def __call__(self, lo, hi, prec=0, lopen=False, ropen=False, join=_COMMASPACE_): '''Return the range as C{"(lo, hi)"}, C{"(lo, hi]"}, C{"[lo, hi)"} or C{"[lo, hi]"}. ''' from pygeodesy.streprs import Fmt # PYCHOK re-imported r = NN(Fmt.f(lo, prec=prec), join, Fmt.f(hi, prec=prec)) if lopen: r = Fmt.PAREN(r) if ropen else Fmt.LOPEN(r) else: r = Fmt.ROPEN(r) if ropen else Fmt.SQUARE(r) return r
def _DDDMMSS_(strDDDMMSS, suffix, sep, clip): S = suffix.upper() if isstr(strDDDMMSS): t = strDDDMMSS.strip() if sep: t = t.replace(sep, NN).strip() s = t[:1] # sign or digit P = t[-1:] # compass point, digit or dot t = t.lstrip(_PLUSMINUS_).rstrip(S).strip() f = t.split(_DOT_) d = len(f[0]) f = NN.join(f) if 1 < d < 8 and f.isdigit() and ( (P in S and s.isdigit()) or (P.isdigit() and s in '-0123456789+' # PYCHOK indent and S in ((_NS_, _EW_) + _WINDS))): # check [D]DDMMSS form and compass point X = _EW_ if (d & 1) else _NS_ if not (P in X or (S in X and (P.isdigit() or P == _DOT_))): t = 'DDDMMSS'[d & 1 ^ 1:d | 1], X[:1], X[1:] raise ParseError('form %s applies %s-%s' % t) f = 0 # fraction else: # try other forms return _DMS2deg(strDDDMMSS, S, sep, clip) else: # float or int to [D]DDMMSS[.fff] f = float(strDDDMMSS) s = _MINUS_ if f < 0 else NN P = _0_ # anything except _SW_ f, i = modf(abs(f)) t = Fmt.f(i, prec=0) # str(i) == 'i.0' d = len(t) # bump number of digits to match # the given, valid compass point if S in (_NS_ if (d & 1) else _EW_): t = _0_ + t d += 1 # P = S # elif d > 1: # P = (_EW_ if (d & 1) else _NS_)[0] if d < 4: # [D]DD[.ddd] if f: t = float(t) + f t = t, 0, 0 else: f += float(t[d - 2:]) if d < 6: # [D]DDMM[.mmm] t = t[:d - 2], f, 0 else: # [D]DDMMSS[.sss] t = t[:d - 4], t[d - 4:d - 2], f d = _dms2deg(s, P, *map2(float, t)) return clipDegrees(d, float(clip)) if clip else d
def trilaterate5( self, distance1, point2, distance2, point3, distance3, # PYCHOK signature area=False, eps=EPS1, radius=R_M, wrap=False): '''B{Not implemented} for C{B{area}=True} or C{B{wrap}=True} and falls back to method C{trilaterate} otherwise. @return: A L{Trilaterate5Tuple}C{(min, minPoint, max, maxPoint, n)} with a single trilaterated intersection C{minPoint I{is} maxPoint}, C{min I{is} max} the nearest intersection margin and count C{n = 1}. @raise IntersectionError: No intersection, trilateration failed. @raise NotImplementedError: Keyword argument C{B{area}=True} or B{C{wrap}=True} not (yet) supported. @raise TypeError: Invalid B{C{point2}} or B{C{point3}}. @raise ValueError: Some B{C{points}} coincide or invalid B{C{distance1}}, B{C{distance2}}, B{C{distance3}} or B{C{radius}}. ''' if area or wrap: from pygeodesy.named import notImplemented notImplemented(self, self.trilaterate5, area=area, wrap=wrap) t = _trilaterate(self, distance1, self.others(point2=point2), distance2, self.others(point3=point3), distance3, radius=radius, height=None, useZ=True, LatLon=self.classof) # ... and handle B{C{eps}} and C{IntersectionError} as # method C{.latlonBase.LatLonBase.trilaterate2} d = self.distanceTo(t, radius=radius, wrap=wrap) # PYCHOK distanceTo d = abs(distance1 - d), abs(distance2 - d), abs(distance3 - d) d = float(min(d)) if d < eps: # min is max, minPoint is maxPoint return Trilaterate5Tuple(d, t, d, t, 1) # n = 1 t = _SPACE_(_no_(_intersection_), Fmt.PAREN(min.__name__, Fmt.f(d, prec=3))) raise IntersectionError(area=area, eps=eps, wrap=wrap, txt=t)
d = dict((n, (x + r * e) * _Forward_Reverse) for n, x, r in zip(_trfNs, X.xform, X.rates)) t = Transform(**d) return t if __name__ == '__main__': from pygeodesy.interns import _COMMA_, _SPACE_, _NL_, _NL_var_ n, y = date2epoch.__name__, 2020 for m in range(1, 13): for d in (1, _mDays[m]): e = date2epoch(y, m, d) print( _SPACE_(Fmt.PAREN(n, _COMMASPACE_(y, m, d)), Fmt.f(e, prec=3))) # __doc__ of this file t = [NN] + repr(RefFrames).split(_NL_) print(_NL_var_.join(i.strip(_COMMA_) for i in t)) # **) MIT License # # Copyright (C) 2016-2021 -- mrJean1 at Gmail -- All Rights Reserved. # # Permission is hereby granted, free of charge, to any person obtaining a # copy of this software and associated documentation files (the "Software"), # to deal in the Software without restriction, including without limitation # the rights to use, copy, modify, merge, publish, distribute, sublicense, # and/or sell copies of the Software, and to permit persons to whom the # Software is furnished to do so, subject to the following conditions: