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Indiana Kokomo - E - 202
The Influence of Monetary and Fiscal Policy on Aggregate DemandCopyright 2004 South-Western21HOW MONETARY POLICY INFLUENCES AGGREGATE DEMAND Monetary policy changes money supply, which affects interest rates. In the short run, interest rates
Indiana Kokomo - E - 202
The Short-Run Tradeoff between Inflation and UnemploymentCopyright 2004 South-Western22Unemployment and Inflation The natural rate of unemployment depends on various features of the labor market. Examples include minimum-wage laws, the market
S.F. State - PRACTICE - 782
BUS 782, Sections 1-2, Spring, 2009 (Beckman): Access Practice #2In this project, we will use Microsoft Access to answer questions that someone might pose to us, concerning the contents of the Pilotech database. The action of answering these questio
S.F. State - ACCESS - 782
BUS 782, Sections 1-2, Spring, 2009 (Beckman): Access Practice #2In this project, we will use Microsoft Access to answer questions that someone might pose to us, concerning the contents of the Pilotech database. The action of answering these questio
S.F. State - ECON - 700
San Francisco State University ECON 700 Problem set 2 Due Thursday, March 10 Name (type) _Michael Bar Spring 2009Assignment Rules 1. Homework assignments must be typed. For instruction how to type equations and math objects please see notes Typin
S.F. State - ECON - 302
San Francisco State University ECON 302 Problem set 3 Due Thursday, March 12 Names (Type): Name 1_ Name 2_ Name 3_Michael Bar Spring 2009Assignment Rules 1. Homework assignments must be typed, except for formulas and graphs. To learn how to type
Sveriges lantbruksuniversitet - IAT - 410
IAT 410 - Video Game Design and ProgrammingChrisShaw,Ph.D. shaw@sfu.caSep7,Fall2006IAT4101TopicsAFourbroadthemes: Socialaspects Algorthmicaspects SoftwareEngineeringaspects BusinessaspectsSep7,Fall2006IAT4102IntroductionsA
Maryland - SOCY - 709
Sociology 709 (Martin) Lecture 8: March 26, 2009 The TOBIT model Researchers sometimes encounter dependent variables that have a mixture of discrete and continuous properties. The problem: For some values of the outcome variable, the response has
Stanford - CPT - 070620
0 28571 25 9 1.343750e-04 37 0.0000e+00 2.9727e-05 -7.3245e-05 0.0000e+00 -3.7750e-04 -5.5279e-05 0.0000e+00 4.5364e-05 -2.5387e-04 0.0000e+00 0.0000e+00 -4.0315e-04 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00
Stanford - CPT - 070620
-on "hmi_sq_cal_obs" with big star target.r boresight_alignmentgive directorygive first FSNgive last FSN-> report_boresight_alignment.txt>What to look for:Read file: "report_boresight_alignment.txt"Look at center of star and center of c
Stanford - CPT - 070620
-on "hmi_sq_flat_field" run:.r flatfield_cptwhich camera: say 0give directorygive first FSNgive last FSNwhich focus position: say 9fieldstop: say 0-> repeat the same thing for camera 1-> report_flatfield_[cam]_[fsn].txt-> flatfield_r
Stanford - CPT - 070620
Lamp flicker test:Purpose: Check lamp stabilitySTOL procedure: Picture loop.Do this to run the programStart idltype.run lamp_flickerThe program will then prompt for the input directory and the first andlast FSN.First two numbers printed
Stanford - CPT - 070620
Instructions for running the CPT.for focus, astigmatism, and alignment:-on "hmi_sq_focus_functional" with random dot target run.r camera_coalignment_cptgive directorygive first FSNgive last FSN-> report_cofocus_alignment_[fsn].txt-> co_f
Stanford - CPT - 070620
hcm_contam:Purpose: Look at focus blocks and HCM optics to find dust specs.STOL procedure: hmi_sq_hcm_contamStop down aperture to bring dust specs into focus. Take obsmode imageat each focus position and with each HCM rotated to 4 angles.Ana
Stanford - CPT - 070620
Illumination test:Purpose: Check stim tel illuminationSTOL procedure: Several runs of hmi_sq_cal_obs with various stopsDo this to run the programStart idltype.run cpt_illumThe program will then prompt for the input directory and the first a
Stanford - CPT - 070620
Camera Aliveness/Camera Readout Modes:Purpose: Check that cameras work, but also useful for checking forcontamination on CCD and fold mirrors.STOL procedure:Analysis subtracts darks and processes images to bring out contamination.Do this to
Stanford - CPT - 070620
Illumination analysis for FSN=167932-167955Front camera. Processed Thu Oct 25 15:51:05 2007 FSN Mean Disk_mean rms rms/mean 167934 776.201 995.167 145.353 0.146 167938 33.194 41.817 4.698 0.112 167942 3
Stanford - CPT - 080214
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Stanford - CPT - 080214
0 28571 25 9 1.343750e-04 37 0.0000e+00 2.9727e-05 -7.3245e-05 0.0000e+00 -3.7750e-04 -5.5279e-05 0.0000e+00 4.5364e-05 -2.5387e-04 0.0000e+00 0.0000e+00 -4.0315e-04 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00
Stanford - CPT - 080214
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Stanford - CPT - 080214
-on "hmi_sq_cal_obs" with big star target.r boresight_alignmentgive directorygive first FSNgive last FSN-> report_boresight_alignment.txt>What to look for:Read file: "report_boresight_alignment.txt"Look at center of star and center of c
Stanford - CPT - 080214
contam:Purpose: Look for contamination in the optical path.STOL procedure: hmi_sq_contam156Stop down aperture to bring dust specs into focus. Move aperture stoparound the aperture.Analysis uses the parallax to reconstruct where the dust is l
Stanford - CPT - 080214
-on "hmi_sq_flat_field" run:.r flatfield_cptwhich camera: say 0give directorygive first FSNgive last FSNwhich focus position: say 9fieldstop: say 0-> repeat the same thing for camera 1-> report_flatfield_[cam]_[fsn].txt-> flatfield_r
Stanford - CPT - 080214
Lamp flicker test:Purpose: Check lamp stabilitySTOL procedure: Picture loop.Do this to run the programStart idltype.run lamp_flickerThe program will then prompt for the input directory and the first andlast FSN.First two numbers printed
Stanford - CPT - 080214
Instructions for running the CPT.for focus, astigmatism, and alignment:-on "hmi_sq_focus_functional" with random dot target run.r camera_coalignment_cptgive directorygive first FSNgive last FSNFocus number or best focus (b): say "b"-> re
Stanford - CPT - 080214
linearity_darks:Purpose: Measure CCD/camera gain using darksSTOL procedure: hmi_sq_linearity_darks_functionalTake pairs of images on both cameras with a variety of integration times.Analysis calculates the variance of the differnece of pairs
Stanford - CPT - 080214
hcm_contam:Purpose: Look at focus blocks and HCM optics to find dust specs.STOL procedure: hmi_sq_hcm_contamStop down aperture to bring dust specs into focus. Take obsmode imageat each focus position and with each HCM rotated to 4 angles.Ana
Stanford - CPT - 080214
Illumination test:Purpose: Check stim tel illuminationSTOL procedure: Several runs of hmi_sq_cal_obs with various stopsDo this to run the programStart idltype.run cpt_illumThe program will then prompt for the input directory and the first a
Stanford - CPT - 080214
Camera Aliveness/Camera Readout Modes:Purpose: Check that cameras work, but also useful for checking forcontamination on CCD and fold mirrors.STOL procedure:Analysis subtracts darks and processes images to bring out contamination.Do this to
Stanford - CPT - 080214
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Stanford - CPT - 080214
Linearity analysis for FSN=1012149-1012240Front camera:Rate: 545.26969DN/sIntercept: 900.90801DNIntercept: -1.6522246sSide camera:Rate: 539.35416DN/sIntercept: 866.07679DNIntercept: -1.6057664s
Stanford - CPT - 080214
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Stanford - CPT - 080214
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Stanford - CPT - 080214
Polarization analysis for FSN=1012312-1012590Side camera calmode. Processed Sat Feb 16 03:56:01 2008Param Mean Stddev Minplot Maxplot Range I 0.776793 0.048391 0.689622 0.873272 0.183650 Q -0.002048 0.02028
Stanford - CPT - 080214
(1) Create a directory for intermediate results> mkdir tmp_distortion(2) Calculate the correlations: -> run distortion_head_cpt.proUsing the sequence: hmi_sq_distortion, random dotsIDL> .r distortion_head_cpt.pro* Output files at tmp_dis
Stanford - CPT - 080214
rms of the fitting residuals:foc=03 side : rms = 0.137452 pixelsfoc=04 side : rms = 0.145845 pixelsfoc=05 side : rms = 0.140197 pixelsfoc=06 side : rms = 0.146294 pixelsfoc=07 side : rms = 0.112924 pixelsfoc=08 sid
Stanford - CPT - 080214
Thu Dec 6 14:02:00 PST 2007values printed are distance in pixels to fall to 1% intensityimage num dist(pix)1 22.6
Stanford - BRETT - 090112
Linearity analysis for FSN=946442-946505Front camera:Rate: 691.82692DN/sIntercept: 1005.4707DNIntercept: -1.4533558sSide camera:Rate: 600.56621DN/sIntercept: 876.43939DNIntercept: -1.4593552s
Stanford - BRETT - 090112
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Stanford - BRETT - 090112
Linearity analysis for FSN=628354-628383Before dark subtraction:Front camera:Rate: 1026.3426DN/sIntercept: 119.91117DNSide camera:Rate: 572.27736DN/sIntercept: 116.70818DNAfter dark subtraction:Front camer
Stanford - BRETT - 090112
Linearity analysis for FSN=652802-652831Before dark subtraction:Front camera:Rate: 1379.6195DN/sIntercept: 116.95118DNSide camera:Rate: 778.76987DN/sIntercept: 114.45652DNAfter dark subtraction:Front camer
Stanford - BRETT - 090112
Linearity analysis for FSN=666299-666328Before dark subtraction:Front camera:Rate: 1020.8787DN/sIntercept: 119.86110DNSide camera:Rate: 560.99068DN/sIntercept: 116.98701DNAfter dark subtraction:Front camer
Stanford - BRETT - 090112
Linearity analysis for FSN=666359-666388Before dark subtraction:Front camera:Rate: 1353.5292DN/sIntercept: 116.56031DNSide camera:Rate: 758.13162DN/sIntercept: 114.21563DNAfter dark subtraction:Front camer
Stanford - BRETT - 090112
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Stanford - BRETT - 090112
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Stanford - BRETT - 090112
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Stanford - BRETT - 090112
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Stanford - BRETT - 090112
PCU rotation angles:Front, side, average -0.246293 -0.328122 -0.287207
Stanford - CPT - 080218
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Stanford - CPT - 080218
%!PS-Adobe-3.0 %BoundingBox: 0 42 340 552 %Title: Graphics produced by IDL %For: production@hmisan.nascom.nasa.gov, /home/production/CPT080218 %Creator: IDL Version 6.3 (linux x86_64 m64) %CreationDate: Wed Feb 20 01:43:18 2008 %DocumentData: Clean7b
Stanford - CPT - 080218
%!PS-Adobe-3.0 %BoundingBox: 0 42 340 552 %Title: Graphics produced by IDL %For: production@hmisan.nascom.nasa.gov, /home/production/CPT080218 %Creator: IDL Version 6.3 (linux x86_64 m64) %CreationDate: Wed Feb 20 01:45:40 2008 %DocumentData: Clean7b
Stanford - CPT - 080218
%!PS-Adobe-3.0 %BoundingBox: 0 42 340 552 %Title: Graphics produced by IDL %For: production@hmisan.nascom.nasa.gov, /home/production/CPT080218 %Creator: IDL Version 6.3 (linux x86_64 m64) %CreationDate: Wed Feb 20 02:30:30 2008 %DocumentData: Clean7b
Stanford - CPT - 080218
%!PS-Adobe-3.0 %BoundingBox: 0 42 340 552 %Title: Graphics produced by IDL %For: production@hmisan.nascom.nasa.gov, /home/production/CPT080218 %Creator: IDL Version 6.3 (linux x86_64 m64) %CreationDate: Wed Feb 20 02:31:51 2008 %DocumentData: Clean7b
Stanford - CPT - 080218
%!PS-Adobe-3.0 %BoundingBox: 0 42 340 552 %Title: Graphics produced by IDL %For: production@hmisan.nascom.nasa.gov, /home/production/CPT080218 %Creator: IDL Version 6.3 (linux x86_64 m64) %CreationDate: Tue Feb 19 23:41:54 2008 %DocumentData: Clean7b
Stanford - CPT - 080218
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Stanford - CPT - 080218
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Stanford - CPT - 080218
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Stanford - CPT - 080218
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Stanford - CPT - 080218
%!PS-Adobe-3.0 %BoundingBox: 0 42 340 552 %Title: Graphics produced by IDL %For: production@hmisan.nascom.nasa.gov, /home/production/CPT080218 %Creator: IDL Version 6.3 (linux x86_64 m64) %CreationDate: Wed Feb 20 18:24:44 2008 %DocumentData: Clean7b
Stanford - CPT - 080218
%!PS-Adobe-3.0 %BoundingBox: 0 42 340 552 %Title: Graphics produced by IDL %For: production@hmisan.nascom.nasa.gov, /home/production/CPT080218 %Creator: IDL Version 6.3 (linux x86_64 m64) %CreationDate: Wed Feb 20 14:52:03 2008 %DocumentData: Clean7b
Stanford - CPT - 080218
%!PS-Adobe-3.0 %BoundingBox: 0 42 340 552 %Title: Graphics produced by IDL %For: production@hmisan.nascom.nasa.gov, /home/production/CPT080218 %Creator: IDL Version 6.3 (linux x86_64 m64) %CreationDate: Wed Feb 20 03:12:04 2008 %DocumentData: Clean7b