//idea: LordHavoc
//darkplaces implementation: LordHavoc
//effects bit:
-float EF_ADDITIVE = 32;
+const int EF_ADDITIVE = 32;
//description:
//additive blending when this object is rendered
//idea: id Software
//darkplaces implementation: LordHavoc
//effects bit:
-float EF_BLUE = 64;
+const int EF_BLUE = 64;
//description:
//entity emits blue light (used for quad)
//idea: LordHavoc
//darkplaces implementation: [515] and LordHavoc
//effects bit:
-float EF_DOUBLESIDED = 32768;
+const int EF_DOUBLESIDED = 32768;
//description:
//render entity as double sided (backfaces are visible, I.E. you see the 'interior' of the model, rather than just the front), can be occasionally useful on transparent stuff.
//idea: C.Brutail, divVerent, maikmerten
//darkplaces implementation: divVerent
//effects bit:
-float EF_DYNAMICMODELLIGHT = 131072;
+const int EF_DYNAMICMODELLIGHT = 131072;
//description:
//force dynamic model light on the entity, even if it's a BSP model (or anything else with lightmaps or light colors)
//idea: LordHavoc
//darkplaces implementation: LordHavoc
//effects bit:
-float EF_FLAME = 1024;
+const int EF_FLAME = 1024;
//description:
//entity is on fire
//idea: LordHavoc
//darkplaces implementation: LordHavoc
//effects bit:
-float EF_FULLBRIGHT = 512;
+const int EF_FULLBRIGHT = 512;
//description:
//entity is always brightly lit
//idea: Supa
//darkplaces implementation: LordHavoc
//effects bit:
-float EF_NODEPTHTEST = 8192;
+const int EF_NODEPTHTEST = 8192;
//description:
//makes entity show up to client even through walls, useful with EF_ADDITIVE for special indicators like where team bases are in a map, so that people don't get lost
//idea: id Software
//darkplaces implementation: LordHavoc
//effects bit:
-float EF_NODRAW = 16;
+const int EF_NODRAW = 16;
//description:
//prevents server from sending entity to client (forced invisible, even if it would have been a light source or other such things)
//idea: Chris Page, Dresk
//darkplaces implementation: LordHAvoc
//effects bit:
-float EF_NOGUNBOB = 256;
+const int EF_NOGUNBOB = 256;
//description:
//this has different meanings depending on the entity it is used on:
//player entity - prevents gun bobbing on player.viewmodel
//idea: LordHavoc
//darkplaces implementation: LordHavoc
//effects bit:
-float EF_NOSHADOW = 4096;
+const int EF_NOSHADOW = 4096;
//description:
//realtime lights will not cast shadows from this entity (but can still illuminate it)
//idea: id Software
//darkplaces implementation: LordHavoc
//effects bit:
-float EF_RED = 128;
+const int EF_RED = 128;
//description:
//entity emits red light (used for invulnerability)
//idea: id software
//darkplaces implementation: divVerent
//effects bit:
-float EF_RESTARTANIM_BIT = 1048576;
+const int EF_RESTARTANIM_BIT = 1048576;
//description:
//when toggled, the current animation is restarted. Useful for weapon animation.
//to toggle this bit in QC, you can do:
//idea: MythWorks Inc
//darkplaces implementation: LordHavoc
//effects bit:
-float EF_STARDUST = 2048;
+const int EF_STARDUST = 2048;
//description:
//entity emits bouncing sparkles in every direction
//idea: id software
//darkplaces implementation: divVerent
//effects bit:
-float EF_TELEPORT_BIT = 2097152;
+const int EF_TELEPORT_BIT = 2097152;
//description:
//when toggled, interpolation of the entity is skipped for one frame. Useful for teleporting.
//to toggle this bit in QC, you can do:
//idea: LordHavoc
//darkplaces implementation: LordHavoc
//effects bit:
-float EF_LOWPRECISION = 4194304;
+const int EF_LOWPRECISION = 4194304;
//description:
//uses low quality origin coordinates, reducing network traffic compared to the default high precision, intended for numerous objects (projectiles/gibs/bullet holes/etc).
//idea: VorteX, LordHavoc
//DarkPlaces implementation: VorteX
//builtin definitions:
-float(entity ent, string tagname) gettagindex = #451;
+int(entity ent, string tagname) gettagindex = #451;
vector(entity ent, float tagindex) gettaginfo = #452;
//description:
//gettagindex returns the number of a tag on an entity, this number is the same as set by setattachment (in the .tag_index field), allowing the qc to save a little cpu time by keeping the number around if it wishes (this could already be done by calling setattachment and saving off the tag_index).
//idea: Electro, SavageX, LordHavoc
//darkplaces implementation: LordHavoc
//builtin definitions:
-float(string s, string separator1, ...) tokenizebyseparator = #479;
+int(string s, string separator1, ...) tokenizebyseparator = #479;
//description:
//this function returns tokens separated by any of the supplied separator strings, example:
//numnumbers = tokenizebyseparator("10.2.3.4", ".");
//idea: divVerent
//darkplaces implementation: divVerent
//builtin definitions:
-float(string s) tokenize_console = #514;
-float(float i) argv_start_index = #515;
-float(float i) argv_end_index = #516;
+int(string s) tokenize_console = #514;
+int(float i) argv_start_index = #515;
+int(float i) argv_end_index = #516;
//description:
//this function returns tokens separated just like the console does
//also, functions are provided to get the index of the first and last character of each token in the original string
//idea: LordHavoc, Dresk
//darkplaces implementation: LordHavoc
//field definitions:
-.float modelflags;
+.int modelflags;
//constant definitions:
float EF_NOMODELFLAGS = 8388608; // ignore any effects in a model file and substitute your own
float MF_ROCKET = 1; // leave a trail
//idea: Spike
//darkplaces implementation: LordHavoc
//function definitions:
-float(string effectname) particleeffectnum = #335; // same as in CSQC
+int(string effectname) particleeffectnum = #335; // same as in CSQC
void(entity ent, float effectnum, vector start, vector end) trailparticles = #336; // same as in CSQC
void(float effectnum, vector org, vector vel, float howmany) pointparticles = #337; // same as in CSQC
//SVC definitions:
//idea: LordHavoc
//darkplaces implementation: LordHavoc
//globals:
-.float dphitcontentsmask; // if non-zero on the entity passed to traceline/tracebox/tracetoss this will override the normal collidable contents rules and instead hit these contents values (for example AI can use tracelines that hit DONOTENTER if it wants to, by simply changing this field on the entity passed to traceline), this affects normal movement as well as trace calls
-float trace_dpstartcontents; // DPCONTENTS_ value at start position of trace
-float trace_dphitcontents; // DPCONTENTS_ value of impacted surface (not contents at impact point, just contents of the surface that was hit)
-float trace_dphitq3surfaceflags; // Q3SURFACEFLAG_ value of impacted surface
+.int dphitcontentsmask; // if non-zero on the entity passed to traceline/tracebox/tracetoss this will override the normal collidable contents rules and instead hit these contents values (for example AI can use tracelines that hit DONOTENTER if it wants to, by simply changing this field on the entity passed to traceline), this affects normal movement as well as trace calls
+int trace_dpstartcontents; // DPCONTENTS_ value at start position of trace
+int trace_dphitcontents; // DPCONTENTS_ value of impacted surface (not contents at impact point, just contents of the surface that was hit)
+int trace_dphitq3surfaceflags; // Q3SURFACEFLAG_ value of impacted surface
string trace_dphittexturename; // texture name of impacted surface
//constants:
const int DPCONTENTS_SOLID = 1; // hit a bmodel, not a bounding box
void(float fhandle) fclose = #111; // closes a file
string(float fhandle) fgets = #112; // reads a line of text from the file and returns as a tempstring
void(float fhandle, string s, ...) fputs = #113; // writes a line of text to the end of the file
-float(string s) strlen = #114; // returns how many characters are in a string
+int(string s) strlen = #114; // returns how many characters are in a string
string(string s1, string s2, ...) strcat = #115; // concatenates two or more strings (for example "abc", "def" would return "abcdef") and returns as a tempstring
string(string s, float start, float length) substring = #116; // returns a section of a string as a tempstring - see FTE_STRINGS for enhanced version
vector(string s) stov = #117; // returns vector value from a string
float(float modlindex, string framename) frameforname = #276; // finds number of a specified frame in the animation, returns -1 if no match found
float(float modlindex, float framenum) frameduration = #277; // returns the intended play time (in seconds) of the specified framegroup, if it does not exist the result is 0, if it is a single frame it may be a small value around 0.1 or 0.
//fields:
-.float skeletonindex; // active skeleton overriding standard animation on model
-.float frame; // primary framegroup animation (strength = 1 - lerpfrac - lerpfrac3 - lerpfrac4)
-.float frame2; // secondary framegroup animation (strength = lerpfrac)
+.int skeletonindex; // active skeleton overriding standard animation on model
+.int frame; // primary framegroup animation (strength = 1 - lerpfrac - lerpfrac3 - lerpfrac4)
+.int frame2; // secondary framegroup animation (strength = lerpfrac)
.float frame3; // tertiary framegroup animation (strength = lerpfrac3)
.float frame4; // quaternary framegroup animation (strength = lerpfrac4)
.float lerpfrac; // strength of framegroup blend
vector oldup = v_up;
vector v = eyetarget - self.origin;
vector modeleyetarget;
- modeleyetarget_x = v * v_forward;
- modeleyetarget_y = 0-v * v_right;
- modeleyetarget_z = v * v_up;
+ modeleyetarget.x = v * v_forward;
+ modeleyetarget.y = 0-v * v_right;
+ modeleyetarget.z = v * v_up;
// this is an eyeball, make it point at the target location
// first get all the data we can...
vector relorg = skel_get_bonerel(self.skeletonindex, bonenum);
// get the vector from the eyeball to the target
vector u = modeleyetarget - boneorg;
// now transform it inversely by the parent matrix to produce new rel vectors
- v_x = u * parentforward;
- v_y = u * parentright;
- v_z = u * parentup;
+ v.x = u * parentforward;
+ v.y = u * parentright;
+ v.z = u * parentup;
vector ang = vectoangles2(v, relup);
- ang_x = 0 - ang.x;
+ ang.x = 0 - ang.x;
makevectors(ang);
// set the relative bone matrix
skel_set_bone(self.skeletonindex, bonenum, relorg);
//void(string s) SV_ParseClientCommand;
//builtin definitions:
void(entity e, string s) clientcommand = #440;
-float(string s) tokenize = #441;
+int(string s) tokenize = #441;
string(float n) argv = #442;
//description:
//provides QC the ability to completely control server interpretation of client commands ("say" and "color" for example, clientcommand is necessary for this and substring (FRIK_FILE) is useful) as well as adding new commands (tokenize, argv, and stof (FRIK_FILE) are useful for this)), whenever a clc_stringcmd is received the QC function is called, and it is up to the QC to decide what (if anything) to do with it
//idea: FrikaC
//darkplaces implementation: LordHavoc
//effects bit:
-float EF_SELECTABLE = 16384; // allows cursor to highlight entity (brighten)
+const int EF_SELECTABLE = 16384; // allows cursor to highlight entity (brighten)
//field definitions:
.float cursor_active; // true if cl_prydoncursor mode is on
.vector cursor_screen; // screen position of cursor as -1 to +1 in _x and _y (_z unused)
.float style; // light style (like normal light entities, flickering torches or switchable, etc)
.float pflags; // flags (see PFLAGS_ constants)
.vector angles; // orientation of the light
-.float skin; // cubemap filter number, can be 1-255 (0 is assumed to be none, and tenebrae only allows 16-255), this selects a projective light filter, a value of 1 loads cubemaps/1posx.tga and cubemaps/1negx.tga and posy, negy, posz, and negz, similar to skybox but some sides need to be rotated or flipped
+.int skin; // cubemap filter number, can be 1-255 (0 is assumed to be none, and tenebrae only allows 16-255), this selects a projective light filter, a value of 1 loads cubemaps/1posx.tga and cubemaps/1negx.tga and posy, negy, posz, and negz, similar to skybox but some sides need to be rotated or flipped
//constants:
float PFLAGS_NOSHADOW = 1; // light does not cast shadows
float PFLAGS_CORONA = 2; // light has a corona flare
//darkplaces implementation: KrimZon
//builtin definitions:
int(string str, string sub, float startpos) strstrofs = #221; // returns the offset into a string of the matching text, or -1 if not found, case sensitive
-float(string str, float ofs) str2chr = #222; // returns the character at the specified offset as an integer, or 0 if an invalid index, or byte value - 256 if the engine supports UTF8 and the byte is part of an extended character
-string(float c, ...) chr2str = #223; // returns a string representing the character given, if the engine supports UTF8 this may be a multi-byte sequence (length may be more than 1) for characters over 127.
+int(string str, float ofs) str2chr = #222; // returns the character at the specified offset as an integer, or 0 if an invalid index, or byte value - 256 if the engine supports UTF8 and the byte is part of an extended character
+string(int c, ...) chr2str = #223; // returns a string representing the character given, if the engine supports UTF8 this may be a multi-byte sequence (length may be more than 1) for characters over 127.
string(float ccase, float calpha, float cnum, string s, ...) strconv = #224; // reformat a string with special color characters in the font, DO NOT USE THIS ON UTF8 ENGINES (if you are lucky they will emit ^4 and such color codes instead), the parameter values are 0=same/1=lower/2=upper for ccase, 0=same/1=white/2=red/5=alternate/6=alternate-alternate for redalpha, 0=same/1=white/2=red/3=redspecial/4=whitespecial/5=alternate/6=alternate-alternate for rednum.
string(float chars, string s, ...) strpad = #225; // pad string with spaces to a specified length, < 0 = left padding, > 0 = right padding
string(string info, string key, string value, ...) infoadd = #226; // sets or adds a key/value pair to an infostring - note: forbidden characters are \ and "
string(string info, string key) infoget = #227; // gets a key/value pair in an infostring, returns value or null if not found
-float(string s1, string s2) strcmp = #228; // compare two strings
-float(string s1, string s2, float len) strncmp = #228; // compare two strings up to the specified number of characters, if their length differs and is within the specified limit the result will be negative, otherwise it is the difference in value of their first non-matching character.
-float(string s1, string s2) strcasecmp = #229; // compare two strings with case-insensitive matching, characters a-z are considered equivalent to the matching A-Z character, no other differences, and this does not consider special characters equal even if they look similar
-float(string s1, string s2, float len) strncasecmp = #230; // same as strcasecmp but with a length limit, see strncmp
+int(string s1, string s2) strcmp = #228; // compare two strings
+int(string s1, string s2, float len) strncmp = #228; // compare two strings up to the specified number of characters, if their length differs and is within the specified limit the result will be negative, otherwise it is the difference in value of their first non-matching character.
+int(string s1, string s2) strcasecmp = #229; // compare two strings with case-insensitive matching, characters a-z are considered equivalent to the matching A-Z character, no other differences, and this does not consider special characters equal even if they look similar
+int(string s1, string s2, float len) strncasecmp = #230; // same as strcasecmp but with a length limit, see strncmp
//string(string s, float start, float length) substring = #116; // see note below
//description:
//various string manipulation functions
float(string url, float id, string content_type, string delim, float buf, float keyid) crypto_uri_postbuf = #513;
//description:
//use -1 as buffer handle to justs end delim as postdata
-#endif
\ No newline at end of file
+#endif
projects / xonotic / xonotic-data.pk3dir.git / blobdiff