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| Function | new_par_struct |
| Include file | WLDPAR_R.H |
| Prototype | PAR * new_par_struct( float af_step , float af_max ) |
| Remarks | Allocate, initialize and return a virgin Wilder Parabolic Time/Price indicator structure. Now I think most people don't play with the acceleration step factor or the acceleration max so I have front-ended this routine with a macro for a standard initialization without having to pass the parameters. |
| Function | reset_par_struct |
| Include file | WLDPAR_R.H |
| Prototype | void reset_par_struct( PAR *par_ptr ) |
| Remarks | Reset a PAR data structure for a new data series. |
| Function | update_par_struct |
| Include file | WLDPAR_R.H |
| Prototype | void update_par_struct( PAR *par_ptr , DATA_REC *data_ptr ) |
| Remarks | Update the caller's PAR with the new data. The PAR calcs will turn-on with the second data point and par_ptr->enough_data will be set to TRUE and various PAR fields can be used. |
| Function | new_par_ind_struct |
| Include file | WLDPAR_R.H |
| Prototype | PAR_IND * new_par_ind_struct( int data_cnt ) |
| Remarks | Allocate, and return a virgin Wilder Parabolic SAR indicator display structure for data_cnt items. |
| Function | free_par_ind_struct |
| Include file | WLDPAR_R.H |
| Prototype | void free_par_ind_struct( PAR_IND *par_ptr ) |
| Remarks | Return the PAR indicator display structure and its sub-structure memory to the system. |
| Function | calc_par_ind |
| Include file | WLDPAR_R.H |
| Prototype | void calc_par_ind( DATA_REC *data_ptr , int data_cnt , PAR_IND *inds , float af_step , float af_max ) |
| Remarks | Calculate the Wilder Parabolic Stop and Reverse indicators for the user DATA_REC data series. The indicators will be built in the caller's PAR_IND indicator display structure inds. The LONG_MRK and SHORT_MRK stops will each be stored in their own float data array for correct plotting. |
