def generate_graph_data_exponential():
min_temp = data_ini.get_min_temp()
max_temp = data_ini.get_max_temp()
min_rpm = data_ini.get_min_rpm()
max_rpm = data_ini.get_max_rpm()
data_points = 1200
slope = data_ini.get_exponential_slope()
temp_data = 0
rpm_data = max_rpm
temp_data_array = []
rpm_data_array = []
rpm_step = (max_rpm - min_rpm) / data_points
temp_step = (max_temp - min_temp) / data_points
for i in range(data_points + 1):
if i < int(min_temp) or i > int(max_temp):
temp_data_array.append(i)
rpm_data_array.append('NaN')
else:
temp_data_array.append(i)
rpm_data_array.append(round(rpm_data, 2))
temp_data += temp_step
rpm_data = (max_rpm - min_rpm) * (0.5**(
(i - min_temp) / slope)) + min_rpm
return temp_data_array, rpm_data_array
def generate_graph_data_linear():
min_temp = data_ini.get_min_temp()
max_temp = data_ini.get_max_temp()
min_rpm = data_ini.get_min_rpm()
max_rpm = data_ini.get_max_rpm()
data_points = 1200
slope = data_ini.get_linear_slope()
temp_data = 0
rpm_data = max_rpm
temp_data_array = []
rpm_data_array = []
rpm_step = (max_rpm - min_rpm) / data_points
for i in range(data_points + 1):
if i < int(min_temp) or i > int(max_temp):
temp_data_array.append(i)
rpm_data_array.append('NaN')
else:
temp_data_array.append(i)
rpm_data_array.append(round(rpm_data, 2))
rpm_data = (rpm_data - rpm_step) + slope
if rpm_data <= min_rpm:
rpm_data = min_rpm
return temp_data_array, rpm_data_array
def generate_graph_data_sCurve():
min_temp = data_ini.get_min_temp()
max_temp = data_ini.get_max_temp()
min_rpm = data_ini.get_min_rpm()
max_rpm = data_ini.get_max_rpm()
data_points = 1200
slope = data_ini.get_sCurve_slope()
temp_data = 0
rpm_data = max_rpm
temp_data_array = []
rpm_data_array = []
rpm_step = (max_rpm - min_rpm) / data_points
temp_step = (max_temp - min_temp) / data_points
for i in range(data_points + 1):
if i < int(min_temp) or i > int(max_temp):
temp_data_array.append(i)
rpm_data_array.append('NaN')
else:
temp_data_array.append(i)
rpm_data = (max_rpm - min_rpm) / (1 + 2.718**(slope * (i - (
(max_temp + min_temp) / 2)))) + min_rpm
rpm_data_array.append(round(rpm_data, 2))
temp_data += temp_step
return temp_data_array, rpm_data_array
def update_params_page():
min_temp = str(data_ini.get_min_temp()) + DEGREES_FAREN
max_temp = str(data_ini.get_max_temp()) + DEGREES_FAREN
min_rpm = str(data_ini.get_min_rpm())
max_rpm = str(data_ini.get_max_rpm())
socketio.emit('updateParams', {'minTemp': min_temp,
'maxTemp': max_temp,
'minRpm': min_rpm,
'maxRpm': max_rpm},
namespace='/test',
broadcast=True)
def increase_min_temp():
print('here')
temp = data_ini.get_min_temp()
temp = temp + 10
data_ini.set_min_temp(temp)
update_params_page()
def decrease_min_temp_event():
print('here')
temp = data_ini.get_min_temp()
temp = temp - 10
data_ini.set_min_temp(temp)
update_params_page()