Scilab C Types

Description

WARNING: This API is deprecated from Scilab 5.2.0 and is going to be removed with Scilab 6.0. Please use API Scilab (the new Scilab API).

The string/char * datatype in the Scilab memory:

• STRING_DATATYPE

• "c"

The string/char ** datatype in the Scilab memory:

• MATRIX_OF_STRING_DATATYPE

• "S"

A matrix of double * if the size of the matrix is 1,1, it is a single value:

• MATRIX_OF_DOUBLE_DATATYPE

• "d"

A matrix of rational * if the size of the matrix is 1,1, it is a single value

• MATRIX_OF_RATIONAL_DATATYPE

• "r"

A matrix of integer * if the size of the matrix is 1,1, it is a single value:

• MATRIX_OF_VARIABLE_SIZE_INTEGER_DATATYPE

• "I"

A matrix of 'little' integer * 'little' because in reality, this int is a complex with the imaginary * part set to 0 * if the size of the matrix is 1,1, it is a single value:

• MATRIX_OF_INTEGER_DATATYPE

• "i"

A matrix of boolean * if the size of the matrix is 1,1, it is a single value:

• MATRIX_OF_BOOLEAN_DATATYPE

• "b"

A matrix of complex * if the size of the matrix is 1,1, it is a single value:

• MATRIX_OF_COMPLEX_DATATYPE

• "z"

A sparse matrix * if the size of the matrix is 1,1, it is a single value

• SPARSE_MATRIX_DATATYPE

• "s"

A list:

• LIST_DATATYPE

• "l"

A typed list:

• TYPED_LIST_DATATYPE

• "t"

A Matrix oriented typed list * mlist object are very similar to tlist objects. But * if M is an mlist, for any index i which is not a field name, * M(i) is not the i th field of the list but is interpreted as * the i th entry of M seen as a vector. * This is the only difference between mlist and tlist:

• MATRIX_ORIENTED_TYPED_LIST_DATATYPE

• "m"

The scilab pointer datatype in the Scilab memory:

• SCILAB_POINTER_DATATYPE

• "p"

The scilab graphic handle datatype in the Scilab memory:

• GRAPHICAL_HANDLE_DATATYPE

• "h"

An "external" is a function or routine which is used as an argument * of some high-level primitives (such as ode, optim, schur...):

• EXTERNAL_DATATYPE

• "f"

A matrix of polynomial coeff * if the size of the matrix is 1,1, it is a single value:

• MATRIX_OF_POLYNOMIAL_DATATYPE

• "x"

See Also

• mlist
• list
• tlist
• CreateVar
• GetRhsVar