.8,-56.17 } // (gamma) Pic
{ 4, 5, 59.1,-42.82 } // (eta) Col
{-0.7, 6, 24, -52.7 } // (alpha) Car (Canopus)
//known from "Dune" (planet Arrakis)
{ 3.2, 6, 37.8,-43.2 } // (ny) Pup
{ 3.2, 6, 48.2,-61.94 } // (alpha) Pic
{ 2.9, 6, 49.9,-50.61 } // (tau) Pup
{ 3.6, 7, 8.7,-70.5 } // (gamma) Vol
// multiple
{ 4, 7, 16.8,-67.96 } // (delta) Vol
{ 3.9, 7, 41.8,-72.61 } // (zeta) Vol
{ 3.5, 7, 56.8,-52.98 } // (chi) Car
{ 4.7, 8, 19.9,-71.51 } // (kappa) Vol
// multiple
{ 1.9, 8, 22.5,-59.51 } // (epsilon) Car (Avoir)
{ 3.8, 8, 25.7,-66.14 } // (beta) Vol
{ 3.8, 8, 55, -60.64 } // c Car
{ 4, 9, 2.4,-66.4 } // (alpha) Vol
{ 4.5, 7, 13.5,-44.64 } // L2 Pup
// fluctuating
{ 2.7, 7, 17.1,-37.1 } // (pi) Pup
{ 4.1, 7, 18.4,-36.74 } // y (upsilon) Pup
// multiple
{ 3.3, 7, 29.2,-43.3 } // (sigma) Pup
{ 3.6, 7, 45.3,-37.97 } // c Pup
{ 3.7, 7, 52.2,-40.58 } // a Pup
{ 2.2, 8, 3.6,-40 } // (zeta) Pup
{ 1.6, 8, 9.5,-47.34 } // (gamma) Pup (Suhail al-Muhlif)
// multiple, // fluctuating
{ 3.6, 8, 40.3,-52.92 } // (omikron) Pup
{ 3.8, 8, 40.6,-46.65 } // b Vel
{ 4, 8, 44.4,-42.65 } // d Vel
// multiple
{ 1.9, 8, 44.7,-54.71 } // (delta) Vel
{ 3.9, 8, 46, -46.04 } // a Vel
{ 3.8, 9, 4.2,-47.1 } // c Vel
{ 2.2, 9, 8, -43.43 } // (lambda) Vel (Suhail al-Wazn)
{ 2.5, 9, 22.1,-55.01 } // (kappa) Vel
{ 3.6, 9, 30.7,-40.47 } // (psi) Vel
{ 3.5, 9, 56.9,-54.57 } // (phi) Vel
{ 3.9, 10, 14.7,-42.12 } // q Vel
{ 3.8, 10, 37.3,-48.23 } // p Vel
{ 4.1, 10, 39.3,-55.6 } // x Vel
// multiple
{ 2.7, 10, 46.8,-49.42 } // (my) Vel
{ 4.1, 8, 18.5,-76.92 } // (alpha) Cha
{ 4.7, 8, 57, -59.23 } // b1 Car
// multiple
{ 3.4, 9, 11, -58.97 } // a Car
{ 4, 9, 11.3,-62.32 } // i Car
{ 1.7, 9, 13.2,-69.72 } // (beta) Car (Miaplacidus)
{ 2.2, 9, 17.1,-59.28 } // (iota) Car
{ 3.2, 9, 31.2,-57.03 } // N Vel
{ 6.85, 9, 32.2,-62.79 } // R Car
// fluctuating
{ 3.7, 9, 45.2,-62.51 } // l Car (ZZ Carinae)
// fluctuating
{ 2.9, 9, 47.1,-65.07 } // (upsilon) Car
// multiple
{ 3.3, 10, 13.7,-70.04 } // (omega) Car
{ 3.4, 10, 17.1,-61.33 } // q Car
{ 3.9, 10, 24.4,-74.02 } // I Car
// multiple (perspectivic)
{ 3.8, 10, 27.9,-58.74 } // s Car
{ 3.3, 10, 32, -61.69 } // p Car
{ 4.1, 10, 35.5,-78.61 } // (gamma) Cha
{ 2.7, 10, 43, -64.39 } // (theta) Car
{ 4.1, 10, 45.6,-80.52 } // (delta) Cha
// multiple
{ 3.7, 10, 53.5,-58.86 } // u Car
// multiple (perspectivic)
{ 3.9, 11, 8.6,-58.97 } // x Car
{ 4.7, 11, 59.7,-78.22 } // (epsilon) Cha
{ 3.9, 11, 21, -54.49 } // (pi) Cen
{ 4.4, 11, 31.8,-59.48 } // (omikron) Cen
// multiple, // fluctuating
{ 3.1, 11, 35.8,-63.02 } // (lambda) Cen
{ 3.6, 11, 45.6,-66.73 } // (lambda) Mus
{ 2.4, 12, 8.3,-50.71 } // (delta) Cen
// multiple
{ 4, 12, 11.7,-52.37 } // (rho) Cen
{ 2.8, 12, 15.1,-58.75 } // (delta) Cru
{ 4.15,12, 17.6,-67.96 } // (epsilon) Mus
// fluctuating
{ 4.1, 12, 18.4,-64 } // (zeta) Cru
{ 3.55,12, 21.4,-60.4 } // (epsilon) Cru
// fluctuating
{ 0.7, 12, 26.6,-63.1 } // (alpha) Cru (Acrux)
// multiple
{ 3.9, 12, 28, -50.23 } // (sigma) Cen
{ 1.6, 12, 31.2,-57.11 } // (gamma) Cru (Gacrux)
// multiple (perspectivic)
{ 3.8, 12, 32.5,-72.13 } // (gamma) Mus
{ 2.7, 12, 37.2,-69.14 } // (alpha) Mus
{ 3.9, 12, 37.7,-48.54 } // (tau) Cen
{ 2.2, 12, 41.5,-48.96 } // (gamma) Cen
{ 3, 12, 46.3,-68.11 } // (beta) Mus
// multiple
{ 1.3, 12, 47.7,-59.69 } // (beta) Cru (Mimosa)
{ 3.7, 12, 54.6,-57.18 } // (my) Cru
// multiple
{ 3.6, 13, 2.3,-71.55 } // (delta) Mus
{ 2.8, 13, 20.6,-36.71 } // (iota) Cen
{ 4.3, 13, 22.6,-60.99 } // J Cen
// multiple
{ 3.9, 13, 31, -39.41 } // d Cen
{ 2.3, 13, 39.9,-53.47 } // (epsilon) Cen
{ 5, 13, 41.7,-54.56 } // Q Cen
// multiple
{ 3.4, 13, 49.5,-41.69 } // (ny) Cen
{ 3.25,13, 49.6,-42.47 } // (my) Cen
{ 2.5, 13, 55.5,-47.29 } // (zeta) Cen
{ 3.8, 13, 58.3,-42.1 } // (rho) Cen
{ 3.9, 13, 58.7,-44.8 } // (upsilon1)Cen
{ 0.6, 14, 3.8,-60.37 } // (beta) Cen (Hadar, Agena)
{ 2.1, 14, 6.7,-36.37 } // 5 (theta) Cen
{ 7.9, 14, 16.6,-59.91 } // R Cen
// fluctuating
{ 2.3, 14, 35.5,-42.16 } // (eta) Cen
{-0.3, 14, 39.6,-60.83 } // (alpha) Cen (Rigil Kentaurus)
// multiple
{ 4, 14, 42, -37.79 } // b Cen
{ 3.2, 14, 42.5,-64.98 } // (alpha) Cir
{ 3.1, 14, 59.2,-42.1 } // (kappa) Cen
{ 4.6, 15, 16.8,-60.94 } // (delta) Cir
// multiple
{ 4.1, 15, 17.5,-58.8 } // (beta) Cir
{ 4.5, 15, 23.4,-59.32 } // (gamma) Cir
{ 3.5, 14, 19.4,-46.06 } // (iota) Lup
{ 2.3, 14, 41.9,-47.39 } // (alpha) Lup
{ 2.7, 14, 58.5,-43.13 } // (beta) Lup
{ 3.9, 15, 5.1,-47.05 } // (pi) Lup
// multiple
{ 3.7, 15, 11.9,-48.74 } // (kappa) Lup
// multiple
{ 3.4, 15, 12.3,-52.1 } // (zeta) Lup
// multiple
{ 4.1, 15, 18.5,-47.88 } // (my) Lup
//quadruple
{ 3.2, 15, 21.4,-40.65 } // (delta) Lup
{ 3.6, 15, 21.8,-36.26 } // (rho1) Lup
{ 3.4, 15, 22.7,-44.69 } // (epsilon) Lup
{ 2.8, 15, 35.1,-41.17 } // (gamma) Lup
{ 4.5, 15, 35.9,-44.96 } // d Lup
// multiple
{ 3.4, 16, 0.1,-38.4 } // (eta) Lup
// multiple
{ 4, 16, 19.8,-50.16 } // (gamma2) Nor
{ 4.4, 16, 27.2,-47.55 } // (epsilon) Nor
// multiple
{ 3.8, 16, 49.8,-59.04 } // (eta) Ara
{ 3.1, 16, 58.6,-55.99 } // (zeta) Ara
{ 4.1, 16, 59.6,-53.16 } // (epsilon1)Ara
{ 2.8, 17, 25.3,-55.53 } // (beta) Ara
{ 3.3, 17, 25.4,-56.38 } // (gamma) Ara
{ 3.6, 17, 31.1,-60.68 } // (delta) Ara
{ 2.9, 17, 31.8,-49.88 } // (alpha) Ara
{ 3.7, 18, 6.6,-50.09 } // (theta) Ara
{ 3.05,16, 51.9,-38.05 } // (my1) Sco
// fluctuating
{ 3.6, 16, 52.3,-38.02 } // (my2) Sco
{ 3.6, 16, 54.6,-42.36 } // (zeta2) Sco
{ 3.3, 17, 12.2,-43.24 } // (eta) Sco
{ 2.7, 17, 30.8,-37.39 } // 34 (upsilon) Sco (Lesath)
{ 1.6, 17, 33.6,-37.1 } // 35 (lambda) Sco (Shaula)
{ 1.9, 17, 37.3,-43 } // (theta) Sco (Sargas)
{ 2.4, 17, 42.5,-39.03 } // (kappa) Sco
{ 3, 17, 47.6,-40.13 } // (iota1) Sco
{ 3.2, 17, 49.9,-37.04 } // G Sco
{ 3.1, 18, 17.6,-36.76 } // (eta) Sgr
// multiple
{ 3.5, 18, 27, -45.97 } // (alpha) Tel
{ 4.1, 18, 28.8,-49.07 } // (zeta) Tel
{ 5.2, 18, 33.4,-38.72 } // (kappa) CrA
// multiple
{ 4.85,18, 58.7,-37.11 } // (epsilon) CrA
// fluctuating
{ 4.7, 19, 3.1,-42.1 } // (zeta) CrA
{ 4.2, 19, 6.4,-37.06 } // (gamma) CrA
// multiple
{ 4.6, 19, 8.3,-40.5 } // (delta) CrA
{ 4.1, 19, 9.5,-37.9 } // (alpha) CrA
{ 4.1, 19, 10, -39.34 } // (beta) CrA
{ 3.9, 19, 22.6,-44.46 } // (beta1) Sgr
// multiple
{ 4, 19, 23.9,-40.62 } // (alpha) Sgr
{ 4.3, 14, 26.9,-83.67 } // (delta) Oct
{ 3.8, 14, 47.9,-79.04 } // (alpha) Aps
{ 2.9, 15, 18.9,-68.68 } // (gamma) TrA
{ 4.1, 15, 36.7,-66.32 } // (epsilon) TrA
{ 2.8, 15, 55.1,-63.43 } // (beta) TrA
{ 3.9, 16, 15.4,-63.59 } // (delta) TrA
{ 4.2, 16, 20.4,-78.69 } // (delta) Aps
// multiple
{ 3.9, 16, 33.5,-78.9 } // (gamma) Aps
{ 4.2, 16, 43.1,-77.52 } // (beta) Aps
{ 1.9, 16, 48.7,-69.03 } // (alpha) TrA
{ 3.6, 17, 45.7,-64.72 } // (eta) Pav
{ 4, 18, 43, -71.43 } // (zeta) Pav
{ 4.2, 18, 52.2,-62.19 } // (lambda) Pav
{ 3.35,18, 56.9,-67.23 } // (kappa) Pav
// fluctuating
{ 4, 20, 0.6,-72.91 } // (epsilon) Pav
{ 3.6, 20, 8.7,-66.18 } // (delta) Pav
{ 1.9, 20, 25.6,-56.74 } // (alpha) Pav (Peacock)
{ 3.1, 20, 37.6,-47.29 } // (alpha) Ind
{ 3.4, 20, 45, -66.2 } // (beta) Pav
{ 3.7, 20, 54.8,-58.45 } // (beta) Ind
{ 4.4, 21, 19.9,-53.45 } // (theta) Ind
// multiple
{ 3.7, 21, 41.5,-77.39 } // (ny) Oct
{ 3, 21, 53.9,-37.37 } // (gamma) Gru
{ 1.7, 22, 8.2,-46.96 } // (alpha) Gru (Alnair)
{ 2.9, 22, 18.5,-60.26 } // (alpha) Tuc
{ 5.2, 22, 23, -45.93 } // (pi) Gru
// multiple (perspectivic)
{ 4, 22, 29.3,-43.5 } // (delta1) Gru
{ 4.1, 22, 29.8,-43.75 } // (delta2) Gru
{ 2.1, 22, 42.7,-46.88 } // (beta) Gru
{ 4.1, 22, 46.1,-81.38 } // (beta) Oct
{ 3.5, 22, 48.6,-51.32 } // (epsilon) Gru
{ 3.9, 23, 10.4,-45.25 } // (iota) Gru
{ 4, 23, 17.4,-58.24 } // (gamma) Tuc
}
// #declare minmag=6; // magnitude of the faintest
//stars to be visible
// #declare w=800; // image width
// #declare an=50; // field of view
// #declare m=0.00058/(w/800)/(50/an); // radius of the faintest stars
//adjusted to image width and field of view
// #declare fac=2; // logarithmic factor for orders
//of magnitude,
// should be smaller at low
//resolutions to prevent bright stars
// from being unnaturally large
#macro Stars(minmag, w, an, fac)
#local stars=union
{
#local m=0.00058/(w/800)/(50/an);
#local a=0;
#while (a<dimension_size(Cat, 1))
#local rad=m*pow(fac, (minmag-Cat[a][0])/2);
#local rec=-Cat[a][1]*15-Cat[a][2]*0.25;
#local dec=Cat[a][3];
sphere { <sin(rec*(pi/180))*cos(dec*(pi/180)), sin(dec*(pi/180)),
cos(rec*(pi/180))*cos(dec*(pi/180))>, rad }
#declare a=a+1;
#end
}
sky_sphere
{
pigment
{
object { stars color rgb 0 color rgb 1 }
}
rotate y*90
rotate x*23.4333
}
#end
// End addition by Yadgar
/*
Planet isosurface from Jaime Vives Piqueres's moon.
*/
// +w2304 +h1024
global_settings{
assumed_gamma 1.0
max_trace_level 20
}
#default{texture{finish{ambient 0}}}
#include "functions.inc"
#declare Modelling=off;
#declare ShowPlanet=on;
#declare ShowWater=on;
#declare ShowClouds=on;
#declare ShowRings=on;
// Begin addition by Yadgar
Stars(7, 1024, 40, 1.3)
// End addition by Yadgar
// *** PLANET ***
// planet texture
#declare t_planet=
pigment{
onion warp { turbulence 0.1 /*lambda 33 */ }
color_map{
[.7 rgb <.3,.2,.05>] // sand
[.8 rgb <0,.1,.09>] // green
[.99 rgb <.1,.05,.01>]//<.1,.2,.01>] // green
}
scale 1/(<1.01,.995,1.01>)
}
#declare t_planet=
texture{
pigment{
onion scale <1.01,.995,1.01>
turbulence .05
lambda 2.5
omega 1.2
pigment_map{
[0 rgb 1]
[.05 t_planet ]
[.95 t_planet ] // sand
[1 rgb 1]//<.1,.2,.01>]
}
}
#declare t_planet_Har=
pigment{
onion warp { turbulence 0.1 /*lambda 33 */ }
pigment_map{
[0 rgb <2,1,0> ]
[.05 crackle scale .05 turbulence 0.1 colour_map{[0 rgb
<1,0,0> ][1 rgb 0]}]//rgb <1,.5,0> ]
[1 rgb 0]
}
//scale 1/(<1.01,.995,1.01>)
}
#if(!Modelling)
normal{granite .001 scale .00001}
#end
finish{specular .1 }
}
#declare Scalar=<4,1,4>;
#declare Rotar=<-15,0,0>;
// Cloud texture
#declare t_clouds=
texture{
pigment{
wrinkles scale <100,50,100>*22
turbulence <1,2,1>
lambda 2.5
omega 1.3
warp { turbulence <10,0,10>*.1
//lambda 3
omega 1.2
}
color_map{
[0 rgb 1 transmit 1]
[.3 rgb 1 transmit .9]
[1 rgb 1 transmit 0]
}
rotate y*15
scale<0.021,0.02,0.021>/Scalar
rotate -Rotar
}
}
// Cloud texture
#declare t_clouds=
texture{ wrinkles rotate Rotar
scale Scalar
//lambda 2.5
omega 1.3
texture_map{
[0 t_clouds ]
[.3 pigment {rgb 1 transmit 1}]
[.5 t_clouds]
[.7 pigment {rgb 1 transmit 1}]
[1 t_clouds ]
}
}
// }
#declare t_smog=
texture{
pigment{
wrinkles scale <100,50,100>*22
turbulence <1,2,1>
lambda 2.5
omega 1.3
warp { turbulence <10,0,10>*.1
//lambda 3
omega 1.2
}
color_map{
[0 rgb 1 transmit 1]
//[.3 rgb <.3,.4,.1> transmit .9]
[1 rgb .5 transmit 0]
}
rotate y*15
scale<0.021,0.02,0.021>/Scalar
rotate -Rotar
}
}
#declare t_smog=
texture{ wrinkles rotate Rotar
scale Scalar
//lambda 2.5
omega 1.3
texture_map{
[0 t_clouds ]
[.3 pigment {rgb 1 transmit 1}]
[.5 t_clouds]
[.7 pigment {rgb 1 transmit 1}]
[1 t_clouds ]
}
}
// Terrain
#declare Terrain=isosurface{ // Copied from Jaime's LightSys Space Demo scene
function{(x*x+y*y+z*z-1)+f_granite(x*2,y*2,z*2)*f_agate(x,y,z)*.05}
//max_gradient 1000
//evaluate 3.199,10,1
contained_by{sphere{0,1}}
}
// Planet
#declare PlanetBue=
union{
object{Terrain
texture{t_planet
scale .02}
scale y*1.002
}
#if(ShowWater)
sphere{0,1 // water
pigment{gradient y scale 2 translate y
turbulence .1
lambda 7
colour_map{
[0 rgbt<1,1,1,0> ]
[.15 rgb <0,.05,.2> transmit
..3*(!Modelling)]
[.9 rgb <0,.05,.2> transmit
..3*(!Modelling)]
[1 rgbt<1,1,1,0> ]
}
}
finish{specular .2 metallic brilliance 2}
#if(!Modelling)
interior{fade_distance .003 fade_color rgb
<0,0,.1>}
#end
scale .996
}
#end
#if(!Modelling)
sphere{0,1 // Atmosphere
pigment{colour rgbt 1}
interior{
media {
// (---general values---)
intervals 10 // number of intervals
used for sampling [10]
samples 1,1 //minimum and maximum
number of samples taken per interval [1,1]
confidence 0.9 // statistic parameter
higher->better quality [0.9]
variance 1.0/128 // statistic parameter
lower->better quality [1.0/128]
ratio 0.9 // distribution
between lit and unlit areas [0.9]
scattering {2, rgb 10 }
//method 3 //adaptive sampling
density {onion
color_map{
[.89 rgb .5] // earth
[.93 rgb <0,.5,.6>*.5]//
[.98 rgb <0,0,.1>]//
[1 rgb 0 ]//
}
}
}
}
rotate y*90
scale 1.05
hollow
double_illuminate
}
#end
#if(ShowClouds)
union{
sphere{0,1.01 texture{t_clouds }}
rotate y*45
hollow //double_illuminate
}
#end
}
// Planet
#declare PlanetHar=
union{
object{Terrain
texture{t_planet_Har
scale .02}
scale y*1.002
}
#if(!Modelling)
sphere{0,1 // Atmosphere
pigment{colour rgbt 1}
interior{
media {
// (---general values---)
intervals 10 // number of intervals
used for sampling [10]
samples 1,1 //minimum and maximum
number of samples taken per interval [1,1]
confidence 0.9 // statistic parameter
higher->better quality [0.9]
variance 1.0/128 // statistic parameter
lower->better quality [1.0/128]
ratio 0.9 // distribution
between lit and unlit areas [0.9]
scattering {2, rgb 10 }
//method 3 //adaptive sampling
density {onion
color_map{
[.89 rgb .5] // earth
[.9 rgb <.15,.2,.05>]//
[.93 rgb <.1,.05,.02>]//
[1 rgb 0 ]//
}
}
}
}
rotate y*90
scale 1.06
hollow
double_illuminate
}
#end
#if(ShowClouds)
union{
sphere{0,1.01 texture{t_clouds }}
//rotate y*45
hollow //double_illuminate
}
#end
}
// placement
union{ #if(ShowRings)
disc {<0, 0, 0> y, 1.0, .7 // -O- RINGs -O-
pigment{spherical
cubic_wave
colour_map{
[0 rgbft <0,0,0, 1,1>]
[.01 rgbft <.4,.3,.2, 0,.1>]
[.015 rgbft <.3,.3,.3, .1,.7>]
[.03 rgbft <.35,.3,.25, 0,.1>]
[.04 rgbft <.1,.21,.3, .1,.9>]
[.07 rgbft <.3,.21,.1, .2,.5>]
//
[.12 rgbft <.25,.2,.15, 0,.1>]
[.12 rgbft <.25,.2,.15, 0,.1>]
[.18 rgbft <.2,.2,.25, .1,.7>]
[.20 rgbft <.3,.2,.1, 0,.1>]
[.22 rgbft <0,0,0, 1,1>]
}
}
normal{granite .001 scale .00001}
finish{diffuse 1}
scale 2
hollow
double_illuminate
//rotate <40,0,30>
}
#end
object{PlanetBue rotate z*0}
scale .3
//rotate -<40,0,30>
translate <0,0,0>
}
// placement of Har
union{ #if(ShowRings)
disc {<0, 0, 0> y, 1.0, .7 // -O- RINGs -O-
pigment{spherical
cubic_wave
colour_map{
[0 rgbft <0,0,0, 1,1>]
[.01 rgbft <.4,.3,.2, 0,.1>]
[.015 rgbft <.3,.3,.3, .1,.7>]
[.03 rgbft <.35,.3,.25, 0,.1>]
[.04 rgbft <.1,.21,.3, .1,.9>]
[.07 rgbft <.3,.21,.1, .2,.5>]
//
[.12 rgbft <.25,.2,.15, 0,.1>]
[.12 rgbft <.25,.2,.15, 0,.1>]
[.18 rgbft <.2,.2,.25, .1,.7>]
[.20 rgbft <.3,.2,.1, 0,.1>]
[.22 rgbft <0,0,0, 1,1>]
}
}
normal{granite .001 scale .00001}
finish{diffuse 1}
scale 2
hollow
double_illuminate
//rotate <40,0,30>
}
#end
object{PlanetHar rotate z*0}
scale .3
//rotate -<40,0,30>
translate <0,0,1.19>
}
///////////////////////////////////////////////////
// moon
isosurface{
function{(x*x+y*y+z*z-1)+f_granite(x*2,y*2,z*2)*f_agate(x,y,z)*.05
+f_agate(x*100,y*100,z*100)*.001 -f_agate(x*1000,y*1000,z*1000)*.0001}
//max_gradient 3.199
accuracy 1/100000
contained_by{sphere{0,1}}
scale .2 rotate <-90,-90,-90> rotate <0,35,0> pigment{rgb .2}
translate <.48,.1,-.707>}
/////////////// New Addition by Nekar Xenos //////
#declare ShipScale=.0025;
#declare SpaceShip =
union{ // space ship
difference{
union{
sphere{0,1 scale <.2,.2,2>
pigment{colour rgb .1}
normal{cells 10000 scale.1 }
finish {ambient 0 specular 1 reflection 1 metallic}
//interior{ior 1.5}
}
}
sphere{0,1 scale <.2,.2,.5>
pigment{colour rgbf <0,.1,.3,.1>}
normal{bozo 100 turbulence .1 scale .05 }
finish{reflection{<0,0,.1>,<0,.3,1>fresnel on}}
translate -2*z
}
sphere{0,1 scale <.2,.2,.5> translate 2*z
pigment{colour rgbf <0,0,1,1>} }
interior {fade_power 1001 fade_distance .08*ShipScale
fade_color <0, 1,1> }
}
intersection{
sphere{0,1 scale <.2,.2,2> }
sphere{0,1 scale <.2,.2,.5> translate 2*z }
pigment{colour rgbft <.1,.4,.5,1,.5>}finish{specular 1
reflection {0,1}}
}
sphere{0,1 scale <.1,.1,.07>
pigment{colour rgbt <0,.5,10,.9>}
normal{bozo 100 turbulence .1 scale .05 }
finish {reflection{0,<.8,.9,1> fresnel off}}
interior {fade_power 1001 fade_distance .15*ShipScale
fade_color <0,.5, 1> }
translate 1.6*z
}
sphere{0,1 scale <.12,.12,.12>
pigment{colour rgbt 1}
interior {fade_power 1001 fade_distance .1*ShipScale
fade_color <0, .5,1.5> }
translate 1.6*z
}
torus{.9,.1 scale .12 rotate x*90 translate 1.6*z
pigment{colour rgb .1}
finish {specular .6 reflection {.1,1} }
}
//sphere {0,1 scale <.3,.3,2.1>pigment{colour rgbt <0,0,1,1>}normal{bozo
..1} finish{reflection {0,.5}} }
//no_shadow
}
object{SpaceShip scale ShipScale rotate <15,-25,0> translate <.5999,.223,-.585>}
/////////////////////////////////////////////////
light_source{0,4
//fade_power 2
translate <2,.1,3>*100
}
camera{
location <.6,.23,-.6>//<0,.5,0> // <.5,0,-1.2>
//up y
sky <1,1,0>
right x*image_width/image_height
look_at <0,-.2,.5> //<0,-.3,1> //<0,-.4,1>
}
// End of file
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