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__Function:__void**vector_combine***(const pkint_t**`q1`, const pkint_t*`q2`, pkint_t*`q3`, int`k`, size_t`size`)- This function computes a linear combination of
`q1`and`q2`and puts it array`q3`such that`q3[k]=0`

. The first coefficient is never considered for computations, except when`k==0`

. The result is normalized.

__Function:__void**vector_product***(pkint_t**`prod`, const pkint_t*`q1`, const pkint_t*`q2`, size_t`size`)- Computes the scalar product of arrays
`q1`and`q2`of common size`size`and stores it in`*`

. The first coefficient is ignored.`prod`

__Function:__void**vector_product_strict***(pkint_t**`prod`, const pkint_t*`q1`, const pkint_t*`q2`, size_t`size`)- As the previous function, but the
*\epsilon*-coefficients are ignored.

__Function:__void**vector_add***(pkint_t**`q3`, const pkint_t*`q1`, const pkint_t*`q2`, size_t`size`)- This function computes the addition of
`q1`and`q2`considered as affine expressions. The result is normalized and put in`q3`.

__Function:__void**vector_sub***(pkint_t**`q3`, const pkint_t*`q1`, const pkint_t*`q2`, size_t`size`)- This function computes the substraction of
`q1`by`q2`considered as affine expressions. The result is normalized and put in`q3`.

__Function:__void**vector_scale***(pkint_t**`q2`, pkint_t num, pkint_t den, const pkint_t*`q1`, size_t`size`)- This function scales
`q1`considered as an affine expression by the fraction`num/den`and put the results in`q2`.`den`is supposed to be positive.

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