- #Exponential vector code code
- #Exponential vector code plus
"Radiative transfer codes for atmospheric correction and aerosol retrieval: intercomparison study", Optical Society of America, APPLIED OPTICS, Vol. Vermote, Robert Levy, and Alexei Lyapustin (2008). Homogeneous Lambertian and anisotropic surfaces”, Optical Society of America, APPLIED OPTICS, Vol.
#Exponential vector code code
“Validation of a vector version of the 6S radiative transfer code for atmospheric correction of satellite data. Part I: Path radiance”, Optical Society of America, APPLIED OPTICS, Vol. Vermote, Raffaella Matarrese, and Frank J.
(1997), Second Simulation of the Satellite Signal in the Solar Spectrum, 6S: An Overview, IEEE Transactions on Geoscience and Remote Sensing, Vol. Vermote, E.F., Tanré, D., Deuzé, J.L., Herman, M., & Morcrette, J.-J. Currently, the 6S list of satellite instruments include:
#Exponential vector code plus
Miura, University of Hawaii at Manoa, Honolulu, USA. where: v (vv)) magnitude scalar value norm(v) v(1/(vv)) normalised (unit length) vector To summarise and interpret the results, if the dimensions commute (as they do for complex numbers for example) then the result is a pure vector but, if the dimensions anti-commute (as they do for vectors in euclidean space for example) then the result is a scalar plus a vector. The new subroutines were developed by Dr. The spectral response curves for all these instruments can be found in the 6S manual, version 3. Try with this: t0:100 spiketime 20 spikepeak 0.
Several new subroutines, simulating measurements of the ALI, ASTER, ETM, HYPBLUE, VGT, and VIIRS instruments, have been integrated into the the vector 6S. You have your algorithm almost working, but you are using vector when you should be using scalars (As you have your code implemented. Each of these values corresponds to one of the values in our input vector. The result of the previous code is a vector containing ten values. It can also be applied to matrices for which exponentiation is well defined (in this case the 1 in the right-hand side of the equation should be replaced by the identity I). Fixed number of calculation layers (26) and angles (48). If x is a real number, the definition can be used to find the corresponding function value. Fixed number of scattering angles (83), used for the specification of an aerosol phase function. Scalar (ignoring the effects of polarization). The code is based on the method of successive orders of scatterings approximations and its first vector version (6SV1), capable of accounting for radiation polarization. It enables accurate simulations of satellite and plane observation, accounting for elevated targets, use of anisotropic and lambertian surfaces and calculation of gaseous absorption. Then, we printed the vector element by dereferencing the iterator: // print the vector elementįor (iter = num.begin() iter != num.The 6S code is a basic RT code used for calculation of lookup tables in the MODIS atmospheric correction algorithm. initialize the iterator with the first element Default exponential vertical aerosol profile. Fixed number of calculation layers (26) and angles (48). Fixed number of scattering angles (83), used for the specification of an aerosol phase function. Then, we initialized the iterator to the first element of the vector using the begin() function. Exponential function Syntax RESULT EXP(X) Return value The return value has same type and kind as X. Scalar (ignoring the effects of polarization). MATLAB also includes functions for exponentials and logarithms. initialize the iterator with the first element Within the square brackets that are used to form vectors and matrices. Here, due to the nature of the end() function, we have used the code num.end() - 1 to point to the last element of the num vector i.e. For example, // iter points to the last element of num The end() function points to the theoretical element that comes after the final element of the vector. There are different ways to initialize a vector in C++. This is because the size of a vector can grow dynamically so it is not necessary to define it. Notice that we have not specified the size of the vector during the declaration. It can be any primitive data type such as int, char, float, etc. The type parameter specifies the type of the vector. Once we include the header file, here's how we can declare a vector in C++: std::vector vector_name To use vectors, we need to include the vector header file in our program. Vectors are part of the C++ Standard Template Library. That is, we can change the size of the vector during the execution of a program as per our requirements. However, unlike arrays, the size of a vector can grow dynamically. 
In C++, vectors are used to store elements of similar data types.
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