mesonh.mesonh_atmosphere Namespace Reference

Data Structures
class	MesoNHAtmosphere

Functions
def	find_lt (a, x)
def	find_le (a, x)
def	find_gt (a, x)
def	find_ge (a, x)

Variables
string	WX = 'UT'
string	WY = 'VT'
string	WZ = 'WT'
string	PTEMP = 'THT'
string	RVAP = 'RVT'
string	LWATER = 'RCT'
string	ZSCALE = 'VLEV'
string	XSCALE = 'S_N_direction'
string	YSCALE = 'W_E_direction'
string	TIME = 'time'
int	X = 2
int	Y = 3
int	Z = 1
int	T = 0

Detailed Description

 Reading mesoNH netCDF files and providing an interface to read chunks
of data and interpolate points.

 TODO : test with large netCDF files, add mapping of variables as an argument.

Function Documentation

find_ge()

def mesonh.mesonh_atmosphere.find_ge	(		a,
			x
	)

Definition at line 29 of file mesonh_atmosphere.py.

find_gt()

def mesonh.mesonh_atmosphere.find_gt	(		a,
			x
	)

Definition at line 24 of file mesonh_atmosphere.py.

Referenced by mesonh.mesonh_atmosphere.MesoNHAtmosphere._slicyfy().

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find_le()

def mesonh.mesonh_atmosphere.find_le	(		a,
			x
	)

Definition at line 19 of file mesonh_atmosphere.py.

Referenced by mesonh.mesonh_atmosphere.MesoNHAtmosphere._slicyfy().

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find_lt()

def mesonh.mesonh_atmosphere.find_lt	(		a,
			x
	)

Definition at line 14 of file mesonh_atmosphere.py.

Variable Documentation

LWATER

string mesonh.mesonh_atmosphere.LWATER = 'RCT'

Definition at line 38 of file mesonh_atmosphere.py.

PTEMP

string mesonh.mesonh_atmosphere.PTEMP = 'THT'

Definition at line 36 of file mesonh_atmosphere.py.

RVAP

string mesonh.mesonh_atmosphere.RVAP = 'RVT'

Definition at line 37 of file mesonh_atmosphere.py.

T

int mesonh.mesonh_atmosphere.T = 0

Definition at line 46 of file mesonh_atmosphere.py.

Referenced by calc_model(), guidance_indi_calcG(), guidance_indi_calcg_wing(), guidance_indi_calcG_yxz(), pprz_polyfit_float(), and sum_g1g2_1l().

TIME

string mesonh.mesonh_atmosphere.TIME = 'time'

Definition at line 42 of file mesonh_atmosphere.py.

WX

string mesonh.mesonh_atmosphere.WX = 'UT'

Definition at line 33 of file mesonh_atmosphere.py.

WY

string mesonh.mesonh_atmosphere.WY = 'VT'

Definition at line 34 of file mesonh_atmosphere.py.

WZ

string mesonh.mesonh_atmosphere.WZ = 'WT'

Definition at line 35 of file mesonh_atmosphere.py.

X

int mesonh.mesonh_atmosphere.X = 2

Definition at line 43 of file mesonh_atmosphere.py.

Referenced by ekf_f(), ekf_F(), ekf_f_rk4(), ekf_L(), gvf_parametric_control_2D(), linear_filter(), linear_measure(), pprz_svd_float(), processSmartPortTelemetry(), relative_localization_filter_periodic(), send_relative_localization_data(), and VL53L1X_SetROI().

XSCALE

string mesonh.mesonh_atmosphere.XSCALE = 'S_N_direction'

Definition at line 40 of file mesonh_atmosphere.py.

Y

int mesonh.mesonh_atmosphere.Y = 3

Definition at line 44 of file mesonh_atmosphere.py.

Referenced by linear_kalman_filter_update(), pprz_svd_float(), processSmartPortTelemetry(), set_color_yuv422(), UKF_Wind_Estimator_step(), VL53L1X_SetROI(), and wind_estimation_quadrotor_periodic().

YSCALE

string mesonh.mesonh_atmosphere.YSCALE = 'W_E_direction'

Definition at line 41 of file mesonh_atmosphere.py.

Z

int mesonh.mesonh_atmosphere.Z = 1

Definition at line 45 of file mesonh_atmosphere.py.

Referenced by discrete_ekf_no_north_update(), discrete_ekf_update(), ekf_measurement_step(), ekf_step(), linear_measure(), pprz_svd_float(), processSmartPortTelemetry(), range_msg_callback(), simple_kinematic_kalman_update(), simple_kinematic_kalman_update_pos(), and simple_kinematic_kalman_update_speed().

ZSCALE

string mesonh.mesonh_atmosphere.ZSCALE = 'VLEV'

Definition at line 39 of file mesonh_atmosphere.py.