def ckgpav_vector_error(inst, sclkdp, tol, ref):
(cmat, av, clkout, found) = cspyce0.ckgpav_vector(inst, sclkdp, tol, ref)
if not np.all(found):
name = cspyce0.frmnam(inst)
if name:
namestr = ' (' + name + ')'
else:
namestr = ''
sclkdp_min = np.min(sclkdp)
sclkdp_max = np.max(sclkdp)
if sclkdp_min == sclkdp_max:
clockstr = str(sclkdp)
else:
clockstr = '%s to %s' % (sclkdp_min, sclkdp_max)
chkin('ckgpav_vector_error')
setmsg('insufficient C kernel data to evaluate ' +
'instrument/spacecraft %s%s ' % (inst, namestr) +
'at spacecraft clock times %s ' % clockstr +
'with tolerance %s' % np.min(tol))
sigerr('SPICE(CKINSUFFDATA)')
chkout('ckgpav_vector_error')
return [cmat, av, clkout]
def frmnam1_error(frcode): # change of name; frmnam_error is defined below
frname = cspyce0.frmnam(frcode)
if frname == '':
chkin('frmnam_error')
setmsg('frame code %s not found' % frcode)
sigerr('SPICE(FRAMEIDNOTFOUND)')
chkout('frmnam_error')
return frname
def ckgpav_error(inst, sclkdp, tol, ref):
(cmat, av, clkout, found) = cspyce0.ckgpav(inst, sclkdp, tol, ref)
if not found:
name = cspyce0.frmnam(inst)
if name:
namestr = ' (' + name + ')'
else:
namestr = ''
chkin('ckgpav_error')
setmsg('insufficient C kernel data to evaluate ' +
'instrument/spacecraft %s%s ' % (inst, namestr) +
'at spacecraft clock time %s ' % sclkdp +
'with tolerance %s' % tol)
sigerr('SPICE(CKINSUFFDATA)')
chkout('ckgpav_error')
return [cmat, av, clkout]
def ckgp_error(inst, sclkdp, tol, ref):
(cmat, clkout, found) = cspyce0.ckgp(inst, sclkdp, tol, ref)
if not found:
name = cspyce0.frmnam(inst)
if name:
namestr = ' (' + name + ')'
else:
namestr = ''
chkin('ckgp_error')
setmsg('insufficient C kernel data to evaluate ' +
f'instrument/spacecraft {inst}{namestr} ' +
f'at spacecraft clock time {sclkdp} ' +
f'with tolerance {tol}')
sigerr('SPICE(CKINSUFFDATA)')
chkout('ckgp_error')
return [cmat, clkout]
def frmnam(frcode):
return FRAME_NAME_OVERRIDES.get(frcode, cspyce0.frmnam(frcode))