def a_coeff_for_dl_below3e6_degr_95lower(x_in, y_in):
value = 0.
coeff = [
1.2399281167995918E-05, -1.5882916345597527E-02,
1.7163007864702003E-04, -7.8053856571063936E-05, 1.0348824248954710E-05
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_dl_above3e6_degr_95lower(x_in, y_in):
value = 0.
coeff = [
4.6608976282368152E-06, -9.2471917750553689E-03,
7.2494495194513745E-05, -3.3879073522040193E-05, 4.6090482783751579E-06
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_dl_below3e6_degr_68upper(x_in, y_in):
value = 0.
coeff = [
2.5044154256384934E-05, -2.2329431723857630E-02,
3.6331618413733063E-04, -1.7146314851977681E-04, 2.3598892703328804E-05
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_dl_above3e6_degr_68upper(x_in, y_in):
value = 0.
coeff = [
1.0467195233171159E-06, -4.1876168164473836E-03,
1.6811482330124820E-05, -7.8208892543142646E-06, 1.0799493325435875E-06
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_dl_above3e6_degr_68lower(x_in, y_in):
value = 0.
coeff = [
6.1125742677768214E-07, -3.4429446832741962E-03,
9.4137687661069387E-06, -4.3002293026199846E-06, 5.9115245678317552E-07
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_dl_merger_below3e6_degr_median(x_in):
value = 0.
# coefficients
coeff = [
2.0565893085297295E-05, -2.0103510632092567E-02,
3.1603402340107413E-04, -1.4998862667408815E-04, 2.0653792864527295E-05
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in)
return value
def a_coeff_for_dl_below3e6_degr_68lower(x_in, y_in):
value = 0.
coeff = [
1.3006015984239257E-05, -1.6224362947077520E-02,
1.9687228522712134E-04, -9.6635202682769628E-05, 1.3582721255461227E-05
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_dl_below3e6_degr_95upper(x_in, y_in):
value = 0.
coeff = [
1.7587362420354699E-05, -1.7672749376770453E-02,
2.7183857235303053E-04, -1.3095327477532224E-04, 1.8545154534450604E-05
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_skyloc_below3e6_95upper(x_in, y_in):
value = 0.
coeff = [
3.7429590831910303E-05, 1.7258659548857434E-02, 5.2977397108711186E-04,
-2.5382168553919658E-04, 3.5731610215945991E-05
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_dl_above3e6_degr_95upper(x_in, y_in):
value = 0.
coeff = [
7.5425721904062693E-07, -3.5027577924608257E-03,
1.2558106736397633E-05, -5.5136221369396991E-06, 7.3106306477508918E-07
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_skyloc_below3e6_95lower(x_in, y_in):
value = 0.
coeff = [
2.9981087440158299E-06, -5.6304546829688490E-03,
4.6123773253020091E-05, -2.2361107228573783E-05, 3.1382437250201738E-06
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_skyloc_above3e6_95upper(x_in, y_in):
value = 0.
coeff = [
2.9362077139050405E-07, -1.5454117036684941E-03,
4.3704800453552052E-06, -2.0900622539284911E-06, 2.8565805536544698E-07
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_skyloc_below3e6_68upper(x_in, y_in):
value = 0.
coeff = [
1.3067923642536095E-03, 9.8153075020522618E-02, 1.7463452861205330E-02,
-8.1425662968511343E-03, 1.1070620045096611E-03
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_skyloc_above3e6_68upper(x_in, y_in):
value = 0.
coeff = [
3.8765537439369987E-06, -5.5871510589275012E-03,
6.2686207669528278E-05, -3.1146332533667638E-05, 4.3487181753038569E-06
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_skyloc_merger_below3e6_median(x_in):
value = 0.
# coefficients
coeff = [
7.2225437521936328E-06, -8.6325534161662346E-03,
1.0825666275427051E-04, -5.3381002870477316E-05, 7.5265011587951132E-06
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in)
return value
def a_coeff_for_skyloc_above3e6_68lower(x_in, y_in):
value = 0.
coeff = [
5.0101189091321109E-07, -2.2314447134803277E-03,
8.1206115762477879E-06, -3.8924236245307105E-06, 5.4352505373965236E-07
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_skyloc_merger_above3e6_median(x_in):
value = 0.
# coefficients
coeff = [
4.1226575851527475E-07, -1.9554694840180614E-03,
6.4562824309063027E-06, -3.0517421884417350E-06, 4.1956080811530538E-07
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in)
return value
def a_coeff_for_skyloc_below3e6_68lower(x_in, y_in):
value = 0.
coeff = [
3.8523903006309198E-06, -6.1674884984842041E-03,
6.0919605664119766E-05, -2.9434404805582135E-05, 4.1138078077957048E-06
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_skyloc_above3e6_95lower(x_in, y_in):
value = 0.
coeff = [
2.1765354166901616E-06, -4.7614136838678069E-03,
3.3467236598752251E-05, -1.5420142333691797E-05, 2.0973989628512650E-06
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_dl_merger_above3e6_degr_median(x_in):
value = 0.
# coefficients
coeff = [
3.9198890734081695E-07, -2.6406994055505287E-03,
6.2097033771302346E-06, -2.8737293225166973E-06, 3.9793387817990948E-07
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in)
return value
def a_coeff_for_dl_above3e6_95lower(x_in, y_in):
value = 0.
coeff = [4.6128460455476095E-06,
-9.2447152324990588E-03,
6.8999016656315847E-05,
-3.2555204548518398E-05,
4.4694655714690859E-06
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_dl_above3e6_95upper(x_in, y_in):
value = 0.
coeff = [7.1983950063687095E-07,
-3.5031054974054981E-03,
1.0988244507292560E-05,
-5.1206881943507378E-06,
6.9176952849074536E-07
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_dl_below3e6_95lower(x_in, y_in):
value = 0.
coeff = [1.3126571116312916E-05,
-1.5893545792551353E-02,
1.9817772972651561E-04,
-9.3729930085532622E-05,
1.2859590635301845E-05
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_dl_above3e6_68upper(x_in, y_in):
value = 0.
coeff = [1.3990768653911720E-06,
-5.0351127989659815E-03,
2.1245473721604422E-05,
-1.0272056309160323E-05,
1.4240036465783068E-06
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_dl_below3e6_68upper(x_in, y_in):
value = 0.
coeff = [2.6960341930421476E-05,
-2.2341029660214957E-02,
3.8892175294325768E-04,
-1.8271576936420861E-04,
2.5192329187856057E-05
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_dl_below3e6_68lower(x_in, y_in):
value = 0.
coeff = [1.3148283865171910E-05,
-1.6227060938199728E-02,
2.0203253979051669E-04,
-9.8520752516164398E-05,
1.3884473165756440E-05
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_dl_merger_below3e6_median(x_in):
value = 0.
# coefficients
coeff = [1.9147454482918484E-05,
-2.0082922342517996E-02,
2.8455779390319205E-04,
-1.3818538872270879E-04,
1.9466950970646528E-05
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in)
return value
def a_coeff_dl_merger_above3e6_median(x_in):
value = 0.
# coefficients
coeff = [1.3969415365922027E-06,
-4.9447211248042165E-03,
2.0873094040065287E-05,
-9.8464892636526637E-06,
1.3461724163140343E-06
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in)
return value
def a_coeff_for_dl_above3e6_68lower(x_in, y_in):
value = 0.
coeff = [1.3852762292521566E-06,
-5.0945807664646153E-03,
2.1944387986613031E-05,
-1.0411244776682639E-05,
1.4407856124930354E-06
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
def a_coeff_for_dl_below3e6_95upper(x_in, y_in):
value = 0.
coeff = [1.2981486649549587E-05,
-1.5404131481153072E-02,
2.0572291267783173E-04,
-9.8089981494373882E-05,
1.3702530318009015E-05
]
value = fit_formula.formula_for_single_coeff_merger(coeff, x_in, y_in)
return value
