def cmp(self, x, y):
t1 = swe.difdeg2n(x, self.center)
t2 = swe.difdeg2n(y, self.center)
if t1 > t2:
return 1
elif t1 < t2:
return -1
else:
return 0
def calc_center(self):
tmp = 0
for p1 in self[:-1]:
for p2 in self[1:]:
dist = abs(swe.difdeg2n(p1, p2))
if dist >= tmp:
maxw = (p1, p2)
tmp = dist
self.center = swe.deg_midp(*maxw)
def synastry_aspect(self, user1, pl_us1, user2, pl_us2):
"""
Calculates the aspects between the 2 users.
Args: first user object, first list of planets and houses,
second user objcet, second list of planets and houses.
"""
distance = abs(
swe.difdeg2n(self.pl_ho_info1[pl_us1]["abs_pos"],
self.pl_ho_info2[pl_us2]["abs_pos"]))
if int(distance) <= 10:
aspect = "Conjuction"
return True, aspect, distance
elif 172 <= int(distance) <= 188:
aspect = "Oposition"
return True, aspect, distance - 180
elif 85 <= int(distance) <= 95:
aspect = "Square"
return True, aspect, distance - 90
elif 113 <= int(distance) <= 127:
aspect = "Trigon"
return True, aspect, distance - 120
elif 57 <= int(distance) <= 63:
aspect = "Sextil"
return True, aspect, distance - 60
elif 28 <= int(distance) <= 32:
aspect = "Semisextil"
return True, aspect, distance - 30
elif 43 <= int(distance) <= 47:
aspect = "Semisquare"
return True, aspect, distance - 45
elif 133 <= int(distance) <= 137:
aspect = "Sesquiquadrate"
return True, aspect, distance - 135
elif 149 <= int(distance) <= 151:
aspect = "Quincunx"
return True, aspect, distance - 150
elif 71.5 <= int(distance) <= 72.5:
aspect = "Quintile"
return True, aspect, distance - 72
elif 143.5 <= int(distance) <= 144.5:
aspect = "BiQuintile"
return True, aspect, distance - 144
elif (self.pl_ho_info1[pl_us1]["name"] == "Sun"
and self.pl_ho_info2[pl_us2]["name"] == "Sun"
and self.pl_ho_info1[pl_us1]["quality"]
== self.pl_ho_info2[pl_us2]["quality"]):
aspect = "DESTINO"
return False, aspect, distance
else:
return False, None, None
def draw_houses(self): """Draw houses glyphs.""" cuspsdir = os.path.join(_baseDir, 'icons', 'cusps', _cuspsDir) if self._chart[0].filter._hsys != 'G': ## traditional houses houses = self._chart[0]._houses[:12] for i in range(12): im = QImage(os.path.join(cuspsdir, 'cusp_%.2d.png' % (i+1))) diff = swe.difdeg2n(houses[i]._longitude, houses[i-11]._longitude) / 2.0 a = self._vernalAng - (houses[i]._longitude - diff) x, y = _getPointAt(a, 87, 5, 5) target = QRect(x, y, 10, 10) self.drawImage(target, im, _iconRect) else: ## Gauquelin sectors houses = self._chart[0]._houses[:36] for i in range(36): im = QImage(os.path.join(cuspsdir, 'sector_%.2d.png' % (i+1))) diff = swe.difdeg2n(houses[i]._longitude, houses[i-35]._longitude) / 2.0 a = self._vernalAng - (houses[i]._longitude - diff) x, y = _getPointAt(a, 87, 5, 5) target = QRect(x, y, 10, 10) self.drawImage(target, im, _iconRect)
def draw_houses(self):
"""Draw houses glyphs."""
cuspsdir = os.path.join(_baseDir, 'icons', 'cusps', _cuspsDir)
if self._chart[0].filter._hsys != 'G': ## traditional houses
houses = self._chart[0]._houses[:12]
for i in range(12):
im = QImage(os.path.join(cuspsdir, 'cusp_%.2d.png' % (i + 1)))
diff = swe.difdeg2n(houses[i]._longitude,
houses[i - 11]._longitude) / 2.0
a = self._vernalAng - (houses[i]._longitude - diff)
x, y = _getPointAt(a, 87, 5, 5)
target = QRect(x, y, 10, 10)
self.drawImage(target, im, _iconRect)
else: ## Gauquelin sectors
houses = self._chart[0]._houses[:36]
for i in range(36):
im = QImage(os.path.join(cuspsdir,
'sector_%.2d.png' % (i + 1)))
diff = swe.difdeg2n(houses[i]._longitude,
houses[i - 35]._longitude) / 2.0
a = self._vernalAng - (houses[i]._longitude - diff)
x, y = _getPointAt(a, 87, 5, 5)
target = QRect(x, y, 10, 10)
self.drawImage(target, im, _iconRect)
def asp_calc(self, point_one, point_two):
"""
Calculates the aspects between the 2 points.
Args: first point, second point.
"""
distance = abs(swe.difdeg2n(point_one, point_two))
if int(distance) <= 10:
aspect = "Conjuction"
aid = 0
color = "#7FFF00"
return True, aspect, distance, aid, color
elif 172 <= int(distance) <= 188:
aspect = "Oposition"
aid = 180
color = "#ff0000"
return True, aspect, distance - 180, aid, color
elif 85 <= int(distance) <= 95:
aspect = "Square"
aid = 90
color = "#ff0000"
return True, aspect, distance - 90, aid, color
elif 113 <= int(distance) <= 127:
aspect = "Trigon"
aid = 120
color = "#7FFF00"
return True, aspect, distance - 120, aid, color
elif 57 <= int(distance) <= 63:
aspect = "Sextil"
aid = 60
color = "#7FFF00"
return True, aspect, distance - 60, aid, color
elif 28 <= int(distance) <= 32:
aspect = "Semisextil"
aid = 30
color = "#7FFF00"
return True, aspect, distance - 30, aid, color
elif 43 <= int(distance) <= 47:
aspect = "Semisquare"
aid = 45
color = "#ff0000"
return True, aspect, distance - 45, aid, color
elif 133 <= int(distance) <= 137:
aspect = "Sesquiquadrate"
aid = 135
color = "#ff0000"
return True, aspect, distance - 135, aid, color
elif 149 <= int(distance) <= 151:
aspect = "Quincunx"
aid = 150
color = "#505050"
return True, aspect, distance - 150, aid, color
elif 71.5 <= int(distance) <= 72.5:
aspect = "Quintile"
aid = 72
color = "#505050"
return True, aspect, distance - 72, aid, color
elif 143.5 <= int(distance) <= 144.5:
aspect = "BiQuintile"
aid = 144
color = "#505050"
return True, aspect, distance - 144, aid, color
else:
return False, None, None, None, None