easyclimate.core.diff

Geographic Finite Difference

Functions

calc_dlat_degree_gradient(data_input[, ...])	Calculate the gradient of the input data with respect to latitude in degrees.
calc_dlat_radian_gradient(data_input[, ...])	Calculate the gradient of the input data with respect to latitude in radians.
calc_dlon_degree_gradient(data_input[, ...])	Calculate the gradient of the input data with respect to longitude in degrees.
calc_dlon_radian_gradient(data_input[, ...])	Calculate the gradient of the input data with respect to longitude in radians.
calc_dx_gradient(data_input[, lon_dim, ...])	Calculate the zonal gradient of the input data in physical units (meters).
calc_dx_laplacian(data_input[, lon_dim, ...])	Calculation of the second-order partial derivative term (Laplace term) along longitude.
calc_dxdy_laplacian(data_input[, lon_dim, ...])	Calculate the horizontal Laplace term.
calc_dxdy_mixed_derivatives(data_input[, ...])	Calculation of second-order mixed partial derivative terms along longitude and latitude.
calc_dy_gradient(data_input[, lat_dim, ...])	Calculate the meridional gradient of the input data in physical units (meters).
calc_dy_laplacian(data_input[, lat_dim, ...])	Calculation of the second-order partial derivative term (Laplace term) along latitude.
calc_p_gradient(data_input, vertical_dim, ...)	Calculate the gradient along the barometric pressure direction in the p-coordinate system.
calc_shear_stretch_deform(u_data, v_data[, ...])
calc_time_gradient(data_input, time_units[, ...])	Calculate the gradient along the time direction.