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![](3D"master07_image001.gif")
![](3D"slide0001_image003.jpg")
![3D"Photographie](3D"slide0001_image004.gif")
![3D"Doris](3D"slide0001_image005.gif")
![](3D"slide0001_image007.jpg")
=
![](3D"master06_image008.gif")
Table des matières
nLes webcams et autres caméras: leurs
applications
nLes différentes webcams sur le marché=
;
nQuels télescopes?
nQuelles montures?
nMatériel de support
nAvant de commencer: Importance de la
collimation<=
/span>
nTechniques d'agrandissement
nTechniques d'imagerie
=
n
-couleur
=
n -noir
et blanc
n -RGB, LRGB
n -Filtres spéciaux=
3;
nLogiciels de support
=
q -Re=
gistax
1,2,3,4
=
q-CCD OPS
q-DSI option planétaire&#=
13;
q
=
qLe FUTUR: APPLICATIONS DES TECHNIQUES D'IMAGERIE
MÉDICALE
=
qÀ L'IMAGERIE PLANÉTAIRE
=
<=
span
style=3D'font-size:44%;mso-special-format:lastCR;display:none'>
Différents types de camé=
ra
<=
span
style=3D'font-size:88%'>n-Caméras
numériques
<=
span
style=3D'font-size:88%'>nTrès sensib=
les,
très grand
Champ
de vision.
qSeuls les appa=
reils
à $1000 ou plus peuvent prendre des photos de .05 sec en rafales sur plusieurs seconde=
s.
qCONCLUSION : POSSIBLE DE FAIRE DU ![](3D"slide0003_image010.gif")
Différents types de camé=
ra
nCAMÉRAS CCD =
NON REFROIDIES
n -Exemple DSI de Meade
n -StarShoot de Orion
nLégères, elles peuvent faire <=
span
style=3D'position:absolute;top:55.5%;left:9.73%;width:38.57%;height:6.0%'>=
du
planétaire et aussi faire du ciel profond
n-Photos couleur directes possibles
=
nPrix
$400 à $900
![3D"NEW!](3D"slide0004_image012.jpg")
CAMÉRAS CCD REFROIDIES
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>n$1500
à $15,000
nNe pe=
uvent
pas prendre de très courtes poses (peu pratique pour objet te=
ls
Vénus ou Jupiter)
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nLogic=
iels
complexes
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nLourd=
es
nParfa=
ites
pour le ciel profond, non optimisées pour le planétaire<=
/span>Les webcams
nPrix $130 &agrav=
e;
$1500, mais excellent rendement même à $130=
3;=
nPrenn=
ent des
photos couleurs directement si voulu
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nTr&eg=
rave;s
bonne résolution
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nLogic=
iels
simples et efficaces
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nTr&eg=
rave;s
légères
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nEx. M=
eade
LPI, Celestron Neximage
![](3D"slide0006_image014.jpg")
Exemples d=
217;images
(caméra 8 bi= ts)
(caméra 8 bi= ts)
![](3D"slide0030_image015.jpg")
![](3D"slide0030_image017.jpg")
![](3D"slide0030_image019.gif")
Avec une cam=
éra
16 bits
![](3D"slide0031_image020.jpg")
Quel télescope?
nVotre téle=
scope
que vous posséder déjà sera le =
meilleur
si vous commencer.
nEn réalité, il faut obtenir u=
ne
résolution télescopique égale au seeing restr=
eint
par la turbulence atmosphérique:
2"
fréquent =
;
1"
occasionnel =
; &n=
bsp;
0.3 sec Exceptionnel
Quel télescope (suite)
nATTENTION: m&ecir=
c;me
si un télescope de 10 cm est suffisant pour donner u=
ne
résolution acceptable, une fois très grossie, les im=
ages
perdront beaucoup de leur luminosité. En prenant
compte la résolution et la luminosité, =
pour
une webcam de base on obtient le tableau suivant
![](3D"slide0010_image021.gif")
TABLEAU
Seeing 0,3
Seeing 0.5"
Seeing 1"
Seeing 2"
40 cm
30 cm
20 cm
10 cm
Exceptionnel
Rare
Au zenith
Fréquent
![](3D"slide0010_image022.gif")
![3D"optimum](3D"slide0010_image023.gif")
Exemples d&#=
8217;images
![](3D"slide0033_image024.jpg")
![](3D"slide0033_image025.gif")
Quelles montures?
nN'importe quelle
monture motorisée fera l'affaire
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nPas b=
esoin de
guider
nM&eci=
rc;me un
Dobson sur plateforme motorisée fera l'affaire
=
nAlign=
ement
sur le pôle nord doit être très bon car
le champs d'une webcam à f30 ne dépasse pas 5
minutes d'arc….
Avant de commence=
r:
collimater
nIL
EST À PEU PRÈS IMPOSSIBLE DE =
PRENDRE
DES IMAGES PLANÉTAIRES DE QUALITÉ SI LE
TÉLESCOPE N’EST PAS TRÈS BIEN COLLIMATÉ=
Matériel du support
nUn ordinateur de
contrôle.
Préférablement un portable avec ports usb 2.0.
Même si vous utiliser une caméra numérique, vous
aurez besoin d'un ordinateur pour analyser les images par
après.
![](3D"slide0011_image026.gif")
Matériel de support
nQue vous utilisi=
ez un
Maksutov à f13 ou une lunette à f5, il vous faudra
des technique pour agrandir les images planétaires=
et
rapetisser éventuellement les images lunaires ou solaire=
.
Techniques d'agrandissement
<=
span
style=3D'mso-special-format:bullet;color:#FFCC00;mso-color-index:6;positio=
n:
absolute;left:-4.43%;top:.39em;font-family:Wingdings;font-size:70%'>§=
Par
projection occulaire (le moins bon)
<=
span
style=3D'mso-special-format:bullet;color:#FFCC00;mso-color-index:6;positio=
n:
absolute;left:-4.43%;top:.39em;font-family:Wingdings;font-size:70%'>§=
Lentille
de barlow
<=
span
style=3D'mso-special-format:bullet;color:#FFCC00;mso-color-index:6;positio=
n:
absolute;left:-3.81%;top:.39em;font-family:Wingdings;font-size:70%'>§=
Barlow
achromatique (meilleur pour le couleur)
§=
Agrandisseurs
parfocaux (Ex. Televue =
Powermate)
<=
span
style=3D'visibility:hidden'>n
MATÉRIEL de support (suite)
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nOrdin=
ateur
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nAgran=
disseurs
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nFiltr=
es IR
cut et V cut
les WEBCAM sont très sensi=
bles
à l'infrarouge. =
Il
faut un filtre IR cut pour enlever cette longueur qui vient polluer
l'image
n Il faut =
un
filtre V cut seulement si on utilise un réfracteur achromat=
ique![](3D"slide0014_image027.gif")
MATÉRIEL de support (suite)
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nOrdin=
ateur
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nAgran=
disseurs
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nFiltr=
es IR
cut et V cut
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nUn
ventilateur
10 min de ventilateur =3D 4 heures
d'équilibrage thermique. Pas absolument
nécessaire. Attendre le plus tard possible la nuit. La
meilleur stabilité atmosphérique après min=
uit.![](3D"slide0017_image028.gif")
![](3D"slide0028_image029.gif")
(stabilité atmosphérique=
)
nLe jour le sol se rechauffe, et le soir il
irradie
Matériel connexe (suite)
nUNE MISE AU POIN=
T =
ÉLECTRONIQUE
=
(Pas absolument =
nécessaire
mais…..c'est mieux)
2 sortes: électrique=
s et
robotisés, ils sont bons tout les deux
![](3D"slide0015_image031.jpg")
Technique d'imagerie
n1. (partir la
correction d'erreur périodique si vous l'avez)
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>n2. Ce=
ntrer
votre image
-Centrer-la dan=
s un
oculaire
-faites le focu=
s
-Centrer l'imag=
e dans
oculaire+agrandisseur
-3. Mettez votre web cam.
Faites un focus approximé Technique d'imagerie
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nComme=
ncer par
l'ajustement Auto
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>n-Ajus=
ter
luminosité
<=
span
class=3DBB style=3D'position:absolute;left:-4.41%;top:.39em'>n-Mett=
ez le
gain juste en bas du maximum
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nNe to=
uchez
pas au gamma
Technique d'imagerie
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nPrenez
plusieurs séries d'images
-près du focus, en bas,
au-dessus
-à 10 images/sec, 15 im/sec
etc…
Techniques d'imagerie
nLes webcam prenn=
ent en
fait des films, composés de centaines d'images.
=
nLaiss=
er
rouler la caméra pour un minimum de 300 images, sans excé=
;der
2000
Imagerie avec filtres couleur
nLes filtres coul=
eur
permettent une finesse d'image supérieure à une
caméra couleur intégrée. On peut faire la mise au point indépendement
sur chaque couleur. Les plus=
belles
photos couleurs sont faites avec cette technique.
Imagerie avec filtre couleur
nPrendre DSI Mead=
e ou
une caméra haut de gamme telle une lumenera pour faire d=
u =
trichromique.
Les meilleures caméras sont des caméras 16 bits. Les petites webcams populaires n'ont
que 8 bits.
Imagerie couleur avec filtres
nIl faut prendre 3
photos au minimum , Rouge, Vert et Bleu. On les combine ensuite d=
ans
des logiciels tels Registax ou Photoshop.
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nDEMAN=
DE PLUS
DE TRAVAIL
Trichromie + caméra 16 bits
![](3D"slide0032_image033.jpg")
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TRAITEMENT D'IMAGE
nLes logiciels le=
s plus
utilisés sont ceux de la série Registax.
<=
span
style=3D'visibility:hidden'>n
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nHTTP:=
//WWW.
REGISTAX.COM
<=
span
class=3DBB style=3D'position:absolute;left:-4.43%;top:.39em'>nC'EST=
GRATUIT
REGISTAX
nCe logiciel perm=
et de
trier, additionner, aligner et rehausser des centaines d'images po=
ur
en éliminer au maximum la turbulence atmosphérique.
C'EST EXTRÊMEMENT EFFICACE!!!!!!!!!!!!!!!1
EXEMPLE D'UTILISATION
nVOICI MAITENANT =
UN
EXEMPLE CONCRET DE L'UTILISATION DE REGISTAX
LE FUTUR
nLA MÉDECI=
NE AU
SERVICE DE L'IMAGERIE PLANÉTAIRE
http://www.rasc.ca/currentjrasc/2006-dec-hr.pdf
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