def compute_transit(self, pv, _i=None, _a=None, _k=None):
_i = _i or uf.i_from_bitpew(pv[4], pv[3], pv[1], pv[7], pv[8])
_a = _a or uf.a_from_bitpew(pv[4], pv[3], pv[1], pv[7], pv[8])
_k = _k or m.sqrt(pv[2])
cns = self.contamination_from_ratios(pv[5], self.filter_centers[0], self.filter_centers[1:], pv[6])
zs = [orbits.z_eccentric(time, pv[0], pv[1], _a, _i, pv[7], pv[8], nthreads=self.nthreads) for time in self.time]
f = [self.tmodel(z, _k, pv[self.ld_sl[ic]], cns[ic]) for z,ic in zip(zs, self.cid)]
return f
def compute_transit(self, pv, _i=None, _a=None, _k=None):
_i = _i or uf.i_from_bitpew(pv[4], pv[3], pv[1], pv[6], pv[7])
_a = _a or uf.a_from_bitpew(pv[4], pv[3], pv[1], pv[6], pv[7])
_k = _k or m.sqrt(pv[2])
#zs = [orbits.z_eccentric_ip(time, pv[0], pv[1], _a, _i, pv[6], pv[7], nthreads=self.nthreads, update=upd) for time,upd in zip(self.time, self.upd)]
zs = [orbits.z_eccentric(time, pv[0], pv[1], _a, _i, pv[6], pv[7], nthreads=self.nthreads) for time in self.time]
f = [self.tmodel(z, _k, pv[self.ld_sl[ic]], pv[5]) for z,ic in zip(zs, self.cid)]
return f
def compute_transit(self, pv, _i=None, _a=None, _k=None):
_i = _i or uf.i_from_bitpew(pv[4], pv[3], pv[1], pv[6], pv[7])
_a = _a or uf.a_from_bitpew(pv[4], pv[3], pv[1], pv[6], pv[7])
_k = _k or m.sqrt(pv[2])
#zs = [orbits.z_eccentric_ip(time, pv[0], pv[1], _a, _i, pv[6], pv[7], nthreads=self.nthreads, update=upd) for time,upd in zip(self.time, self.upd)]
zs = [
orbits.z_eccentric(time,
pv[0],
pv[1],
_a,
_i,
pv[6],
pv[7],
nthreads=self.nthreads) for time in self.time
]
f = [
self.tmodel(z, _k, pv[self.ld_sl[ic]], pv[5])
for z, ic in zip(zs, self.cid)
]
return f
def compute_transit(self, pv, _i=None, _a=None, _k=None):
_i = _i or uf.i_from_bitpew(pv[4], pv[3], pv[1], pv[7], pv[8])
_a = _a or uf.a_from_bitpew(pv[4], pv[3], pv[1], pv[7], pv[8])
_k = _k or m.sqrt(pv[2])
cns = self.contamination_from_ratios(pv[5], self.filter_centers[0],
self.filter_centers[1:], pv[6])
zs = [
orbits.z_eccentric(time,
pv[0],
pv[1],
_a,
_i,
pv[7],
pv[8],
nthreads=self.nthreads) for time in self.time
]
f = [
self.tmodel(z, _k, pv[self.ld_sl[ic]], cns[ic])
for z, ic in zip(zs, self.cid)
]
return f
