def connectToDB():
#----- Connect to the Database
MySql = MySQLdb.connect(host='localhost', user='******', passwd='tom.tom', db='einstein')
Status.SQL = MySql
Status.DB = pSQL.pSQL(MySql, 'einstein')
print "data base connected ",Status.SQL,Status.DB
self.HCGTEfficiency.setEstimate(5.0,limits=(2.0,8.0))
elif self.EquipeClass in ["CHP"]:
self.HCGTEfficiency.setEstimate(0.55,limits=(0.4,0.9))
self.HCGEEfficiency.setEstimate(0.35,limits=(0.1,0.6))
self.PartLoad.setEstimate(0.5,limits=(0.1,0.9))
#==============================================================================
if __name__ == "__main__":
# direct connecting to SQL database w/o GUI. for testing only
stat = Status("testCheckProc")
Status.SQL = MySQLdb.connect(user="******", db="einstein")
Status.DB = pSQL.pSQL(Status.SQL, "einstein")
Status.PId = 41
Status.ANo = -1
#..............................................................................
screen = CCScreen()
ccEq = CheckEq(1) # creates an instance of class CCheck
ccEq.check()
ccEq.exportData(1)
ccEq.screen()
screen.show()
#==============================================================================
Status.int.QWHEqTotal_Tt = Status.int.createQ_Tt()
equipments = Status.prj.getEquipments()
for equipe in equipments:
j = equipe.EqNo - 1
for iT in range(Status.NT+2):
for it in range(Status.Nt):
Status.int.QWHEqTotal_Tt[iT][it] += Status.int.QWHj_Tt[j][iT][it]
Status.int.QWHEqTotal_t = copy.deepcopy(Status.int.QWHEqTotal_Tt[0])
Status.int.QWHEqTotal_T = Status.int.calcQ_T(Status.int.QWHEqTotal_Tt)
Status.int.QWHEqTotal = Status.int.QWHEqTotal_T[0]
#==============================================================================
if __name__ == "__main__":
print "Testing moduleEnergy"
import einstein.GUI.pSQL as pSQL, MySQLdb
from einstein.modules.myInterfaces import *
sql = MySQLdb.connect(user="******", db="einstein")
DB = pSQL.pSQL(sql, "einstein")
stat = Status("testModuleEnergy")
Status.DB = DB
interf = Interfaces(80,8760)
print "instantiating moduleEnergy"
mod = ModuleEnergy()
mod.runSimulation()