tip/src/global.h

#ifndef	_GLOBAL_H
#define	_GLOBAL_H

#include <QList>
#include <QString>
#include <QTranslator>
#include <QDate>
#include <QJsonDocument>
#include <QWebSocket>

/*
 * Debug log switches for building
 */
// #define DEBUG_IBU		1
// #define DEBUG_FERMENTABLES	1
// #define DEBUG_YEAST		1
// #define DEBUG_WATER		1
#define DEBUG_MONITOR		1

#define Ka1			0.0000004445
#define Ka2			0.0000000000468

#define MMCa			40.078
#define MMMg			24.305
#define MMNa			22.98976928
#define MMCl			35.4535
#define MMSO4			96.0626
#define MMCO3			60.0089
#define MMNO3			62.0049
#define MMHCO3			61.01684
#define MMCaSO4			172.171
#define MMCaCl2			147.015
#define MMCaCO3			100.087
#define MMMgCl2			95.211		/* Since 27-06-2021 */
#define MMMgSO4			246.475
#define MMNaHCO3		84.007
#define MMNa2CO3		105.996
#define MMNaCl			58.443
#define MMCaOH2			74.06268

#define SpecificHeatWater	1.0
#define SpecificHeatMalt	0.399		///< cal/g.°C
#define SlakingHeat		10.318		///< cal/g.°C
#define equip_tun_weight	2.0		///< 2 Kg pot
#define equip_tun_specific_heat	0.110
#define MaltVolume		0.87		///< l/kg 0.688 volgens internetbronnen, gemeten 0.874 l/kg, na enige tijd maischen 0,715 l/kg (A3 Otten).

#define	Seapressure		1013.25		///< Air pressure at sealevel in hPa
#define	MolMassAir		0.0289644	///< Air molair mass
#define	Gravacc			9.80665		///< Gravitational acceleration in m/s2
#define	Gasconst		8.3144621	///< Gas constant J K-1 mol-1
#define Kelvin			273.15		///< Kelvin to Celsius
#define	EoVwater		40660		///< Enthalpy of Vaporization (ΔH) for water

extern QWebSocket *webSocket;

struct Acid
{
    QString     name_en;
    QString	name_nl;
    double      pK1;
    double      pK2;
    double      pK3;
    double      MolWt;
    double      AcidSG;
    double      AcidPrc;
};

extern QList<Acid>	my_acids;

/*
 * Fermentables, Hops, Miscs, Yeasts and Mashs are stored in the
 * database in json arrays. These are the QList structures.
 * For some purposes there are more fields then needed in these
 * structures such as for inventory database i/o.
 * Just use what is needed.
 */
struct Fermentables
{
    QString	name;
    QString	origin;
    QString	supplier;
    QString	notes;
    double	amount;
    double	cost;
    int		type;
    double	yield;
    double	color;
    double	coarse_fine_diff;
    double	moisture;
    double	diastatic_power;
    double	protein;
    double	dissolved_protein;
    double	max_in_batch;
    int		graintype;
    int		added;
    bool	recommend_mash;
    bool	add_after_boil;
    bool	adjust_to_total_100;
    double	percentage;
    double	di_ph;
    double	acid_to_ph_57;
    double	inventory;		///< In product, current inventory.
    bool	avail;			///< Product available in database.
};


struct Hops
{
    QString	name;
    QString	origin;
    QString	notes;
    QString	substitutes;
    double	amount;
    double	cost;
    int		type;
    int		form;
    int		useat;
    double	time;
    double	alpha;
    double	beta;
    double	hsi;
    double	humulene;
    double	caryophyllene;
    double	cohumulone;
    double	myrcene;
    double	total_oil;
    double	utilisation;
    double	bu_factor;
    double	inventory;		///< In product, current inventory.
    bool	avail;			///< Product available in database.
};


struct Miscs
{
    QString	name;
    QString	notes;
    QString	use_for;
    double	amount;
    int		type;
    int		use_use;
    double	time;
    bool	amount_is_weight;
    bool	always_on_stock;
    double	cost;
    double	inventory;		///< In product, current inventory.
    bool	avail;			///< Product available in database.
};


struct Yeasts
{
    QString	name;
    QString	laboratory;
    QString	product_id;
    QString	notes;
    QString	best_for;
    QString	short_desc;
    double	amount;
    int		type;
    int		form;
    double	min_temperature;
    double	max_temperature;
    int		flocculation;
    int		max_reuse;
    double	attenuation;
    double	cells;
    double	tolerance;
    int		use;
    bool	sta1;
    bool	bacteria;
    bool	harvest_top;
    int		harvest_time;
    double	pitch_temperature;
    bool	pofpos;
    int		zymocide;
    int		gr_hl_lo;
    double	sg_lo;
    int		gr_hl_hi;
    double	sg_hi;
    double	cost;
    double	inventory;		///< In product, current inventory.
    bool	avail;			///< Product available in database.
    QString	yp_uuid;		///< Yeast Package uuid or NULL.
    QString	yp_package;		///< Package name.
    double	yp_cells;		///< Cells per package.
    double	yp_viability;		///< Viability degradation per month.
    int		yp_max;			///< Maximum viability percent.
    double	yp_size;		///< Yeast Package size in kg or liter.
};


struct MashSteps
{
    QString	step_name;
    int		step_type;
    double	step_volume;		///< The water volume upto this step.
    double	step_infuse_amount;	///< Infuse/decoction volume this step.
    double	step_infuse_temp;	///< Infuse/decoction temperature.
    double	step_temp;		///< Start temperature this step.
    double	step_time;		///< Step rest time.
    double	ramp_time;		///< Estimated ramp time to this step.
    double	end_temp;		///< End temperature this step.
    double	step_wg_ratio;		///< Current water/grain ratio.
    double	step_ph;		///< In product, measured pH.
    double	step_sg;		///< In product, measured SG.
};


struct Mashs
{
    QString		name;
    QString		notes;
    QJsonDocument	steps;
};


struct Waters
{
    QString	name;
    QString	notes;
    bool	unlimited_stock;
    double	calcium;
    double	bicarbonate;
    double	total_alkalinity;
    double	sulfate;
    double	chloride;
    double	sodium;
    double	magnesium;
    double	nitrate;
    double	ph;
    double	cost;
    double	inventory;
    bool	avail;
};


struct Splits
{
    QString	name;			///< Name of split part
    QString	code;			///< Code of split part
    double	size;			///< Split volume size
};


struct Images
{
    int		record;
    QString	uuid;
    int		pic_type;
    QByteArray	pic_data;
    QString	pic_comment;
    QString	filename;
    QDateTime	timestamp;
};


struct Equipment
{
    QString	name;
    double	boil_size;
    double	batch_size;
    double	tun_volume;
    double	tun_weight;
    double	tun_specific_heat;
    int		tun_material;
    double	tun_height;
    double	top_up_water;
    double	trub_loss;
    double	evap_rate;
    double	boil_time;
    bool	x_calc_boil_volume;
    double	top_up_kettle;
    double	hop_utilization;
    QString	notes;
    double	lauter_volume;
    double	lauter_height;
    double	lauter_deadspace;
    double	kettle_volume;
    double	kettle_height;
    double	mash_volume;
    double	mash_max;
    double	efficiency;
    QString	uuid;
    double	HLT_volume;
    double	HLT_deadspace;
};


struct Style
{
    QString	name;
    QString	category;
    int		category_number;
    QString	style_letter;
    QString	style_guide;
    int		type;
    double	og_min;
    double	og_max;
    double	fg_min;
    double	fg_max;
    double	ibu_min;
    double	ibu_max;
    double	color_min;
    double	color_max;
    double	carb_min;
    double	carb_max;
    double	abv_min;
    double	abv_max;
    QString	notes;
    QString	profile;
    QString	ingredients;
    QString	examples;
    QString	uuid;
};


/*
 * The main recipe record stored in the database.
 */
struct Recipe
{
    int		record;
    QString	uuid;
    bool	locked;
    QString	st_name;
    QString	st_letter;
    QString	st_guide;
    QString	st_category;
    int		st_category_number;
    int		st_type;
    double	st_og_min;
    double	st_og_max;
    double	st_fg_min;
    double	st_fg_max;
    double	st_ibu_min;
    double	st_ibu_max;
    double	st_color_min;
    double	st_color_max;
    double	st_carb_min;
    double	st_carb_max;
    double	st_abv_min;
    double	st_abv_max;

    QString	name;
    QString	notes;
    int		type;
    double	batch_size;
    double	boil_size;
    double	boil_time;
    double	efficiency;
    double	est_og;
    double	est_fg;
    double	est_abv;
    double	est_color;
    int		color_method;
    double	est_ibu;
    int		ibu_method;
    double	est_carb;

    double	sparge_temp;
    double	sparge_ph;
    double	sparge_volume;
    int		sparge_source;
    int		sparge_acid_type;
    double	sparge_acid_perc;
    double	sparge_acid_amount;
    double	mash_ph;
    QString	mash_name;
    bool	calc_acid;

    QString	w1_name;		///< Water source 1
    double	w1_amount;
    double	w1_calcium;
    double	w1_sulfate;
    double	w1_chloride;
    double	w1_sodium;
    double	w1_magnesium;
    double	w1_total_alkalinity;
    double	w1_ph;
    double	w1_cost;
    QString     w2_name;		///< Water source 2
    double      w2_amount;
    double      w2_calcium;
    double      w2_sulfate;
    double      w2_chloride;
    double      w2_sodium;
    double      w2_magnesium;
    double      w2_total_alkalinity;
    double      w2_ph;
    double      w2_cost;
    double      wg_amount;		///< Mixed water
    double      wg_calcium;
    double      wg_sulfate;
    double      wg_chloride;
    double      wg_sodium;
    double      wg_magnesium;
    double      wg_total_alkalinity;
    double      wg_ph;
    double      wb_calcium;		///< Treated water
    double      wb_sulfate;
    double      wb_chloride;
    double      wb_sodium;
    double      wb_magnesium;
    double      wb_total_alkalinity;
    double      wb_ph;
    int		wa_acid_name;
    double	wa_acid_perc;
    int		wa_base_name;

    QList<Fermentables>	fermentables;
    QList<Hops>		hops;
    QList<Miscs>	miscs;
    QList<Yeasts>	yeasts;
    QList<MashSteps>	mashs;

    /*
     * These are not in the MySL database, but are global variables
     * that belong with the loaded recipe data and are present to
     * make things easier.
     */
    int		fermentables_row;	///< Current row, -1 is invalid.
    bool	fermentables_use100;	///< Use percentages instead of amount
    int		hops_row;
    int		miscs_row;
    int		yeasts_row;
    int		mashs_row;
    double	mashs_kg;		///< Kg fermentables in the mash.
    int		mashs_time;		///< Total mash time.
    double	preboil_sg;
    double      preboil_ph;
    double	ws_calcium;		///< Sparge water calculated.
    double      ws_sulfate;
    double      ws_chloride;
    double      ws_sodium;
    double      ws_magnesium;
    double      ws_total_alkalinity;
};


/*
 * The main product record stored in the database.
 */
struct Product
{
    int		record;
    QString	uuid;
    QString	name;
    QString	code;
    QDate	birth;
    int		stage;
    QString     notes;
    bool	log_brew;
    bool	log_fermentation;
    bool	log_ispindel;
    bool	log_co2pressure;
    int		inventory_reduced;
    bool	locked;

    QString	eq_name;
    QString	eq_notes;
    double	eq_boil_size;
    double	eq_batch_size;
    double	eq_tun_volume;
    double	eq_tun_weight;
    double	eq_tun_specific_heat;
    int		eq_tun_material;
    double	eq_tun_height;
    double	eq_top_up_water;
    double	eq_trub_loss;
    double	eq_evap_rate;
    double	eq_boil_time;
    bool	xeq_calc_boil_volume;
    double	eq_top_up_kettle;
    double	xeq_hop_utilization;
    double	xeq_lauter_volume;
    double	xeq_lauter_height;
    double	eq_lauter_deadspace;
    double	eq_kettle_volume;
    double	eq_kettle_height;
    double	eq_mash_volume;
    double	eq_mash_max;
    double	eq_efficiency;
    int		eq_chiller_type;
    double	eq_chiller_to79;
    double	eq_chiller_volume;
    double	eq_chiller_lpm;
    double	eq_chiller_loss;
    double	eq_HLT_volume;
    double	eq_HLT_deadspace;

    QDateTime	brew_date_start;
    double	brew_mash_ph;
    double	brew_mash_sg;
    double	brew_mash_efficiency;
    double	brew_sparge_temperature;
    double	brew_sparge_volume;
    double	brew_sparge_est;
    double	brew_sparge_ph;
    double	brew_preboil_volume;
    double	brew_preboil_sg;
    double	brew_preboil_ph;
    double	brew_preboil_efficiency;
    double	brew_aboil_volume;
    double	brew_aboil_sg;
    double	brew_aboil_ph;
    double	brew_aboil_efficiency;
    int		brew_cooling_method;
    double	brew_cooling_time;
    double	brew_cooling_to;
    double	brew_whirlpool9;
    double	brew_whirlpool7;
    double	brew_whirlpool6;
    double	brew_whirlpool2;
    double	brew_fermenter_volume;
    double	brew_fermenter_extrawater;
    double	brew_fermenter_tcloss;
    double	brew_aeration_time;
    double	brew_aeration_speed;
    int		brew_aeration_type;
    double	brew_fermenter_sg;
    double	brew_fermenter_ibu;
    double	brew_fermenter_color;
    QDateTime	brew_date_end;

    double	og;
    double	fg;
    double	primary_start_temp;
    double	primary_max_temp;
    double	primary_end_temp;
    double	primary_end_sg;
    QDate	primary_end_date;
    double	secondary_temp;
    double	secondary_end_sg;
    QDate	secondary_end_date;
    double	tertiary_temp;

    QDate	package_date;
    double	package_volume;
    double	package_infuse_amount;
    double	package_infuse_abv;
    QString	package_infuse_notes;
    double	package_abv;
    double	package_ph;
    double	bottle_amount;
    double	bottle_carbonation;
    int		bottle_priming_sugar;
    double	bottle_priming_amount;
    double	bottle_priming_water;
    double	bottle_carbonation_temp;
    double	keg_amount;
    double	keg_carbonation;
    int		keg_priming_sugar;
    double	keg_priming_amount;
    double	keg_priming_water;
    double	keg_carbonation_temp;
    bool	keg_forced_carb;
    double	keg_pressure;

    QString	taste_notes;
    double	taste_rate;
    QDate	taste_date;
    QString	taste_color;
    QString	taste_transparency;
    QString	taste_head;
    QString	taste_aroma;
    QString	taste_taste;
    QString	taste_mouthfeel;
    QString	taste_aftertaste;

    QString	st_name;
    QString	st_letter;
    QString	st_guide;
    QString	st_category;
    int		st_category_number;
    int		st_type;
    double	st_og_min;
    double	st_og_max;
    double	st_fg_min;
    double	st_fg_max;
    double	st_ibu_min;
    double	st_ibu_max;
    double	st_color_min;
    double	st_color_max;
    double	st_carb_min;
    double	st_carb_max;
    double	st_abv_min;
    double	st_abv_max;

    int		type;
    double	batch_size;
    double	boil_size;
    double	boil_time;
    double	efficiency;
    double	est_og;
    double	est_og3;
    double	est_fg;
    double	est_abv;
    double	est_color;
    int		color_method;
    double	est_ibu;
    int		ibu_method;
    double	est_carb;

    double	sparge_temp;
    double	sparge_ph;
    double	sparge_volume;
    int		sparge_source;
    int		sparge_acid_type;
    double	sparge_acid_perc;
    double	sparge_acid_amount;
    double	mash_ph;
    QString	mash_name;
    bool	calc_acid;

    QString	tw_name;		///< Target water (since 0.4.6)
    double	tw_calcium;
    double	tw_sulfate;
    double	tw_chloride;
    double	tw_sodium;
    double	tw_magnesium;
    double	tw_total_alkalinity;
    double	tw_ph;

    QString	w1_name;		///< Water source 1
    double	w1_amount;
    double	w1_calcium;
    double	w1_sulfate;
    double	w1_chloride;
    double	w1_sodium;
    double	w1_magnesium;
    double	w1_total_alkalinity;
    double	w1_ph;
    double	w1_cost;
    QString     w2_name;		///< Water source 2
    double      w2_amount;
    double      w2_calcium;
    double      w2_sulfate;
    double      w2_chloride;
    double      w2_sodium;
    double      w2_magnesium;
    double      w2_total_alkalinity;
    double      w2_ph;
    double      w2_cost;
    double      wg_amount;		///< Mixed water
    double      wg_calcium;
    double      wg_sulfate;
    double      wg_chloride;
    double      wg_sodium;
    double      wg_magnesium;
    double      wg_total_alkalinity;
    double      wg_ph;

    double      wb_calcium;		///< Treated water
    double      wb_sulfate;
    double      wb_chloride;
    double      wb_sodium;
    double      wb_magnesium;
    double      wb_total_alkalinity;
    double      wb_ph;
    int		wa_acid_name;
    double	wa_acid_perc;
    int		wa_base_name;

    bool	starter_enable;
    int		starter_type;
    double	starter_sg;
    double	starter_viability;
    QDate	yeast_prod_date;
    double	yeast_pitchrate;
    int		prop_type[4];
    double	prop_volume[4];

    int		divide_type;
    double	divide_size;
    double	divide_factor;
    int		divide_parts;
    int		divide_part;

    QList<Fermentables>	fermentables;
    QList<Hops>		hops;
    QList<Miscs>	miscs;
    QList<Yeasts>	yeasts;
    QList<MashSteps>	mashs;

    /*
     * These are not in the MySL database, but are global variables
     * that belong with the loaded product data and are present to
     * make things easier.
     */
    int		fermentables_row;	///< Current row, -1 is invalid.
    bool	fermentables_use100;	///< Use percentages instead of amount
    bool	fermentables_ok;	///< Inventory check
    int		hops_row;
    bool	hops_ok;
    double	boil_absorb;		///< Absorption in L of hops in the boil kettle.
    double	ferment_absorb;		///< Absorption in L caused by dry-hops.
    int		miscs_row;
    bool	miscs_ok;
    int		yeasts_row;
    bool	yeasts_ok;
    int		pitch_pitchindex;
    bool	waters_ok;
    int		mashs_row;
    double	mashs_kg;		///< Kg fermentables in the mash.
    int		mashs_time;		///< Total mash time.
    double	est_mash_sg;
    double	est_preboil_ph;
    double	preboil_sg;
    double	final_abv;		///< ABV after dilution/infusion.
    double	bottle_abv;
    double	bottle_bar;
    double	keg_abv;
    double	keg_bar;
    QList<Splits>	splits;		///< Used during building a split batch
    double      	ws_calcium;	///< Sparge water calculated.
    double      	ws_sulfate;
    double      	ws_chloride;
    double      	ws_sodium;
    double      	ws_magnesium;
    double      	ws_total_alkalinity;
    double		aa_calcium;	///< Actual adjustments
    double		aa_magnesium;
    double		aa_bicarbonate;
    double		aa_sodium;
    double		aa_chloride;
    double		aa_sulfate;
    double		aa_hardness;
    double		ta_calcium;	///< Target water adjustments
    double		ta_magnesium;
    double		ta_bicarbonate;
    double		ta_sodium;
    double		ta_chloride;
    double		ta_sulfate;
    double		ta_hardness;
    double		fw_calcium;	///< Final treated water.
    double		fw_magnesium;
    double		fw_bicarbonate;
    double		fw_total_alkalinity;
    double		fw_sodium;
    double		fw_chloride;
    double		fw_sulfate;
    double		fw_ph;
    QList<Images>	images_list;	///< List of loaded images.
    int			images_count;	///< -1 if not yet loaded.
    int			images_current;	///< -1 or image in focus.
    bool		images_dirty;
};


extern Recipe		*recipe;
extern Product		*product;

extern QString		my_brewery_name;
extern QByteArray	my_logoByteArray;
extern int		my_factor_mashhop;
extern int		my_factor_fwh;
extern int		my_ibu_method;
extern int		my_color_method;
extern double		my_brix_correction;
extern double		my_grain_absorption;
extern int		my_default_water;
extern QString		my_yeastlab;
extern int		my_height;
extern double		my_ut_pellet;
extern double		my_ut_plug;
extern double		my_ut_leaf;
extern double		my_ut_wethop;
extern double		my_ut_t45;
extern double		my_ut_co2extract;
extern double		my_ha_pellet;
extern double		my_ha_plug;
extern double		my_ha_leaf;
extern double		my_ha_wethop;
extern double		my_ha_t45;


enum ProdStages {
	PROD_STAGE_PLAN,
	PROD_STAGE_WAIT,
	PROD_STAGE_BREW,
	PROD_STAGE_PRIMARY,
	PROD_STAGE_SECONDARY,
	PROD_STAGE_TERTIARY,
	PROD_STAGE_PACKAGE,
	PROD_STAGE_CARBONATION,
	PROD_STAGE_MATURE,
	PROD_STAGE_TASTE,
	PROD_STAGE_READY,
	PROD_STAGE_CLOSED
};

extern const char * const g_prod_stages[];
extern const char * const g_prod_split[];
extern const char * const g_prod_pic_types[];
extern const char * const g_recipe_types[];
extern const char * const g_style_types[];
extern const char * const g_chiller_types[];

enum ChillerTypes {
	CHILLER_TYPE_NONE,
	CHILLER_TYPE_IMMERSION,
	CHILLER_TYPE_COUNTERFLOW,
	CHILLER_TYPE_AUBAINMARIE,
	CHILLER_TYPE_NOCHILL
};

extern const char * g_ibu_method[3];

enum FermentableTypes {
	FERMENTABLE_TYPE_GRAIN,
	FERMENTABLE_TYPE_SUGAR,
	FERMENTABLE_TYPE_EXTRACT,
	FERMENTABLE_TYPE_DRY_EXTRACT,
	FERMENTABLE_TYPE_ADJUCT
};

extern const char * const g_fermentable_types[];

enum FermentableGraintypes {
	FERMENTABLE_GRAINTYPE_BASE,
	FERMENTABLE_GRAINTYPE_ROAST,
	FERMENTABLE_GRAINTYPE_CRYSTAL,
	FERMENTABLE_GRAINTYPE_KILNED,
	FERMENTABLE_GRAINTYPE_SOUR_MALT,
	FERMENTABLE_GRAINTYPE_SPECIAL,
	FERMENTABLE_GRAINTYPE_NO_MALT
};

extern const char * const g_fermentable_graintypes[];

enum FermentableAdded {
	FERMENTABLE_ADDED_MASH,
	FERMENTABLE_ADDED_BOIL,
	FERMENTABLE_ADDED_FERMENTATION,
	FERMENTABLE_ADDED_LAGERING,
	FERMENTABLE_ADDED_BOTTLE,
	FERMENTABLE_ADDED_KEGS
};

extern const char * const g_fermentable_added[];

enum HopTypes {
	HOP_TYPE_BITTERING,
	HOP_TYPE_AROMA,
	HOP_TYPE_BOTH
};

extern const char * const g_hop_types[];

enum HopForms {
	HOP_FORMS_PELLET,			///< T-90 pellets
	HOP_FORMS_PLUG,
	HOP_FORMS_LEAF,				///< Ordinary leafs
	HOP_FORMS_LEAF_WET,			///< Fresh picked leafs
	HOP_FORMS_CRYO,				///< Cryo T-45 hops.
	HOP_FORMS_CO2EXTRACT,			///< CO2 extract and IKE.
	HOP_FORMS_ISOEXTRACT			///< Isomerized Hop Extract.
};

extern const char * const g_hop_forms[];

enum HopUseat {
	HOP_USEAT_MASH,
	HOP_USEAT_FWH,
	HOP_USEAT_BOIL,
	HOP_USEAT_AROMA,
	HOP_USEAT_WHIRLPOOL,
	HOP_USEAT_DRY_HOP,
	HOP_USEAT_BOTTLING
};

extern const char * const g_hop_useat[];

enum MiscTypes {
	MISC_TYPES_SPICE,
	MISC_TYPES_HERB,
	MISC_TYPES_FLAVOR,
	MISC_TYPES_FINING,
	MISC_TYPES_WATER_AGENT,
	MISC_TYPES_YEAST_NUTRIENT,
	MISC_TYPES_OTHER
};

extern const char * const g_misc_types[];

enum MiscUses {
	MISC_USES_STARTER,
	MISC_USES_MASH,
	MISC_USES_BOIL,
	MISC_USES_PRIMARY,
	MISC_USES_SECONDARY,
	MISC_USES_BOTTLING,
	MISC_USES_SPARGE
};

extern const char * const g_misc_uses[];

enum YeastTypes {
	YEAST_TYPES_LAGER,
	YEAST_TYPES_ALE,
	YEAST_TYPES_WHEAT,
	YEAST_TYPES_WINE,
	YEAST_TYPES_CHAMPAGNE,
	YEAST_TYPES_BRETT,
	YEAST_TYPES_KVEIK,
	YEAST_TYPES_HYBRID
};

extern const char * const g_yeast_types[];

enum YeastForms {
	YEAST_FORMS_LIQUID,
	YEAST_FORMS_DRY,
	YEAST_FORMS_SLANT,
	YEAST_FORMS_CULTURE,
	YEAST_FORMS_FROZEN,
	YEAST_FORMS_BOTTLE,
	YEAST_FORMS_DRIED
};

extern const char * const g_yeast_forms[];

enum YeastUse {
	YEAST_USE_PRIMARY,
	YEAST_USE_SECONDARY,
	YEAST_USE_TERTIARY,
	YEAST_USE_BOTTLE
};

extern const char * const g_yeast_use[];

enum Starters {
	STARTERS_STIRRED,
	STARTERS_SHAKEN,
	STARTERS_SIMPLE
};

extern const char * const g_yeast_starter[];
extern const char * const g_step_types[];
extern const char * const g_tun_materials[];

#endif