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Copy pathSDM_APP.py
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SDM_APP.py
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from Tkinter import*
import tkMessageBox
import ttk
import matplotlib.pyplot as grafik
import serial
import xlsxwriter
import time
soil_moisture = []
temp = []
ph = []
plant = []
quality = []
suggestion = []
splash_screen = Tk()
splash_screen.overrideredirect(True)
width = splash_screen.winfo_screenwidth()
height = splash_screen.winfo_screenheight()
splash_screen.geometry("%dx%d+%d+%d" % (300,200,width*0.4,height*0.35) )
splash_screen.title("Soil Data Monitoring")
splash_screen['bg']="olive"
logo_app = PhotoImage(file="logo_aplikasi.gif")
logo_app_1 = logo_app.subsample(30,30)
label_logo_app = Label(splash_screen,image=logo_app_1,bg="olive")
label_logo_app.pack()
label_title = Label(splash_screen,font=("autos bold",20),text="Soil Data Monitoring",fg="white",bg="olive")
label_title.pack()
progresbar = ttk.Progressbar(splash_screen,orient='horizontal',mode='determinate',length=300,maximum=100)
progresbar.place(x=0,y=100)
label_progres = Label(splash_screen,font=('verdana',9),fg='black',anchor='w')
label_progres.place(x=100,y=130)
for i in range (101):
time.sleep(0.001)
progresbar["value"]=i
label_progres['text']='Loading...'+str(i)+'%'
progresbar.update()
if i==100:
splash_screen.destroy()
splash_screen.mainloop()
def start_1():
main1 =Tk()
main1.geometry("%dx%d+%d+%d" % (400,375,500,250))
main1['bg'] = 'olive'
main1.title("Soil Data Monitoring")
logo_itk1 = PhotoImage(file="itk.gif")
logo_itk = logo_itk1.subsample(30,30)
logo_pimnas1 = PhotoImage(file="pimnas_logo.gif")
logo_pimnas = logo_pimnas1.subsample(50,50)
logo_app2 = PhotoImage(file="logo_aplikasi.gif")
logo_app = logo_app2.subsample(40,40)
main1.tk.call('wm','iconphoto',main1._w,logo_app2)
label_logo_app = Label(main1,image=logo_app,bg='olive')
label_logo_app.place(x=350,y=328)
label_logo_itk= Label(main1,image=logo_itk,bg='olive')
label_logo_itk.place(x=250,y=330)
label_logo_pimnas= Label(main1,image=logo_pimnas,bg='olive')
label_logo_pimnas.place(x=305,y=332)
label_pembuka1 = Label(main1,font=('autobus bold',24),text="Welcome !",fg="white",bg="olive")
label_pembuka1.place(x=120,y=50)
def analisis():
main1.destroy()
def start_2():
main2 = Tk()
main2.geometry("%dx%d+%d+%d" % (950,730,150,20))
main2['bg']='olive'
main2.title("Soil Data Monitoring")
itk_pic = PhotoImage(file='itk.gif')
pimnas_pic = PhotoImage(file='pimnas_logo.gif')
app_pic = PhotoImage(file='logo_aplikasi.gif')
logo_itk = itk_pic.subsample(30,30)
logo_pimnas = pimnas_pic.subsample(50,50)
logo_app = app_pic.subsample(40,40)
main2.tk.call('wm','iconphoto',main2._w,app_pic)
label_logo_app = Label(main2,image=logo_app,bg='olive')
label_logo_app.place(x=900,y=4)
label_logo_itk= Label(main2,image=logo_itk,bg='olive')
label_logo_itk.place(x=800,y=5)
label_logo_pimnas= Label(main2,image=logo_pimnas,bg='olive')
label_logo_pimnas.place(x=856,y=7)
style=ttk.Style()
style.configure("Treeview.Heading",font=("arial",11))
#make table of data from arduino
label_table_data = Label(main2,font=('adobe haiti std',12,'bold'),text="Tabel Data",fg="white",bg='olive')
label_table_data.place(x=10,y=5)
vsc = ttk.Scrollbar(main2,orient='vertical')
vsc.place(x=12+40+110+115+90,y=26,height=325)
table_data = ttk.Treeview(main2,height=15,yscrollcommand = vsc.set)
table_data['columns']=('kel_t','suhu','ph')
table_data.place(x=10,y=25)
vsc.config(command = table_data.yview)
table_data.column('#0',width=40,anchor='center')
table_data.heading('#0',text='No')
table_data.column('kel_t',width=110,anchor='center')
table_data.heading('kel_t',text='Kel. Tanah (%)')
table_data.column('suhu',width=115,anchor='center')
table_data.heading('suhu',text='Suhu Udara(C)')
table_data.column('ph',width=90,anchor='center')
table_data.heading('ph',text='pH Tanah')
#make table plant for the selection
label_table_plant = Label(main2,font=('adobe haiti std',12,'bold'),text="Tabel Tanaman",fg="white",bg='olive')
label_table_plant.place(x=10,y=370)
vsb = ttk.Scrollbar(main2,orient="vertical")
vsb.place(x=12+40+320+80+450,y=391,height=325)
table_plant = ttk.Treeview(main2,height=15,yscrollcommand=vsb.set)
table_plant['columns'] = ('plant_type','quality','suggestion')
table_plant.place(x=10,y=390)
vsb.config(command = table_plant.yview)
table_plant.column('#0',width=40,anchor='center')
table_plant.heading('#0',text='No')
table_plant.column('plant_type',width=320,anchor='w')
table_plant.heading('plant_type',text='Jenis Tanaman')
table_plant.column('quality',width=80,anchor='center')
table_plant.heading('quality',text='Kualitas')
table_plant.column('suggestion',width=480,anchor='center')
table_plant.heading('suggestion',text='Saran')
table_plant.tag_configure("quality1",background="light green",font=("arial",11))
table_plant.tag_configure("quality2",background="yellow",font=("arial",11))
table_plant.tag_configure("quality3",background="red",font=("arial",11))
repetition = DoubleVar()
label_repetition = Label(main2,font=('adobe haiti std',12,'bold'),text="Banyak Data",fg="white",bg='olive')
label_repetition.place(x=420,y=40)
entry_repetition = Entry(main2,font=('adobe haiti std',12),text = repetition,bd=3,width=8)
entry_repetition.place(x=550,y=40)
def back_1():
main2.destroy()
start_1()
def analysis():
try:
data_sensor = serial.Serial('com4',9600)
except:
tkMessageBox.showerror("Error","Perangkat tidak terhubung!")
repeat = repetition.get()
data_to = 1
the_table_data = table_data.get_children()
if the_table_data!='()':
for child in the_table_data:
table_data.delete(child)
b = len(temp)
while b>0:
del soil_moisture[0]
del temp[0]
del ph[0]
b = b-1
while repeat>0 :
if data_sensor.inWaiting()>0:
data = data_sensor.readline()
dividing_data = data.split(',')
sm = float(dividing_data[0])
tt = float(dividing_data[1])
PH = float(dividing_data[2])
not_important = (dividing_data[3])
soil_moisture.append(sm)
temp.append(tt)
ph.append(PH)
repeat = repeat-1
table_data.insert("","end",text=str(data_to),values=(str(sm),str(tt),str(PH)))
data_to = data_to+1
main2.update()
average_sm = sum(soil_moisture)/float(len(soil_moisture))
average_tt = sum(temp)/float(len(temp))
average_ph = sum(ph)/float(len(ph))
the_table_plant = table_plant.get_children()
data_to2 = 1
if the_table_plant != '()':
for child in the_table_plant:
table_plant.delete(child)
if 24<=average_sm<29:
if 30<=average_tt<90:
if 5.5<=average_ph<7:
table_plant.insert("","end",text=str(data_to2),values=("Oriza Sativa (Sistem Irigasi)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Oriza Sativa (Sistem Irigasi)")
quality.append("S1")
suggestion.append("-")
elif 22<=average_sm<24 or 29<=average_sm<32:
if 30<=average_tt<33:
if 4.5<=average_ph<5.5 or 7<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Oriza Sativa (Sistem Irigasi)","S2","24<kelembaban tanah<29,","5.5<pH<7"),tags="quality2")
data_to2 = data_to2+1
plant.append("Oriza Sativa (Sistem Irigasi)")
quality.append("S2")
suggestion.append("24<kelembaban tanah<29,","5.5<pH<7")
elif 18<=average_sm<22 or 32<=average_sm<35:
if average_tt<30 or average_tt>90:
if average_ph<4.5 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Oriza Sativa (Sistem Irigasi)","S3","24<kelembaban tanah<29, 30<suhu<90, 5.5<pH<7"),tags="quality3")
data_to2 = data_to2+1
plant.append("Oriza Sativa (Sistem Irigasi)")
quality.append("S3")
suggestion.append("24<kelembaban tanah<29, 30<suhu<90, 5.5<pH<7")
if 24<=average_sm<29:
if 33<=average_tt<90:
if 5.5<=average_ph<8.2:
table_plant.insert("","end",text=str(data_to2),values=("Oriza Sativa (Tadah Hujan)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Oriza Sativa (Tadah Hujan)")
quality.append("S1")
suggestion.append("-")
elif 22<=average_sm<24 or 29<=average_sm<32:
if 30<=average_tt<33:
if 5<=average_ph<5.5 or 8.2<=average_ph<8.5:
table_plant.insert("","end",text=str(data_to2),values=("Oriza Sativa (Tadah Hujan)","S2","24<kelembaban tanah<29,","5.5<pH<8.2"),tags="quality2")
data_to2 = data_to2+1
plant.append("Oriza Sativa (Tadah Hujan)")
quality.append("S2")
suggestion.append("24<kelembaban tanah<29,","5.5<pH<8.2")
elif 18<=average_sm<22 or 32<=average_sm<35:
if average_tt<30 or average_tt>90:
if average_ph<5 or average_ph>8.5:
table_plant.insert("","end",text=str(data_to2),values=("Oriza Sativa (Tadah Hujan)","S3","24<kelembaban tanah<29, 33<suhu<90, 5.5<pH<8.2"),tags="quality3")
data_to2 = data_to2+1
plant.append("Oriza Sativa (Tadah Hujan)")
quality.append("S3")
suggestion.append("24<kelembaban tanah<29, 33<suhu<90, 5.5<pH<8.2")
if 33<=average_sm<90:
if 24<=average_tt<29:
if 5.5<=average_ph<7.5:
table_plant.insert("","end",text=str(data_to2),values=("Padi Gogo","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Padi Gogo")
quality.append("S1")
suggestion.append("-")
elif 30<=average_sm<33:
if 22<=average_tt<24 or 29<=average_tt<32:
if 5<=average_ph<7.9:
if average_ph<5.5 or average_ph>7.5:
suggest = "24<suhu<29, 5.5<ph<7.5"
else:
suggest = "24<suhu<29"
table_plant.insert("","end",text=str(data_to2),values=("Padi Gogo","S2",suggest),tags="quality2")
data_to2 = data_to2+1
plant.append("Padi Gogo")
quality.append("S2")
suggestion.append(suggest)
elif average_sm<30 or average_sm>90:
if 18<=average_tt<22 or 32<=average_tt<35:
if average_ph<5 or average_ph>7.9:
table_plant.insert("","end",text=str(data_to2),values=("Padi Gogo","S3",suggest),tags="quality3")
data_to2 = data_to2+1
plant.append("Padi Gogo")
quality.append("S3")
suggestion.append("33<kelembaban tanah<90, 24<suhu<29, 5.5<ph<7.5")
if 33<=average_sm<90:
if 24<=average_tt<29:
if 5.5<=average_ph<8.2:
table_plant.insert("","end",text=str(data_to2),values=("Padi Sawah Lebak","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Padi Gogo")
quality.append("S1")
suggestion.append("-")
elif 30<=average_sm<33:
if 22<=average_tt<24 or 29<=average_tt<32:
if 5<=average_ph<5.5 or 8.2<=average_ph<8.5:
table_plant.insert("","end",text=str(data_to2),values=("Padi Sawah Lebak","S2","24<suhu<29, 5.5<pH<8.2"),tags="quality2")
data_to2 = data_to2+1
plant.append("Padi Gogo")
quality.append("S2")
suggestion.append("24<suhu<29, 5.5<pH<8.2")
elif average_sm<30 or average_sm>90:
if 18<=average_tt<22 or 32<=average_tt<35:
if average_ph<5 or average_ph>8.5:
table_plant.insert("","end",text=str(data_to2),values=("Padi Sawah Lebak","S3","33<kelembaban tanah<90, 24<suhu<29, 5.5<pH<8.2"),tags="quality")
data_to2 = data_to2+1
plant.append("Padi Gogo")
quality.append("S2")
suggestion.append("33<kelembaban tanah<90, 24<suhu<29, 5.5<pH<8.2")
if average_sm<75:
if 25<=average_tt<27:
if 5.5<=average_ph<8.2:
table_plant.insert("","end",text=str(data_to2),values=("Sorgum (Shorgum Bicolor)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Sorgum (Shorgum Bicolor)")
quality.append("S1")
suggestion.append("-")
elif 75<=average_sm<85:
if 27<=average_tt<30 or 18<=average_tt<25:
if 5.3<=average_ph<5.5 or 8.2<average_ph<8.5:
table_plant.insert("","end",text=str(data_to2),values=("Sorgum (Shorgum Bicolor)","S2","kelembaban tanah<75, 25<suhu<27, 5.5<ph<8.2"),tags="quality2")
data_to2 = data_to2+1
plant.append("Sorgum (Shorgum Bicolor)")
quality.append("S2")
suggestion.append("kelembaban tanah<75, 25<suhu<27, 5.5<ph<8.2")
elif average_sm>85:
if 30<=average_tt<35 or 15<=average_tt<18:
if average_ph<5.3 or average_ph>8.5:
table_plant.insert("","end",text=str(data_to2),values=("Sorgum (Shorgum Bicolor)","S3","kelembaban tanah<75, 25<suhu<27, 5.5<ph<8.2"),tags="quality3")
data_to2 = data_to2+1
plant.append("Sorgum (Shorgum Bicolor)")
quality.append("S3")
suggestion.append("kelembaban tanah<75, 25<suhu<27, 5.5<pH<8.2")
if 12<=average_tt<23:
if 6<=average_ph<8.2:
table_plant.insert("","end",text=str(data_to2),values=("Gandum (Truticum aestivum)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Sorgum (Shorgum Bicolor)")
quality.append("S1")
suggestion.append("-")
elif 10<=average_tt<12 or 23<=average_tt<25:
if 5.6<=average_ph<6 or 8.2<=average_ph<8.5:
table_plant.insert("","end",text=str(data_to2),values=("Gandum (Truticum aestivum)","S2","12<suhu<23, 6<pH<8.2"),tags="quality2")
data_to2 = data_to2+1
plant.append("Sorgum (Shorgum Bicolor)")
quality.append("S2")
suggestion.append("12<suhu<23, 6<pH<8.2")
elif 10<=average_tt<12 or 23<=average_tt<25:
if average_ph<5.6 or average_ph>8.5:
table_plant.insert("","end",text=str(data_to2),values=("Gandum (Truticum aestivum)","S3","12<suhu<23, 6<pH<8.2"),tags="quality3")
data_to2 = data_to2+1
plant.append("Sorgum (Shorgum Bicolor)")
quality.append("S3")
suggestion.append("12<suhu<23, 6<pH<8.2")
if average_sm>42:
if 20<=average_tt<26:
if 5.8<=average_ph<7.8:
table_plant.insert("","end",text=str(data_to2),values=("Jagung (Zea Mays)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Jagung (Zea Mays)")
quality.append("S1")
suggestion.append("-")
elif 36<=average_sm<42:
if 26<=average_tt<30:
if 5.5<=average_ph<5.8 or 7.8<=average_ph<8.2:
table_plant.insert("","end",text=str(data_to2),values=("Jagung (Zea Mays)","S2","kelembaban tanah>42, 20<suhu<26, 5.8<pH<7.8"),tags="quality2")
data_to2 = data_to2+1
plant.append("Jagung (Zea Mays)")
quality.append("S2")
suggestion.append("kelembaban tanah>42, 20<suhu<26, 5.8<pH<7.8")
elif 30<=average_sm<36:
if 16<=average_tt<20 or 30<=average_tt<32:
if average_ph<5.5 or average_ph>8.2:
table_plant.insert("","end",text=str(data_to2),values=("Jagung (Zea Mays)","S3","kelembaban tanah>42, 20<suhu<26, 5.8<pH<7.8"),tags="quality3")
data_to2 = data_to2+1
plant.append("Jagung (Zea Mays)")
quality.append("S3")
suggestion.append("kelembaban tanah>42, 20<suhu<26, 5.8<pH<7.8")
if 22<=average_tt<28:
if 5.2<=average_ph<7:
table_plant.insert("","end",text=str(data_to2),values=("Ubi Kayu(Manihot Esculenta)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Ubi Kayu(Manihot Esculenta)")
quality.append("S1")
suggestion.append("-")
elif 28<=average_tt<30:
if 4.8<=average_ph<5.2 or 7<average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Ubi Kayu(Manihot Esculenta)","S2","22<suhu<28, 5.2<ph<7"),tags="quality2")
data_to2 = data_to2+1
plant.append("Ubi Kayu(Manihot Esculenta)")
quality.append("S2")
suggestion.append("22<suhu<28, 5.2<ph<7")
elif 18<=average_tt<20 or 30<=average_tt<35:
if average_ph<4.8 or average_ph>7.6:
table_plant.insert("","end",text=str(data_to2),values=("Ubi Kayu(Manihot Esculenta)","S3","22<suhu<28, 5.2<ph<7"),tags="quality3")
data_to2 = data_to2+1
plant.append("Ubi Kayu(Manihot Esculenta)")
quality.append("S3")
suggestion.append("22<suhu<28, 5.2<ph<7")
if average_sm<75:
if 22<=average_tt<25:
if 5.2<=average_ph<8.2:
table_plant.insert("","end",text=str(data_to2),values=("Ubi Jalar(Ipomoea Batatas)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Ubi Jalar(Ipomoea Batatas)")
quality.append("S1")
suggestion.append("-")
elif 27<=average_sm<85:
if 25<=average_tt<30 or 20<=average_tt<22:
if 4.8<=average_ph<5.2 or 8.2<=average_ph<8.4:
if average_sm>75:
suggest = "kelembaban tanah<75, 22<suhu<25, 5.2<pH<8.2"
else:
suggest = "22<suhu<25, 5.2<pH<8.2"
table_plant.insert("","end",text=str(data_to2),values=("Ubi Jalar(Ipomoea Batatas)","S2",suggest),tags="quality2")
data_to2 = data_to2+1
plant.append("Ubi Jalar(Ipomoea Batatas)")
quality.append("S2")
suggestion.append(suggest)
elif average_sm>85:
if 30<=average_tt<35 or 18<=average_tt<20:
if average_ph<4.8 or average_ph>8.4:
table_plant.insert("","end",text=str(data_to2),values=("Ubi Jalar(Ipomoea Batatas)","S3","kelembaban tanah<75, 22<suhu<25, 5.2<pH<8.2"),tags="quality3")
data_to2 = data_to2+1
plant.append("Ubi Jalar(Ipomoea Batatas)")
quality.append("S3")
suggestion.append("kelembaban tanah<75, 22<suhu<25, 5.2<pH<8.2")
if 25<=average_tt<31:
if 5.5<=average_ph<6.5:
table_plant.insert("","end",text=str(data_to2),values=("Talas(Colocasia Asculenta SCHOTT)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Ubi Jalar(Ipomoea Batatas)")
quality.append("S1")
suggestion.append("-")
elif 22<=average_tt<25 or average_tt>32:
if 5<=average_ph<5.5 or 6.5<=average_ph<7.5:
table_plant.insert("","end",text=str(data_to2),values=("Talas(Colocasia Asculenta SCHOTT)","S2","25<suhu<31, 5.5<pH<6.5"),tags="quality2")
data_to2 = data_to2+1
plant.append("Ubi Jalar(Ipomoea Batatas)")
quality.append("S2")
suggestion.append("25<suhu<31, 5.5<pH<6.5")
elif 20<=average_tt<22:
if average_ph<5 or average_ph>7.5:
table_plant.insert("","end",text=str(data_to2),values=("Talas(Colocasia Asculenta SCHOTT)","S3","25<suhu<31, 5.5<pH<6.5"),tags="quality3")
data_to2 = data_to2+1
plant.append("Ubi Jalar(Ipomoea Batatas)")
quality.append("S3")
suggestion.append("25<suhu<31, 5.5<pH<6.5")
if 26<=average_tt<30:
if 5<=average_ph<7:
table_plant.insert("","end",text=str(data_to2),values=("Iles-Iles (Amorphophalus Ancophyllus)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Iles-Iles (Amorphophalus Ancophyllus)")
quality.append("S1")
suggestion.append("-")
elif 18<=average_tt<32:
if 4<=average_ph<5 or 7<=average_ph<7.5:
table_plant.insert("","end",text=str(data_to2),values=("Iles-Iles (Amorphophalus Ancophyllus)","S2","26<suhu<30, 5<pH<7"),tags="quality2")
data_to2 = data_to2+1
plant.append("Iles-Iles (Amorphophalus Ancophyllus)")
quality.append("S2")
suggestion.append("26<suhu<30, 5<pH<7")
elif 18<=average_tt<32:
if average_ph<4 or 7<=average_ph>7.5:
table_plant.insert("","end",text=str(data_to2),values=("Iles-Iles (Amorphophalus Ancophyllus)","S3","26<suhu<30, 5<pH<7"),tags="quality3")
data_to2 = data_to2+1
plant.append("Iles-Iles (Amorphophalus Ancophyllus)")
quality.append("S3")
suggestion.append("26<suhu<30, 5<pH<7")
if 22<=average_tt<25:
if 5.5<=average_ph<6.5:
table_plant.insert("","end",text=str(data_to2),values=("Hui","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Hui")
quality.append("S1")
suggestion.append("-")
elif 20<=average_tt<22 or 25<=average_tt<30:
if 6.5<=average_ph<7.5 or 5<=average_ph<5.5:
table_plant.insert("","end",text=str(data_to2),values=("Hui","S2","22<suhu<25, 5.5<pH<6.5"),tags="quality2")
data_to2 = data_to2+1
plant.append("Hui")
quality.append("S2")
suggestion.append("22<suhu<25, 5.5<pH<6.5")
elif 30<=average_tt<32 or 18<=average_tt<20:
if 7.5<=average_ph<8.5 or 4.5<=average_ph<5:
table_plant.insert("","end",text=str(data_to2),values=("Hui","S3","22<suhu<25, 5.5<pH<6.5"),tags="quality3")
data_to2 = data_to2+1
plant.append("Hui")
quality.append("S3")
suggestion.append("22<suhu<25, 5.5<pH<6.5")
if 24<=average_sm<80:
if 23<=average_tt<25:
if 5.5<=average_ph<7.5:
table_plant.insert("","end",text=str(data_to2),values=("Kedelai(Glycine Max)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Kedelai(Glycine Max)")
quality.append("S1")
suggestion.append("-")
elif 20<=average_sm<24 or 80<=average_sm<85:
if 20<=average_tt<23 or 25<=average_tt<28:
if 5<=average_ph<5.5 or 7.5<=average_ph<7.8:
table_plant.insert("","end",text=str(data_to2),values=("Kedelai(Glycine Max)","S2","24<kelembaban tanah<80, 23<suhu<25, 5.5<pH<7.5"),tags="quality2")
data_to2 = data_to2+1
plant.append("Kedelai(Glycine Max)")
quality.append("S2")
suggestion.append("24<kelembaban tanah<80, 23<suhu<25, 5.5<pH<7.5")
elif average_sm<20 or average_sm>85:
if 18<=average_tt<20 or 28<=average_tt<32:
if average_ph<5 or average_ph>7.8:
table_plant.insert("","end",text=str(data_to2),values=("Kedelai(Glycine Max)","S3","24<kelembaban tanah<80, 23<suhu<25, 5.5<pH<7.5"),tags="quality3")
data_to2 = data_to2+1
plant.append("Kedelai(Glycine Max)")
quality.append("S3")
suggestion.append("24<kelembaban tanah<80, 23<suhu<25, 5.5<pH<7.5")
if 50<=average_sm<80:
if 25<=average_tt<27:
if 6<=average_ph<7:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Tanah(Arachis Hypogea)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Kacang Tanah(Arachis Hypogea)")
quality.append("S1")
suggestion.append("-")
elif average_sm<50 or average_sm>80:
if 20<=average_tt<25 or 27<=average_tt<30:
if 5<=average_ph<6 or 7<=average_ph<7.5:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Tanah(Arachis Hypogea)","S2","50<kelembaban tanah<80, 25<suhu<27, 6<pH<7"),tags="quality2")
data_to2 = data_to2+1
plant.append("Kacang Tanah(Arachis Hypogea)")
quality.append("S2")
suggestion.append("50<kelembaban tanah<80, 25<suhu<27, 6<pH<7")
elif average_sm<50 or average_sm>80:
if 18<=average_tt<20 or 30<=average_tt<34:
if average_ph<5 or average>7.5:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Tanah(Arachis Hypogea)","S3","50<kelembaban tanah<80, 25<suhu<27, 6<pH<7"),tags="quality3")
data_to2 = data_to2+1
plant.append("Kacang Tanah(Arachis Hypogea)")
quality.append("S3")
suggestion.append("50<kelembaban tanah<80, 25<suhu<27, 6<pH<7")
if 42<=average_sm<75:
if 12<=average_tt<24:
if 5.6<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Hijau(Phaseolus Radiatus LINN)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Kacang Hijau(Phaseolus Radiatus LINN)")
quality.append("S1")
suggestion.append("-")
elif 36<=average_sm<42 or 75<=average_sm<90:
if 10<=average_tt<12 or 24<=average_tt<27:
if 5.4<=average_ph<5.6 or 7.6<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Hijau(Phaseolus Radiatus LINN)","S2","42<kelembaban tanah<75, 12<suhu<24, 5.6<pH<7.6"),tags="quality2")
data_to2 = data_to2+1
plant.append("Kacang Hijau(Phaseolus Radiatus LINN)")
quality.append("S2")
suggestion.append("42<kelembaban tanah<75, 12<suhu<24, 5.6<pH<7.6")
elif 30<=average_sm<36 or average_sm>90:
if 27<=average_tt<30 or 8<=average_tt<10:
if average_ph<5.4 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Hijau(Phaseolus Radiatus LINN)","S3","42<kelembaban tanah<75, 12<suhu<24, 5.6<pH<7.6"),tags="quality3")
data_to2 = data_to2+1
plant.append("Kacang Hijau(Phaseolus Radiatus LINN)")
quality.append("S3")
suggestion.append("42<kelembaban tanah<75, 12<suhu<24, 5.6<pH<7.6")
if average_sm<80:
if 20<=average_tt<30:
if 6<=average_ph<7.7:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Tunggang(Vigna Unguiculata)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Kacang Tunggang(Vigna Unguiculata)")
quality.append("S1")
suggestion.append("-")
elif 80<=average_sm<90:
if 19<=average_tt<20 or 30<=average_tt<32:
if 5.5<=average_ph<6 or 7.8<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Tunggang(Vigna Unguiculata)","S2","kelembaban tanah<80, 20<suhu<30, 6<pH<7.8"),tags="quality2")
data_to2 = data_to2+1
plant.append("Kacang Tunggang(Vigna Unguiculata)")
quality.append("S2")
suggestion.append("kelembaban tanah<80, 20<suhu<30, 6<pH<7.8")
elif average_sm>90:
if 16<=average_tt<18 or 32<=average_tt<35:
if average_ph<5.5 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Tunggang(Vigna Unguiculata)","S3","kelembaban tanah<80, 20<suhu<30, 6<pH<7.8"),tags="quality3")
data_to2 = data_to2+1
plant.append("Kacang Tunggang(Vigna Unguiculata)")
quality.append("S3")
suggestion.append("kelembaban tanah<80, 20<suhu<30, 6<pH<7.8")
if 16<=average_tt<23:
if 6<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Arab(Cicer Arietinum)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Kacang Arab(Cicer Arietinum)")
quality.append("S1")
suggestion.append("-")
elif 14<=average_tt<16 or 23<=average_tt<25:
if 5.6<=average_ph<6 or 7.6<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Arab(Cicer Arietinum)","S2","16<suhu<23, 6<pH<7.6"),tags="quality2")
data_to2 = data_to2+1
plant.append("Kacang Arab(Cicer Arietinum)")
quality.append("S2")
suggestion.append("16<suhu<23, 6<pH<7.6")
elif 12<=average_tt<14 or 25<=average_tt<28:
if average_ph<5.6 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Arab(Cicer Arietinum)","S3","16<suhu<23, 6<pH<7.6"),tags="quality3")
data_to2 = data_to2+1
plant.append("Kacang Arab(Cicer Arietinum)")
quality.append("S3")
suggestion.append("16<suhu<23, 6<pH<7.6")
if 16<=average_tt<18:
if 5.6<=average_ph<7:
table_plant.insert("","end",text=str(data_to2),values=("Kentang(Solanum Tuberosum)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Kentang(Solanum Tuberosum)")
quality.append("S1")
suggestion.append("-")
elif 14<=average_tt<16 or 18<=average_tt<20:
if 5.2<=average_ph<5.6 or 7<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Kentang(Solanum Tuberosum)","S2","16<suhu<18, 5.6<pH<7"),tags="quality2")
data_to2 = data_to2+1
plant.append("Kentang(Solanum Tuberosum)")
quality.append("S2")
suggestion.append("16<suhu<18, 5.6<pH<7")
elif 12<=average_tt<14 or 20<=average_tt<23:
if average_ph<5.2 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Kentang(Solanum Tuberosum)","S3","16<suhu<18, 5.6<pH<7"),tags="quality3")
data_to2 = data_to2+1
plant.append("Kentang(Solanum Tuberosum)")
quality.append("S3")
suggestion.append("16<suhu<18, 5.6<pH<7")
if 40<=average_sm<80:
if 16<=average_tt<18:
if 6<=average_ph<7:
table_plant.insert("","end",text=str(data_to2),values=("Wortel(Daucus Carota)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Wortel(Daucus Carota)")
quality.append("S1")
suggestion.append("-")
elif 20<=average_sm<40 or 80<=average_sm<90:
if 18<=average_tt<20 or 14<=average_tt<16:
if 5.7<=average_ph<6 or 7<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Wortel(Daucus Carota)","S2","40<kelembaban tanah<80, 16<suhu<18, 6<pH<7"),tags="quality2")
data_to2 = data_to2+1
plant.append("Wortel(Daucus Carota)")
quality.append("S2")
suggestion.append("40<kelembaban tanah<80, 16<suhu<18, 6<pH<7")
elif average_sm<20 or average_sm>90:
if 20<=average_tt<23 or 12<=average_tt<16:
if average_ph<5.7 or average_ph>7.6:
table_plant.insert("","end",text=str(data_to2),values=("Wortel(Daucus Carota)","S3","40<kelembaban tanah<80, 16<suhu<18, 6<pH<7"),tags="quality3")
data_to2 = data_to2+1
plant.append("Wortel(Daucus Carota)")
quality.append("S3")
suggestion.append("40<kelembaban tanah<80, 16<suhu<18, 6<pH<7")
if 16<=average_tt<18:
if 6<=average_ph<7:
table_plant.insert("","end",text=str(data_to2),values=("Lobak(Raphanus Sativur)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Lobak(Raphanus Sativur)")
quality.append("S1")
suggestion.append("-")
if 18<=average_tt<20 or 14<average_tt<16:
if 5.7<=average_ph<6 or 7<average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Lobak(Raphanus Sativur)","S2","16<suhu<18, 6<pH<7"),tags="quality2")
data_to2 = data_to2+1
plant.append("Lobak(Raphanus Sativur)")
quality.append("S2")
suggestion.append("16<suhu<18, 6<pH<7")
elif 20<=average_tt<23 or 12<average_tt<16:
if average_ph>7.6 or average_ph<5.7:
table_plant.insert("","end",text=str(i),values=("Lobak(Raphanus Sativur)","S3","16<suhu<18, 6<pH<7"),tags="quality3")
data_to2 = data_to2+1
plant.append("Lobak(Raphanus Sativur)")
quality.append("S3")
suggestion.append("16<suhu<18, 6<pH<7")
if 20<=average_tt<25:
if 6<=average_ph<7.8:
table_plant.insert("","end",text=str(data_to2),values=("Bawang Merah(Aillium Ascolonicum)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Bawang Merah(Aillium Ascolonicum)")
quality.append("S1")
suggestion.append("-")
elif 25<=average_tt<30 or 18<=average_tt<20:
if 5.8<=average_ph<6 or 7.8<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Bawang Merah(Aillium Ascolonicum)","S2","20<suhu<25, 6<pH<7.8"),tags="quality2")
data_to2 = data_to2+1
plant.append("Bawang Merah(Aillium Ascolonicum)")
quality.append("S2")
suggestion.append("20<suhu<25, 6<pH<7.8")
elif 30<=average_tt<35 or 15<=average_tt<18:
if average_ph<5.8 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Bawang Merah(Aillium Ascolonicum)","S3","20<suhu<25, 6<pH<7.8"),tags="quality3")
data_to2 = data_to2+1
plant.append("Bawang Merah(Aillium Ascolonicum)")
quality.append("S3")
suggestion.append("20<suhu<25, 6<pH<7.8")
if 16<=average_tt<18:
if 6<=average_ph<7.8:
table_plant.insert("","end",text=str(data_to2),values=("Bawang Putih(Aillium Sativum)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Bawang Putih(Aillium Sativum)")
quality.append("S1")
suggestion.append("-")
elif 18<=average_tt<20 or 14<=average_tt<16:
if 5.8<=average_ph<6 or 7.8<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Bawang Putih(Aillium Sativum)","S2","16<suhu<18, 6<pH<7.8"),tags="quality2")
data_to2 = data_to2+1
plant.append("Bawang Putih(Aillium Sativum)")
quality.append("S2")
suggestion.append("16<suhu<18, 6<pH<7.8")
elif 20<=average_tt<23 or 12<=average_tt<16:
if average_ph<5.8 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Bawang Putih(Aillium Sativum)","S3","16<suhu<18, 6<pH<7.8"),tags="quality3")
data_to2 = data_to2+1
plant.append("Bawang Putih(Aillium Sativum)")
quality.append("S3")
suggestion.append("16<suhu<18, 6<pH<7.8")
if 21<=average_tt<27:
if 6<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Cabai Merah(Capsicum annuum)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Cabai Merah(Capsicum annuum)")
quality.append("S1")
suggestion.append("-")
elif 16<=average_tt<21 or 27<=average_tt<28:
if 5.5<=average_ph<6 or 7.6<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Cabai Merah(Capsicum annuum)","S2","21<suhu<27, 6<ph<7.6"),tags="quality2")
data_to2 = data_to2+1
plant.append("Cabai Merah(Capsicum annuum)")
quality.append("S2")
suggestion.append("21<suhu<27, 6<ph<7.6")
elif 14<=average_tt<16 or 28<=average_tt<30:
if average_ph<5.5 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Cabai Merah(Capsicum annuum)","S3","21<suhu<27, 6<ph<7.6"),tags="quality3")
data_to2 = data_to2+1
plant.append("Cabai Merah(Capsicum annuum)")
quality.append("S3")
suggestion.append("21<suhu<27, 6<ph<7.6")
if 18<=average_tt<26:
if 6<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Paprika(Capsium Sp.)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Paprika(Capsium Sp.)")
quality.append("S1")
suggestion.append("-")
elif 16<=average_tt<18 or 26<=average_tt<27:
if 5.5<=average_ph<6 or 7.6<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Paprika(Capsium Sp.)","S2","18<suhu<26, 6<ph<7.6"),tags="quality2")
data_to2 = data_to2+1
plant.append("Paprika(Capsium Sp.)")
quality.append("S2")
suggestion.append("18<suhu<26, 6<ph<7.6")
elif 14<=average_tt<16 or 27<=average_tt<28:
if average_ph<5.5 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Paprika(Capsium Sp.)","S3","18<suhu<26, 6<ph<7.6"),tags="quality3")
data_to2 = data_to2+1
plant.append("Paprika(Capsium Sp.)")
quality.append("S3")
suggestion.append("18<suhu<26, 6<ph<7.6")
if 13<=average_tt<24:
if 6<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Kubis(Brassica Oleracea L.)","S1","13<suhu<24, 6<pH<7.6"),tags="quality1")
data_to2 = data_to2+1
plant.append("Kubis(Brassica Oleracea L.)")
quality.append("S1")
suggestion.append("-")
elif 10<=average_tt<13 or 24<=average_tt<30:
if 5.5<=average_ph<6 or 7.6<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Kubis(Brassica Oleracea L.)","S2","13<suhu<24, 6<pH<7.6"),tags="quality2")
data_to2 = data_to2+1
plant.append("Kubis(Brassica Oleracea L.)")
quality.append("S2")
suggestion.append("13<suhu<24, 6<pH<7.6")
elif 5<=average_tt<10 or 30<=average_tt<35:
if average_ph<5.5 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Kubis(Brassica Oleracea L.)","S3","13<suhu<24, 6<pH<7.6"),tags="quality3")
data_to2 = data_to2+1
plant.append("Kubis(Brassica Oleracea L.)")
quality.append("S3")
suggestion.append("13<suhu<24, 6<pH<7.6")
if 13<=average_tt<24:
if 6<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Lettuce(Lacuce Sativa)","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Lettuce(Lacuce Sativa)")
quality.append("S1")
suggestion.append("-")
elif 22<=average_tt<28:
if 5.7<=average_ph<6 or 7<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Lettuce(Lacuce Sativa)","S2","13<suhu<24, 6<pH<7.6"),tags="quality2")
data_to2 = data_to2+1
plant.append("Lettuce(Lacuce Sativa)")
quality.append("S2")
suggestion.append("16<suhu<22, 6<pH<7")
elif 28<=average_tt<35:
if average_ph>7.6 or average_ph<5.7:
table_plant.insert("","end",text=str(data_to2),values=("Lettuce(Lacuce Sativa)","S3","13<suhu<24, 6<pH<7.6"),tags="quality3")
data_to2 = data_to2+1
plant.append("Lettuce(Lacuce Sativa)")
quality.append("S3")
suggestion.append("16<suhu<22, 6<pH<7")
if 16<=average_tt<22:
if 6<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Petsai (Brassica Purpureum SCHUM)","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Petsai (Brassica Purpureum SCHUM)")
quality.append("S1")
suggestion.append("-")
elif 22<=average_tt<28 or 13<average_tt<16:
if 5.7<=average_ph<6 or 7<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Petsai (Brassica Purpureum SCHUM)","S2","16<suhu<22, 6<pH<7"),tags="quality2")
data_to2 = data_to2+1
plant.append("Petsai (Brassica Purpureum SCHUM)")
quality.append("S2")
suggestion.append("16<suhu<22, 6<pH<7")
elif 28<=average_tt<35 or 4<average_tt<13:
if average_ph<5.7 or average_ph>7.6:
table_plant.insert("","end",text=str(data_to2),values=("Petsai (Brassica Purpureum SCHUM)","S3","16<suhu<22, 6<pH<7"),tags="quality3")
data_to2 = data_to2+1
plant.append("Petsai (Brassica Purpureum SCHUM)")
quality.append("S3")
suggestion.append("16<suhu<22, 6<pH<7")
if 16<=average_tt<22:
if 6<=average_ph<7:
table_plant.insert("","end",text=str(data_to2),values=("Sawi (Brassica Rugosa SCHUM)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Sawi (Brassica Rugosa SCHUM)")
quality.append("S1")
suggestion.append("-")
elif 22<=average_tt<28 or 13<=average_ph<16:
if 7<=average_ph<7.6 or 5.7<=average_ph<6:
table_plant.insert("","end",text=str(data_to2),values=("Sawi (Brassica Rugosa SCHUM)","S2","16<suhu<22, 6<pH<7"),tags="quality2")
data_to2 = data_to2+1
plant.append("Sawi (Brassica Rugosa SCHUM)")
quality.append("S2")
suggestion.append("16<suhu<22, 6<pH<7")
elif 4<=average_tt<13 or 28<=average_ph<35:
if average_ph<5.6 or average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Sawi (Brassica Rugosa SCHUM)","S3","16<suhu<22, 6<pH<7"),tags="quality3")
data_to2 = data_to2+1
plant.append("Sawi (Brassica Rugosa SCHUM)")
quality.append("S3")
suggestion.append("16<suhu<22, 6<pH<7")
if 12<=average_tt<24:
if 5.6<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Bayam(Amaranthus Spe.div)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Bayam(Amaranthus Spe.div)")
quality.append("S1")
suggestion.append("-")
elif 10<=average_tt<12 or 24<=average_tt<27:
if 5.4<=average_ph<5.6 or 7.6<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Bayam(Amaranthus Spe.div)","S2","12<suhu<24, 5.6<pH<7.6"),tags="quality2")
data_to2 = data_to2+1
plant.append("Bayam(Amaranthus Spe.div)")
quality.append("S2")
suggestion.append("12<suhu<24, 5.6<pH<7.6")
elif 27<=average_tt<30 or 8<=average_tt<10:
if average_ph<5.4 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Bayam(Amaranthus Spe.div)","S3","12<suhu<24, 5.6<pH<7.6"),tags="quality3")
data_to2 = data_to2+1
plant.append("Bayam(Amaranthus Spe.div)")
quality.append("S3")
suggestion.append("12<suhu<24, 5.6<pH<7.6")
if 12<=average_tt<24:
if 5.6<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Buncis(Phaseolus Vulgaris)","S1","12<suhu<24, 5.6<pH<7.6"),tags="quality1")
data_to2 = data_to2+1
plant.append("Buncis(Phaseolus Vulgaris)")
quality.append("S1")
suggestion.append("-")
elif 10<=average_tt<12 or 24<=average_tt<27:
if 5.4<=average_ph<5.6 or 7.6<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Buncis(Phaseolus Vulgaris)","S2","12<suhu<24, 5.6<pH<7.6"),tags="quality2")
data_to2 = data_to2+1
plant.append("Buncis(Phaseolus Vulgaris)")
quality.append("S2")
suggestion.append("12<suhu<24, 5.6<pH<7.6")
elif 27<=average_tt<30 or 8<=average_tt<12:
if average_ph<5.4 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Buncis(Phaseolus Vulgaris)","S3","12<suhu<24, 5.6<pH<7.6"),tags="quality3")
data_to2 = data_to2+1
plant.append("Buncis(Phaseolus Vulgaris)")
quality.append("S3")
suggestion.append("12<suhu<24, 5.6<pH<7.6")
if 12<=average_tt<24:
if 5.6<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Panjang(Vigina Sinensis ENDL)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Kacang Panjang(Vigina Sinensis ENDL)")
quality.append("S1")
suggestion.append("-")
elif 10<=average_tt<12 or 24<=average_tt<27:
if 5.4<=average_ph<5.6 or 7.6<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Panjang(Vigina Sinensis ENDL)","S2","12<suhu<24, 5.6<pH<7.6"),tags="quality2")
data_to2 = data_to2+1
plant.append("Kacang Panjang(Vigina Sinensis ENDL)")
quality.append("S2")
suggestion.append("12<suhu<24, 5.6<pH<7.6")
elif 27<=average_tt<30 or 8<=average_tt<10:
if average_ph<5.4 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Panjang(Vigina Sinensis ENDL)","S3","12<suhu<24, 5.6<pH<7.6"),tags="quality3")
data_to2 = data_to2+1
plant.append("Kacang Panjang(Vigina Sinensis ENDL)")
quality.append("S3")
suggestion.append("12<suhu<24, 5.6<pH<7.6")
if 14<=average_tt<20:
if 6<=average_ph<7.5:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Kapri(Pisum Sativum)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Kacang Kapri(Pisum Sativum)")
quality.append("S1")
suggestion.append("-")
elif 10<=average_tt<14 or 20<=average_tt<23:
if 5.8<=average_ph<6 or 7.5<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Kapri(Pisum Sativum)","S2","14<suhu<20, 6<pH<7.5"),tags="quality2")
data_to2 = data_to2+1
plant.append("Kacang Kapri(Pisum Sativum)")
quality.append("S2")
suggestion.append("14<suhu<20, 6<pH<7.5")
elif 8<=average_tt<10 or 23<=average_tt<25:
if average_ph<5.8 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Kacang Kapri(Pisum Sativum)","S3","14<suhu<20, 6<pH<7.5"),tags="quality3")
data_to2 = data_to2+1
plant.append("Kacang Kapri(Pisum Sativum)")
quality.append("S3")
suggestion.append("14<suhu<20, 6<pH<7.5")
if 22<=average_tt<30:
if 5.8<=average_ph<7.6:
table_plant.insert("","end",text=str(data_to2),values=("Mentimun(Cucumis Sativus LINN)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Mentimun(Cucumis Sativus LINN)")
quality.append("S1")
suggestion.append("-")
elif 30<=average_tt<32 or 20<=average_tt<22:
if 5.5<=average_ph<5.8 or 7.6<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Mentimun(Cucumis Sativus LINN)","S2","22<suhu<30, 5.8<pH<7.6"),tags="quality2")
data_to2 = data_to2+1
plant.append("Mentimun(Cucumis Sativus LINN)")
quality.append("S2")
suggestion.append("22<suhu<30, 5.8<pH<7.6")
elif 32<=average_tt<35 or 18<=average_tt<20:
if average_ph<5.5 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Mentimun(Cucumis Sativus LINN)","S3","22<suhu<30, 5.8<pH<7.6"),tags="quality3")
data_to2 = data_to2+1
plant.append("Mentimun(Cucumis Sativus LINN)")
quality.append("S3")
suggestion.append("22<suhu<30, 5.8<pH<7.6")
if 18<=average_tt<26:
if 6<=average_ph<7.5:
table_plant.insert("","end",text=str(data_to2),values=("Terung(Solannum Melongen LINN)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Terung(Solannum Melongen LINN)")
quality.append("S1")
suggestion.append("-")
elif 16<=average_tt<18 or 26<=average_tt<30:
if 5.5<=average_ph<6 or 7.5<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Terung(Solannum Melongen LINN)","S2","18<suhu<26, 6<pH<7.5"),tags="quality2")
data_to2 = data_to2+1
plant.append("Terung(Solannum Melongen LINN)")
quality.append("S2")
suggestion.append("18<suhu<26, 6<pH<7.5")
elif 30<=average_tt<35 or 13<=average_tt<16:
if average_ph<5.5 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Terung(Solannum Melongen LINN)","S3","18<suhu<26, 6<pH<7.5"),tags="quality3")
data_to2 = data_to2+1
plant.append("Terung(Solannum Melongen LINN)")
quality.append("S3")
suggestion.append("18<suhu<26, 6<pH<7.5")
if 18<=average_tt<25:
if 5.5<=average_ph<7.8:
table_plant.insert("","end",text=str(data_to2),values=("Pare(Momordica Charantia LINN)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Pare(Momordica Charantia LINN)")
quality.append("S1")
suggestion.append("-")
elif 15<=average_tt<18 or 25<=average_tt<30:
if 5<=average_ph<5.5 or 7.8<=average_ph<8:
table_plant.insert("","end",text=str(data_to2),values=("Pare(Momordica Charantia LINN)","S2","18<suhu<25, 5.5<pH<7.8"),tags="quality2")
data_to2 = data_to2+1
plant.append("Pare(Momordica Charantia LINN)")
quality.append("S2")
suggestion.append("18<suhu<25, 5.5<pH<7.8")
elif 30<=average_tt<35 or 10<=average_tt<15:
if average_ph<5 or average_ph>8:
table_plant.insert("","end",text=str(data_to2),values=("Pare(Momordica Charantia LINN)","S3","18<suhu<25, 5.5<pH<7.8"),tags="quality3")
data_to2 = data_to2+1
plant.append("Pare(Momordica Charantia LINN)")
quality.append("S3")
suggestion.append("18<suhu<25, 5.5<pH<7.8")
if 13<=average_tt<24:
if 6<=average_ph<7.8:
table_plant.insert("","end",text=str(data_to2),values=("Brokoli(Brassica)","S1","-"),tags="quality1")
data_to2 = data_to2+1
plant.append("Brokoli(Brassica)")
quality.append("S1")
suggestion.append("-")