🔥 Remove amxmod compatability
This doesn't remove anything from the engine
This commit is contained in:
xPaw
@ -101,25 +101,6 @@
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#define XS_REPLACEBUF_SIZE 3072
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#endif
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// **** Detect platform
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#define XS_AMX 0
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#define XS_AMXX 1
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#if defined _amxmodx_included
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#define XS_PLATFORM XS_AMXX
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#endif
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#if defined _amxmod_included && !defined _amxmodx_included
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#define XS_PLATFORM XS_AMX
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#endif
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#if !defined XS_PLATFORM
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// Could not detect platform.
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// Make sure you include amxmodx.inc or amxmod.inc before including xs.inc
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#assert 0
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#endinput
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#endif
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// Turn on for release
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#define XS__LIBRELEASE 1
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@ -167,19 +148,9 @@
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format_args(buffer, XS_LOGBUFFER_SIZE, 1 /* go from SECOND argument*/);
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new bool:addLogTypeName = strlen(xs__logtypenames[logtype]) ? true : false;
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#if XS_PLATFORM == XS_AMX
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new plugname[32];
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new dummy[1];
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get_plugin(-1, plugname, 31, dummy, 0, dummy, 0, dummy, 0, dummy, 0, dummy[0]);
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// log into HL Logs
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log_message("[AMX][%s]: %s%s%s", plugname, addLogTypeName ? xs__logtypenames[logtype] : "",
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addLogTypeName ? ": " : "", buffer);
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#else // assume AMXX
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// Use AMXX's logging system
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log_amx("%s%s%s", addLogTypeName ? xs__logtypenames[logtype] : "",
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addLogTypeName ? ": " : "", buffer);
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#endif
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// Use AMXX's logging system
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log_amx("%s%s%s", addLogTypeName ? xs__logtypenames[logtype] : "",
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addLogTypeName ? ": " : "", buffer);
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}
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// Assertion
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@ -214,15 +185,6 @@
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/****** BASIC STUFF ******/
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#if XS_PLATFORM == XS_AMX
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enum anglemode
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{
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radian = 0,
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degrees,
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grades
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}
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#endif
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// Returns -1 if num is negative, 0 if num is 0, 1 if num is positive
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// tested
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XS_LIBFUNC_ATTRIB xs_sign(num)
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@ -284,36 +246,14 @@
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// tested
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XS_LIBFUNC_ATTRIB Float:xs_rsqrt(Float:x)
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{
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#if XS_PLATFORM == XS_AMX
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// store half
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new Float:xhalf = x * 0.5;
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// compute initial guess
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new i = _:x;
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i = 0x5f375a84 - (i >> 1);
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x = Float:i;
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// refine 3 times
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x = x * (1.5 - xhalf * x * x);
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x = x * (1.5 - xhalf * x * x);
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x = x * (1.5 - xhalf * x * x);
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return x;
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#else
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return 1.0 / floatsqroot(x);
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#endif
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return 1.0 / floatsqroot(x);
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}
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// sqrt
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// tested
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XS_LIBFUNC_ATTRIB Float:xs_sqrt(Float:x)
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{
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#if XS_PLATFORM == XS_AMX
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// 1.0 / rsqrt should still be faster than loop-using-approximation-methods
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return 1.0 / xs_rsqrt(x);
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#else
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return floatsqroot(x);
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#endif
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return floatsqroot(x);
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}
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// These functions generate errors if you use the macros with wrong parameter count.
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@ -373,47 +313,14 @@
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#pragma unused rawr
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}
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#if XS_PLATFORM == XS_AMX
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#pragma semicolon 0
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#include <VexdUM>
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#pragma semicolon 1
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// We need stocks to provide radian / degrees / grades functionality
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XS_LIBFUNC_ATTRIB Float:xs__2rad(Float:x, anglemode:mod)
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{
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switch (mod)
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{
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case radian:
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return x;
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case degrees:
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return xs_deg2rad(x);
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case grades:
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return xs_gra2rad(x);
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default:
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xs_assert(0, "xs_asin, xs_sin, xs_acos, xs_cos, xs_atan, xs_atan2 or xs_tan called with invalid mod param");
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}
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return 0.0; // compiler warning
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}
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#define xs_fabs(%1) fabs(%1)
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#define xs_asin(%1,%2) asin(xs__2rad(%1, %2))
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#define xs_sin(%1,%2) sin(xs__2rad(%1, %2))
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#define xs_acos(%1,%2) acos(xs__2rad(%1, %2))
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#define xs_cos(%1,%2) cos(xs__2rad(%1, %2))
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#define xs_atan(%1,%2) atan(xs__2rad(%1, %2))
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#define xs_atan2(%1,%2) atan2(xs__2rad(%1, %2))
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#define xs_tan(%1,%2) tan(xs__2rad(%1, %2))
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#else
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#define xs_fabs(%1) floatabs(%1)
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#define xs_asin(%1,%2) floatasin(%1, %2)
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#define xs_sin(%1,%2) floatsin(%1, %2)
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#define xs_acos(%1,%2) floatacos(%1, %2)
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#define xs_cos(%1,%2) floatcos(%1, %2)
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#define xs_atan(%1,%2) floatatan(%1, %2)
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#define xs_atan2(%1,%2) floatatan2(%1, %2)
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#define xs_tan(%1,%2) floattan(%1, %2)
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#endif
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#define xs_fabs(%1) floatabs(%1)
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#define xs_asin(%1,%2) floatasin(%1, %2)
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#define xs_sin(%1,%2) floatsin(%1, %2)
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#define xs_acos(%1,%2) floatacos(%1, %2)
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#define xs_cos(%1,%2) floatcos(%1, %2)
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#define xs_atan(%1,%2) floatatan(%1, %2)
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#define xs_atan2(%1,%2) floatatan2(%1, %2)
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#define xs_tan(%1,%2) floattan(%1, %2)
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/****** RANDOM NUMBERS ******/
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// This routine comes from the book "Inner Loops" by Rick Booth, Addison-Wesley
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@ -961,16 +868,6 @@
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return xs_replace(text, len, arr[0], arr[2]);
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}
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#if XS_PLATFORM == XS_AMX
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// message_begin checking for AMX
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xs__hook_message_begin(dest, msg_type, origin[3]={0,0,0}, player = 0)
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{
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xs_assert(xs_is_msg_valid(msg_type), "message_begin called with bogus message type");
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return message_begin(dest, msg_type, origin, player);
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}
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#define message_begin xs__hook_message_begin
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#endif
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/****** MISC FUNCS *******/
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// sets namestr to name of the command identified by cid
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// half-tested
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