/* * defs.h */ #include "copyright.h" /* fast hypot test */ #define hypot ihypot #define MAXPLAYER 36 #define TESTERS 4 /* Priveledged slots for robots and game 'testers' */ #define MAXPLANETS 40 #define MAXTORP 8 #define MAXPLASMA 1 #define PKEY 101 #define WINSIDE 500 /* Size of strategic and tactical windows */ #define BORDER 4 /* border width for option windows */ #define PSEUDOSIZE 16 #define CLOAK_PHASES 12 /* number of drawing phases in a cloak engage/disengage */ #define NUMRANKS 9 #define SHIPDAMDIST 3000 /* At this range, an exploding ship do damage */ #define PLASDAMDIST 2500 /* These are configuration definitions */ #define GWIDTH 100000 /* galaxy is 100000 spaces on a side */ #define WARP1 20 /* warp one will move 20 spaces per update */ #define SCALE 40 /* Window will be one pixel for 20 spaces */ #define EXPDIST 350 /* At this range a torp will explode */ #define DAMDIST 2000 /* At this range a torp does damage */ #define DETDIST 1800 /* At this range a player can detonate a torp */ #define PHASEDIST 6000 /* At this range a player can do damage with phasers */ #define ENTORBDIST 900 /* At this range a player can orbit a planet */ #define ORBDIST 800 /* A player will orbit at this radius */ #define ORBSPEED 2 /* This is the fastest a person can go into orbit */ #define PFIREDIST 1500 /* At this range a planet will shoot at a player */ #define UPDATE 100000 /* Update time is 100000 micro-seconds */ #define AUTOQUIT 60 /* auto logout in 60 secs */ #define VACANT -1 /* indicates vacant port on a starbase */ #define DOCKDIST 600 #define DOCKSPEED 2 /* If base is moving, there will be some finesse involved to dock */ #define SBFUELMIN 10000 /* If starbase's fuel is less than this, it will not refuel docked vessels */ #define TRACTDIST 6000 /* maximum effective tractor beam range */ #define TRACTEHEAT 5 /* ammount tractor beams heat engines */ #define TRACTCOST 20 /* fuel cost of activated tractor beam */ /* These are memory sections */ #define PLAYER 1 #define MAXMESSAGE 50 #define MAXREVIEWMESSAGE 20 #define MSG_LEN 80 #define rosette(x) ((((x) + 8) / 16) & 15) /* #define rosette(x) ((((x) + 256/VIEWS/2) / (256/VIEWS) + VIEWS) % VIEWS) */ /* (((x + 8) / 16 + 16) % 16) */ /* These are the teams */ /* Note that I used bit types for these mostly for messages and war status. This was probably a mistake. It meant that Ed had to add the 'remap' area to map these (which are used throughout the code as the proper team variable) into a nice four team deep array for his color stuff. Oh well. */ #define NOBODY 0x0 #define FED 0x1 #define ROM 0x2 #define KLI 0x4 #define ORI 0x8 #define FED_N 0 #define ROM_N 1 #define KLI_N 2 #define ORI_N 3 #define ALLTEAM (FED|ROM|KLI|ORI) #define MAXTEAM (ORI) #define NUMTEAM 4 /* ** These are random configuration variables */ #define VICTORY 3 /* Number of systems needed to conquer the galaxy */ #define WARNTIME 30 /* Number of updates to have a warning on the screen */ #define MESSTIME 30 /* Number of updates to have a message on the screen */ #define TARG_PLAYER 0x1 /* Flags for gettarget */ #define TARG_PLANET 0x2 #define TARG_CLOAK 0x4 /* Include cloaked ships in search */ #define TARG_SELF 0x8 /* Other stuff that Ed added */ #define ABS(a) /* abs(a) */ (((a) < 0) ? -(a) : (a)) #define MAX(a,b) ((a) > (b) ? (a) : (b)) #define myPlasmaTorp(t) (me->p_no == (t)->pt_owner) #define myTorp(t) (me->p_no == (t)->t_owner) #define friendlyPlasmaTorp(t) ((!(me->p_team & (t)->pt_war)) || (myPlasmaTorp(t))) #define friendlyTorp(t) ((!(me->p_team & (t)->t_war)) || (myTorp(t))) #define myPhaser(p) (&phasers[me->p_no] == (p)) #define friendlyPhaser(p) (me->p_team == players[(p) - phasers].p_team) #define myPlayer(p) (me == (p)) #define myPlanet(p) (me->p_team == (p)->pl_owner) #define friendlyPlayer(p) ((!(me->p_team & \ ((p)->p_swar | (p)->p_hostile))) && \ (!((p)->p_team & \ (me->p_swar | me->p_hostile)))) #define isAlive(p) ((p)->p_status == PALIVE) #define friendlyPlanet(p) ((p)->pl_info & me->p_team && \ !((p)->pl_owner & (me->p_swar | me->p_hostile))) #define torpColor(t) \ (myTorp(t) ? myColor : shipCol[remap[players[(t)->t_owner].p_team]]) #define plasmatorpColor(t) \ (myPlasmaTorp(t) ? myColor : shipCol[remap[players[(t)->pt_owner].p_team]]) #define phaserColor(p) \ (myPhaser(p) ? myColor : shipCol[remap[players[(p) - phasers].p_team]]) /* * Cloaking phase (and not the cloaking flag) is the factor in determining * the color of the ship. Color 0 is white (same as 'myColor' used to be). */ #define playerColor(p) \ (myPlayer(p) ? myColor : shipCol[remap[(p)->p_team]]) #define planetColor(p) \ (((p)->pl_info & me->p_team) ? shipCol[remap[(p)->pl_owner]] : unColor) #define bombingRating(p) \ ((float) (p)->p_stats.st_tarmsbomb * status->timeprod / \ ((float) (p)->p_stats.st_tticks * status->armsbomb)) #define planetRating(p) \ ((float) (p)->p_stats.st_tplanets * status->timeprod / \ ((float) (p)->p_stats.st_tticks * status->planets)) #define offenseRating(p) \ ((float) (p)->p_stats.st_tkills * status->timeprod / \ ((float) (p)->p_stats.st_tticks * status->kills)) #define defenseRating(p) \ ((float) (p)->p_stats.st_tticks * status->losses / \ ((p)->p_stats.st_tlosses!=0 ? \ ((float) (p)->p_stats.st_tlosses * status->timeprod) : \ (status->timeprod))) typedef enum {FALSE=0, TRUE} boolean; #define sendTorpReq(dir) sendShortPacket(CP_TORP, dir) #define sendPhaserReq(dir) sendShortPacket(CP_PHASER, dir) #define sendSpeedReq(speed) sendShortPacket(CP_SPEED, speed) #define sendDirReq(dir) sendShortPacket(CP_DIRECTION, dir) #define sendShieldReq(state) sendShortPacket(CP_SHIELD, state) #define sendOrbitReq(state) sendShortPacket(CP_ORBIT, state) #define sendRepairReq(state) sendShortPacket(CP_REPAIR, state) #define sendBeamReq(state) sendShortPacket(CP_BEAM, state) #define sendCopilotReq(state) sendShortPacket(CP_COPILOT, state) #define sendDetonateReq() sendShortPacket(CP_DET_TORPS, 0) #define sendCloakReq(state) sendShortPacket(CP_CLOAK, state) #define sendBombReq(state) sendShortPacket(CP_BOMB, state) #define sendPractrReq() sendShortPacket(CP_PRACTR, 0) #define sendWarReq(mask) sendShortPacket(CP_WAR, mask) #define sendRefitReq(ship) sendShortPacket(CP_REFIT, ship) #define sendPlasmaReq(dir) sendShortPacket(CP_PLASMA, dir) #define sendPlaylockReq(pnum) sendShortPacket(CP_PLAYLOCK, pnum) #define sendPlanlockReq(pnum) sendShortPacket(CP_PLANLOCK, pnum) #define sendCoupReq() sendShortPacket(CP_COUP, 0) #define sendQuitReq() sendShortPacket(CP_QUIT, 0) #define sendByeReq() sendShortPacket(CP_BYE, 0) #define sendDockingReq(state) sendShortPacket(CP_DOCKPERM, state) #define sendResetStatsReq(verify) sendShortPacket(CP_RESETSTATS, verify) #ifdef SCANNERS #define sendScanReq(who) sendShortPacket(CP_SCAN, who) /* ATM */ #endif #define sendShortReq(state) sendShortPacket(CP_S_REQ, state) /* This macro allows us to time things based upon # frames / sec. */ #define ticks(x) ((x)*200000/timerDelay) char *getdefault(); #ifdef ATM /* * UDP control stuff */ #ifdef GATEWAY # define UDP_NUMOPTS 11 # define UDP_GW UDP_NUMOPTS-1 #else # define UDP_NUMOPTS 10 #endif #define UDP_CURRENT 0 #define UDP_STATUS 1 #define UDP_DROPPED 2 #define UDP_SEQUENCE 3 #define UDP_SEND 4 #define UDP_RECV 5 #define UDP_DEBUG 6 #define UDP_FORCE_RESET 7 #define UDP_UPDATE_ALL 8 #define UDP_DONE 9 #define COMM_TCP 0 #define COMM_UDP 1 #define COMM_VERIFY 2 #define COMM_UPDATE 3 #define COMM_MODE 4 #define SWITCH_TCP_OK 0 #define SWITCH_UDP_OK 1 #define SWITCH_DENIED 2 #define SWITCH_VERIFY 3 #define CONNMODE_PORT 0 #define CONNMODE_PACKET 1 #define STAT_CONNECTED 0 #define STAT_SWITCH_UDP 1 #define STAT_SWITCH_TCP 2 #define STAT_VERIFY_UDP 3 #define MODE_TCP 0 #define MODE_SIMPLE 1 #define MODE_FAT 2 #define MODE_DOUBLE 3 #define UDP_RECENT_INTR 300 #define UDP_UPDATE_WAIT 5 /* client version of UDPDIAG */ #define UDPDIAG(x) { if (udpDebug) { printf("UDP: "); printf x; }} #define V_UDPDIAG(x) /*UDPDIAG(x)*/ #endif /* ATM */ #define RANDOM() rand() #define SRANDOM(x) srand(x) /* compiler defines to tweak robot behavior */ #define NO_PFORBIT 1 /* activate some code */ /* define this if you do not wish the bots to respond to commands */ #undef BOTS_IGNORE_COMMANDS /* redefine this to your local robot password */ #error REMOVE/COMMENT OUT this line and set ROBOTPASS in defs.h to a unique password #define ROBOTPASS "CHANGEME"