FuelModelFBP.h

/*  fbp.h  -- header file for fbp program  bmw
  function prototypes and structures for fbp.c prog
   nov/92
  modified for version 4.3 of the code
   Aug/2005 bmw
  modified for version 4.5 of the code
   Nov/2007 bmw
   change of name for 5.0
*/
 
#if !defined(_FBPHEAD)
#define _FBPHEAD
 
#include "Cells.h"
#include <stdio.h>
 
float grass(fuel_coefs* ptr, float cur, float isi, float* mu);
 
float mixed_wood(fuel_coefs* ptr, float isi, float* mult, int pc);
 
float ISF_mixedwood(fuel_coefs* ptr, float isz, int pc, float sf);
 
float ISF_deadfir(fuel_coefs* ptr, float isz, int pdf, float sf);
 
float dead_fir(fuel_coefs* ptr, int pdf, float isi, float* mult);
 
float D2_ROS(fuel_coefs* ptr, float isi, float bui, float* mu);
 
float conifer(fuel_coefs* ptr, float isi, float* mult);
 
float bui_effect(fuel_coefs* ptr, main_outs* at, float bui);
 
float ros_calc(inputs* inp, fuel_coefs* ptr, float isi, float* mu);
 
float rate_of_spread(inputs* inp, fuel_coefs* ptr, main_outs* at);
 
float slope_effect(inputs* inp, fuel_coefs* ptr, main_outs* at, float isi);
 
float surf_fuel_consump(inputs* inp);
 
float fire_intensity(float fc, float ros);
 
void setup_const(fuel_coefs* ptr);
 
char get_fueltype_number(fuel_coefs** ptr, char ft[4]);
 
float foliar_moisture(inputs* inp, main_outs* at);
 
float crit_surf_intensity(fuel_coefs* ptr, float fmc);
 
float critical_ros(char ft[3], float sfc, float csi);
 
int fire_type(float csi, float sfi);
 
float crown_frac_burn(float ros, float rso);
 
char fire_description(float cfb);
 
float final_ros(inputs* inp, float fmc, float isi, float cfb, float rss);
 
float crown_consump(inputs* inp, fuel_coefs* ptr, float cfb);
 
float foliar_mois_effect(float isi, float fmc);
 
float l_to_b(char ft[3], float ws);
 
float ffmc_effect(float ffmc);
 
float backfire_ros(inputs* inp, fuel_coefs* ptr, main_outs* at, float bisi);
 
float backfire_isi(main_outs* at);
 
float area(float dt, float df);
 
float perimeter(fire_struc* h, fire_struc* b, snd_outs* sec, float lb);
 
float acceleration(inputs* inp, float cfb);
 
float flankfire_ros(float ros, float bros, float lb);
 
float spread_distance(inputs* inp, fire_struc* ptr, float accn);
 
float flank_spread_distance(
    inputs* inp, fire_struc* ptr, snd_outs* sec, float hrost, float brost, float hd, float bd, float lb, float a);
 
int time_to_crown(float ros, float rso, float a);
 
float fire_behaviour(inputs* inp, fuel_coefs* ptr, main_outs* at, fire_struc* f);
float flank_fire_behaviour(inputs* inp, fuel_coefs* ptr, main_outs* at, fire_struc* f);
 
void set_all(fire_struc* ptr, int time);
 
void calculate_fbp(
    inputs* data, fuel_coefs* ptr, main_outs* at, snd_outs* sec, fire_struc* hptr, fire_struc* fptr, fire_struc* bptr);
void determine_destiny_metrics_fbp(inputs* data, fuel_coefs* pt, main_outs* metrics, fire_struc* metrics2);
void zero_main(main_outs* m);
 
void zero_sec(snd_outs* s);
 
void zero_fire(fire_struc* a);
 
#endif