databaseFile = '/home/jeff/work/rotNSruns/mass-shed-models.db'
connection = sqlite3.connect(databaseFile)
c = connection.cursor()
c.execute("SELECT DISTINCT a FROM MODELS")
ahs = c.fetchall()
databaseFile2 = '/home/jeff/work/rotNSruns/ls-cold-manual2.db'
connection2 = sqlite3.connect(databaseFile2)
c2 = connection2.cursor()
for a in ahs:
sequencePlot(["edMax", "baryMass"],
c2, ("RedMax=0", "eos='LS220' ", " a=" + str(a[0])),
grid=True,
title="",
suppressShow=True,
c=matplotlib.pyplot.cm.jet(a[0]))
sequencePlot(["edMax", "baryMass"],
c2, ("RedMax>0", "eos='LS220' ", " a=" + str(a[0])),
grid=True,
title="",
suppressShow=True,
c=matplotlib.pyplot.cm.jet(a[0]),
linestyle='--')
sequencePlot(["edMax", "baryMass"],
c, ("RedMax=0", "eos='HS'", "T=0.5"),
"a",
grid=True,
title="",
suppressShow=True,
#print edMaxes
#c.execute("SELECT DISTINCT a FROM MODELS ORDER BY a")
#aes=c.fetchall()
#print aes
# Here we try and do Ansorg plots SHED vs RPOE with a curves
aes = arange(0.0, 1.1, 0.1)
print aes
filtersT = nearValueFilter("T", 0.5)
filtersEd = nearValueFilter("edMax", 528787878700000.0)
filters = filtersT + filtersEd
for a in aes:
thisFilter = filters + nearValueFilter("a", a)
sequencePlot(["rpoe", "shed"],
c,
thisFilter,
suppressShow=True,
c=(a, a / 2.0, 0.5))
sequencePlot(["rpoe", "shed"], c, thisFilter, c=(a, a / 2.0, 0.5))
exit()
T = 0.5
filtersT = nearValueFilter("T", T,
0.001) #("T>%s" % (T -.01), "T<%s" % (T +.01))
a = 0.7
filtersA = nearValueFilter("a", a,
0.001) #("a>%s" % (a -.001), "a<%s" % (a +.001))
filtersEd = ("edMax>1.5e14",
) # nearValueFilter("edMax",528787878700000.0,0.001 )
filters = filtersA + filtersT + filtersEd
resultTov=[]
for T in cTov.execute("SELECT DISTINCT T FROM models"):
T=T[0]
print T
answer = edOfMaxMass(equalsFiltersFromDict({'T': T}) ,connectionTov)
resultTov.append((-.10, T, answer[plotVar]))
databaseFile = '/home/jeff/work/rotNSruns/allRuns3-20-13.db'
connection=sqlite3.connect(databaseFile)
c = connection.cursor()
sequencePlot(["edMax", "baryMass"], c, equalsFiltersFromDict({'a': 0.8, 'RedMax': 0.0}),"rpoe",grid=True)
c.execute("SELECT DISTINCT a,T FROM models")
grid = c.fetchall()
c.execute("SELECT DISTINCT T FROM MODELS")
Ts=c.fetchall()
c.execute("SELECT DISTINCT a FROM MODELS")
ahs=c.fetchall()
resultS =[]
resultT =[]
for a,T in grid:
print a,T
from sqlPlotRoutines import sequencePlot
databaseFile = '/home/jeff/work/rotNSruns/mass-shed-models.db'
connection=sqlite3.connect(databaseFile)
c=connection.cursor()
c.execute("SELECT DISTINCT a FROM MODELS")
ahs=c.fetchall()
databaseFile2 = '/home/jeff/work/rotNSruns/ls-cold-manual2.db'
connection2=sqlite3.connect(databaseFile2)
c2=connection2.cursor()
for a in ahs:
sequencePlot(["edMax","baryMass"],c2,("RedMax=0","eos='LS220' "," a="+str(a[0])),
grid=True,title="",suppressShow=True,c=matplotlib.pyplot.cm.jet(a[0]))
sequencePlot(["edMax","baryMass"],c2,("RedMax>0","eos='LS220' "," a="+str(a[0])),
grid=True,title="",suppressShow=True,c=matplotlib.pyplot.cm.jet(a[0]),linestyle='--')
sequencePlot(["edMax","baryMass"],c,("RedMax=0","eos='HS'","T=0.5"),"a",
grid=True,title="",suppressShow=True,marker='o',s=40,vmin=0.0,vmax=1.0)
sequencePlot(["edMax","baryMass"],c,("RedMax>0","eos='HS'","T=0.5"),"a",
grid=True,title="$M_b$ vs $Ed_{max}$.\n Lines: $Cold LS220$ /w Dashed => toroid \n Points: $Cold HS$ /w Triangle => toroid ",
suppressShow=False,marker='^',s=40,vmin=0.0,vmax=1.0)
connection.close()
del connection
databaseFile = '/home/jeff/work/rotNSruns/hotTov.db'
connectionTov=sqlite3.connect(databaseFile)
cTov=connectionTov.cursor()
chs=connectionhs.cursor()
databaseFile = '/home/jeff/work/rotNSruns/ls-TOV-new.db'
connectionls=sqlite3.connect(databaseFile)
cls=connectionls.cursor()
#sequencePlot([xaxis,yaxis],cls,("T=0.5",filt),orderBy='edMax',
# suppressShow=True)
#sequencePlot([xaxis,yaxis],chs,("T=0.5",filt),orderBy='edMax',
# suppressShow=True)
#sequencePlot([xaxis,yaxis],cgam2,("T=0.0",filt),orderBy='edMax',grid=True,
# title="Blue - LS220 Green - HS Red - Gamma=2")
chs.execute("SELECT DISTINCT T FROM MODELS")
Ts=chs.fetchall()
print "TS: ", Ts
for T in Ts:
sequencePlot([xaxis,yaxis],chs,
(filt,"T>%s" % (T[0] -.01), "T<%s" % (T[0] +.01)),
orderBy='edMax',
suppressShow=True,grid=True,title="HS EOS",
c=matplotlib.pyplot.cm.jet(T[0]/40.0))
sequencePlot([xaxis,yaxis],chs,
(filt,),
orderBy='edMax', colorBy="T",
suppressShow=False,grid=True,title="HS EOS",
s=0.01)
cls = connectionls.cursor()
#sequencePlot([xaxis,yaxis],cls,("T=0.5",filt),orderBy='edMax',
# suppressShow=True)
#sequencePlot([xaxis,yaxis],chs,("T=0.5",filt),orderBy='edMax',
# suppressShow=True)
#sequencePlot([xaxis,yaxis],cgam2,("T=0.0",filt),orderBy='edMax',grid=True,
# title="Blue - LS220 Green - HS Red - Gamma=2")
chs.execute("SELECT DISTINCT T FROM MODELS")
Ts = chs.fetchall()
print "TS: ", Ts
for T in Ts:
sequencePlot([xaxis, yaxis],
chs, (filt, "T>%s" % (T[0] - .01), "T<%s" % (T[0] + .01)),
orderBy='edMax',
suppressShow=True,
grid=True,
title="HS EOS",
c=matplotlib.pyplot.cm.jet(T[0] / 40.0))
sequencePlot([xaxis, yaxis],
chs, (filt, ),
orderBy='edMax',
colorBy="T",
suppressShow=False,
grid=True,
title="HS EOS",
s=0.01)
resultTov = []
for T in cTov.execute("SELECT DISTINCT T FROM models"):
T = T[0]
print T
answer = edOfMaxMass(equalsFiltersFromDict({'T': T}), connectionTov)
resultTov.append((-.10, T, answer[plotVar]))
databaseFile = '/home/jeff/work/rotNSruns/allRuns3-20-13.db'
connection = sqlite3.connect(databaseFile)
c = connection.cursor()
sequencePlot(["edMax", "baryMass"],
c,
equalsFiltersFromDict({
'a': 0.8,
'RedMax': 0.0
}),
"rpoe",
grid=True)
c.execute("SELECT DISTINCT a,T FROM models")
grid = c.fetchall()
c.execute("SELECT DISTINCT T FROM MODELS")
Ts = c.fetchall()
c.execute("SELECT DISTINCT a FROM MODELS")
ahs = c.fetchall()
resultS = []
resultT = []
