Exemplo: Modo Iterativo (padrões, objetos individuais)
Lista típica de parâmetros neste modo:
Tomar cuidado que intera = "yes" e reimag = "no", neste modo.
Rodando a rotina:
pc> quick
sub-directory to create for temporary files (pad): Confirmação de diretório onde será gravada a informação criada
Running DISPLAY ... Rodando display na imagem de referencia
image to be displayed (../hd110cv0001.fits):
z1=13.22716 z2=38.79844
Running DAOEDIT ... Rodando daoedit para marcar iterativamente o(s) objeto(s) de interés (imagem inferior seguida de image superior)
1. put the cursor on the bottom image of a object
2. type <r> to see the profile (in a tek window) and check the position
3. type <a> to save the position
4. put the cursor on the top image of a object and repeat 2 and 3
5. repeat 1 to 4 for another object, if you wish
6. type <q> to quit of daoedit
# XCENTER YCENTER SKY SKYSIGMA FWHM COUNTS MAG
514.78 530.15 32.0 3.22 3.44 130739.0 -12.791
# XCENTER YCENTER SKY SKYSIGMA FWHM COUNTS MAG
518.82 566.72 31.0 3.16 3.45 134358.0 -12.821
Running TVMARK ... Rodando tvmark para confirmar seleção feita (ver)
z1=13.22716 z2=38.79844
is it correct (yes|no)? Confirmação de posições corretas
y
# XCENTER YCENTER SKY SKYSIGMA FWHM COUNTS MAG
514.78 530.15 32.0 3.22 3.44 130739.0 -12.79
518.82 566.72 31.0 3.16 3.45 134358.0 -12.82
# filecalc6748c.ord 3
# nrows mean stddev median min max
2 31.5 0.707107 31.5 31. 32.
# filecalc6748c.ord 4
# nrows mean stddev median min max
2 3.19 0.0424264 3.19 3.16 3.22
# filecalc6748c.ord 5
# nrows mean stddev median min max
2 3.445 0.00707107 3.445 3.44 3.45
Mean values Valores médios de valor de céu, erro no céu e fwhm para o(s) objeto(s) selecionado(s)
sky : 31.5
skysigma : 3.19
fwhm : 3.445
Running IMALIGN ... Rodando o imalign para alinhar imagens
Warning: bigbox must be odd, using 41
#Coords Image X-center Err Y-center Err Num
../hd110cv0001.fits 514.716 (0.023) 530.137 (0.023) 1
../hd110cv0001.fits 518.677 (0.024) 566.609 (0.022) 2
../hd110cv0002.fits 514.374 (0.021) 531.527 (0.022) 1
../hd110cv0002.fits 518.330 (0.023) 567.999 (0.022) 2
../hd110cv0003.fits 514.134 (0.025) 530.993 (0.025) 1
../hd110cv0003.fits 518.080 (0.026) 567.470 (0.024) 2
../hd110cv0004.fits 514.000 (0.022) 531.565 (0.023) 1
../hd110cv0004.fits 517.949 (0.022) 568.042 (0.020) 2
../hd110cv0005.fits 513.317 (0.022) 530.268 (0.023) 1
../hd110cv0005.fits 517.277 (0.023) 566.737 (0.022) 2
../hd110cv0006.fits 512.936 (0.027) 531.477 (0.027) 1
../hd110cv0006.fits 516.901 (0.029) 567.951 (0.027) 2
../hd110cv0007.fits 514.054 (0.023) 529.467 (0.022) 1
../hd110cv0007.fits 518.008 (0.024) 565.935 (0.022) 2
../hd110cv0008.fits 514.307 (0.022) 531.162 (0.022) 1
../hd110cv0008.fits 518.265 (0.022) 567.622 (0.021) 2
#Refcoords Reference X-center Err Y-center Err Num
../hd110cv0001.fits 514.716 (0.023) 530.137 (0.023) 1
../hd110cv0001.fits 518.677 (0.024) 566.609 (0.022) 2
#Shifts Image X-shift Err Y-shift Err N Internal
../hd110cv0001.fits 0.00 (0.02) 0.00 (0.02) 2 (0.00,0.00)
../hd110cv0002.fits 0.34 (0.02) -1.39 (0.02) 2 (0.00,0.00)
../hd110cv0003.fits 0.59 (0.02) -0.86 (0.02) 2 (0.01,0.00)
../hd110cv0004.fits 0.72 (0.02) -1.43 (0.02) 2 (0.01,0.00)
../hd110cv0005.fits 1.40 (0.02) -0.13 (0.02) 2 (0.00,0.00)
../hd110cv0006.fits 1.78 (0.03) -1.34 (0.02) 2 (0.00,0.00)
../hd110cv0007.fits 0.67 (0.02) 0.67 (0.02) 2 (0.00,0.00)
../hd110cv0008.fits 0.41 (0.02) -1.02 (0.02) 2 (0.00,0.01)
#Trim_Section = [3:1050,2:1048]
continue (yes|no)?
y Confirmar alinhamento correto
Running COORSHIFT ... Rodando o coorshift para calcular deslocamentos
Analyzing file...
creating coordinate file for ../hd110cv0001.fits xshift 0. yshift 0.
creating coordinate file for ../hd110cv0002.fits xshift 0.34 yshift -1.39
creating coordinate file for ../hd110cv0003.fits xshift 0.59 yshift -0.86
creating coordinate file for ../hd110cv0004.fits xshift 0.72 yshift -1.43
creating coordinate file for ../hd110cv0005.fits xshift 1.4 yshift -0.13
creating coordinate file for ../hd110cv0006.fits xshift 1.78 yshift -1.34
creating coordinate file for ../hd110cv0007.fits xshift 0.67 yshift 0.67
creating coordinate file for ../hd110cv0008.fits xshift 0.41 yshift -1.02
Warning: Attempt to delete a nonexistent file (inord)
Running PHOT ... Rodando o phot para fazer a fotometria
FWHM of the PSF in scale units: 2.5
is it correct (yes|no)? Pede confirmar valor default do fwhm
n Colocar "n" = "no"
FWHM of the PSF in scale units:
3.4 Colocar valor medio calculado acima
Standard deviation of background in counts: INDEF
is it correct (yes|no)? Pede confirmar valor default do sigma
n Colocar "n" = "no"
Standard deviation of background in counts:
3.2 Colocar valor medio calculado acima
Centering algorithm (centroid) (CR or value): none Indicar algoritmo para calculo do centroide
New centering algorithm: none Neste caso none não voltará a fazer o centroide
Sky fitting algorithm (mode) (CR or value): Indicar algoritmo para calculo de céu
Sky fitting algorithm: mode Deixar valor default: mode
Inner radius of sky annulus in scale units (10.) (CR or value): 20 Indicar raio interno do anel do céu
New inner radius of sky annulus: 20. scale units 20. pixels Neste caso 20 ~ 6*fwhm
Width of the sky annulus in scale units (10.) (CR or value): Indicar largura do anel de céu
New width of the sky annulus: 10. scale units 10. pixels Neste caso 10 ~ 2.5*fwhm
File/list of aperture radii in scale units (3:12:1) (CR or value): Confirmar aperturas usadas
Aperture radius 1: 3. scale units 3. pixels
Aperture radius 2: 4. scale units 4. pixels
Aperture radius 3: 5. scale units 5. pixels
Aperture radius 4: 6. scale units 6. pixels
Aperture radius 5: 7. scale units 7. pixels
Aperture radius 6: 8. scale units 8. pixels
Aperture radius 7: 9. scale units 9. pixels
Aperture radius 8: 10. scale units 10. pixels
Aperture radius 9: 11. scale units 11. pixels
Aperture radius 10: 12. scale units 12. pixels
Minimum good data value (INDEF) (CR or value): Valor mínimo de contagens para fazer fotometria
New minimum good data value: INDEF counts Manter valor default: INDEF
Maximum good data value (INDEF) (CR or value): Valor máximo de contagens para fazer fotometria
New maximum good data value: INDEF counts Manter valor default: INDEF
Running TXDUMP ... Rodando txdump para obter a fotometria
textfiles = "*.mag.1" Input apphot/daophot text database(s)
fields = "image,msky,nsky,rapert[1-10],sum[1-10],area[1-10]" Fields to be extracted
expr = "yes" Boolean expression for record selection
(headers = no) Print the field headers ?
(parameters = yes) Print the parameters if headers is yes ?
(mode = "ql") Mode of task
Running PCCD ... Rodando pccd para calcular informação polarimétrica
filename = "txdump6748j" input file (.dat)
(nstars = 1) number of stars (maximum 2000)
(nhw = 8) number of postions of wave-plate (maximum 16)
(nap = 10) number of apertures (maximum 10)
(calc = "c") analyser: calcite (c) / polaroid (p)
(readnoise = 0.82) CCD readnoise (adu)
(ganho = 5.) CCD gain (e/adu)
(deltatheta = 0.) correction in polarization angle (degrees)
(fileout = "pccd6748k") output file (.log)
(fileexe = "/iraf/extern/pccdpack/pccd/pccd2000.exe") pccd execute file (.exe)
(mode = "ql")
Running MACROL ... Rodando macrol para obter apertura que minimiza o erro polarimétrico
Warning: Attempt to delete a nonexistent file (macrol6748m.out)
File : pccd6748k
Evaluating...star 1 of 1 , aperture 1. of 10.
Evaluating...star 1 of 1 , aperture 2. of 10.
Evaluating...star 1 of 1 , aperture 3. of 10.
Evaluating...star 1 of 1 , aperture 4. of 10.
Evaluating...star 1 of 1 , aperture 5. of 10.
Evaluating...star 1 of 1 , aperture 6. of 10.
Evaluating...star 1 of 1 , aperture 7. of 10.
Evaluating...star 1 of 1 , aperture 8. of 10.
Evaluating...star 1 of 1 , aperture 9. of 10.
Evaluating...star 1 of 1 , aperture 10. of 10.
Q U SIGMA P THETA SIGMAtheor. APERTURE STAR
0.01053 0.05631 0.00056 0.05729 39.7 0.00039 7. 1
Running SELECT ... Rodando select (ver)
XCENTER YCENTER P THETA SIGMA ID APERTURE STAR
518.820 566.720 0.05729 39.7 0.00056 31 7 1
pc>
FIM
