src/global.h@8f5c03ed4321
src/global.h
Sat, 30 Jul 2022 16:30:02 +0200
- author
- Michiel Broek <mbroek@mbse.eu>
- date
- Sat, 30 Jul 2022 16:30:02 +0200
- changeset 380
- 8f5c03ed4321
- parent 373
- b02aca4e926c
- child 411
- c78f8cf11849
- permissions
- -rw-r--r--
Global setup added hop utilisation defaults, these are used by the hops editor. In the hops editor, changing the hop form sets the new default utilisation. Hide and show the time edit entry instead of setting it read-only. The new defaults are loaded at program startup. Changed the global setup for the new utilisation fields and dropped the obsolete factor fields. The toIBU formula doesn't use my_factor_* variables anymore, hop differences now come from the utilisation field per hop. The global database is updated to the new defaults.
#ifndef _GLOBAL_H #define _GLOBAL_H #include <QList> #include <QString> #include <QTranslator> #include <QDate> #include <QJsonDocument> #include <QWebSocket> #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. }; 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 tmperature 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 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_chiller_loss; double evap_rate; double boil_time; bool 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; }; 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_chiller_loss; double eq_evap_rate; double eq_boil_time; bool eq_calc_boil_volume; double eq_top_up_kettle; double eq_hop_utilization; double eq_lauter_volume; double eq_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; 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 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; int 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; int miscs_row; bool miscs_ok; int yeasts_row; bool yeasts_ok; 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; }; 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_absorbtion; 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; 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_recipe_types[]; extern const char * const g_style_types[]; extern const char * const g_chiller_types[]; enum ChillerTypes { CHILLER_TYPE_NONE, CHILLER_TYPE_EMERSION, CHILLER_TYPE_COUNTERFLOW, CHILLER_TYPE_AUBAINMARIE, CHILLER_TYPE_NATURAL }; 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
