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graphchart2.py
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graphchart2.py
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import wx
import Image, ImageDraw, ImageFont
import math
import astrology
import chart, houses, planets, fortune
import fixstars
import options
import common
import util
import mtexts
class GraphChart2:
DEG1 = math.pi/180
DEG5 = math.pi/36
DEG10 = math.pi/18
DEG30 = math.pi/6
SMALL_SIZE = 400
MEDIUM_SIZE = 600
def __init__(self, chrt, size, opts, bw, planetaryday=True, chrt2 = None):
self.chart = chrt
self.chart2 = chrt2
self.w, self.h = size
self.options = opts
self.bw = bw
self.planetaryday = planetaryday
self.buffer = wx.EmptyBitmap(self.w, self.h)
self.bdc = wx.BufferedDC(None, self.buffer)
self.chartsize = min(self.w, self.h)
self.maxradius = self.chartsize/2
self.center = wx.Point(self.w/2, self.h/2)
baseoffset = 0.0
val = 0
if self.options.showdecans:
val += 1
if self.options.showterms:
val += 1
if (self.planetaryday and self.options.showfixstars != options.Options.NONE) or self.chart2 != None:
val += 1
if self.options.positions:
if val == 1:
baseoffset = self.maxradius*0.02
elif val == 2:
baseoffset = self.maxradius*0.08
elif val == 3:
baseoffset = self.maxradius*0.12
elif val == 3:
baseoffset = self.maxradius*0.05
self.arrowlen = 0.04
self.deg01510len = 0.01
self.retrdiff = 0.01
if self.chart2 == None:
if self.planetaryday and self.options.showfixstars != options.Options.NONE: #If planetaryday is True => radix chart
self.symbolSize = self.maxradius/16
self.signSize = self.maxradius/20
self.planetsectorlen = 0.15
self.signsectorlen = self.planetsectorlen
self.signoffs = (self.signsectorlen/2.0)*self.maxradius
self.planetoffs = (self.planetsectorlen/2.0)*self.maxradius
self.planetlinelen = 0.03
self.rHousesectorlen = 0.06
self.rAntis = self.maxradius*0.90
self.rAntisLines = self.maxradius*0.86
self.rFixstars = self.maxradius*0.88#84
self.r30 = self.maxradius*0.83
self.rOuterLine = self.maxradius*0.86
self.rOuter0 = self.r30
self.rOuter1 = self.rOuter0-self.deg01510len*self.maxradius
self.rOuter5 = self.rOuter1-self.deg01510len*self.maxradius
self.rOuter10 = self.rOuter5-self.deg01510len*self.maxradius
self.rOuterMin = self.maxradius*0.82
self.rSign = self.r30-self.signoffs
self.r0 = self.r30-self.signsectorlen*self.maxradius
self.r1 = self.r0+self.deg01510len*self.maxradius
self.r5 = self.r1+self.deg01510len*self.maxradius
self.r10 = self.r5+self.deg01510len*self.maxradius
self.rASCMC = self.rSign
self.rArrow = self.rASCMC+self.arrowlen*self.maxradius
self.rTerms = self.r0
self.termssectorlen = 0.0
if self.options.showterms:
self.termssectorlen = 0.08
self.termsoffs = (self.termssectorlen/2.0)*self.maxradius
self.rTermsPlanet = self.r0-self.termsoffs#
self.rDecans = self.rTerms-self.termssectorlen*self.maxradius
self.decanssectorlen = 0.0
if self.options.showdecans:
self.decanssectorlen = 0.08
self.decansoffs = (self.decanssectorlen/2.0)*self.maxradius
self.rInner = self.rDecans-self.decanssectorlen*self.maxradius
self.rDecansPlanet = self.rInner+self.decansoffs#
self.rLLine = self.rInner-self.planetlinelen*self.maxradius #line between zodiacpos & planet
self.rPlanet = self.rInner-self.planetoffs
self.rPosDeg = self.rInner-self.planetsectorlen*self.maxradius
self.rPosMin = self.rPosDeg-0.04*self.maxradius
self.rRetr = self.rPosMin-0.05*self.maxradius
posascmc = 0.36
poshouses = 0.36
if self.options.showdecans and self.options.showterms:
posascmc = 0.24
poshouses = 0.24
elif self.options.showdecans or self.options.showterms:
posascmc = 0.30
poshouses = 0.30
self.rPosAscMC = self.maxradius*posascmc
self.rPosAscMCMin = self.rPosAscMC-self.maxradius*0.05
self.rPosHouses = self.maxradius*poshouses
self.rPosHousesMin = self.rPosHouses-self.maxradius*0.05
self.rBase = self.maxradius*0.24-baseoffset
self.rHouse = self.rBase+self.rHousesectorlen*self.maxradius
self.rHouseName = self.maxradius*0.27-baseoffset
else:
self.symbolSize = self.maxradius/12
self.signSize = self.maxradius/12
self.signsectorlen = 0.16
self.planetsectorlen = 0.18
self.planetoffs = (self.planetsectorlen/2.0)*self.maxradius
self.planetlinelen = 0.03
self.rHousesectorlen = 0.08
self.r30 = self.maxradius*0.96
self.signoffs = (self.signsectorlen/2.0-0.01)*self.maxradius
self.rSign = self.r30-self.signoffs
self.rASCMC = self.maxradius*0.88
self.rArrow = self.rASCMC+self.arrowlen*self.maxradius
self.r0 = self.r30-self.signsectorlen*self.maxradius
self.r1 = self.r0+self.deg01510len*self.maxradius
self.r5 = self.r1+self.deg01510len*self.maxradius
self.r10 = self.r5+self.deg01510len*self.maxradius
self.rTerms = self.r0
self.termssectorlen = 0.0
if self.options.showterms:
self.termssectorlen = 0.08
self.termsoffs = (self.termssectorlen/2.0)*self.maxradius
self.rTermsPlanet = self.r0-self.termsoffs#
self.rDecans = self.rTerms-self.termssectorlen*self.maxradius
self.decanssectorlen = 0.0
if self.options.showdecans:
self.decanssectorlen = 0.08
self.decansoffs = (self.decanssectorlen/2.0)*self.maxradius
self.rInner = self.rDecans-self.decanssectorlen*self.maxradius
self.rDecansPlanet = self.rInner+self.decansoffs#
self.rLLine = self.rInner-self.planetlinelen*self.maxradius #line between zodiacpos & planet
self.rPlanet = self.rInner-self.planetoffs
self.rPosDeg = self.rInner-self.planetsectorlen*self.maxradius
self.rPosMin = self.rPosDeg-0.05*self.maxradius
self.rRetr = self.rPosMin-0.05*self.maxradius
posascmc = 0.42
poshouses = 0.42
if self.options.showdecans and self.options.showterms:
posascmc = 0.30
poshouses = 0.30
elif self.options.showdecans or self.options.showterms:
posascmc = 0.38
poshouses = 0.38
self.rPosAscMC = self.maxradius*posascmc
self.rPosAscMCMin = self.rPosAscMC-self.maxradius*0.05
self.rPosHouses = self.maxradius*poshouses
self.rPosHousesMin = self.rPosHouses-self.maxradius*0.05
self.rBase = self.maxradius*0.24-baseoffset
self.rHouse = self.rBase+self.rHousesectorlen*self.maxradius
self.rHouseName = self.rBase+(self.rHousesectorlen*self.maxradius)/2.0
else:
self.symbolSize = self.maxradius/16
self.signSize = self.maxradius/20
self.outerplanetsectorlen = 0.12
self.planetsectorlen = 0.15
self.signsectorlen = self.planetsectorlen
self.signoffs = (self.signsectorlen/2.0)*self.maxradius
self.planetoffs = (self.planetsectorlen/2.0)*self.maxradius
self.planetlinelen = 0.03
self.rHousesectorlen = 0.06
self.rOuterMax = self.maxradius*0.97
if self.options.houses:
self.rOuterHouseName = self.rOuterMax-(self.rHousesectorlen*self.maxradius)/2.0
self.rOuterHouse = self.rOuterMax-self.rHousesectorlen*self.maxradius
self.r30 = self.rOuterHouse-self.outerplanetsectorlen*self.maxradius
else:
self.r30 = self.rOuterMax-self.outerplanetsectorlen*self.maxradius
self.rOuterASCMC = self.maxradius*0.92
self.rOuterPlanet = self.r30+self.planetoffs
self.rOuterASCMC = self.maxradius*0.92
self.rOuterArrow = self.rOuterASCMC+self.arrowlen*self.maxradius
self.rOuterLine = self.r30+self.planetlinelen*self.maxradius
self.rOuterRetr = self.rOuterLine+self.maxradius*self.retrdiff
self.rOuter0 = self.r30
self.rOuter1 = self.rOuter0-self.deg01510len*self.maxradius
self.rOuter5 = self.rOuter1-self.deg01510len*self.maxradius
self.rOuter10 = self.rOuter5-self.deg01510len*self.maxradius
self.rOuterMin = self.maxradius*0.78
self.rSign = self.r30-self.signoffs
self.r0 = self.r30-self.signsectorlen*self.maxradius
self.r1 = self.r0+self.deg01510len*self.maxradius
self.r5 = self.r1+self.deg01510len*self.maxradius
self.r10 = self.r5+self.deg01510len*self.maxradius
self.rASCMC = self.rSign
self.rArrow = self.rASCMC+self.arrowlen*self.maxradius
self.rTerms = self.r0
self.termssectorlen = 0.0
if self.options.showterms:
self.termssectorlen = 0.08
self.termsoffs = (self.termssectorlen/2.0)*self.maxradius
self.rTermsPlanet = self.r0-self.termsoffs#
self.rDecans = self.rTerms-self.termssectorlen*self.maxradius
self.decanssectorlen = 0.0
if self.options.showdecans:
self.decanssectorlen = 0.08
self.decansoffs = (self.decanssectorlen/2.0)*self.maxradius
self.rInner = self.rDecans-self.decanssectorlen*self.maxradius
self.rDecansPlanet = self.rInner+self.decansoffs#
self.rLLine = self.rInner-self.planetlinelen*self.maxradius #line between zodiacpos & planet
self.rPlanet = self.rInner-self.planetoffs
self.rPosDeg = self.rInner-self.planetsectorlen*self.maxradius
self.rPosMin = self.rPosDeg-0.05*self.maxradius
self.rRetr = self.rPosMin-0.05*self.maxradius
posascmc = 0.34
poshouses = 0.34
if self.options.showdecans and self.options.showterms:
posascmc = 0.20
poshouses = 0.20
elif self.options.showdecans or self.options.showterms:
posascmc = 0.26
poshouses = 0.26
self.rPosAscMC = self.maxradius*posascmc
self.rPosAscMCMin = self.rPosAscMC-self.maxradius*0.05
self.rPosHouses = self.maxradius*poshouses
self.rPosHousesMin = self.rPosHouses-self.maxradius*0.05
self.rBase = self.maxradius*0.24-baseoffset
self.rHouse = self.rBase+self.rHousesectorlen*self.maxradius
self.rHouseName = self.maxradius*0.27-baseoffset
self.smallsymbolSize = 2*self.symbolSize/3
self.fntMorinus = ImageFont.truetype(common.common.symbols, self.symbolSize)
self.fntSmallMorinus = ImageFont.truetype(common.common.symbols, self.smallsymbolSize)
self.fntMorinusSigns = ImageFont.truetype(common.common.symbols, self.signSize)
self.fntText = ImageFont.truetype(common.common.abc, self.symbolSize/2)
self.fntAntisText = ImageFont.truetype(common.common.abc, self.symbolSize)
self.fntSmallText = ImageFont.truetype(common.common.abc, self.symbolSize/2)
self.fntRetr = ImageFont.truetype(common.common.symbols, self.symbolSize/2)
self.fntSmallText2 = ImageFont.truetype(common.common.abc, self.symbolSize/3)
self.fntSmallTextOuter = ImageFont.truetype(common.common.abc, self.symbolSize/4)
self.fntBigText = ImageFont.truetype(common.common.abc, self.symbolSize/4*3)
self.fntMorinus2 = ImageFont.truetype(common.common.symbols, self.symbolSize/4*3)
self.deg_symbol = u'\u00b0'
self.arsigndiff = (0, -1, -1, 2, -1, 3, 4, -1, -1, -1, 6)
self.hsystem = {'P':mtexts.txts['HSPlacidus'], 'K':mtexts.txts['HSKoch'], 'R':mtexts.txts['HSRegiomontanus'], 'C':mtexts.txts['HSCampanus'], 'E':mtexts.txts['HSEqual'], 'W':mtexts.txts['HSWholeSign'], 'X':mtexts.txts['HSAxial'], 'M':mtexts.txts['HSMorinus'], 'H':mtexts.txts['HSHorizontal'], 'T':mtexts.txts['HSPagePolich'], 'B':mtexts.txts['HSAlcabitus'], 'O':mtexts.txts['HSPorphyrius']}
self.ayans = {0:mtexts.txts['None'], 1:mtexts.txts['FaganBradley'], 2:mtexts.txts['Lahiri'], 3:mtexts.txts['Deluce'], 4:mtexts.txts['Raman'], 5:mtexts.txts['Ushashashi'], 6:mtexts.txts['Krishnamurti'], 7:mtexts.txts['DjwhalKhul'], 8:mtexts.txts['Yukteshwar'], 9:mtexts.txts['JNBhasin'], 10:mtexts.txts['BabylonianKuglerI2'], 11:mtexts.txts['BabylonianKuglerII2'], 12:mtexts.txts['BabylonianKuglerIII2'], 13:mtexts.txts['BabylonianHuber2'], 14:mtexts.txts['BabylonianMercier2'], 15:mtexts.txts['Aldebaran15Tau2'], 16:mtexts.txts['Hipparchos'], 17:mtexts.txts['Sassanian'], 18:mtexts.txts['GalacticCenter0Sag2'], 19:mtexts.txts['J2000'], 20:mtexts.txts['J1900'], 21:mtexts.txts['B1950']}
def drawChart(self):
# PIL can draw only 1-width ellipse (or is there a width=...?)
self.drawCircles()
if self.options.showterms:
self.drawTermsLines()
if self.options.showdecans:
self.drawDecansLines()
if self.options.houses:
self.drawHouses(self.chart.houses, self.rBase, self.rInner)
if self.chart2 != None:
self.drawHouses(self.chart2.houses, self.r30, self.rOuterMax)
#Convert to PIL (truetype-font is not supported in wxPython)
wxImag = self.buffer.ConvertToImage()
self.img = Image.new('RGB', (wxImag.GetWidth(), wxImag.GetHeight()))
self.img.fromstring(wxImag.GetData())
self.draw = ImageDraw.Draw(self.img)
if self.options.houses:
self.drawHouseNames(self.chart, self.rHouseName)
if self.chart2 != None:
self.drawHouseNames(self.chart2, self.rOuterHouseName)
self.drawSigns()
#Convert back from PIL
wxImg = wx.EmptyImage(self.img.size[0], self.img.size[1])
wxImg.SetData(self.img.tostring())
self.buffer = wx.BitmapFromImage(wxImg)
self.bdc = wx.BufferedDC(None, self.buffer)
self.drawAscMC(self.chart.houses.ascmc, self.rBase, self.rASCMC, self.rArrow)
if self.chart2 != None:
self.drawAscMC(self.chart2.houses.ascmc, self.rOuterMin, self.rOuterASCMC, self.rOuterArrow)
#calc shift of planets (in order to avoid overlapping)
self.pshift = self.arrange(self.chart.planets.planets, self.chart.fortune.fortune, self.rPlanet)
#PIL doesn't want to show short lines
self.drawPlanetLines(self.pshift, self.chart.planets.planets, self.chart.fortune.fortune, self.rInner, self.rLLine)
if self.chart2 != None:
self.pshift2 = self.arrange(self.chart2.planets.planets, self.chart2.fortune.fortune, self.rOuterPlanet)
self.drawPlanetLines(self.pshift2, self.chart2.planets.planets, self.chart2.fortune.fortune, self.r30, self.rOuterLine)
if self.chart2 == None and self.planetaryday and self.options.showfixstars != options.Options.NONE: #If planetaryday is True => radix chart
if self.options.showfixstars == options.Options.FIXSTARS:
self.showfss = self.mergefsaspmatrices()
self.fsshift = self.arrangefs(self.chart.fixstars.data, self.showfss, self.rFixstars)
self.fsyoffs = self.arrangeyfs(self.chart.fixstars.data, self.fsshift, self.showfss, self.rFixstars)
#PIL doesn't want to show short lines
self.drawFixstarsLines(self.showfss)
elif self.options.showfixstars == options.Options.ANTIS:
self.pshiftantis = self.arrangeAntis(self.chart.antiscia.plantiscia, self.chart.antiscia.lofant, self.chart.antiscia.ascmcant, self.rAntis)
self.drawAntisLines(self.chart.antiscia.plantiscia, self.chart.antiscia.lofant, self.chart.antiscia.ascmcant, self.pshiftantis, self.r30, self.rAntisLines)
elif self.options.showfixstars == options.Options.CANTIS:
self.pshiftantis = self.arrangeAntis(self.chart.antiscia.plcontraant, self.chart.antiscia.lofcontraant, self.chart.antiscia.ascmccontraant, self.rAntis)
self.drawAntisLines(self.chart.antiscia.plcontraant, self.chart.antiscia.lofcontraant, self.chart.antiscia.ascmccontraant, self.pshiftantis, self.r30, self.rAntisLines)
#Convert to PIL (truetype-font is not supported in wxPython)
wxImag = self.buffer.ConvertToImage()
self.img = Image.new('RGB', (wxImag.GetWidth(), wxImag.GetHeight()))
self.img.fromstring(wxImag.GetData())
self.draw = ImageDraw.Draw(self.img)
self.drawPlanets(self.chart, self.pshift, self.rPlanet, self.rRetr)
if self.chart2 != None:
self.drawPlanets(self.chart2, self.pshift2, self.rOuterPlanet, self.rOuterRetr, True)
if self.options.showterms:
self.drawTerms()
if self.options.showdecans:
self.drawDecans()
if self.options.positions:
self.drawAscMCPos()
if self.options.houses:
self.drawHousePos()
if self.options.planetarydayhour and self.planetaryday:
self.drawPlanetaryDayAndHour()
if self.options.housesystem and self.planetaryday:
self.drawHousesystemName()
if self.chart2 == None and self.planetaryday and self.options.showfixstars != options.Options.NONE: #If planetaryday is True => radix chart
if self.options.showfixstars == options.Options.FIXSTARS:
self.drawFixstars(self.showfss)
elif self.options.showfixstars == options.Options.ANTIS:
self.drawAntis(self.chart, self.chart.antiscia.plantiscia, self.chart.antiscia.lofant, self.chart.antiscia.ascmcant, self.pshiftantis, self.rAntis)
elif self.options.showfixstars == options.Options.CANTIS:
self.drawAntis(self.chart, self.chart.antiscia.plcontraant, self.chart.antiscia.lofcontraant, self.chart.antiscia.ascmccontraant, self.pshiftantis, self.rAntis)
wxImg = wx.EmptyImage(self.img.size[0], self.img.size[1])
wxImg.SetData(self.img.tostring())
self.buffer = wx.BitmapFromImage(wxImg)
return self.buffer
def drawCircles(self):
bkgclr = self.options.clrbackground
if self.bw:
bkgclr = (255,255,255)
self.bdc.SetBackground(wx.Brush(bkgclr))
self.bdc.Clear()
self.bdc.BeginDrawing()
self.bdc.SetBrush(wx.Brush(bkgclr))
(cx, cy) = self.center.Get()
#rOuterMax and rOuterHouse (for outer housenames)
if self.chart2 != None and self.options.houses:
clr = self.options.clrframe
if self.bw:
clr = (0,0,0)
pen = wx.Pen(clr, 1)
self.bdc.SetPen(pen)
self.bdc.DrawCircle(cx, cy, self.rOuterMax)
self.bdc.DrawCircle(cx, cy, self.rOuterHouse)
if self.chart2 == None:
clr = self.options.clrframe
if self.bw:
clr = (0,0,0)
pen = wx.Pen(clr, 1)
self.bdc.SetPen(pen)
self.bdc.DrawCircle(cx, cy, self.r30)
#r30 circle
if self.chart2 != None or (self.planetaryday and self.options.showfixstars != options.Options.NONE): #If planetaryday is True => radix chart
clr = self.options.clrframe
if self.bw:
clr = (0,0,0)
w = 3
if self.chartsize <= GraphChart2.SMALL_SIZE:
w = 1
elif self.chartsize <= GraphChart2.MEDIUM_SIZE:
w = 2
pen = wx.Pen(clr, w)
self.bdc.SetPen(pen)
self.bdc.DrawCircle(cx, cy, self.r30)
#Outer 10, 5, 1-circle
pen = wx.Pen(clr, 1)
self.bdc.SetPen(pen)
self.bdc.DrawCircle(cx, cy, self.rOuter10)
#r10 Circle
clr = self.options.clrframe
if self.bw:
clr = (0,0,0)
pen = wx.Pen(clr, 1)
self.bdc.SetPen(pen)
self.bdc.DrawCircle(cx, cy, self.r10)
#r0 Circle
clr = self.options.clrframe
if self.bw:
clr = (0,0,0)
if self.options.showterms or self.options.showdecans:
pen = wx.Pen(clr, 1)
self.bdc.SetPen(pen)
self.bdc.DrawCircle(cx, cy, self.r0)
#Decans Circle
if self.options.showterms:
clr = self.options.clrframe
if self.bw:
clr = (0,0,0)
pen = wx.Pen(clr, 1)
self.bdc.SetPen(pen)
self.bdc.DrawCircle(cx, cy, self.rDecans)
w = 3
if self.chartsize <= GraphChart2.SMALL_SIZE:
w = 1
elif self.chartsize <= GraphChart2.MEDIUM_SIZE:
w = 2
pen = wx.Pen(clr, w)
self.bdc.SetPen(pen)
self.bdc.DrawCircle(cx, cy, self.rInner)
#rHouse Circle
if self.options.houses:
clr = self.options.clrhouses
if self.bw:
clr = (0,0,0)
pen = wx.Pen(clr, 1)
self.bdc.SetPen(pen)
self.bdc.DrawCircle(cx, cy, self.rHouse)
#Base Circle
clr = self.options.clrAscMC
if self.bw:
clr = (0,0,0)
w = self.options.ascmcsize
if self.chartsize <= GraphChart2.SMALL_SIZE and (w == 5 or w == 4 or w == 3):
w = 2
elif self.chartsize <= GraphChart2.MEDIUM_SIZE and (w == 5 or w == 4):
w = 3
pen = wx.Pen(clr, w)
self.bdc.SetPen(pen)
self.bdc.DrawCircle(cx, cy, self.rBase)
asclon = self.chart.houses.ascmc[houses.Houses.ASC]
if self.options.ayanamsha != 0:
asclon -= self.chart.ayanamsha
asclon = util.normalize(asclon)
#30-degs
clr = self.options.clrframe
if self.bw:
clr = (0,0,0)
w = 3
if self.chartsize <= GraphChart2.SMALL_SIZE:
w = 1
elif self.chartsize <= GraphChart2.MEDIUM_SIZE:
w = 2
pen = wx.Pen(clr, w)
self.bdc.SetPen(pen)
self.drawLines(GraphChart2.DEG30, asclon, self.rInner, self.r30)
#10-degs
clr = self.options.clrframe
if self.bw:
clr = (0,0,0)
w = 2
if self.chartsize <= GraphChart2.MEDIUM_SIZE:
w = 1
pen = wx.Pen(clr, w)
self.bdc.SetPen(pen)
self.drawLines(GraphChart2.DEG10, asclon, self.r0, self.r10)
#5-degs
self.drawLines(GraphChart2.DEG5, asclon, self.r0, self.r5)
#1-degs
clr = self.options.clrframe
if self.bw:
clr = (0,0,0)
pen = wx.Pen(clr, 1)
self.bdc.SetPen(pen)
self.drawLines(GraphChart2.DEG1, asclon, self.r0, self.r1)
#Outer 10, 5, 1 -degs
if self.chart2 != None or (self.planetaryday and self.options.showfixstars != options.Options.NONE): #If planetaryday is True => radix chart
#10-degs
clr = self.options.clrframe
if self.bw:
clr = (0,0,0)
w = 2
if self.chartsize <= GraphChart2.MEDIUM_SIZE:
w = 1
pen = wx.Pen(clr, w)
self.bdc.SetPen(pen)
self.drawLines(GraphChart2.DEG10, asclon, self.rOuter0, self.rOuter10)
#5-degs
self.drawLines(GraphChart2.DEG5, asclon, self.rOuter0, self.rOuter5)
#1-degs
clr = self.options.clrframe
if self.bw:
clr = (0,0,0)
pen = wx.Pen(clr, 1)
self.bdc.SetPen(pen)
self.drawLines(GraphChart2.DEG1, asclon, self.rOuter0, self.rOuter1)
self.bdc.EndDrawing()
def drawSigns(self):
(cx, cy) = self.center.Get()
clr = self.options.clrsigns
if self.bw:
clr = (0,0,0)
j = 0
asclon = self.chart.houses.ascmc[houses.Houses.ASC]
if self.options.ayanamsha != 0:
asclon -= self.chart.ayanamsha
asclon = util.normalize(asclon)
i = math.pi+math.radians(asclon)-GraphChart2.DEG30/2
signs = common.common.Signs1
if not self.options.signs:
signs = common.common.Signs2
while j < chart.Chart.SIGN_NUM:
x = cx+math.cos(i)*self.rSign
y = cy+math.sin(i)*self.rSign
self.draw.text((x-self.signSize/2, y-self.signSize/2), signs[j], font=self.fntMorinusSigns, fill=clr)
i -= GraphChart2.DEG30
j += 1
def drawHouses(self, chouses, r1, r2):
(cx, cy) = self.center.Get()
clr = self.options.clrhouses
if self.bw:
clr = (0,0,0)
pen = wx.Pen(clr, 1)
self.bdc.SetPen(pen)
asc = self.chart.houses.ascmc[houses.Houses.ASC]
if self.options.ayanamsha != 0 and self.options.hsys == 'W':
asc = util.normalize(self.chart.houses.ascmc[houses.Houses.ASC]-self.chart.ayanamsha)
for i in range (1, houses.Houses.HOUSE_NUM+1):
dif = math.radians(util.normalize(asc-chouses.cusps[i]))
x1 = cx+math.cos(math.pi+dif)*r1
y1 = cy+math.sin(math.pi+dif)*r1
x2 = cx+math.cos(math.pi+dif)*r2
y2 = cy+math.sin(math.pi+dif)*r2
self.bdc.DrawLine(x1, y1, x2, y2)
def drawAscMC(self, ascmc, r1, r2, rArrow):
(cx, cy) = self.center.Get()
#AscMC
clr = self.options.clrAscMC
if self.bw:
clr = (0,0,0)
w = self.options.ascmcsize
if self.chartsize <= GraphChart2.SMALL_SIZE and (w == 5 or w == 4 or w == 3):
w = 2
elif self.chartsize <= GraphChart2.MEDIUM_SIZE and (w == 5 or w == 4):
w = 3
pen = wx.Pen(clr, w)
self.bdc.SetPen(pen)
for i in range(4):
ang = math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC])
if i == 0:
ang -= math.radians(ascmc[houses.Houses.ASC])
if i == 1:
ang -= math.radians(ascmc[houses.Houses.ASC])+math.pi
if i == 2:
ang -= math.radians(ascmc[houses.Houses.MC])
if i == 3:
ang -= math.radians(ascmc[houses.Houses.MC])+math.pi
r2comma = r2
if self.chart2 != None and rArrow == self.rOuterArrow and i != 0 and i != 2:
r2comma = rArrow
x1 = cx+math.cos(ang)*r1
y1 = cy+math.sin(ang)*r1
x2 = cx+math.cos(ang)*r2comma
y2 = cy+math.sin(ang)*r2comma
self.bdc.DrawLine(x1, y1, x2, y2)
if i == 0 or i == 2:
self.drawArrow(ang, r2, clr, rArrow)
def drawArrow(self, ang, r2, clr, rArrow):
(cx, cy) = self.center.Get()
offs = math.pi/360.0
xl = cx+math.cos(ang+offs)*r2
yl = cy+math.sin(ang+offs)*r2
xr = cx+math.cos(ang-offs)*r2
yr = cy+math.sin(ang-offs)*r2
xm = cx+math.cos(ang)*rArrow
ym = cy+math.sin(ang)*rArrow
li = ((xl, yl, xr, yr), (xr, yr, xm, ym), (xm, ym, xl, yl))
self.bdc.DrawLineList(li)
# self.bdc.SetBrush(wx.Brush(clr))
# x = (xl+xr)/2
# x = (x+xm)/2
# y = (yl+yr)/2
# y = (y+ym)/2
# self.bdc.FloodFill(x, y, clr, wx.FLOOD_BORDER)
def drawAscMCPos(self):
(cx, cy) = self.center.Get()
clrpos = self.options.clrpositions
if self.bw:
clrpos = (0,0,0)
for i in range(2):
lon = self.chart.houses.ascmc[i]
if self.options.ayanamsha != 0:
lon -= self.chart.ayanamsha
lon = util.normalize(lon)
(d, m, s) = util.decToDeg(lon)
d, m = util.roundDeg(d%chart.Chart.SIGN_DEG, m, s)
degtxt = str(d)+self.deg_symbol
wdeg, hdeg = self.draw.textsize(degtxt, self.fntText)
x = cx+math.cos(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-self.chart.houses.ascmc[i]))*self.rPosHouses
y = cy+math.sin(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-self.chart.houses.ascmc[i]))*self.rPosHouses
xdeg = x-wdeg/2
ydeg = y-hdeg/2
self.draw.text((xdeg, ydeg), degtxt, fill=clrpos, font=self.fntText)
mintxt = str(m)+"'"
wdeg, hdeg = self.draw.textsize(mintxt, self.fntSmallText2)
x = cx+math.cos(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-self.chart.houses.ascmc[i]))*self.rPosHousesMin
y = cy+math.sin(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-self.chart.houses.ascmc[i]))*self.rPosHousesMin
xdeg = x-wdeg/2
ydeg = y-hdeg/2
self.draw.text((xdeg, ydeg), mintxt, fill=clrpos, font=self.fntSmallText2)
def drawHousePos(self):
(cx, cy) = self.center.Get()
clrpos = self.options.clrpositions
if self.bw:
clrpos = (0,0,0)
skipasc = False
skipmc = False
if self.chart.houses.cusps[1] == self.chart.houses.ascmc[houses.Houses.ASC]:
skipasc = True
if self.chart.houses.cusps[10] == self.chart.houses.ascmc[houses.Houses.MC]:
skipmc = True
asc = self.chart.houses.ascmc[houses.Houses.ASC]
if self.options.ayanamsha != 0 and self.options.hsys == 'W':
asc = util.normalize(self.chart.houses.ascmc[houses.Houses.ASC]-self.chart.ayanamsha)
for i in range (1, houses.Houses.HOUSE_NUM+1):
if i >= 4 and i < 10:
continue
if (skipasc and i == 1) or (skipmc and i == 10):
continue
lon = self.chart.houses.cusps[i]
if self.options.ayanamsha != 0 and self.options.hsys != 'W':
lon -= self.chart.ayanamsha
lon = util.normalize(lon)
(d, m, s) = util.decToDeg(lon)
d, m = util.roundDeg(d%chart.Chart.SIGN_DEG, m, s)
degtxt = str(d)+self.deg_symbol
wdeg, hdeg = self.draw.textsize(degtxt, self.fntText)
x = cx+math.cos(math.pi+math.radians(asc-self.chart.houses.cusps[i]))*self.rPosHouses
y = cy+math.sin(math.pi+math.radians(asc-self.chart.houses.cusps[i]))*self.rPosHouses
xdeg = x-wdeg/2
ydeg = y-hdeg/2
self.draw.text((xdeg, ydeg), degtxt, fill=clrpos, font=self.fntText)
mintxt = str(m)+"'"
wdeg, hdeg = self.draw.textsize(mintxt, self.fntSmallText2)
x = cx+math.cos(math.pi+math.radians(asc-self.chart.houses.cusps[i]))*self.rPosHousesMin
y = cy+math.sin(math.pi+math.radians(asc-self.chart.houses.cusps[i]))*self.rPosHousesMin
xdeg = x-wdeg/2
ydeg = y-hdeg/2
self.draw.text((xdeg, ydeg), mintxt, fill=clrpos, font=self.fntSmallText2)
def drawHouseNames(self, chrt, rHouseNames):
(cx, cy) = self.center.Get()
clr = self.options.clrhousenumbers
if self.bw:
clr = (0,0,0)
pen = wx.Pen(clr, 1)
self.bdc.SetPen(pen)
asc = self.chart.houses.ascmc[houses.Houses.ASC]
if self.options.ayanamsha != 0 and self.options.hsys == 'W':
asc = util.normalize(self.chart.houses.ascmc[houses.Houses.ASC]-self.chart.ayanamsha)
for i in range (1, houses.Houses.HOUSE_NUM+1):
width = 0.0
if i != houses.Houses.HOUSE_NUM:
width = chrt.houses.cusps[i+1]-chrt.houses.cusps[i]
else:
width = chrt.houses.cusps[1]-chrt.houses.cusps[houses.Houses.HOUSE_NUM]
width = util.normalize(width)
halfwidth = math.radians(width/2.0)
dif = math.radians(util.normalize(asc-chrt.houses.cusps[i]))
x = cx+math.cos(math.pi+dif-halfwidth)*rHouseNames
y = cy+math.sin(math.pi+dif-halfwidth)*rHouseNames
if i == 1 or i == 2:
xoffs = 0
yoffs = self.symbolSize/4
if i == 2:
xoffs = self.symbolSize/8
else:
xoffs = self.symbolSize/4
yoffs = self.symbolSize/4
self.draw.text((x-xoffs,y-yoffs), common.common.Housenames[i-1], fill=clr, font=self.fntText)
def drawPlanets(self, chrt, pshift, rPlanet, rRetr, outer=False):
(cx, cy) = self.center.Get()
clrs = (self.options.clrdomicil, self.options.clrexal, self.options.clrperegrin, self.options.clrcasus, self.options.clrexil)
clrpos = self.options.clrpositions
if self.bw:
clrpos = (0,0,0)
for i in range (planets.Planets.PLANETS_NUM+1):
if (i == astrology.SE_URANUS and not self.options.transcendental[chart.Chart.TRANSURANUS]) or (i == astrology.SE_NEPTUNE and not self.options.transcendental[chart.Chart.TRANSNEPTUNE]) or (i == astrology.SE_PLUTO and not self.options.transcendental[chart.Chart.TRANSPLUTO]) or ((i == astrology.SE_MEAN_NODE or i == astrology.SE_TRUE_NODE) and not self.options.shownodes) or (i == planets.Planets.PLANETS_NUM and not self.options.showlof):
continue
lon = 0.0
if i < planets.Planets.PLANETS_NUM:
lon = chrt.planets.planets[i].data[planets.Planet.LONG]
else:
lon = chrt.fortune.fortune[fortune.Fortune.LON]
x = cx+math.cos(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-lon-pshift[i]))*rPlanet
y = cy+math.sin(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-lon-pshift[i]))*rPlanet
clr = (0,0,0)
if not self.bw:
if self.options.useplanetcolors:
objidx = i
if i >= planets.Planets.PLANETS_NUM-1:
objidx -= 1
clr = self.options.clrindividual[objidx]
else:
if i < planets.Planets.PLANETS_NUM:
dign = chrt.dignity(i)
clr = clrs[dign]
else:
clr = self.options.clrperegrin
txtpl = ''
if i < planets.Planets.PLANETS_NUM:
txtpl = common.common.Planets[i]
else:
txtpl = common.common.fortune
self.draw.text((x-self.symbolSize/2, y-self.symbolSize/2), txtpl, fill=clr, font=self.fntMorinus)
if not outer:
#Position
lon2 = lon
if self.options.ayanamsha != 0:
lon2 -= self.chart.ayanamsha
lon2 = util.normalize(lon2)
(d, m, s) = util.decToDeg(lon2)
d, m = util.roundDeg(d%chart.Chart.SIGN_DEG, m, s)
degtxt = str(d)+self.deg_symbol
wdeg, hdeg = self.draw.textsize(degtxt, self.fntText)
x = cx+math.cos(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-lon-pshift[i]))*self.rPosDeg
y = cy+math.sin(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-lon-pshift[i]))*self.rPosDeg
xdeg = x-wdeg/2
ydeg = y-hdeg/2
self.draw.text((xdeg, ydeg), degtxt, fill=clrpos, font=self.fntText)
mintxt = str(m)+"'"
wdeg, hdeg = self.draw.textsize(mintxt, self.fntSmallText2)
x = cx+math.cos(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-lon-pshift[i]))*self.rPosMin
y = cy+math.sin(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-lon-pshift[i]))*self.rPosMin
xdeg = x-wdeg/2
ydeg = y-hdeg/2
self.draw.text((xdeg, ydeg), (mintxt).zfill(2), fill=clrpos, font=self.fntSmallText2)
#Retrograde
if i < planets.Planets.PLANETS_NUM:
rfnt = self.fntSmallText
if chrt.planets.planets[i].data[planets.Planet.SPLON] <= 0.0:
t = 'S'
if chrt.planets.planets[i].data[planets.Planet.SPLON] < 0.0:
t = common.common.retr
rfnt = self.fntRetr
# t = 'R'
wdeg, hdeg = self.draw.textsize(t, rfnt)
x = cx+math.cos(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-chrt.planets.planets[i].data[planets.Planet.LONG]-pshift[i]))*rRetr
y = cy+math.sin(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-chrt.planets.planets[i].data[planets.Planet.LONG]-pshift[i]))*rRetr
xdeg = x-wdeg/2
ydeg = y-hdeg/2
self.draw.text((xdeg, ydeg), t, fill=clr, font=rfnt)
else:
#Retrograde
if i < planets.Planets.PLANETS_NUM:
if chrt.planets.planets[i].data[planets.Planet.SPLON] <= 0.0:
t = 'S'
if chrt.planets.planets[i].data[planets.Planet.SPLON] < 0.0:
t = 'R'
x = cx+math.cos(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-chrt.planets.planets[i].data[planets.Planet.LONG]-pshift[i]))*rRetr
y = cy+math.sin(math.pi+math.radians(self.chart.houses.ascmc[houses.Houses.ASC]-chrt.planets.planets[i].data[planets.Planet.LONG]-pshift[i]))*rRetr
self.draw.text((x-self.symbolSize/8, y-self.symbolSize/8), t, fill=clr, font=self.fntSmallTextOuter)
def drawPlanetaryDayAndHour(self):
clr = self.options.clrtexts
if self.bw:
clr = (0,0,0)
ar = (1, 4, 2, 5, 3, 6, 0)
x = self.w-self.w/8
y = self.h/25
size = self.symbolSize/4*3
self.draw.text((x,y), common.common.Planets[ar[self.chart.time.ph.weekday]], fill=clr, font=self.fntMorinus2)
self.draw.text((x+size+size/2,y), mtexts.txts['Day'], fill=clr, font=self.fntBigText)
self.draw.text((x,y+size+size/2), common.common.Planets[self.chart.time.ph.planetaryhour], fill=clr, font=self.fntMorinus2)
self.draw.text((x+size+size/2,y+size+size/2), mtexts.txts['Hour'], fill=clr, font=self.fntBigText)
def drawHousesystemName(self):
clr = self.options.clrtexts
if self.bw:
clr = (0,0,0)
x = self.w-self.w/6
y = self.h-self.h/20
#ayanamsha
if self.options.ayanamsha != 0:
w, h = self.fntBigText.getsize(self.hsystem[self.options.hsys])
y2 = y-h*1.2
self.draw.text((x,y2), self.ayans[self.options.ayanamsha], fill=clr, font=self.fntBigText)
self.draw.text((x,y), self.hsystem[self.options.hsys], fill=clr, font=self.fntBigText)
def drawLines(self, deg, shift, r1, r2):
(cx, cy) = self.center.Get()
i = math.pi+math.radians(shift)
while i>-math.pi+math.radians(shift):
x1 = cx+math.cos(i)*r1
y1 = cy+math.sin(i)*r1
x2 = cx+math.cos(i)*r2
y2 = cy+math.sin(i)*r2
self.bdc.DrawLine(x1, y1, x2, y2)
i -= deg
def drawTermsLines(self):
(cx, cy) = self.center.Get()
asclon = self.chart.houses.ascmc[houses.Houses.ASC]
if self.options.ayanamsha != 0:
asclon -= self.chart.ayanamsha
asclon = util.normalize(asclon)
shift = math.radians(asclon)
signdeg = float(chart.Chart.SIGN_DEG)
num = len(self.options.terms[self.options.selterm])
subnum = len(self.options.terms[self.options.selterm][0])
sign = 0.0
for i in range(num):
deg = sign
for j in range(subnum):
deg += float(self.options.terms[self.options.selterm][i][j][1])
x1 = cx+math.cos(math.pi+shift-math.radians(deg))*self.rTerms
y1 = cy+math.sin(math.pi+shift-math.radians(deg))*self.rTerms
x2 = cx+math.cos(math.pi+shift-math.radians(deg))*self.rDecans
y2 = cy+math.sin(math.pi+shift-math.radians(deg))*self.rDecans
self.bdc.DrawLine(x1, y1, x2, y2)
sign += signdeg
def drawTerms(self):
(cx, cy) = self.center.Get()
clr = (0,0,0)
if not self.bw:
clr = self.options.clrsigns
asclon = self.chart.houses.ascmc[houses.Houses.ASC]
if self.options.ayanamsha != 0:
asclon -= self.chart.ayanamsha
asclon = util.normalize(asclon)
shift = math.radians(asclon)
signdeg = float(chart.Chart.SIGN_DEG)
num = len(self.options.terms[self.options.selterm])
subnum = len(self.options.terms[self.options.selterm][0])
sign = 0.0
for i in range(num):
deg = sign
for j in range(subnum):
pldeg = deg+float(self.options.terms[self.options.selterm][i][j][1])/2.0
deg += float(self.options.terms[self.options.selterm][i][j][1])
x = cx+math.cos(math.pi+shift-math.radians(pldeg))*self.rTermsPlanet
y = cy+math.sin(math.pi+shift-math.radians(pldeg))*self.rTermsPlanet
self.draw.text((x-self.smallsymbolSize/2, y-self.smallsymbolSize/2), common.common.Planets[self.options.terms[self.options.selterm][i][j][0]], fill=clr, font=self.fntSmallMorinus)
sign += signdeg
def drawDecansLines(self):
(cx, cy) = self.center.Get()
asclon = self.chart.houses.ascmc[houses.Houses.ASC]
if self.options.ayanamsha != 0:
asclon -= self.chart.ayanamsha
asclon = util.normalize(asclon)
shift = asclon
deg = GraphChart2.DEG10
i = math.pi+math.radians(shift)
while i>-math.pi+math.radians(shift):
x1 = cx+math.cos(i)*self.rInner
y1 = cy+math.sin(i)*self.rInner
x2 = cx+math.cos(i)*self.rDecans
y2 = cy+math.sin(i)*self.rDecans
self.bdc.DrawLine(x1, y1, x2, y2)
i -= deg
def drawDecans(self):
(cx, cy) = self.center.Get()
clr = (0,0,0)
if not self.bw:
clr = self.options.clrsigns
asclon = self.chart.houses.ascmc[houses.Houses.ASC]
if self.options.ayanamsha != 0:
asclon -= self.chart.ayanamsha
asclon = util.normalize(asclon)