Date - time
: 09/03/2006 13:11:08
Data file name :
T°Placebo.dta
Single
Cosinor Tests for one chosen period
Studied
period (T) :
2.4400000E+01
1.
Results by each series
Equation
of the model : β cos(2π t/T) + γ sin(2π t/T) + α
Serie
n°1
Solution
model : -1.11E-01Cos(2π t/24.40)-3.98E-01Sin(2π t/24.40)+3.66E+01
Initial
model :
4.13E-01Cos((2π t/24.40)-4.44E+00)+3.66E+01
- Model (ANOVA) is valid at the
probability level p =0.9500,
α =0.0500
1.1.
Chronobiometric values :
- Amplitude :
4.13E-01
Amplitude Standard Error
: 2.00E-02
CI of Amplitude
:
[3.74E-01 ; 4.51E-01]
- Dephasing -
Chronobiometric Acrophase (Radians) : -4.44E+00
Dephasing Standard Error
: 4.47E-02
CI of Dephasing
:
[-4.53E+00 ; -4.35E+00]
- Dephasing -
Chronobiometric Acrophase (Degrees) : -2.54E+02
Dephasing Standard Error
: 2.56E+00
CI of Dephasing
:
[-2.60E+02 ; -2.49E+02]
- Shifting -
Chronobiometric MESOR
: 3.66E+01
Shifting Standard Error
: 1.37E-02
CI of Shifting
:
[3.66E+01 ; 3.66E+01]
- AESOR[0, T] - Chronobiometric AESOR
: 8.93E+02
AESOR Standard Error
: 3.33E-01
CI of AESOR
: [8.93E+02 ; 8.94E+02]
1.2.
Chronobiometric parameters :
- Percent Rhythm :
85.22 %
- Percent Error :
14.78 %
- p-Value (H0: Amplitude=0) :
0.0000
1.3.
Chronobiometric test : p =0.9500, α =0.0500
- Ellipse Test
(H0: β=0 And γ=0) for T =
2.4400000E+01 H0 rejected
- Area of the Confidence Ellipse : 7.21E-03
1.4.
Residuals distribution - Goodness of fit : p =0.9500, a =0.0500
- Ajusted r²
: 1.00E+00
- K-S Test (H0: Normal residuals distribution) H0
accepted
- χ²
Test (H0: Normal residuals distribution) H0 rejected
- Average Test (H0: RS Average = 0) H0 accepted
- Q Test (H0: Independent Residues) H0 rejected
Serie
n°2
Solution
model : -2.72E-01Cos(2π t/24.40)-4.07E-01Sin(2π t/24.40)+3.68E+01
Initial
model :
4.90E-01Cos((2π t/24.40)-4.12E+00)+3.68E+01
- Model (ANOVA) is valid at the
probability level p =0.9500,
α =0.0500
1.1.
Chronobiometric values :
- Amplitude :
4.90E-01
Amplitude Standard Error
: 3.29E-02
CI of Amplitude
: [4.28E-01 ; 5.52E-01]
- Dephasing -
Chronobiometric Acrophase (Radians) : -4.12E+00
Dephasing Standard Error
: 6.21E-02
CI of Dephasing
: [-4.25E+00 ; -3.99E+00]
- Dephasing -
Chronobiometric Acrophase (Degrees) : -2.36E+02
Dephasing Standard Error
: 3.56E+00
CI of Dephasing
: [-2.44E+02 ; -2.29E+02]
- Shifting -
Chronobiometric MESOR
: 3.68E+01
Shifting Standard Error
:
2.25E-02
CI of Shifting
: [3.67E+01 ; 3.68E+01]
- AESOR[0, T] - Chronobiometric AESOR
: 8.97E+02
AESOR Standard Error
:
5.49E-01
CI of AESOR
: [8.96E+02 ; 8.98E+02]
1.2.
Chronobiometric parameters :
- Percent Rhythm :
75.93 %
- Percent Error :
24.07 %
- p-Value (H0: Amplitude=0) :
0.0000
1.3.
Chronobiometric test : p =0.9500, α =0.0500
- Ellipse Test
(H0: β=0 And γ=0) for T =
2.4400000E+01 H0 rejected
- Area of the Confidence Ellipse : 1.96E-02
1.4.
Residuals distribution - Goodness of fit : p =0.9500, a =0.0500
- Ajusted r²
: 1.00E+00
- K-S Test (H0: Normal residuals distribution) H0
accepted
- χ²
Test (H0: Normal residuals distribution) H0 rejected
- Average Test (H0: RS Average = 0) H0 accepted
- Q Test (H0: Independent Residues) H0 rejected
Serie
n°3
Solution
model : -1.54E-01Cos(2π t/24.40)-3.83E-01Sin(2π t/24.40)+3.68E+01
Initial
model :
4.13E-01Cos((2π t/24.40)-4.33E+00)+3.68E+01
- Model (ANOVA) is valid at the
probability level p =0.9500,
α =0.0500
1.1.
Chronobiometric values :
- Amplitude :
4.13E-01
Amplitude Standard Error
: 1.42E-02
CI of Amplitude
: [3.86E-01 ; 4.41E-01]
- Dephasing -
Chronobiometric Acrophase (Radians) : -4.33E+00
Dephasing Standard Error
:
3.16E-02
CI of Dephasing
: [-4.40E+00 ; -4.26E+00]
- Dephasing -
Chronobiometric Acrophase (Degrees) : -2.48E+02
Dephasing Standard Error
:
1.81E+00
CI of Dephasing
: [-2.52E+02 ; -2.44E+02]
- Shifting -
Chronobiometric MESOR
: 3.68E+01
Shifting Standard Error
:
9.70E-03
CI of Shifting
: [3.68E+01 ; 3.68E+01]
- AESOR[0, T] - Chronobiometric AESOR
: 8.97E+02
AESOR Standard Error
:
2.37E-01
CI of AESOR
: [8.97E+02 ; 8.98E+02]
1.2.
Chronobiometric parameters :
- Percent Rhythm :
92.12 %
- Percent Error :
7.88 %
- p-Value (H0: Amplitude=0) :
0.0000
1.3.
Chronobiometric test : p =0.9500, α =0.0500
- Ellipse Test
(H0: β=0 And γ=0) for T =
2.4400000E+01 H0 rejected
- Area of the Confidence Ellipse : 3.64E-03
1.4.
Residuals distribution - Goodness of fit : p =0.9500, a =0.0500
- Ajusted r²
: 1.00E+00
- K-S Test (H0: Normal residuals distribution) H0
accepted
- χ² Test (H0: Normal residuals distribution) H0 accepted
- Average Test (H0: RS Average = 0) H0 accepted
- Q Test (H0: Independent Residues) H0 rejected
Serie
n°4
Solution
model : -1.31E-01Cos(2π t/24.40)-4.27E-01Sin(2π t/24.40)+3.66E+01
Initial
model :
4.47E-01Cos((2π t/24.40)-4.41E+00)+3.66E+01
- Model (ANOVA) is valid at the probability
level p =0.9500, a =0.0500
1.1.
Chronobiometric values :
- Amplitude :
4.47E-01
Amplitude Standard Error
: 3.13E-02
CI of Amplitude
: [3.87E-01 ; 5.07E-01]
- Dephasing -
Chronobiometric Acrophase (Radians) : -4.41E+00
Dephasing Standard Error
: 6.45E-02
CI of Dephasing
: [-4.55E+00 ; -4.28E+00]
- Dephasing -
Chronobiometric Acrophase (Degrees) : -2.53E+02
Dephasing Standard Error
: 3.70E+00
CI of Dephasing
: [-2.61E+02 ; -2.45E+02]
- Shifting -
Chronobiometric MESOR
: 3.66E+01
Shifting Standard Error
: 2.14E-02
CI of Shifting
: [3.65E+01 ; 3.66E+01]
- AESOR[0, T] - Chronobiometric AESOR
: 8.92E+02
AESOR Standard Error
: 5.21E-01
CI of AESOR
: [8.91E+02 ; 8.93E+02]
1.2.
Chronobiometric parameters :
- Percent Rhythm :
73.53 %
- Percent Error :
26.47 %
- p-Value (H0: Amplitude=0) :
0.0000
1.3.
Chronobiometric test : p =0.9500, α =0.0500
- Ellipse Test
(H0: β=0 And γ=0) for T =
2.4400000E+01 H0 rejected
- Area of the Confidence Ellipse : 1.76E-02
1.4.
Residuals distribution - Goodness of fit : p =0.9500, a =0.0500
- Ajusted r²
: 1.00E+00
- K-S Test (H0: Normal residuals distribution) H0
accepted
- χ²
Test (H0: Normal residuals distribution) H0 rejected
- Average Test (H0: RS Average = 0) H0 accepted
- Q Test (H0: Independent Residues) H0 rejected
Serie
n°5
Solution
model : 7.75E-02Cos(2π t/24.40)-2.85E-01Sin(2π t/24.40)+3.67E+01
Initial
model :
2.95E-01Cos((2π t/24.40)-4.98E+00)+3.67E+01
- Model (ANOVA) is valid at the
probability level p =0.9500,
α =0.0500
1.1.
Chronobiometric values :
- Amplitude :
2.95E-01
Amplitude Standard Error
: 1.33E-02
CI of Amplitude
: [2.68E-01 ; 3.22E-01]
- Dephasing -
Chronobiometric Acrophase (Radians) : -4.98E+00
Dephasing Standard Error
: 4.41E-02
CI of Dephasing
: [-5.06E+00 ; -4.89E+00]
- Dephasing -
Chronobiometric Acrophase (Degrees) : -2.85E+02
Dephasing Standard Error
: 2.53E+00
CI of Dephasing
: [-2.90E+02 ; -2.80E+02]
- Shifting -
Chronobiometric MESOR
: 3.67E+01
Shifting Standard Error
: 9.33E-03
CI of Shifting
: [3.67E+01 ; 3.67E+01]
- AESOR[0, T] - Chronobiometric AESOR
: 8.96E+02
AESOR Standard Error
: 2.28E-01
CI of AESOR
: [8.95E+02 ; 8.96E+02]
1.2.
Chronobiometric parameters :
- Percent Rhythm :
85.53 %
- Percent Error :
14.47 %
- p-Value (H0: Amplitude=0) :
0.0000
1.3.
Chronobiometric test : p =0.9500, α =0.0500
- Ellipse Test
(H0: β=0 And γ=0) for T =
2.4400000E+01 H0 rejected
- Area of the Confidence Ellipse : 3.37E-03
1.4.
Residuals distribution - Goodness of fit : p =0.9500, a =0.0500
- Ajusted r²
: 1.00E+00
- K-S Test (H0: Normal residuals distribution) H0
accepted
- χ²
Test (H0: Normal residuals distribution) H0 rejected
- Average Test (H0: RS Average = 0) H0 accepted
- Q Test (H0: Independent Residues) H0 rejected
Serie
n°6
Solution
model : -6.72E-02Cos(2π t/24.40)-4.55E-01Sin(2π t/24.40)+3.68E+01
Initial
model :
4.60E-01Cos((2π t/24.40)-4.57E+00)+3.68E+01
- Model (ANOVA) is valid at the
probability level p =0.9500,
α =0.0500
1.1.
Chronobiometric values :
- Amplitude :
4.60E-01
Amplitude Standard Error
: 2.05E-02
CI of Amplitude
: [4.20E-01 ; 5.00E-01]
- Dephasing -
Chronobiometric Acrophase (Radians) : -4.57E+00
Dephasing Standard Error
: 4.14E-02
CI of Dephasing
: [-4.65E+00 ; -4.48E+00]
- Dephasing -
Chronobiometric Acrophase (Degrees) : -2.62E+02
Dephasing Standard Error
: 2.37E+00
CI of Dephasing
: [-2.66E+02 ; -2.57E+02]
- Shifting -
Chronobiometric MESOR
: 3.68E+01
Shifting Standard Error
: 1.40E-02
CI of Shifting
: [3.68E+01 ; 3.69E+01]
- AESOR[0, T] - Chronobiometric AESOR
: 8.99E+02
AESOR Standard Error
: 3.43E-01
CI of AESOR
: [8.98E+02 ; 9.00E+02]
1.2.
Chronobiometric parameters :
- Percent Rhythm :
86.93 %
- Percent Error :
13.07 %
- p-Value (H0: Amplitude=0) :
0.0000
1.3.
Chronobiometric test : p =0.9500, α =0.0500
- Ellipse Test
(H0: β=0 And γ=0) for T =
2.4400000E+01 H0 rejected
- Area of the Confidence Ellipse : 7.63E-03
1.4.
Residuals distribution - Goodness of fit : p =0.9500, a =0.0500
- Ajusted r²
: 1.00E+00
- K-S Test (H0: Normal residuals distribution) H0
accepted
- χ² Test (H0: Normal residuals distribution) H0 accepted
- Average Test (H0: RS Average = 0) H0 accepted
- Q Test (H0: Independent Residues) H0 rejected
Serie
n°7
Solution
model : -3.03E-03Cos(2π t/24.40)-4.56E-01Sin(2π t/24.40)+3.67E+01
Initial
model :
4.56E-01Cos((2π t/24.40)-4.71E+00)+3.67E+01
- Model (ANOVA) is valid at the
probability level p =0.9500,
α =0.0500
1.1.
Chronobiometric values :
- Amplitude :
4.56E-01
Amplitude Standard Error
: 2.03E-02
CI of Amplitude
: [4.16E-01 ; 4.96E-01]
- Dephasing -
Chronobiometric Acrophase (Radians) : -4.71E+00
Dephasing Standard Error
: 4.21E-02
CI of Dephasing
: [-4.79E+00 ; -4.62E+00]
- Dephasing -
Chronobiometric Acrophase (Degrees) : -2.70E+02
Dephasing Standard Error
: 2.41E+00
CI of Dephasing
: [-2.74E+02 ; -2.65E+02]
- Shifting -
Chronobiometric MESOR
: 3.67E+01
Shifting Standard Error
: 1.40E-02
CI of Shifting
: [3.66E+01 ; 3.67E+01]
- AESOR[0, T] - Chronobiometric AESOR
: 8.94E+02
AESOR Standard Error
:
3.42E-01
CI of AESOR
: [8.94E+02 ; 8.95E+02]
1.2.
Chronobiometric parameters :
- Percent Rhythm :
86.50 %
- Percent Error :
13.50 %
- p-Value (H0: Amplitude=0) :
0.0000
1.3.
Chronobiometric test : p =0.9500, α =0.0500
- Ellipse Test
(H0: β=0 And γ=0) for T =
2.4400000E+01 H0 rejected
- Area of the Confidence Ellipse : 7.61E-03
1.4.
Residuals distribution - Goodness of fit : p =0.9500, a =0.0500
- Ajusted r²
: 1.00E+00
- K-S Test (H0: Normal residuals distribution) H0
accepted
- χ²
Test (H0: Normal residuals distribution) H0 rejected
- Average Test (H0: RS Average = 0) H0 accepted
- Q Test (H0: Independent Residues) H0 rejected
Serie
n°8
Solution
model : -8.69E-02Cos(2π t/24.40)-4.11E-01Sin(2π t/24.40)+3.67E+01
Initial
model :
4.20E-01Cos((2π t/24.40)-4.50E+00)+3.67E+01
- Model (ANOVA) is valid at the
probability level p =0.9500,
α =0.0500
1.1.
Chronobiometric values :
- Amplitude :
4.20E-01
Amplitude Standard Error
: 1.65E-02
CI of Amplitude
: [3.88E-01 ; 4.52E-01]
- Dephasing -
Chronobiometric Acrophase (Radians) : -4.50E+00
Dephasing Standard Error
: 3.64E-02
CI of Dephasing
: [-4.58E+00 ; -4.43E+00]
- Dephasing -
Chronobiometric Acrophase (Degrees) : -2.58E+02
Dephasing Standard Error
: 2.09E+00
CI of Dephasing
: [-2.62E+02 ; -2.54E+02]
- Shifting -
Chronobiometric MESOR
: 3.67E+01
Shifting Standard Error
:
1.13E-02
CI of Shifting
: [3.67E+01 ; 3.67E+01]
- AESOR[0, T] - Chronobiometric AESOR
: 8.96E+02
AESOR Standard Error
:
2.76E-01
CI of AESOR
: [8.95E+02 ; 8.96E+02]
1.2.
Chronobiometric parameters :
- Percent Rhythm :
89.61 %
- Percent Error :
10.39 %
- p-Value (H0: Amplitude=0) :
0.0000
1.3.
Chronobiometric test : p =0.9500, α =0.0500
- Ellipse Test
(H0: β=0 And γ=0) for T =
2.4400000E+01 H0 rejected
- Area of the Confidence Ellipse : 4.95E-03
1.4.
Residuals distribution - Goodness of fit : p =0.9500, a =0.0500
- Ajusted r²
: 1.00E+00
- K-S Test (H0: Normal residuals distribution) H0
accepted
- χ²
Test (H0: Normal residuals distribution) H0 rejected
- Average Test (H0: RS Average = 0) H0 accepted
- Q Test (H0: Independent Residues) H0 rejected
Serie
n°9
Solution
model : -1.86E-01Cos(2π t/24.40)-3.84E-01Sin(2π t/24.40)+3.67E+01
Initial
model :
4.26E-01Cos((2π t/24.40)-4.26E+00)+3.67E+01
- Model (ANOVA) is valid at the
probability level p =0.9500,
α =0.0500
1.1.
Chronobiometric values :
- Amplitude :
4.26E-01
Amplitude Standard Error
:
2.58E-02
CI of Amplitude
: [3.77E-01 ; 4.75E-01]
- Dephasing -
Chronobiometric Acrophase (Radians) : -4.26E+00
Dephasing Standard Error
:
5.57E-02
CI of Dephasing
: [-4.38E+00 ; -4.15E+00]
- Dephasing -
Chronobiometric Acrophase (Degrees) : -2.44E+02
Dephasing Standard Error
:
3.19E+00
CI of Dephasing
: [-2.51E+02 ; -2.38E+02]
- Shifting -
Chronobiometric MESOR
: 3.67E+01
Shifting Standard Error
:
1.76E-02
CI of Shifting
: [3.66E+01 ; 3.67E+01]
- AESOR[0, T] - Chronobiometric AESOR
: 8.95E+02
AESOR Standard Error
: 4.29E-01
CI of AESOR
: [8.94E+02 ; 8.96E+02]
1.2.
Chronobiometric parameters :
- Percent Rhythm :
79.26 %
- Percent Error :
20.74 %
- p-Value (H0: Amplitude=0) :
0.0000
1.3.
Chronobiometric test : p =0.9500, α =0.0500
- Ellipse Test
(H0: β=0 And γ=0) for T =
2.4400000E+01 H0 rejected
- Area of the Confidence Ellipse : 1.20E-02
1.4.
Residuals distribution - Goodness of fit : p =0.9500, a =0.0500
- Ajusted r²
:
1.00E+00
- K-S Test (H0: Normal residuals distribution) H0
accepted
- χ² Test (H0: Normal residuals distribution) H0 accepted
- Average Test (H0: RS Average = 0) H0 accepted
- Q Test (H0: Independent Residues) H0 rejected
2.
Results for all data
Solution
model : -1.04E-01Cos(2π t/24.40)-4.01E-01Sin(2π t/24.40)+3.67E+01
Initial
model :
4.14E-01Cos((2π t/24.40)-4.46E+00)+3.67E+01
- Model (ANOVA) is valid at the
probability level
p =0.9500, α =0.0500
2.1.
Chronobiometric values :
- Amplitude :
4.14E-01
Amplitude Standard Error
:
9.73E-03
CI of Amplitude
: [3.95E-01 ; 4.33E-01]
- Dephasing - Chronobiometric Acrophase (Radians) : -4.46E+00
Dephasing Standard Error
:
2.17E-02
CI of Dephasing
: [-4.50E+00 ; -4.42E+00]
- Dephasing -
Chronobiometric Acrophase (Degrees) : -2.55E+02
Dephasing Standard Error
: 1.24E+00
CI of Dephasing
: [-2.58E+02 ; -2.53E+02]
- Shifting -
Chronobiometric MESOR
: 3.67E+01
Shifting Standard Error
: 6.65E-03
CI of Shifting
: [3.67E+01 ; 3.67E+01]
-
AESOR[0,
T] - Chronobiometric AESOR :
8.96E+02
AESOR Standard Error
: 1.62E-01
CI of AESOR
: [8.95E+02 ; 8.96E+02]
2.2.
Chronobiometric parameters :
- Percent Rhythm :
72.42 %
- Percent Error :
27.58 %
- p-Value for H0 (Amplitude=0) :
0.0000
2.3.
Chronobiometric test : p =0.9500, α =0.0500
- Ellipse Test
(H0: β=0 And γ=0) for T =
2.4400000E+01 H0 rejected
- Area of the Confidence Ellipse : 1.65E-03
2.4.
Residuals distribution - Goodness of fit : p =0.9500, a =0.0500
- Ajusted r²
: 1.00E+00
- Residual Sums of Squares :
2.32E+01
- χ²
Test (H0: Normal residuals distribution) H0 rejected
:
- K-S Test (H0: Normal residuals distribution) H0
accepted
- Average Test (H0: RS Average = 0) H0 accepted
- Q Test (H0: Independent Residues) H0 rejected
- K-S Test is the Kolmogorov and Smirnov test
- Average Test (H0: RS Average = 0) is a test of average on
the average sum of residues
- Q Test is the Ljung-Box Q-statistic lack-of-fit hypothesis
test