#ifndef __GLOBALS_H__ #define __GLOBALS_H__ #include #include #include #include #include // initial tribe # and location #define INITIAL_TRIBES 25 #define INITIAL_TRIBE_X 2200 #define INITIAL_TRIBE_Y (uint32_t)floor(HEIGHT/2) #define TRIBE_SQ (uint32_t)floor( sqrt(INITIAL_TRIBES) ) //// internal DEM dimensions (Don't edit !) #define HEIGHT 1800 #define WIDTH 3600 #define DEM_SCALE 12 //don't change //initial Opengl Window size #define GLHEIGHT 1200 #define GLWIDTH 1200 // 1 in x chance new life will be new species, max 1.4 billion #define CHANCE_OF_EVOLUTION 20000 //don't edit #define CLIMATE_YEARS 1000 //values depend on 1000 to maintain approximate changes known from history //C temperature lapse rates: degrees C of temp change per 1K meters from sea level #define TEMP_PER_1000M 6.49 //// Species values for Initial tribes 1-255 //// //count as % of 256 ie: 127 = 50% #define INTELLIGENCE 16 #define STRENGTH 16 #define SPEED 16 // values with degrees C (multiples of 4) #define TEMP_L 16 #define TEMP_H 32 //in years #define MAX_AGE 36 //// #define CUR_AGE 0 #define IMUNITY 240 //there needs to be a risk/reward for each of these //only solution I can see is to make these fixed for now ... //no food factor yet //Sub-Species values for Initial tribes 1-255 #define MIGRATION_FACTOR 64 //moves to 0 risk = climate reward = food #define FIGHT_FLIGHT_BALANCE 31 //moves to 0 risk = death reward = species adapt stronger #define INTERSPECIES_VIOLENCE 15 //moves to 0 risk = death reward = species adapt stronger #define SOCIAL_FACTOR 200 //floats risk = species slower adapt, less food reward = reproduce more //global values #define WATER_MIGRATION_RANGE 31 // higher = more chance of water migrating 1-256 #define WATER_MIGRATION_T_MAX 12 //12 = 144KM max range, max "turns" to allow water migration //use simple rand #define SIMPLE_LRAND 1 // #define SET_TOGGLE(array, src_y, src_x) //((array)[(size_t)(src_y)][(size_t)(src_x)/8] ^= 1 << ((src_x) % 8)) //#define SET_ZERO(array, src_y, src_x) //((array)[(size_t)(src_y)][(size_t)(src_x)/8] &=~ 1 << ((src_x) % 8)) #define SET_ZERO(array, src_y, src_x) \ ((array)[(size_t)(src_y)][(size_t)(src_x)/8] ^= 1 << ((src_x) % 8)) #define SET_ONE(array, src_y, src_x) \ ((array)[(size_t)(src_y)][(size_t)(src_x)/8] |= 1 << ((src_x) % 8)) #define IS_SET(array, src_y, src_x) \ ((array)[(size_t)(src_y)][(size_t)(src_x)/8] & 1 << ((src_x) % 8)) //C temperature lapse rates: degrees C of temp change per 1K meters from sea level //#define TEMP_PER_1000M 6.49 //#define TEMP_11K_TO_20K //#define TEMP_ABOVE_20K //DON"T EDIT BELOW HERE /* #define INTERSPECIES_A_RANGE 8192 //lower = more chance of attacking friends #define INTERSPECIES_M_RANGE 8192 //lower = more chance of mating #define ENEMY_A_RANGE 4096 //lower = more chance of fighting with enemies #define IMUNITY_RANGE 8192 //lower = more chance to die from desease #define MIGRATION_RANGE 4096 //lower = more chance to migrate */ //#define WATER_MIGRATION_RANGE 31 // higher = more chance of water migrating 1-256 //#define WATER_MIGRATION_T_MAX 12 //12 = 144KM max range, max "turns" to allow water migration //#define CLIMATE_YEARS 1000 //values depend on 1000 to maintain approximate changes known from history //#define DEM_SCALE 12 //don't change //1px = 12x 30 arc-second = 2/5 of 1deg //// //y: lower/upper 2695 2705 //x: lower/upper 895 905 // //#define INITIAL_TRIBE_X 2200 //#define INITIAL_TRIBE_Y (uint32_t)floor(HEIGHT/2) //#define TRIBE_SQ (uint32_t)floor( sqrt(INITIAL_TRIBES) ) //const int w = floor(WIDTH/2 + WIDTH/4); //const int h = floor(HEIGHT/2); struct Moves{ uint32_t x; uint32_t y; uint32_t valid; int rating; }; struct Species{ //unsigned char alive; unsigned char max_age; unsigned char cur_age; unsigned char imunity; //each time contact with another tribe doesn't kill them this goes up unsigned char water_turns; unsigned char migration_factor; unsigned char interspecies_violence; unsigned char social_factor; unsigned char fight_flight_balance; unsigned char intelligence; unsigned char strength; unsigned char speed; unsigned char temp_l; unsigned char temp_h; //char ideal_temp; //ideal temperature for this tribe celcius -128 to 127 26 to 33 ? //intelligence must account for tolerance outside this range //The coldest natural temperature ever recorded on Earth was -89.2 °C (-128.6 °F) //The hottest 57.8 °C (136.0 °F) //hottest inhabited place, average daily maximum (over 6yrs) 41.1 °C (106.0 °F). //coldest inhabited place, daily average in January -46 °C (-51 °F) // human tolerance 35-48 ? 32.3 to 40 degrees C effective temperature-basic //unsigned char temp_high; //unsigned char temp_low; //unsigned char food_type; //unsigned char food_amount_req; //unsigned char water_amount_req; //unsigned char reproductive_rate; //range between ... fixed to 1 for now //unsigned char fight_flight_balance; //chance to run or fight if contact with hostile tribe 0=fight everytime 255=run everytime //unsigned char interspecies_violence; //unsigned char migration_factor; //propensity to migrate 0=don't move ever 255=move every cycle //unsigned char social_factor; //likelyhood to want to mate/mingle with compatible tribe 0=don't like others 255=likes everybody that is compat //unsigned char max_age; //dies at this age if not killed otherwise //unsigned char cur_age; //unsigned char water_turns; unsigned char water_direction; //unsigned char gender; //unsigned char fought; //unsigned char mated; }; struct image_attr{ int16_t **dem; //elevation unsigned char *image; //rgb }; struct Stats{ uint32_t disease; uint32_t drown; uint32_t exposure; //died exposure to elements uint32_t old_age; uint32_t died_attacking; uint32_t died_defending; uint32_t new_life; uint32_t new_species; //uint32_t total_living; }; struct Stats_T{ uint64_t disease; uint64_t drown; uint64_t exposure; uint64_t old_age; uint64_t died_attacking; uint64_t died_defending; uint64_t new_life; uint64_t new_species; uint64_t total_living; double total_runtime; //64-bit double == 292471208678 yrs total uint32_t year; float cur_temp; int16_t cur_sealevel; char sea_rising; char temp_rising; }; struct Thread_I{ uint32_t start_h; uint32_t end_h; //char row_synch; }; #endif