Procedure | Location | Procedure Type | Description |
---|---|---|---|
Best_Linear_Regression | routines | Subroutine | This subroutine calculates the best regression line for an fluid. |
Best_Linear_Regression | routines_pre | Subroutine | This subroutine calculates the best regression line for an oil. |
Best_Linear_Regression | pruebas | Subroutine | This subroutine calculates the best regression line for an oil. |
calculate_volume_6plus | routines | Subroutine | this subroutine … |
characterize | routines | Function | |
data_from_file | data_from_input | Function | This funtion allows to obtain experimental data from data imput |
data_in | data | Subroutine | |
density_funtion | routines | Subroutine | this subroutine … |
difference_mw_plus | routines | Subroutine | this subroutine … |
difference_mw_plus | pruebas | Subroutine | this subroutine … mayor igual a 12 o menor igual 14. denominator of equation to obtain C value directly |
difMpfromC | routines_pre | Subroutine | |
difMpfromCfull | routines_pre | Subroutine | |
difnewMp | routines_pre | Subroutine | this subroutines for a C value returns the correponding Mp value |
get_C | routines_pre | Subroutine | |
get_c_or_m_plus | routines | Subroutine | This subroutine… |
get_C_or_m_plus | pruebas | Subroutine | This subroutine… |
get_critical_constants | routines | Subroutine | this subroutine .... |
GetNewMpfromC | routines_pre | Subroutine | this subroutines for a C value returns the correponding new M20+ value |
LimitLine | routines | Subroutine | This subroutine obtains the limit line constants for an fluid. |
LimitLine | routines_pre | Subroutine | |
LimitLine | pruebas | Subroutine | This subroutine obtains the limit line constants for an oil. |
Line_C60_max | routines | Subroutine | This subroutine obtains the Cmax60 line constants for an fluid. |
Line_C60_max | pruebas | Subroutine | This subroutine obtains the Cmax60 line constants for an oil |
Linear_Regression | routines | Subroutine | This subroutine computes the regression line for a data set of x, y variables. |
Linear_Regression | routines_pre | Subroutine | This subroutine computes the regression line for a data set of x, y variables. |
Linear_Regression | pruebas | Subroutine | This subroutine computes the regression line for a data set of x, y variables. |
LineC60max | routines_pre | Subroutine | |
lump | routines | Subroutine | This sobroutine … use new variable for plus_w because type fluidata can’t be modified. esto es lo que haria en el write, luego eliminar este comentario. |
mass_fractions | data_from_input | Subroutine | This routine obtains the mass fractions of the fluid’s compounds from the input file, additionally, it calculates the product |
read_components | data_from_input | Subroutine | Reads the component names data from input file |
read_composition | data_from_input | Subroutine | Reads the molar compositions of each component from input file |
read_density | data_from_input | Subroutine | Reads the density of each component from the input file and calculated molar volume since C6 fraction. |
read_molecular_weight | data_from_input | Subroutine | Reads the molecular weights of each component from the input file |
read_setup | data_from_input | Subroutine | Reads the setup data from input file |
select_method | routines | Subroutine | This subroutine defines the calculation method to perform the characterization,& based on the available experimental data. If the molecular weight data is experimental, define the mole fractions, molecular weights and densities directly from the input file. On the other hand, if the molecular weights are assumed, they are recalculated according to the methodology described by Martin et al and the molar fractions of the fluid are recalculated. |
select_method | pruebas | Subroutine |