pilot_heat.h

/*
 * See Licensing and Copyright notice in naev.h
 */
#pragma once
 
#include "pilot.h"
 
/*
 * Fundamental heat properties.
 */
#define HEAT_WORST_ACCURACY         (38./180.*M_PI) 
/*
 * Some random physics constants.
 */
#define CONST_STEFAN_BOLTZMANN      (5.67e-8) 
#define CONST_SPACE_TEMP            (3.18) 
#define CONST_SPACE_TEMP_4          \
(CONST_SPACE_TEMP*CONST_SPACE_TEMP*CONST_SPACE_TEMP*CONST_SPACE_TEMP) 
#define CONST_SPACE_STAR_TEMP       (250.) 
#define CONST_SPACE_STAR_TEMP_4     \
(CONST_SPACE_STAR_TEMP*CONST_SPACE_STAR_TEMP*CONST_SPACE_STAR_TEMP*CONST_SPACE_STAR_TEMP) 
/*
 * Properties of steel.
 *
 * Yes, there are many different types of steels, these are sort of "average values" for carbon steel.
 */
#define STEEL_HEAT_CONDUCTIVITY     (54.) 
#define STEEL_HEAT_CAPACITY         (0.49) 
#define STEEL_DENSITY               (7.88e3) 
/*
 * Outfit core value calculations.
 */
double pilot_heatCalcOutfitC( const Outfit *o );
double pilot_heatCalcOutfitArea( const Outfit *o );
 
/*
 * Heat initializations.
 */
void pilot_heatCalc( Pilot *p );
void pilot_heatCalcSlot( PilotOutfitSlot *o );
 
/*
 * Heat management.
 */
void pilot_heatReset( Pilot *p );
void pilot_heatAddSlot( const Pilot *p, PilotOutfitSlot *o );
void pilot_heatAddSlotTime( const Pilot *p, PilotOutfitSlot *o, double dt );
double pilot_heatUpdateSlot( const Pilot *p, PilotOutfitSlot *o, double dt );
void pilot_heatUpdateShip( Pilot *p, double Q_cond, double dt );
void pilot_heatUpdateCooldown( Pilot *p );
 
/*
 * Modifiers.
 */
double pilot_heatEfficiencyMod( double T, double Tb, double Tc );
double pilot_heatAccuracyMod( double T );
double pilot_heatFireRateMod( double T );
double pilot_heatFirePercent( double T );