def vypocet(self):
# vezme cisla bodu
print("*******************************************")
print("Delka a smernik")
self.stanovisko = self.textEdit.toPlainText() # stanovisko
self.cil = self.textEdit_2.toPlainText() # cil
print("Z bodu: {}".format(self.cil))
print("Na bod: {}".format(self.stanovisko))
query1 = 'select Y, X from gps_sour where CB is {}{}{}{}{} '.format(
'"', ' ', str(self.stanovisko), ' ', '"')
query2 = 'select Y, X from gps_sour where CB is {}{}{}{}{} '.format(
'"', ' ', str(self.cil), ' ', '"')
bod1 = Databaze.sql_query(self.cesta, query1)
bod2 = Databaze.sql_query(self.cesta, query2)
try:
#vypocet smerniku a delky
self.delka = vypocty.delka(bod1, bod2)
self.delka = vypocty.zaokrouhleni(self.delka, 3)
self.smernik = vypocty.smernik(bod1, bod2)
self.smernik = vypocty.zaokrouhleni(self.smernik, 4)
# posle delku a smernik do oken
self.textEdit_4.setText(str(self.delka))
self.textEdit_3.setText(str(self.smernik))
except IndexError:
print("Body nejsou v seznamu souradnic!!")
def vypocet(self):
# vypocet volneho stanoviska
# cisla bodu z grafickeho rozhrani
self.ori1 = self.orientace1.toPlainText()
self.ori2 = self.orientace2.toPlainText()
self.stan = self.CB.toPlainText()
# priprava sql prikazu
query1 = 'select X, Y from gps_sour where CB is " {} "'.format(
str(self.ori1))
query2 = 'select X, Y from gps_sour where CB is " {} "'.format(
str(self.ori2))
query_stan1 = 'select Delka, Zenitka, Smer from mereni where Stanovisko is " {} " and Orientace is " {} "'.format(
str(self.stan), str(self.ori1))
query_stan2 = 'select Delka, Zenitka, Smer from mereni where Stanovisko is " {} " and Orientace is " {} "'.format(
str(self.stan), str(self.ori2))
#tahani dat z databaze
ori1_sour = Databaze.sql_query(self.cesta, query1)
ori2_sour = Databaze.sql_query(self.cesta, query2)
ori1_mer = Databaze.sql_query(self.cesta, query_stan1)
ori2_mer = Databaze.sql_query(self.cesta, query_stan2)
try:
# vypocet volneho stanoviska
data = {
503: {
'x': ori1_sour[0][0],
'y': ori1_sour[0][1],
'delka': ori1_mer[0][0] * math.sin(ori1_mer[0][1]),
'smer': ori1_mer[0][2]
},
504: {
'x': ori2_sour[0][0],
'y': ori2_sour[0][1],
'delka': ori2_mer[0][0] * math.sin(ori2_mer[0][1]),
'smer': ori2_mer[0][2]
}
}
stanovisko = vypocty.vyp_stanovisko(data)
self.X = vypocty.zaokrouhleni(stanovisko['X'], 3)
self.Y = vypocty.zaokrouhleni(stanovisko['Y'], 3)
# ukazani vyslednych souradnic do graf. rozhrani
self.Xova.setText(str(self.X))
self.Yova.setText(str(self.Y))
except IndexError:
print("Data nejsou soucasti projektu!!")
def __init__(self, cesta_projekt):
super().__init__()
self.setWindowIcon(QtGui.QIcon('foto.jpg'))
_translate = QtCore.QCoreApplication.translate
self.setWindowTitle(_translate("Dialog", "Grafika"))
self._main = QtWidgets.QWidget()
self.cesta = cesta_projekt
self.setCentralWidget(self._main)
layout = QtWidgets.QVBoxLayout(self._main)
static_canvas = FigureCanvas(Figure(figsize=(20, 20)))
layout.addWidget(static_canvas)
self.addToolBar(NavigationToolbar(static_canvas, self))
self._static_ax = static_canvas.figure.subplots()
query = "select Y, X, CB from gps_sour"
sour = Databaze.sql_query(self.cesta, query)
y = []
x = []
for i in range(0, len(sour)):
Y = -sour[i][0]
X = -sour[i][1]
CB = sour[i][2]
y.append(Y)
x.append(X)
self._static_ax.text(Y, X, CB)
self._static_ax.plot(y, x, "+")
self._static_ax.axis('equal')
self.show()
def info_projekt(self):
# vypise info o zalozenem projektu
#ziskani informaci z databaze
try:
info = Databaze.sql_query(self.cesta_projektu[0],
'select * from projekt')
pocet_stanovisek = Databaze.sql_query(
self.cesta_projektu[0],
'SELECT count(distinct Stanovisko) from mereni group by Stanovisko'
)
# vypis infa do terminalu
print("*******************************************")
print("Aktivni projekt: {}".format(self.cesta_projektu[0]))
print("Pocet bodu z GPS: {}".format(info[0][2]))
print("Pocet bodu v zapisniku: {}".format(info[0][3]))
print("Pocet stanovisek: {}".format(pocet_stanovisek[0][0]))
except AttributeError:
print("Neni aktivni projekt!!")
def vypocet(self):
# vypocte souradnice bodu urceneho protinanim
# nacteni hodnot z okna
self.bod1_=self.bod1.toPlainText()
self.bod2_=self.bod1_2.toPlainText()
self.del1=self.delka1.toPlainText()
self.del2=self.delka2.toPlainText()
self.cb=self.CB.toPlainText()
# ziskani souradnic z databaze
# cesta_databaze=path.ziskej_cestu()
bod1_sour=Databaze.sql_query(self.cesta,'select X, Y from gps_sour where CB = " {} "'.format(self.bod1_))
bod2_sour=Databaze.sql_query(self.cesta,'select X, Y from gps_sour where CB = " {} "'.format(self.bod2_))
# vypocet protinani
try:
bod1v=[bod1_sour[0][0], bod1_sour[0][1]]
bod2v=[bod2_sour[0][0], bod2_sour[0][1]]\
bod=vypocty.prot_delek(bod1v,bod2v,float(self.del1),float(self.del2))
# zaokrouhleni souradnic
self.X=vypocty.zaokrouhleni(bod[0],3)
self.Y=vypocty.zaokrouhleni(bod[1],3)
# vypsani souradnic do okna
self.Xova.setText(str(self.X))
self.Yova.setText(str(self.Y))
print("Bod vypocten!!")
except ValueError:
print("Nedodrzena trojuhelnikova nerovnost")
except IndexError:
print("Body nejsou v seznamu souradnic!!")
def vypocet_rajonu(self):
# vypocet rajonu
print("*******************************************")
print("Vypocet rajonu")
# vezme hodnoty z textEdit
self.stan = self.stanovisko.toPlainText()
self.ori = self.orientace.toPlainText()
self.bod = self.merenybod.toPlainText()
#tahani dat z databaze
query_stanovisko = 'select * from gps_sour where CB is " {} "'.format(self.stan)
query_orientace = 'select * from gps_sour where CB is " {} "'.format(self.ori)
query_bod = 'select * from mereni where Orientace is " {} " and Stanovisko is " {} "'.format(self.bod,self.stan)
query_mereni_orientace = 'select * from mereni where Orientace is " {} " and Stanovisko is " {} "'.format(self.ori,self.stan)
self.stanovisko_data = Databaze.sql_query(self.cesta,query_stanovisko)
self.orientace_data = Databaze.sql_query(self.cesta,query_orientace)
self.bod_data = Databaze.sql_query(self.cesta,query_bod)
self.mereni_orientace = Databaze.sql_query(self.cesta,query_mereni_orientace)
try:
# priprava slovniku pro vypocet rajonu
b_ori={5001:{'x': self.orientace_data[0][3], 'y': self.orientace_data[0][2], 'smer': self.mereni_orientace[0][5]}}
b_sta={'X': self.stanovisko_data[0][3], 'Y': self.stanovisko_data[0][2]}
b_mer={5003:{'delka': self.bod_data[0][3]*math.sin(self.bod_data[0][4]*math.pi/200), 'smer': self.bod_data[0][5]}}
# vypocet rajonu
rajon=vypocty.rajon(b_ori,b_sta,b_mer)
# vypsani souradnic rajonu
self.souradniceX=vypocty.zaokrouhleni(rajon[5003]['x'],3)
self.souradniceY=vypocty.zaokrouhleni(rajon[5003]['y'],3)
self.X.setText(str(self.souradniceX))
self.Y.setText(str(self.souradniceY))
except IndexError:
print("Data nejsou soucasti projektu!!")
def davka(cesta, stanovisko,orientace):
# vypocet rajonu hromadne
xy_orientace = {}
mereni_body = {}
try:
# zsiakni souradnic orientace
query='select CB, X, Y from gps_sour where CB is " {} "'.format(str(orientace))
orientace_sour=Databaze.sql_query(cesta,query)
CB=int(orientace_sour[0][0])
xy_orientace[CB] = {}
xy_orientace[CB]['x'] = orientace_sour[0][1]
xy_orientace[CB]['y'] = orientace_sour[0][2]
# ziskani mereni ze stanoviska
query='select Orientace, Delka, Zenitka, Smer,kod from mereni where Stanovisko is " {} "'.format(str(stanovisko))
body_sour=Databaze.sql_query(cesta,query)
for i in range(0,len(body_sour)):
CB=int(body_sour[i][0])
delka=body_sour[i][1]*sin(body_sour[i][2]*pi/200)
smer=body_sour[i][3]
mereni_body[CB] = {}
mereni_body[CB]['delka'] = delka
mereni_body[CB]['smer'] = smer
if CB==int(orientace):
xy_orientace[CB]['delka']=body_sour[i][1]*sin(body_sour[i][2])
xy_orientace[CB]['smer']=smer
# ziskani souradnic stanoviska
query='select X,Y from gps_sour where CB is " {} "'.format(str(stanovisko))
stan_sour=Databaze.sql_query(cesta,query)
stanovisko = {'X': 0, 'Y': 0}
stanovisko['X'] = stan_sour[0][0]
stanovisko['Y'] = stan_sour[0][1]
# vypocet souradnic rajonu
body = vypocty.rajon(xy_orientace, stanovisko, mereni_body)
# zapsani souradnic podrobnych bodu do databaze
con=sql.connect(cesta)
c=con.cursor()
for i in range(0,len(body)):
CB=body_sour[i][0]
X=vypocty.zaokrouhleni(body[CB]['x'],3)
Y=vypocty.zaokrouhleni(body[CB]['y'],3)
kod=body_sour[i][4]
if CB<4000:
query='insert into gps_sour (CB, X, Y, kod) values (" {} ", {}, {}, " {} ") '.format(CB, str(X) ,str(Y), kod)
c.execute(query)
con.commit()
con.close()
return i
except IndexError:
print('Data nejsou soucasti projektu!!')