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Senior Member
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04-26-2010
, 06:25
Noslowdown Jumps on it, nothing happen.
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#1
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Hi
I have tried to add no slow-down blocks. When I jump on it, nothing happens. 
It may be quz i haven't add action to it. I try noslow down actions but it didn't work...
I post my .sma
Code:
#include <amxmodx>
#include <amxmisc>
#include <engine>
#include <fun>
#include <cstrike>
#include <fakemeta>
#pragma semicolon 1;
#define PLUGIN "blockmaker"
#define VERSION "4.01"
#define AUTHOR "Necro"
#define BM_ADMIN_LEVEL ADMIN_MENU //admin access level to use this plugin. ADMIN_MENU = flag 'u'
new gKeysMainMenu;
new gKeysBlockMenu;
new gKeysBlockSelectionMenu;
new gKeysTeleportMenu;
new gKeysTimerMenu;
new gKeysMeasureMenu;
new gKeysLongJumpMenu;
new gKeysOptionsMenu;
new gKeysChoiceMenu;
const Float:gfSnapDistance = 10.0; //blocks snap together when they're within this value + the players snap gap
// enum for menu option values
enum
{
N1, N2, N3, N4, N5, N6, N7, N8, N9, N0
};
// enum for bit-shifted numbers 1 - 10
enum
{
B1 = 1 << N1, B2 = 1 << N2, B3 = 1 << N3, B4 = 1 << N4, B5 = 1 << N5,
B6 = 1 << N6, B7 = 1 << N7, B8 = 1 << N8, B9 = 1 << N9, B0 = 1 << N0,
};
// enum for options with YES/NO confirmation
enum
{
CHOICE_LOAD,
CHOICE_DEL_BLOCKS,
CHOICE_DEL_TELEPORTS
};
// enum for different block sizes
enum
{
NORMAL,
SMALL,
LARGE
};
// enum for axes
enum
{
X,
Y,
Z
};
// block scales
const Float:SCALE_SMALL = 0.25;
const Float:SCALE_NORMAL = 1.0;
const Float:SCALE_LARGE = 2.0;
// hud message values
const gHudRed = 10;
const gHudGreen = 30;
const gHudBlue = 200;
const Float:gfTextX = -1.0;
const Float:gfTextY = 0.84;
const gHudEffects = 0;
const Float:gfHudFxTime = 0.0;
const Float:gfHudHoldTime = 0.25;
const Float:gfHudFadeInTime = 0.0;
const Float:gfHudFadeOutTime = 0.0;
const gHudChannel = 2;
// Task ID offsets
const TASK_BHOPSOLID = 1000;
const TASK_BHOPSOLIDNOT = 2000;
const TASK_INVINCIBLE = 3000;
const TASK_STEALTH = 4000;
const TASK_ICE = 5000;
const TASK_SPRITE = 6000;
const TASK_CAMOUFLAGE = 7000;
const TASK_HONEY = 8000;
const TASK_FIRE = 9000;
const TASK_BOOTSOFSPEED = 10000;
const TASK_TELEPORT = 11000;
const TASK_NOSLOW = 12000;
const TASK_AUTOBHOP = 13000;
// strings
new const gszPrefix[] = "[BM] ";
new const gszInfoTarget[] = "info_target";
new const gszHelpFilenameFormat[] = "blockmaker_v%s.txt";
new gszFile[128];
new gszNewFile[128];
new gszMainMenu[256];
new gszBlockMenu[256];
new gszTeleportMenu[256];
new gszTimerMenu[256];
new gszMeasureMenu[512];
new gszLongJumpMenu[256];
new gszOptionsMenu[256];
new gszChoiceMenu[128];
new gszHelpTitle[64];
new gszHelpText[1600];
new gszHelpFilename[32];
new gszViewModel[33][32];
// block dimensions
new Float:gfBlockSizeMinForX[3] = {-4.0,-32.0,-32.0};
new Float:gfBlockSizeMaxForX[3] = { 4.0, 32.0, 32.0};
new Float:gfBlockSizeMinForY[3] = {-32.0,-4.0,-32.0};
new Float:gfBlockSizeMaxForY[3] = { 32.0, 4.0, 32.0};
new Float:gfBlockSizeMinForZ[3] = {-32.0,-32.0,-4.0};
new Float:gfBlockSizeMaxForZ[3] = { 32.0, 32.0, 4.0};
new Float:gfDefaultBlockAngles[3] = { 0.0, 0.0, 0.0 };
// block models
new const gszBlockModelDefault[] = "models/blockmaker/bm_block_default.mdl";
new const gszBlockModelPlatform[] = "models/blockmaker/bm_block_platform.mdl";
new const gszBlockModelBhop[] = "models/blockmaker/bm_block_bhop.mdl";
new const gszBlockModelDamage[] = "models/blockmaker/bm_block_damage.mdl";
new const gszBlockModelHealer[] = "models/blockmaker/bm_block_healer.mdl";
new const gszBlockModelInvincibility[] = "models/blockmaker/bm_block_invincibility.mdl";
new const gszBlockModelStealth[] = "models/blockmaker/bm_block_stealth.mdl";
new const gszBlockModelSpeedBoost[] = "models/blockmaker/bm_block_speedboost.mdl";
new const gszBlockModelNoFallDamage[] = "models/blockmaker/bm_block_nofalldamage.mdl";
new const gszBlockModelIce[] = "models/blockmaker/bm_block_ice.mdl";
new const gszBlockModelDeath[] = "models/blockmaker/bm_block_death.mdl";
new const gszBlockModelNuke[] = "models/blockmaker/bm_block_nuke.mdl";
new const gszBlockModelCamouflage[] = "models/blockmaker/bm_block_camouflage.mdl";
new const gszBlockModelLowGravity[] = "models/blockmaker/bm_block_lowgravity.mdl";
new const gszBlockModelFire[] = "models/blockmaker/bm_block_fire.mdl";
new const gszBlockModelRandom[] = "models/blockmaker/bm_block_random.mdl";
new const gszBlockModelSlap[] = "models/blockmaker/bm_block_slap.mdl";
new const gszBlockModelHoney[] = "models/blockmaker/bm_block_honey.mdl";
new const gszBlockModelBarrierCT[] = "models/blockmaker/bm_block_barrier_ct.mdl";
new const gszBlockModelBarrierT[] = "models/blockmaker/bm_block_barrier_t.mdl";
new const gszBlockModelBootsOfSpeed[] = "models/blockmaker/bm_block_bootsofspeed.mdl";
new const gszBlockModelGlass[] = "models/blockmaker/bm_block_glass.mdl";
new const gszBlockModelBhopNoSlow[] = "models/blockmaker/bm_block_bhop_noslow.mdl";
new const gszBlockModelAutoBhop[] = "models/blockmaker/bm_block_autobhop.mdl";
new const gszBlockModelBhopNoSlow1[] = "models/blockmaker/bm_block_bhop_noslow.mdl";
// block sprites
new const gszBlockSpriteFire[] = "sprites/blockmaker/bm_block_fire.spr"; //custom
new const gszBlockSpriteFireSmall[] = "sprites/blockmaker/bm_block_fire_small.spr"; //custom
new const gszBlockSpriteFireLarge[] = "sprites/blockmaker/bm_block_fire_large.spr"; //custom
new const gszBlockSpriteTrampoline[] = "sprites/blockmaker/bm_block_trampoline.spr"; //custom
new const gszBlockSpriteTrampolineSmall[] = "sprites/blockmaker/bm_block_trampoline_small.spr"; //custom
new const gszBlockSpriteTrampolineLarge[] = "sprites/blockmaker/bm_block_trampoline_large.spr"; //custom
new const gszBlockSpriteSpeedBoost[] = "sprites/blockmaker/bm_block_speedboost.spr"; //custom
new const gszBlockSpriteSpeedBoostSmall[] = "sprites/blockmaker/bm_block_speedboost_small.spr"; //custom
new const gszBlockSpriteSpeedBoostLarge[] = "sprites/blockmaker/bm_block_speedboost_large.spr"; //custom
new const gszFireSprite[] = "sprites/blockmaker/bm_block_fire_flame.spr"; //custom
// block sounds
new const gszNukeExplosion[] = "weapons/c4_explode1.wav"; //from CS
new const gszFireSoundFlame[] = "ambience/flameburst1.wav"; //from HL
new const gszInvincibleSound[] = "warcraft3/divineshield.wav"; //from WC3 plugin
new const gszCamouflageSound[] = "warcraft3/antend.wav"; //from WC3 plugin
new const gszStealthSound[] = "warcraft3/levelupcaster.wav"; //from WC3 plugin
new const gszBootsOfSpeedSound[] = "warcraft3/purgetarget1.wav"; //from WC3 plugin
new const gszAutoBhopSound[] = "blockmaker/boing.wav"; //from 'www.wavsource.com/sfx/sfx.htm'
// teleport
new const Float:gfTeleportSizeMin[3] = {-16.0,-16.0,-16.0};
new const Float:gfTeleportSizeMax[3] = { 16.0, 16.0, 16.0};
new const Float:gfTeleportZOffset = 36.0;
new const gTeleportStartFrames = 20;
new const gTeleportEndFrames = 5;
new const gszTeleportSound[] = "warcraft3/blinkarrival.wav"; //from WC3 plugin
new const gszTeleportSpriteStart[] = "sprites/flare6.spr"; //from HL
new const gszTeleportSpriteEnd[] = "sprites/blockmaker/bm_teleport_end.spr"; //custom
// timer
new const gszTimerModelStart[] = "models/blockmaker/bm_timer_start.mdl";
new const gszTimerModelEnd[] = "models/blockmaker/bm_timer_end.mdl";
new Float:gfTimerSizeMin[3] = {-8.0,-8.0, 0.0};
new Float:gfTimerSizeMax[3] = { 8.0, 8.0, 60.0};
new Float:gfTimerTime[33];
new Float:gfScoreTimes[15];
new gszScoreNames[15][32];
new gszScoreSteamIds[15][32];
new bool:gbHasTimer[33];
// global variables
new gSpriteIdBeam;
new gSpriteIdFire;
new gMsgScreenFade;
new gBlockSize[33];
new gMenuBeforeOptions[33];
new gChoiceOption[33];
new gBlockMenuPage[33];
new gTeleportStart[33];
new gStartTimer[33];
new gGrabbed[33];
new gGroupedBlocks[33][256];
new gGroupCount[33];
new gMeasureToolBlock1[33];
new gMeasureToolBlock2[33];
new gLongJumpDistance[33];
new gLongJumpAxis[33];
// global booleans
new bool:gbMeasureToolEnabled[33];
new bool:gbSnapping[33];
new bool:gbNoFallDamage[33];
new bool:gbOnIce[33];
new bool:gbNoSlowDown[33];
new bool:gbLowGravity[33];
new bool:gbOnFire[33];
new bool:gbAutoBhop[33];
new bool:gbJustDeleted[33];
new bool:gbAdminGodmode[33];
new bool:gbAdminNoclip[33];
// global floats
new Float:gfSnappingGap[33];
new Float:gfOldMaxSpeed[33];
new Float:gfGrablength[33];
new Float:gfNextHealTime[33];
new Float:gfNextDamageTime[33];
new Float:gfInvincibleNextUse[33];
new Float:gfInvincibleTimeOut[33];
new Float:gfStealthNextUse[33];
new Float:gfStealthTimeOut[33];
new Float:gfTrampolineTimeout[33];
new Float:gfSpeedBoostTimeOut[33];
new Float:gfNukeNextUse[33];
new Float:gfCamouflageNextUse[33];
new Float:gfCamouflageTimeOut[33];
new Float:gfRandomNextUse[33];
new Float:gfBootsOfSpeedTimeOut[33];
new Float:gfBootsOfSpeedNextUse[33];
new Float:gfAutoBhopTimeOut[33];
new Float:gfAutoBhopNextUse[33];
// global vectors
new Float:gvGrabOffset[33][3];
new Float:gvMeasureToolPos1[33][3];
new Float:gvMeasureToolPos2[33][3];
// global strings
new gszCamouflageOldModel[33][32];
// block & teleport types
const gBlockMax = 25;
new gSelectedBlockType[gBlockMax];
new gRender[gBlockMax];
new gRed[gBlockMax];
new gGreen[gBlockMax];
new gBlue[gBlockMax];
new gAlpha[gBlockMax];
new const gszBlockClassname[] = "bm_block";
new const gszSpriteClassname[] = "bm_sprite";
new const gszTeleportStartClassname[] = "bm_teleport_start";
new const gszTeleportEndClassname[] = "bm_teleport_end";
new const gszTimerClassname[] = "bm_timer";
enum
{
TELEPORT_START,
TELEPORT_END,
TIMER_START,
TIMER_END
};
enum
{
BM_PLATFORM, //A
BM_BHOP, //B
BM_DAMAGE, //C
BM_HEALER, //D
BM_NOFALLDAMAGE, //I
BM_ICE, //J
BM_TRAMPOLINE, //G
BM_SPEEDBOOST, //H
BM_INVINCIBILITY, //E
BM_STEALTH, //F
BM_DEATH, //K
BM_NUKE, //L
BM_CAMOUFLAGE, //M
BM_LOWGRAVITY, //N
BM_FIRE, //O
BM_SLAP, //P
BM_RANDOM, //Q
BM_HONEY, //R
BM_BARRIER_CT, //S
BM_BARRIER_T, //T
BM_BOOTSOFSPEED, //U
BM_GLASS, //V
BM_BHOP_NOSLOW, //W
BM_AUTO_BHOP, //X
BM_BHOP_NOSLOW1 //Y
};
enum
{
NORMAL,
GLOWSHELL,
TRANSCOLOR,
TRANSALPHA,
TRANSWHITE
};
new const gszBlockNames[gBlockMax][32] =
{
"Platform",
"Bunnyhop",
"Damage",
"Healer",
"No Fall Damage",
"Ice",
"Trampoline",
"Speed Boost",
"Invincibility",
"Stealth",
"Death",
"Nuke",
"Camouflage",
"Low Gravity",
"Fire",
"Slap",
"Random",
"Honey",
"CT Barrier",
"T Barrier",
"Boots Of Speed",
"Glass",
"Bunnyhop (No slow down)",
"Auto Bunnyhop",
"Bunnyhop (Noslowdown red)"
};
// save IDs
new const gBlockSaveIds[gBlockMax] =
{
'A', 'B', 'C', 'D', 'I', 'J', 'G', 'H', 'E', 'F', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y'
};
const gTeleportSaveId = '*';
const gTimerSaveId = '&';
//global array of strings to store the paths and filenames to the block models
new gszBlockModels[gBlockMax][256];
//array of blocks that the random block can be
const gRandomBlocksMax = 7;
new const gRandomBlocks[gRandomBlocksMax] =
{
BM_INVINCIBILITY,
BM_STEALTH,
BM_DEATH,
BM_CAMOUFLAGE,
BM_SLAP,
BM_BOOTSOFSPEED,
BM_AUTO_BHOP
};
//max speed for player when they have the boots of speed
const Float:gfBootsMaxSpeed = 400.0;
//how many pages for the block selection menu
new gBlockMenuPagesMax;
/***** PLUGIN START *****/
public plugin_init()
{
register_plugin(PLUGIN, VERSION, AUTHOR);
register_cvar(PLUGIN, VERSION, FCVAR_SERVER, 0.0);
//register client commands
register_clcmd("say /bm", "showMainMenu");
register_clcmd("say /bm15", "timerShowScoreboard");
register_clcmd("+bmgrab", "cmdGrab", BM_ADMIN_LEVEL, "bind a key to +bmgrab");
register_clcmd("-bmgrab", "cmdRelease", BM_ADMIN_LEVEL);
//register forwards
register_forward(FM_EmitSound, "forward_EmitSound");
//create the menus
createMenus();
//register menus
register_menucmd(register_menuid("bmMainMenu"), gKeysMainMenu, "handleMainMenu");
register_menucmd(register_menuid("bmBlockMenu"), gKeysBlockMenu, "handleBlockMenu");
register_menucmd(register_menuid("bmBlockSelectionMenu"), gKeysBlockSelectionMenu, "handleBlockSelectionMenu");
register_menucmd(register_menuid("bmTeleportMenu"), gKeysTeleportMenu, "handleTeleportMenu");
register_menucmd(register_menuid("bmTimerMenu"), gKeysTimerMenu, "handleTimerMenu");
register_menucmd(register_menuid("bmMeasureMenu"), gKeysMeasureMenu, "handleMeasureMenu");
register_menucmd(register_menuid("bmLongJumpMenu"), gKeysLongJumpMenu, "handleLongJumpMenu");
register_menucmd(register_menuid("bmOptionsMenu"), gKeysOptionsMenu, "handleOptionsMenu");
register_menucmd(register_menuid("bmChoiceMenu"), gKeysChoiceMenu, "handleChoiceMenu");
//register CVARs
register_cvar("bm_telefrags", "1"); //players near teleport exit die if someone comes through
register_cvar("bm_firedamageamount", "20.0"); //damage you take per half-second on the fire block
register_cvar("bm_damageamount", "5.0"); //damage you take per half-second on the damage block
register_cvar("bm_healamount", "1.0"); //how much hp per half-second you get on the healing block
register_cvar("bm_invincibletime", "20.0"); //how long a player is invincible
register_cvar("bm_invinciblecooldown", "60.0"); //time before the invincible block can be used again
register_cvar("bm_stealthtime", "20.0"); //how long a player is in stealth
register_cvar("bm_stealthcooldown", "60.0"); //time before the stealth block can be used again
register_cvar("bm_camouflagetime", "20.0"); //how long a player is in camouflage
register_cvar("bm_camouflagecooldown", "60.0"); //time before the camouflage block can be used again
register_cvar("bm_nukecooldown", "60.0"); //someone might have been invincible when it was used
register_cvar("bm_randomcooldown", "30.0"); //time before the random block can be used again
register_cvar("bm_bootsofspeedtime", "20.0"); //how long the player has boots of speed
register_cvar("bm_bootsofspeedcooldown", "60.0"); //time before boots of speed can be used again
register_cvar("bm_autobhoptime", "20.0"); //how long the player has auto bhop
register_cvar("bm_autobhopcooldown", "60.0"); //time before auto bhop can be used again
register_cvar("bm_teleportsound", "1"); //teleporters make sound
//register events
register_event("DeathMsg", "eventPlayerDeath", "a");
register_event("TextMsg", "eventRoundRestart", "a", "2&#Game_C", "2&#Game_w");
register_event("ResetHUD", "eventPlayerSpawn", "b");
register_event("CurWeapon", "eventCurWeapon", "be");
register_logevent("eventRoundRestart", 2, "1=Round_Start");
//make save folder in basedir (new saving/loading method)
new szDir[64];
new szMap[32];
get_basedir(szDir, 64);
add(szDir, 64, "/blockmaker");
//make config folder if it doesn't already exist
if (!dir_exists(szDir))
{
mkdir(szDir);
}
get_mapname(szMap, 32);
formatex(gszNewFile, 96, "%s/%s.bm", szDir, szMap);
}
public plugin_precache()
{
//set block models to defaults
gszBlockModels[BM_PLATFORM] = gszBlockModelPlatform;
gszBlockModels[BM_BHOP] = gszBlockModelBhop;
gszBlockModels[BM_DAMAGE] = gszBlockModelDamage;
gszBlockModels[BM_HEALER] = gszBlockModelHealer;
gszBlockModels[BM_NOFALLDAMAGE] = gszBlockModelNoFallDamage;
gszBlockModels[BM_ICE] = gszBlockModelIce;
gszBlockModels[BM_TRAMPOLINE] = gszBlockModelDefault;
gszBlockModels[BM_SPEEDBOOST] = gszBlockModelSpeedBoost;
gszBlockModels[BM_INVINCIBILITY] = gszBlockModelInvincibility;
gszBlockModels[BM_STEALTH] = gszBlockModelStealth;
gszBlockModels[BM_DEATH] = gszBlockModelDeath;
gszBlockModels[BM_NUKE] = gszBlockModelNuke;
gszBlockModels[BM_CAMOUFLAGE] = gszBlockModelCamouflage;
gszBlockModels[BM_LOWGRAVITY] = gszBlockModelLowGravity;
gszBlockModels[BM_FIRE] = gszBlockModelFire;
gszBlockModels[BM_SLAP] = gszBlockModelSlap;
gszBlockModels[BM_RANDOM] = gszBlockModelRandom;
gszBlockModels[BM_HONEY] = gszBlockModelHoney;
gszBlockModels[BM_BARRIER_CT] = gszBlockModelBarrierCT;
gszBlockModels[BM_BARRIER_T] = gszBlockModelBarrierT;
gszBlockModels[BM_BOOTSOFSPEED] = gszBlockModelBootsOfSpeed;
gszBlockModels[BM_GLASS] = gszBlockModelGlass;
gszBlockModels[BM_BHOP_NOSLOW] = gszBlockModelBhopNoSlow;
gszBlockModels[BM_AUTO_BHOP] = gszBlockModelAutoBhop;
gszBlockModels[BM_BHOP_NOSLOW1] = gszBlockModelBhopNoSlow1;
//setup default block rendering (unlisted block use normal rendering)
setupBlockRendering(BM_INVINCIBILITY, GLOWSHELL, 255, 255, 255, 16);
setupBlockRendering(BM_STEALTH, TRANSWHITE, 255, 255, 255, 100);
setupBlockRendering(BM_GLASS, TRANSALPHA, 255, 255, 255, 50);
//process block models config file
processBlockModels();
new szBlockModelSmall[256];
new szBlockModelLarge[256];
//precache blocks
for (new i = 0; i < gBlockMax; ++i)
{
//get filenames for the small and large blocks based on normal block name
setBlockModelNameSmall(szBlockModelSmall, gszBlockModels[i], 256);
setBlockModelNameLarge(szBlockModelLarge, gszBlockModels[i], 256);
precache_model(gszBlockModels[i]);
precache_model(szBlockModelSmall);
precache_model(szBlockModelLarge);
}
//precache timer models
precache_model(gszTimerModelStart);
precache_model(gszTimerModelEnd);
//precache sprites
precache_model(gszBlockSpriteFire);
precache_model(gszBlockSpriteFireSmall);
precache_model(gszBlockSpriteFireLarge);
precache_model(gszBlockSpriteTrampoline);
precache_model(gszBlockSpriteTrampolineSmall);
precache_model(gszBlockSpriteTrampolineLarge);
precache_model(gszBlockSpriteSpeedBoost);
precache_model(gszBlockSpriteSpeedBoostSmall);
precache_model(gszBlockSpriteSpeedBoostLarge);
precache_model(gszTeleportSpriteStart);
precache_model(gszTeleportSpriteEnd);
gSpriteIdFire = precache_model(gszFireSprite);
gSpriteIdBeam = precache_model("sprites/zbeam4.spr");
//precache sounds
precache_sound(gszTeleportSound);
precache_sound(gszNukeExplosion);
precache_sound(gszInvincibleSound);
precache_sound(gszCamouflageSound);
precache_sound(gszStealthSound);
precache_sound(gszFireSoundFlame);
precache_sound(gszBootsOfSpeedSound);
precache_sound(gszAutoBhopSound);
}
public plugin_cfg()
{
//format help text filename
format(gszHelpFilename, 32, gszHelpFilenameFormat, VERSION);
//create help title
format(gszHelpTitle, sizeof(gszHelpTitle), "%s v%s by %s", PLUGIN, VERSION, AUTHOR);
//read in help text from file
new szConfigsDir[32];
new szHelpFilename[64];
new szLine[128];
get_configsdir(szConfigsDir, 32);
format(szHelpFilename, sizeof(szHelpFilename), "%s/%s", szConfigsDir, gszHelpFilename);
//open help file for reading
new f = fopen(szHelpFilename, "rt");
//iterate through all the lines in the file
new size = sizeof(gszHelpText);
while (!feof(f))
{
fgets(f, szLine, 128);
add(gszHelpText, size, szLine);
}
//close file
fclose(f);
//get id for message 'ScreenFade'
gMsgScreenFade = get_user_msgid("ScreenFade");
//make the scoreboard times very large
for (new i = 0; i < 15; ++i)
{
gfScoreTimes[i] = 999999.9;
}
//load blocks from file
loadBlocks(0);
}
createMenus()
{
//calculate maximum number of block menu pages from maximum amount of blocks
gBlockMenuPagesMax = floatround((float(gBlockMax) / 8.0), floatround_ceil);
//create main menu
new size = sizeof(gszMainMenu);
add(gszMainMenu, size, "\yBlock Maker Menu^n^n");
add(gszMainMenu, size, "\r1. \wBlock Menu^n");
add(gszMainMenu, size, "\r2. \wTeleport Menu^n");
add(gszMainMenu, size, "\r3. \wTimer Menu^n");
add(gszMainMenu, size, "\r4. \wMeasuring Tool^n");
add(gszMainMenu, size, "\r5. \wLong Jump Creator^n^n");
add(gszMainMenu, size, "\r6. %sNoclip: %s^n");
add(gszMainMenu, size, "\r7. %sGodmode: %s^n^n^n");
add(gszMainMenu, size, "\r9. \wOptions Menu^n");
add(gszMainMenu, size, "\r0. \wClose");
gKeysMainMenu = B1 | B2 | B3 | B4 | B5 | B6 | B7 | B9 | B0;
//create block menu
size = sizeof(gszBlockMenu);
add(gszBlockMenu, size, "\yBlock Menu^n^n");
add(gszBlockMenu, size, "\r1. \wBlock Type: \y%s^n");
add(gszBlockMenu, size, "\r2. %sCreate Block^n");
add(gszBlockMenu, size, "\r3. %sConvert Block^n");
add(gszBlockMenu, size, "\r4. %sDelete Block^n");
add(gszBlockMenu, size, "\r5. %sRotate Block^n^n");
add(gszBlockMenu, size, "\r6. %sNoclip: %s^n");
add(gszBlockMenu, size, "\r7. %sGodmode: %s^n");
add(gszBlockMenu, size, "\r8. \wBlock Size: \y%s^n^n");
add(gszBlockMenu, size, "\r9. \wOptions Menu^n");
add(gszBlockMenu, size, "\r0. \wBack");
gKeysBlockMenu = B1 | B2 | B3 | B4 | B5 | B6 | B7 | B8 | B9 | B0;
gKeysBlockSelectionMenu = B1 | B2 | B3 | B4 | B5 | B6 | B7 | B8 | B9 | B0;
//create teleport menu
size = sizeof(gszTeleportMenu);
add(gszTeleportMenu, size, "\yTeleporter Menu^n^n");
add(gszTeleportMenu, size, "\r1. %sTeleport Start^n");
add(gszTeleportMenu, size, "\r2. %sTeleport Destination^n");
add(gszTeleportMenu, size, "\r3. %sSwap Teleport Start/Destination^n");
add(gszTeleportMenu, size, "\r4. %sDelete Teleport^n");
add(gszTeleportMenu, size, "\r5. %sShow Teleport Path^n^n");
add(gszTeleportMenu, size, "\r6. %sNoclip: %s^n");
add(gszTeleportMenu, size, "\r7. %sGodmode: %s^n^n^n");
add(gszTeleportMenu, size, "\r9. \wOptions Menu^n");
add(gszTeleportMenu, size, "\r0. \wBack");
gKeysTeleportMenu = B1 | B2 | B3 | B4 | B5 | B6 | B7 | B9 | B0;
//create timer menu
size = sizeof(gszTimerMenu);
add(gszTimerMenu, size, "\yTimer Menu^n^n");
add(gszTimerMenu, size, "\r1. %sTimer Start^n");
add(gszTimerMenu, size, "\r2. %sTimer End^n");
add(gszTimerMenu, size, "\r3. %sSwap Start/End^n");
add(gszTimerMenu, size, "\r4. %sDelete Timer^n");
add(gszTimerMenu, size, "\r5. %sRotate Timer^n^n");
add(gszTimerMenu, size, "\r6. %sNoclip: %s^n");
add(gszTimerMenu, size, "\r7. %sGodmode: %s^n^n^n");
add(gszTimerMenu, size, "\r9. \wOptions Menu^n");
add(gszTimerMenu, size, "\r0. \wBack");
gKeysTimerMenu = B1 | B2 | B3 | B4 | B5 | B6 | B7 | B9 | B0;
//measuring tool menu
size = sizeof(gszMeasureMenu);
add(gszMeasureMenu, size, "\yMeasuring Tool Menu^n^n");
add(gszMeasureMenu, size, "\r1. \wBlock 1: \y%s^n");
add(gszMeasureMenu, size, "\r2. \wBlock 2: \y%s^n");
add(gszMeasureMenu, size, "\r3. \wPosition 1: \y%.2f, %.2f, %.2f^n");
add(gszMeasureMenu, size, "\r4. \wPosition 2: \y%.2f, %.2f, %.2f^n^n");
add(gszMeasureMenu, size, "\r5. %sMeasuring Tool: %s^n");
add(gszMeasureMenu, size, "\r6. %sNoclip: %s^n");
add(gszMeasureMenu, size, "\r7. %sGodmode: %s^n^n^n");
add(gszMeasureMenu, size, "\r9. \wOptions Menu^n");
add(gszMeasureMenu, size, "\r0. \wBack");
gKeysMeasureMenu = B1 | B2 | B3 | B4 | B5 | B6 | B7 | B9 | B0;
//long jump menu
size = sizeof(gszLongJumpMenu);
add(gszLongJumpMenu, size, "\yLong Jump Creator Menu^n^n");
add(gszLongJumpMenu, size, "\r1. \wDistance +^n");
add(gszLongJumpMenu, size, "\r2. %sCreate \y%d %sUnit Long Jump Along \y%s^n");
add(gszLongJumpMenu, size, "\r3. \wDistance -^n");
add(gszLongJumpMenu, size, "\r4. %sDelete Block^n");
add(gszLongJumpMenu, size, "\r5. %sRotate^n^n");
add(gszLongJumpMenu, size, "\r6. %sNoclip: %s^n");
add(gszLongJumpMenu, size, "\r7. %sGodmode: %s^n");
add(gszLongJumpMenu, size, "\r8. \wBlock Size: \y%s^n^n");
add(gszLongJumpMenu, size, "\r9. \wOptions Menu^n");
add(gszLongJumpMenu, size, "\r0. \wBack");
gKeysLongJumpMenu = B1 | B2 | B3 | B4 | B5 | B6 | B7 | B8 | B9 | B0;
//create the options menu
size = sizeof(gszOptionsMenu);
add(gszOptionsMenu, size, "\yOptions Menu^n^n");
add(gszOptionsMenu, size, "\r1. %sSnapping: %s^n");
add(gszOptionsMenu, size, "\r2. %sSnapping gap: \y%.1f^n");
add(gszOptionsMenu, size, "\r3. %sAdd to group^n");
add(gszOptionsMenu, size, "\r4. %sClear group^n^n");
add(gszOptionsMenu, size, "\r5. %sDelete all blocks^n");
add(gszOptionsMenu, size, "\r6. %sDelete all teleports^n^n");
add(gszOptionsMenu, size, "\r7. %sSave to file^n");
add(gszOptionsMenu, size, "\r8. %sLoad from file^n");
add(gszOptionsMenu, size, "\r9. \wShow help^n");
add(gszOptionsMenu, size, "\r0. \wBack");
gKeysOptionsMenu = B1 | B2 | B3 | B4 | B5 | B6 | B7 | B8 | B9 | B0;
//create choice (YES/NO) menu
size = sizeof(gszChoiceMenu);
add(gszChoiceMenu, size, "\y%s^n^n");
add(gszChoiceMenu, size, "\r1. \wYes^n");
add(gszChoiceMenu, size, "\r2. \wNo^n^n^n^n^n^n^n^n^n^n");
add(gszChoiceMenu, size, "\r0. \wBack");
gKeysChoiceMenu = B1 | B2 | B0;
}
setupBlockRendering(blockType, renderType, red, green, blue, alpha)
{
gRender[blockType] = renderType;
gRed[blockType] = red;
gGreen[blockType] = green;
gBlue[blockType] = blue;
gAlpha[blockType] = alpha;
}
setBlockModelNameLarge(szBlockModelTarget[256], szBlockModelSource[256], size)
{
szBlockModelTarget = szBlockModelSource;
replace(szBlockModelTarget, size, ".mdl", "_large.mdl");
}
setBlockModelNameSmall(szBlockModelTarget[256], szBlockModelSource[256], size)
{
szBlockModelTarget = szBlockModelSource;
replace(szBlockModelTarget, size, ".mdl", "_small.mdl");
}
processBlockModels()
{
//get full path to block models config file
new szBlockModelsFile[96];
get_configsdir(szBlockModelsFile, 96);
add(szBlockModelsFile, 96, "/blockmaker_models.ini");
//open block models config file for reading
new f = fopen(szBlockModelsFile, "rt");
new szData[160];
new szType[32];
new szBlockModel[256];
new szRender[16];
new szRed[8];
new szGreen[8];
new szBlue[8];
new szAlpha[8];
new blockType;
new render;
new red;
new green;
new blue;
new alpha;
//iterate through all the lines in the file
while (!feof(f))
{
//clear data
szBlockModel = "";
szRender = "";
szRed = "";
szGreen = "";
szBlue = "";
szAlpha = "";
blockType = -1;
//get and parse a line of data from file
fgets(f, szData, 160);
parse(szData, szType, 24, szBlockModel, 64, szRender, 16, szRed, 8, szGreen, 8, szBlue, 8, szAlpha, 8);
//replace '\' with '/' in block model path
replace_all(szBlockModel, 64, "\", "/");
if (equal(szType, "PLATFORM")) blockType = BM_PLATFORM;
else if (equal(szType, "BHOP")) blockType = BM_BHOP;
else if (equal(szType, "DAMAGE")) blockType = BM_DAMAGE;
else if (equal(szType, "HEALER")) blockType = BM_HEALER;
else if (equal(szType, "NOFALLDAMAGE")) blockType = BM_NOFALLDAMAGE;
else if (equal(szType, "ICE")) blockType = BM_ICE;
else if (equal(szType, "TRAMPOLINE")) blockType = BM_TRAMPOLINE;
else if (equal(szType, "SPEEDBOOST")) blockType = BM_SPEEDBOOST;
else if (equal(szType, "INVINCIBILITY")) blockType = BM_INVINCIBILITY;
else if (equal(szType, "STEALTH")) blockType = BM_STEALTH;
else if (equal(szType, "DEATH")) blockType = BM_DEATH;
else if (equal(szType, "NUKE")) blockType = BM_NUKE;
else if (equal(szType, "CAMOUFLAGE")) blockType = BM_CAMOUFLAGE;
else if (equal(szType, "LOWGRAVITY")) blockType = BM_LOWGRAVITY;
else if (equal(szType, "FIRE")) blockType = BM_FIRE;
else if (equal(szType, "SLAP")) blockType = BM_SLAP;
else if (equal(szType, "RANDOM")) blockType = BM_RANDOM;
else if (equal(szType, "HONEY")) blockType = BM_HONEY;
else if (equal(szType, "BARRIER_CT")) blockType = BM_BARRIER_CT;
else if (equal(szType, "BARRIER_T")) blockType = BM_BARRIER_T;
else if (equal(szType, "BOOTSOFSPEED")) blockType = BM_BOOTSOFSPEED;
else if (equal(szType, "GLASS")) blockType = BM_GLASS;
else if (equal(szType, "BHOP_NOSLOW")) blockType = BM_BHOP_NOSLOW;
else if (equal(szType, "AUTO_BHOP")) blockType = BM_AUTO_BHOP;
else if (equal(szType, "BHOP_NOSLOW1")) blockType = BM_BHOP_NOSLOW1;
//if we're dealing with a valid block type
if (blockType >= 0 && blockType < gBlockMax)
{
new bool:bDoRendering = false;
//if block model file exists
if (file_exists(szBlockModel))
{
//set block models for given block type
gszBlockModels[blockType] = szBlockModel;
//block model file does exist so process rendering values as well
bDoRendering = true;
}
else
{
if (equal(szBlockModel, "DEFAULT"))
{
//block is set to use default so process rendering values
bDoRendering = true;
}
}
//process rendering values
if (bDoRendering)
{
render = NORMAL;
red = 255;
green = 255;
blue = 255;
alpha = 255;
if (equal(szRender, "GLOWSHELL")) render = GLOWSHELL;
if (equal(szRender, "TRANSCOLOR")) render = TRANSCOLOR;
if (equal(szRender, "TRANSALPHA")) render = TRANSALPHA;
if (equal(szRender, "TRANSWHITE")) render = TRANSWHITE;
if (strlen(szRed) > 0) red = str_to_num(szRed);
if (strlen(szGreen) > 0) green = str_to_num(szGreen);
if (strlen(szBlue) > 0) blue = str_to_num(szBlue);
if (strlen(szAlpha) > 0) alpha = str_to_num(szAlpha);
//set blocks rendering values
setupBlockRendering(blockType, render, red, green, blue, alpha);
}
}
}
//close file
fclose(f);
}
/***** FORWARDS *****/
public client_connect(id)
{
//make sure snapping is on by default
gbSnapping[id] = true;
//players chosen snapping gap defaults to 0.0 units
gfSnappingGap[id] = 0.0;
//make sure players can die
gbNoFallDamage[id] = false;
//players block selection menu is on page 1
gBlockMenuPage[id] = 1;
//player doesn't have godmode or noclip
gbAdminGodmode[id] = false;
gbAdminNoclip[id] = false;
//player doesn't have any blocks grouped
gGroupCount[id] = 0;
//set default long jump distance and axis
gLongJumpDistance[id] = 240;
gLongJumpAxis[id] = X;
//reset players timers
resetTimers(id);
}
public client_disconnect(id)
{
//clear players group
groupClear(id);
//if player was grabbing an entity when they disconnected
if (gGrabbed[id])
{
//if entity is valid
if (is_valid_ent(gGrabbed[id]))
{
//set the entity to 'not being grabbed'
entity_set_int(gGrabbed[id], EV_INT_iuser2, 0);
}
gGrabbed[id] = 0;
}
//disable measure tool and reset values
gbMeasureToolEnabled[id] = false;
gMeasureToolBlock1[id] = 0;
gMeasureToolBlock2[id] = 0;
gvMeasureToolPos1[id][0] = 0.0;
gvMeasureToolPos1[id][1] = 0.0;
gvMeasureToolPos1[id][2] = 0.0;
gvMeasureToolPos2[id][0] = 0.0;
gvMeasureToolPos2[id][1] = 0.0;
gvMeasureToolPos2[id][2] = 0.0;
}
public pfn_touch(ent, id)
{
//if touch event involves a player
if (id > 0 && id <= 32)
{
//if player is alive
if (is_user_alive(id))
{
//if entity involved is a block
if (isBlock(ent))
{
//get the blocktype
new blockType = entity_get_int(ent, EV_INT_body);
//if blocktype is a bunnyhop block or barrier
if (blockType == BM_BHOP || blockType == BM_BARRIER_CT || blockType == BM_BARRIER_T || blockType == BM_BHOP_NOSLOW)
{
//if task does not already exist for bunnyhop block
if (!task_exists(TASK_BHOPSOLIDNOT + ent) && !task_exists(TASK_BHOPSOLID + ent))
{
//get the players team
new CsTeams:team = cs_get_user_team(id);
//if players team is different to barrier
if (blockType == BM_BARRIER_CT && team == CS_TEAM_T)
{
//make block SOLID_NOT without any delay
taskSolidNot(TASK_BHOPSOLIDNOT + ent);
}
else if (blockType == BM_BARRIER_T && team == CS_TEAM_CT)
{
//make block SOLID_NOT without any delay
taskSolidNot(TASK_BHOPSOLIDNOT + ent);
}
else if (blockType == BM_BHOP || blockType == BM_BHOP_NOSLOW || blockType == BM_BHOP_NOSLOW1)
{
//set bhop block to be SOLID_NOT after 0.1 seconds
set_task(0.1, "taskSolidNot", TASK_BHOPSOLIDNOT + ent);
}
}
}
}
}
}
return PLUGIN_CONTINUE;
}
public server_frame()
{
new ent;
new Float:vOrigin[3];
new bool:entNear = false;
new tele;
new entinsphere;
//iterate through all players and remove slow down after jumping
for (new i = 1; i <= 32; ++i)
{
if (is_user_alive(i))
{
if (gbOnIce[i] || gbNoSlowDown[i])
{
entity_set_float(i, EV_FL_fuser2, 0.0);
}
}
}
//find all teleport start entities in map and if a player is close to one, teleport the player
while ((ent = find_ent_by_class(ent, gszTeleportStartClassname)))
{
new Float:vOrigin[3];
entity_get_vector(ent, EV_VEC_origin, vOrigin);
//teleport players and grenades within a sphere around the teleport start entity
entinsphere = -1;
while ((entinsphere = find_ent_in_sphere(entinsphere, vOrigin, 32.0)))
{
//get classname of entity
new szClassname[32];
entity_get_string(entinsphere, EV_SZ_classname, szClassname, 32);
//if entity is a player
if (entinsphere > 0 && entinsphere <= 32)
{
//only teleport player if they're alive
if (is_user_alive(entinsphere))
{
//teleport the player
actionTeleport(entinsphere, ent);
}
}
//or if entity is a grenade
else if (equal(szClassname, "grenade"))
{
//get the end of the teleport
tele = entity_get_int(ent, EV_INT_iuser1);
//if the end of the teleport exists
if (tele)
{
//set the end of the teleport to be not solid
entity_set_int(tele, EV_INT_solid, SOLID_NOT); //can't be grabbed or deleted
//teleport the grenade
actionTeleport(entinsphere, ent);
//set a time in the teleport it will become solid after 2 seconds
entity_set_float(tele, EV_FL_ltime, halflife_time() + 2.0);
}
}
}
}
//make teleporters SOLID_NOT when players are near them
while ((ent = find_ent_by_class(ent, gszTeleportEndClassname)))
{
//get the origin of the teleport end entity
entity_get_vector(ent, EV_VEC_origin, vOrigin);
//compare this origin with all player and grenade origins
entinsphere = -1;
while ((entinsphere = find_ent_in_sphere(entinsphere, vOrigin, 64.0)))
{
//get classname of entity
new szClassname[32];
entity_get_string(entinsphere, EV_SZ_classname, szClassname, 32);
//if entity is a player
if (entinsphere > 0 && entinsphere <= 32)
{
//make sure player is alive
if (is_user_alive(entinsphere))
{
entNear = true;
break;
}
}
//or if entity is a grenade
else if (equal(szClassname, "grenade"))
{
entNear = true;
break;
}
}
//set the solid type of the teleport end entity depending on whether or not a player is near
if (entNear)
{
//only do this if it is not being grabbed
if (entity_get_int(ent, EV_INT_iuser2) == 0)
{
entity_set_int(ent, EV_INT_solid, SOLID_NOT); //can't be grabbed or deleted
}
}
else
{
//get time from teleport end entity to check if it can go solid
new Float:fTime = entity_get_float(ent, EV_FL_ltime);
//only set teleport end entity to solid if its 'solid not' time has elapsed
if (halflife_time() >= fTime)
{
entity_set_int(ent, EV_INT_solid, SOLID_BBOX); //CAN be grabbed and deleted
}
}
}
//find all block entities
while ((ent = find_ent_by_class(ent, gszBlockClassname)))
{
//get block type
new blockType = entity_get_int(ent, EV_INT_body);
//if block is a speed boost
if (blockType == BM_SPEEDBOOST)
{
new Float:vOrigin[3];
new Float:pOrigin[3];
new Float:dist = 9999.9;
new Float:playerDist = 9999.9;
new nearestPlayer = 0;
//get the origin of the speed boost block
entity_get_vector(ent, EV_VEC_origin, vOrigin);
//compare this origin with all players origins to find the nearest player to the block
for (new id = 1; id <= 32; ++id)
{
//if player is alive
if (is_user_alive(id))
{
//get player origin
entity_get_vector(id, EV_VEC_origin, pOrigin);
//get the distance from the block to the player
dist = get_distance_f(vOrigin, pOrigin);
if (dist < playerDist)
{
nearestPlayer = id;
playerDist = dist;
}
}
}
//if we found a player within 100 units of the speed boost block
if (nearestPlayer > 0 && playerDist < 200.0)
{
//get the sprite on top of the speed boost block
new sprite = entity_get_int(ent, EV_INT_iuser3);
//make sure sprite entity is valid
if (sprite)
{
new Float:vAngles[3];
//get the direction the player is looking
entity_get_vector(nearestPlayer, EV_VEC_angles, vAngles);
//set the angles of the sprite to be the same as the player
vAngles[0] = 90.0; //always make sure sprite is flat to the block
vAngles[1] += 90.0; //rotate the sprite by 90 because it doesnt point up (PAT!)
entity_set_vector(sprite, EV_VEC_angles, vAngles);
}
}
}
}
}
public client_PreThink(id)
{
//make sure player is connected
if (is_user_connected(id))
{
//display type of block that player is aiming at
new ent, body;
get_user_aiming(id, ent, body, 320);
if (isBlock(ent))
{
new blockType = entity_get_int(ent, EV_INT_body);
set_hudmessage(gHudRed, gHudGreen, gHudBlue, gfTextX, gfTextY, gHudEffects, gfHudFxTime, gfHudHoldTime, gfHudFadeInTime, gfHudFadeOutTime, gHudChannel);
show_hudmessage(id, "Block Type: %s", gszBlockNames[blockType]);
}
//if player has the measure tool enabled
if (gbMeasureToolEnabled[id])
{
new Float:vOrigin1[3];
new Float:vOrigin2[3];
new Float:vSizeMax1[3];
new Float:vSizeMax2[3];
new Float:fDist = 0.0;
new Float:fX = 0.0;
new Float:fY = 0.0;
new Float:fZ = 0.0;
if (is_valid_ent(gMeasureToolBlock1[id]))
{
if (is_valid_ent(gMeasureToolBlock2[id]))
{
//get position and size information from the blocks
entity_get_vector(gMeasureToolBlock1[id], EV_VEC_origin, vOrigin1);
entity_get_vector(gMeasureToolBlock2[id], EV_VEC_origin, vOrigin2);
entity_get_vector(gMeasureToolBlock1[id], EV_VEC_maxs, vSizeMax1);
entity_get_vector(gMeasureToolBlock2[id], EV_VEC_maxs, vSizeMax2);
//calculate differences on X, Y and Z
fX = floatabs(vOrigin2[0] - vOrigin1[0]) - vSizeMax1[0] - vSizeMax2[0];
fY = floatabs(vOrigin2[1] - vOrigin1[1]) - vSizeMax1[1] - vSizeMax2[1];
fZ = (vOrigin2[2] + vSizeMax2[2]) - (vOrigin1[2] + vSizeMax1[2]);
//make sure X and Y are never below 0.0
if (fX < 0.0) fX = 0.0;
if (fY < 0.0) fY = 0.0;
}
else
{
gMeasureToolBlock2[id] = 0;
}
}
else
{
gMeasureToolBlock1[id] = 0;
}
//calculate the sums of the 2 positions
new Float:pos1sum = gvMeasureToolPos1[id][0] + gvMeasureToolPos1[id][1] + gvMeasureToolPos1[id][2];
new Float:pos2sum = gvMeasureToolPos2[id][0] + gvMeasureToolPos2[id][1] + gvMeasureToolPos2[id][2];
//calculate distance between measure tool positions 1 and 2
if (pos1sum != 0.0 && pos2sum != 0.0)
{
fDist = get_distance_f(gvMeasureToolPos1[id], gvMeasureToolPos2[id]);
}
//show the values to the player
set_hudmessage(gHudRed, gHudGreen, gHudBlue, 0.02, 0.22, gHudEffects, gfHudFxTime, gfHudHoldTime, gfHudFadeInTime, gfHudFadeOutTime, gHudChannel);
show_hudmessage(id, "X: %.2f^nY: %.2f^nZ: %.2f^nDistance: %.2f", fX, fY, fZ, fDist);
}
//make sure player is alive
if (is_user_alive(id))
{
//if player has low gravity
if (gbLowGravity[id])
{
//get players flags
new flags = entity_get_int(id, EV_INT_flags);
//if player has feet on the ground, set gravity to normal
if (flags & FL_ONGROUND)
{
set_user_gravity(id);
gbLowGravity[id] = false;
}
}
//if player has auto bhop
if (gbAutoBhop[id])
{
//get players old buttons
new oldbuttons = get_user_oldbutton(id);
//remove jump flag from old buttons
oldbuttons &= ~IN_JUMP;
entity_set_int(id, EV_INT_oldbuttons, oldbuttons);
}
//trace directly down to see if there is a block beneath player
new Float:pOrigin[3];
new Float:pSize[3];
new Float:pMaxs[3];
new Float:vTrace[3];
new Float:vReturn[3];
entity_get_vector(id, EV_VEC_origin, pOrigin);
entity_get_vector(id, EV_VEC_size, pSize);
entity_get_vector(id, EV_VEC_maxs, pMaxs);
//calculate position of players feet
pOrigin[2] = pOrigin[2] - ((pSize[2] - 36.0) - (pMaxs[2] - 36.0));
//make the trace small for some blocks
vTrace[2] = pOrigin[2] - 1.0;
//do 4 traces for each corner of the player
for (new i = 0; i < 4; ++i)
{
switch (i)
{
case 0: { vTrace[0] = pOrigin[0] - 16; vTrace[1] = pOrigin[1] + 16; }
case 1: { vTrace[0] = pOrigin[0] + 16; vTrace[1] = pOrigin[1] + 16; }
case 2: { vTrace[0] = pOrigin[0] + 16; vTrace[1] = pOrigin[1] - 16; }
case 3: { vTrace[0] = pOrigin[0] - 16; vTrace[1] = pOrigin[1] - 16; }
}
ent = trace_line(id, pOrigin, vTrace, vReturn);
//if entity found is a block
if (isBlock(ent))
{
new blockType = entity_get_int(ent, EV_INT_body);
switch (blockType)
{
case BM_HEALER: actionHeal(id);
case BM_DAMAGE: actionDamage(id);
case BM_INVINCIBILITY: actionInvincible(id, false);
case BM_STEALTH: actionStealth(id, false);
case BM_TRAMPOLINE: actionTrampoline(id);
case BM_SPEEDBOOST: actionSpeedBoost(id);
case BM_DEATH: actionDeath(id);
case BM_NUKE: actionNuke(id, false);
case BM_LOWGRAVITY: actionLowGravity(id);
case BM_CAMOUFLAGE: actionCamouflage(id, false);
case BM_FIRE: actionFire(id, ent);
case BM_SLAP: actionSlap(id);
case BM_RANDOM: actionRandom(id, ent);
case BM_HONEY: actionHoney(id);
case BM_BOOTSOFSPEED: actionBootsOfSpeed(id, false);
case BM_AUTO_BHOP: actionAutoBhop(id, false);
}
}
}
//make the trace longer for other blocks
vTrace[2] = pOrigin[2] - 20.0;
//do 4 traces for each corner of the player
for (new i = 0; i < 4; ++i)
{
switch (i)
{
case 0: { vTrace[0] = pOrigin[0] - 16; vTrace[1] = pOrigin[1] + 16; }
case 1: { vTrace[0] = pOrigin[0] + 16; vTrace[1] = pOrigin[1] + 16; }
case 2: { vTrace[0] = pOrigin[0] + 16; vTrace[1] = pOrigin[1] - 16; }
case 3: { vTrace[0] = pOrigin[0] - 16; vTrace[1] = pOrigin[1] - 16; }
}
ent = trace_line(id, pOrigin, vTrace, vReturn);
//if entity found is a block
if (isBlock(ent))
{
new blockType = entity_get_int(ent, EV_INT_body);
switch (blockType)
{
case BM_TRAMPOLINE: actionTrampoline(id);
case BM_NOFALLDAMAGE: actionNoFallDamage(id);
case BM_ICE: actionOnIce(id);
case BM_BHOP_NOSLOW: actionNoSlowDown(id);
case BM_BHOP_NOSLOW1: actionNoSlowDown(id);
}
}
}
//display amount of invincibility/stealth/camouflage/boots of speed timeleft
new Float:fTime = halflife_time();
new Float:fTimeleftInvincible = gfInvincibleTimeOut[id] - fTime;
new Float:fTimeleftStealth = gfStealthTimeOut[id] - fTime;
new Float:fTimeleftCamouflage = gfCamouflageTimeOut[id] - fTime;
new Float:fTimeleftBootsOfSpeed = gfBootsOfSpeedTimeOut[id] - fTime;
new Float:fTimeleftAutoBhop = gfAutoBhopTimeOut[id] - fTime;
new szTextToShow[256] = "";
new szText[48];
new bool:bShowText = false;
if (fTimeleftInvincible >= 0.0)
{
format(szText, sizeof(szText), "Invincible: %.1f^n", fTimeleftInvincible);
add(szTextToShow, sizeof(szTextToShow), szText);
bShowText = true;
}
if (fTimeleftStealth >= 0.0)
{
format(szText, sizeof(szText), "Stealth: %.1f^n", fTimeleftStealth);
add(szTextToShow, sizeof(szTextToShow), szText);
bShowText = true;
}
if (fTimeleftCamouflage >= 0.0)
{
//if player is a CT
if (get_user_team(id) == 1)
{
format(szText, sizeof(szText), "You look like a Counter-Terrorist: %.1f^n", fTimeleftCamouflage);
}
else
{
format(szText, sizeof(szText), "You look like a Terrorist: %.1f^n", fTimeleftCamouflage);
}
add(szTextToShow, sizeof(szTextToShow), szText);
bShowText = true;
}
if (fTimeleftBootsOfSpeed >= 0.0)
{
format(szText, sizeof(szText), "Boots of speed: %.1f^n", fTimeleftBootsOfSpeed);
add(szTextToShow, sizeof(szTextToShow), szText);
bShowText = true;
}
if (fTimeleftAutoBhop >= 0.0)
{
format(szText, sizeof(szText), "Auto bunnyhop: %.1f^n", fTimeleftAutoBhop);
add(szTextToShow, sizeof(szTextToShow), szText);
bShowText = true;
}
//if there is some text to show then show it
if (bShowText)
{
set_hudmessage(gHudRed, gHudGreen, gHudBlue, gfTextX, gfTextY, gHudEffects, gfHudFxTime, gfHudHoldTime, gfHudFadeInTime, gfHudFadeOutTime, gHudChannel);
show_hudmessage(id, szTextToShow);
}
}
//get players buttons
new buttons = get_user_button(id);
new oldbuttons = get_user_oldbutton(id);
//if player has grabbed an entity
if (gGrabbed[id] > 0)
{
//check for a single press on the following buttons
if (buttons & IN_JUMP && !(oldbuttons & IN_JUMP)) cmdJump(id);
if (buttons & IN_DUCK && !(oldbuttons & IN_DUCK)) cmdDuck(id);
if (buttons & IN_ATTACK && !(oldbuttons & IN_ATTACK)) cmdAttack(id);
if (buttons & IN_ATTACK2 && !(oldbuttons & IN_ATTACK2)) cmdAttack2(id);
//prevent player from using attack
buttons &= ~IN_ATTACK;
entity_set_int(id, EV_INT_button, buttons);
//if player has grabbed a valid entity
if (is_valid_ent(gGrabbed[id]))
{
//if block the player is grabbing is in their group and group count is larger than 1
if (isBlockInGroup(id, gGrabbed[id]) && gGroupCount[id] > 1)
{
new Float:vMoveTo[3];
new Float:vOffset[3];
new Float:vOrigin[3];
new block;
//move the block the player has grabbed and get the move vector
moveGrabbedEntity(id, vMoveTo);
//move the rest of the blocks in the players group using vector for grabbed block
for (new i = 0; i <= gGroupCount[id]; ++i)
{
block = gGroupedBlocks[id][i];
//if block is still in this players group
if (isBlockInGroup(id, block))
{
//get offset vector from block
entity_get_vector(block, EV_VEC_vuser1, vOffset);
vOrigin[0] = vMoveTo[0] - vOffset[0];
vOrigin[1] = vMoveTo[1] - vOffset[1];
vOrigin[2] = vMoveTo[2] - vOffset[2];
//move grouped block
moveEntity(id, block, vOrigin, false);
}
}
}
else
{
//move the entity the player has grabbed
moveGrabbedEntity(id);
}
}
else
{
cmdRelease(id);
}
}
//if player has just deleted something
if (gbJustDeleted[id])
{
//if player is pressing attack2
if (buttons & IN_ATTACK2)
{
//prevent player from using attack2
buttons &= ~IN_ATTACK2;
entity_set_int(id, EV_INT_button, buttons);
}
else
{
//player has now NOT just deleted something
gbJustDeleted[id] = false;
}
}
}
return PLUGIN_CONTINUE;
}
public client_PostThink(id)
{
//if player is alive
if (is_user_alive(id))
{
//if player is set to not get fall damage
if (gbNoFallDamage[id])
{
entity_set_int(id, EV_INT_watertype, -3);
gbNoFallDamage[id] = false;
}
}
}
public forward_EmitSound(id, channel, sample[])
{
if (is_user_alive(id) && containi(sample, "common/wpn_select.wav") >= 0)
{
actionTimer(id);
}
}
/***** EVENTS *****/
public eventPlayerDeath()
{
new id = read_data(2);
resetTimers(id);
}
public eventRoundRestart()
{
//iterate through all players
for (new id = 1; id <= 32; ++id)
{
//reset all players timers
resetTimers(id);
}
}
public eventPlayerSpawn(id)
{
//if player has godmode enabled
if (gbAdminGodmode[id])
{
//re-enable godmode on player
set_user_godmode(id, 1);
}
//if player has noclip enabled
if (gbAdminNoclip[id])
{
//re-enable noclip on player
set_user_noclip(id, 1);
}
}
resetTimers(id)
{
gfInvincibleTimeOut[id] = 0.0;
gfInvincibleNextUse[id] = 0.0;
gfStealthTimeOut[id] = 0.0;
gfStealthNextUse[id] = 0.0;
gfCamouflageTimeOut[id] = 0.0;
gfCamouflageNextUse[id] = 0.0;
gfNukeNextUse[id] = 0.0;
gbOnFire[id] = false;
gfRandomNextUse[id] = 0.0;
gfBootsOfSpeedTimeOut[id] = 0.0;
gfBootsOfSpeedNextUse[id] = 0.0;
gfAutoBhopTimeOut[id] = 0.0;
gfAutoBhopNextUse[id] = 0.0;
//remove any task this player might have
new taskId = TASK_INVINCIBLE + id;
if (task_exists(taskId))
{
remove_task(taskId);
}
taskId = TASK_STEALTH + id;
if (task_exists(taskId))
{
remove_task(taskId);
}
taskId = TASK_CAMOUFLAGE + id;
if (task_exists(taskId))
{
remove_task(taskId);
//change back to players old model
cs_set_user_model(id, gszCamouflageOldModel[id]);
}
taskId = TASK_BOOTSOFSPEED + id;
if (task_exists(taskId))
{
remove_task(taskId);
}
taskId = TASK_AUTOBHOP + id;
if (task_exists(taskId))
{
remove_task(taskId);
}
//make sure player is connected
if (is_user_connected(id))
{
//set players rendering to normal
set_user_rendering(id, kRenderFxGlowShell, 0, 0, 0, kRenderNormal, 255);
}
//player is not 'on ice'
gbOnIce[id] = false;
//player slows down after jumping
gbNoSlowDown[id] = false;
//player does not have auto bhop
gbAutoBhop[id] = false;
//player does not have a timer
gbHasTimer[id] = false;
}
public eventCurWeapon(id)
{
new Float:fTime = halflife_time();
new Float:fTimeleftBootsOfSpeed = gfBootsOfSpeedTimeOut[id] - fTime;
//if the player has the boots of speed
if (fTimeleftBootsOfSpeed >= 0.0)
{
//set their max speed so they obtain their speed after changing weapon
set_user_maxspeed(id, gfBootsMaxSpeed);
}
}
/***** BLOCK ACTIONS *****/
actionDamage(id)
{
if (halflife_time() >= gfNextDamageTime[id])
{
if (get_user_health(id) > 0)
{
new Float:amount = get_cvar_float("bm_damageamount");
fakedamage(id, "damage block", amount, DMG_CRUSH);
}
gfNextDamageTime[id] = halflife_time() + 0.5;
}
}
actionHeal(id)
{
if (halflife_time() >= gfNextHealTime[id])
{
new hp = get_user_health(id);
new amount = floatround(get_cvar_float("bm_healamount"), floatround_floor);
new sum = (hp + amount);
if (sum < 100)
{
set_user_health(id, sum);
}
else
{
set_user_health(id, 100);
}
gfNextHealTime[id] = halflife_time() + 0.5;
}
}
actionInvincible(id, OverrideTimer)
{
new Float:fTime = halflife_time();
if (fTime >= gfInvincibleNextUse[id] || OverrideTimer)
{
new Float:fTimeout = get_cvar_float("bm_invincibletime");
set_user_godmode(id, 1);
set_task(fTimeout, "taskInvincibleRemove", TASK_INVINCIBLE + id, "", 0, "a", 1);
//only make player glow white for invincibility if player isn't already stealth
if (fTime >= gfStealthTimeOut[id])
{
set_user_rendering(id, kRenderFxGlowShell, 255, 255, 255, kRenderNormal, 16);
}
//play invincibility sound
emit_sound(id, CHAN_STATIC, gszInvincibleSound, 1.0, ATTN_NORM, 0, PITCH_NORM);
gfInvincibleTimeOut[id] = fTime + fTimeout;
gfInvincibleNextUse[id] = fTime + fTimeout + get_cvar_float("bm_invinciblecooldown");
}
else
{
set_hudmessage(gHudRed, gHudGreen, gHudBlue, gfTextX, gfTextY, gHudEffects, gfHudFxTime, gfHudHoldTime, gfHudFadeInTime, gfHudFadeOutTime, gHudChannel);
show_hudmessage(id, "Invincibility next use: %.1f", gfInvincibleNextUse[id] - fTime);
}
}
actionStealth(id, OverrideTimer)
{
new Float:fTime = halflife_time();
//check if player is outside of cooldown time to use stealth
if (fTime >= gfStealthNextUse[id] || OverrideTimer)
{
new Float:fTimeout = get_cvar_float("bm_stealthtime");
//set a task to remove stealth after time out amount
set_task(fTimeout, "taskStealthRemove", TASK_STEALTH + id, "", 0, "a", 1);
//make player invisible
set_user_rendering(id, kRenderFxGlowShell, 0, 0, 0, kRenderTransColor, 0);
//play stealth sound
emit_sound(id, CHAN_STATIC, gszStealthSound, 1.0, ATTN_NORM, 0, PITCH_NORM);
gfStealthTimeOut[id] = fTime + fTimeout;
gfStealthNextUse[id] = fTime + fTimeout + get_cvar_float("bm_stealthcooldown");
}
else
{
set_hudmessage(gHudRed, gHudGreen, gHudBlue, gfTextX, gfTextY, gHudEffects, gfHudFxTime, gfHudHoldTime, gfHudFadeInTime, gfHudFadeOutTime, gHudChannel);
show_hudmessage(id, "Stealth next use: %.1f", gfStealthNextUse[id] - fTime);
}
}
actionTrampoline(id)
{
//if trampoline timeout has exceeded (needed to prevent velocity being given multiple times)
if (halflife_time() >= gfTrampolineTimeout[id])
{
new Float:velocity[3];
//set player Z velocity to make player bounce
entity_get_vector(id, EV_VEC_velocity, velocity);
velocity[2] = 500.0; //jump velocity
entity_set_vector(id, EV_VEC_velocity, velocity);
entity_set_int(id, EV_INT_gaitsequence, 6); //play the Jump Animation
gfTrampolineTimeout[id] = halflife_time() + 0.5;
}
}
actionSpeedBoost(id)
{
//if speed boost timeout has exceeded (needed to prevent speed boost being given multiple times)
if (halflife_time() >= gfSpeedBoostTimeOut[id])
{
new Float:pAim[3];
//set velocity on player in direction they're aiming
velocity_by_aim(id, 800, pAim);
pAim[2] = 260.0; //make sure Z velocity is only as high as a jump
entity_set_vector(id, EV_VEC_velocity, pAim);
entity_set_int(id, EV_INT_gaitsequence, 6); //play the Jump Animation
gfSpeedBoostTimeOut[id] = halflife_time() + 0.5;
}
}
actionNoFallDamage(id)
{
//set the player to not receive any fall damage (handled in client_PostThink)
gbNoFallDamage[id] = true;
}
actionOnIce(id)
{
new taskid = TASK_ICE + id;
if (!gbOnIce[id])
{
//save players maxspeed value
gfOldMaxSpeed[id] = get_user_maxspeed(id);
//make player feel like they're on ice
entity_set_float(id, EV_FL_friction, 0.15);
set_user_maxspeed(id, 600.0);
//player is now 'on ice'
gbOnIce[id] = true;
}
//remove any existing 'not on ice' task
if (task_exists(taskid))
{
remove_task(taskid);
}
//set task to remove 'on ice' effect very soon (task replaced if player is still on ice before task time reached)
set_task(0.1, "taskNotOnIce", taskid);
}
actionDeath(id)
{
//if player does not have godmode enabled (admin godmode or invincibility)
if (!get_user_godmode(id))
{
//kill player by inflicting massive damage
fakedamage(id, "the block of death", 10000.0, DMG_GENERIC);
}
}
actionNuke(id, OverrideTimer)
{
//get game time
new Float:fTime = halflife_time();
//make sure player is alive
if (is_user_alive(id) && (fTime >= gfNukeNextUse[id] || OverrideTimer))
{
//get players team
new CsTeams:playerTeam = cs_get_user_team(id);
new CsTeams:team;
//iterate through all players
for (new i = 1; i <= 32; ++i)
{
//make sure player is alive
if (is_user_alive(i))
{
team = cs_get_user_team(i);
//if this player is on a different team to the player that used the nuke
if ((team == CS_TEAM_T && playerTeam == CS_TEAM_CT) || (team == CS_TEAM_CT && playerTeam == CS_TEAM_T))
{
//slay player
fakedamage(i, "a nuke", 10000.0, DMG_BLAST);
}
}
//make sure player is connected
if (is_user_connected(i))
{
//make the screen flash for a nuke effect
message_begin(MSG_ONE, gMsgScreenFade, {0, 0, 0}, i);
write_short(1024); //duration
write_short(1024); //hold time
write_short(4096); //type (in / out)
write_byte(255); //red
write_byte(255); //green
write_byte(255); //blue
write_byte(255); //alpha
message_end();
}
}
//play explosion sound
emit_sound(0, CHAN_STATIC, gszNukeExplosion, 1.0, ATTN_NORM, 0, PITCH_NORM);
//set the time when the player can use the nuke again (someone might have been invincible)
gfNukeNextUse[id] = fTime + get_cvar_float("bm_nukecooldown");
//get the name of the player that used the nuke
new szPlayerName[32];
get_user_name(id, szPlayerName, 32);
//setup hud message to show who nuked what team
set_hudmessage(255, 255, 0, -1.0, 0.35, 0, 6.0, 10.0, 1.0, 1.0);
//show message saying player nuked the other team
if (playerTeam == CS_TEAM_T)
{
show_hudmessage(0, "%s just nuked the Counter-Terrorists", szPlayerName);
}
else
{
show_hudmessage(0, "%s just nuked the Terrorists", szPlayerName);
}
}
else
{
set_hudmessage(gHudRed, gHudGreen, gHudBlue, gfTextX, gfTextY, gHudEffects, gfHudFxTime, gfHudHoldTime, gfHudFadeInTime, gfHudFadeOutTime, gHudChannel);
show_hudmessage(id, "Nuke next use: %.1f", gfNukeNextUse[id] - fTime);
}
}
actionCamouflage(id, OverrideTimer)
{
new Float:fTime = halflife_time();
//check if player is outside of cooldown time to use camouflage
if (fTime >= gfCamouflageNextUse[id] || OverrideTimer)
{
new Float:fTimeout = get_cvar_float("bm_camouflagetime");
//get players team and model
new szModel[32];
new team;
cs_get_user_model(id, szModel, 32);
team = get_user_team(id);
//save current player model
gszCamouflageOldModel[id] = szModel;
//change player model depending on their current team
if (team == 1) //TERRORIST
{
cs_set_user_model(id, "urban");
}
else
{
cs_set_user_model(id, "leet");
}
//play camouflage sound
emit_sound(id, CHAN_STATIC, gszCamouflageSound, 1.0, ATTN_NORM, 0, PITCH_NORM);
//set a task to remove camouflage after time out amount
set_task(fTimeout, "taskCamouflageRemove", TASK_CAMOUFLAGE + id, "", 0, "a", 1);
//set timers to prevent player from using camouflage again so soon
gfCamouflageTimeOut[id] = fTime + fTimeout;
gfCamouflageNextUse[id] = fTime + fTimeout + get_cvar_float("bm_camouflagecooldown");
}
else
{
set_hudmessage(gHudRed, gHudGreen, gHudBlue, gfTextX, gfTextY, gHudEffects, gfHudFxTime, gfHudHoldTime, gfHudFadeInTime, gfHudFadeOutTime, gHudChannel);
show_hudmessage(id, "Camouflage next use: %.1f", gfCamouflageNextUse[id] - fTime);
}
}
actionLowGravity(id)
{
//set player to have low gravity
set_user_gravity(id, 0.25);
//set global boolean showing player has low gravity
gbLowGravity[id] = true;
}
actionFire(id, ent)
{
if (halflife_time() >= gfNextDamageTime[id])
{
new hp = get_user_health(id);
//if players health is greater than 0
if (hp > 0)
{
//if player does not have godmode
if (!get_user_godmode(id))
{
new Float:amount = get_cvar_float("bm_firedamageamount") / 10.0;
new Float:newAmount = hp - amount;
//if this amount of damage won't kill the player
if (newAmount > 0)
{
set_user_health(id, floatround(newAmount, floatround_floor));
}
else
{
//use fakedamage to kill the player
fakedamage(id, "fire block", amount, DMG_BURN);
}
}
//get halflife time and time for next fire sound from fire block
new Float:fTime = halflife_time();
new Float:fNextFireSoundTime = entity_get_float(ent, EV_FL_ltime);
//if the current time is greater than or equal to the next time to play the fire sound
if (fTime >= fNextFireSoundTime)
{
//play the fire sound
emit_sound(ent, CHAN_ITEM, gszFireSoundFlame, 0.6, ATTN_NORM, 0, PITCH_NORM);
//set the fire blocks time
entity_set_float(ent, EV_FL_ltime, fTime + 0.75);
}
//get effects vectors using block origin
new Float:origin1[3];
new Float:origin2[3];
entity_get_vector(ent, EV_VEC_origin, origin1);
entity_get_vector(ent, EV_VEC_origin, origin2);
origin1[0] -= 32.0;
origin1[1] -= 32.0;
origin1[2] += 10.0;
origin2[0] += 32.0;
origin2[1] += 32.0;
origin2[2] += 10.0;
//get a random height for the flame
new randHeight = random_num(0, 32) + 16;
//show some effects
message_begin(MSG_BROADCAST, SVC_TEMPENTITY);
write_byte(TE_BUBBLES);
write_coord(floatround(origin1[0], floatround_floor)); //min start position
write_coord(floatround(origin1[1], floatround_floor));
write_coord(floatround(origin1[2], floatround_floor));
write_coord(floatround(origin2[0], floatround_floor)); //max start position
write_coord(floatround(origin2[1], floatround_floor));
write_coord(floatround(origin2[2], floatround_floor));
write_coord(randHeight); //float height
write_short(gSpriteIdFire); //model index
write_byte(10); //count
write_coord(1); //speed
message_end();
}
gfNextDamageTime[id] = halflife_time() + 0.05;
}
}
actionSlap(id)
{
user_slap(id, 0);
user_slap(id, 0);
set_hudmessage(255, 255, 255, -1.0, 0.20, 0, 6.0, 12.0, 0.0, 1.0, 3);
show_hudmessage(id, "GET OFF MY FACE!!!");
}
actionRandom(id, ent)
{
new Float:fTime = halflife_time();
//check if player is outside of cooldown time to use camouflage
if (fTime >= gfRandomNextUse[id])
{
//get which type of block this is set to be
new blockType = entity_get_int(ent, EV_INT_iuser4);
//do the random block action
switch (blockType)
{
case BM_INVINCIBILITY: actionInvincible(id, true);
case BM_STEALTH: actionStealth(id, true);
case BM_DEATH: actionDeath(id);
case BM_CAMOUFLAGE: actionCamouflage(id, true);
case BM_SLAP: actionSlap(id);
case BM_BOOTSOFSPEED: actionBootsOfSpeed(id, true);
case BM_AUTO_BHOP: actionAutoBhop(id, true);
}
//set timer to prevent player from using the random block again so soon
gfRandomNextUse[id] = fTime + get_cvar_float("bm_randomcooldown");
//set this random block to another random block!
new randNum = random_num(0, gRandomBlocksMax - 1);
entity_set_int(ent, EV_INT_iuser4, gRandomBlocks[randNum]);
}
else
{
set_hudmessage(gHudRed, gHudGreen, gHudBlue, gfTextX, gfTextY, gHudEffects, gfHudFxTime, gfHudHoldTime, gfHudFadeInTime, gfHudFadeOutTime, gHudChannel);
show_hudmessage(id, "Random block next use: %.1f", gfRandomNextUse[id] - fTime);
}
}
actionHoney(id)
{
new taskid = TASK_HONEY + id;
//make player feel like they're stuck in honey by lowering their maxspeed
set_user_maxspeed(id, 50.0);
//remove any existing 'in honey' task
if (task_exists(taskid))
{
remove_task(taskid);
}
else
{
//half the players velocity the first time they touch it
new Float:vVelocity[3];
entity_get_vector(id, EV_VEC_velocity, vVelocity);
vVelocity[0] = vVelocity[0] / 2.0;
vVelocity[1] = vVelocity[1] / 2.0;
entity_set_vector(id, EV_VEC_velocity, vVelocity);
}
//set task to remove 'in honey' effect very soon (task replaced if player is still in honey before task time reached)
set_task(0.1, "taskNotInHoney", taskid);
}
actionBootsOfSpeed(id, bool:OverrideTimer)
{
new Float:fTime = halflife_time();
//check if player is outside of cooldown time to use the boots of speed
if (fTime >= gfBootsOfSpeedNextUse[id] || OverrideTimer)
{
new Float:fTimeout = get_cvar_float("bm_bootsofspeedtime");
//set a task to remove the boots of speed after time out amount
set_task(fTimeout, "taskBootsOfSpeedRemove", TASK_BOOTSOFSPEED + id, "", 0, "a", 1);
//set the players maxspeed to 400 so they run faster!
set_user_maxspeed(id, gfBootsMaxSpeed);
//play boots of speed sound
emit_sound(id, CHAN_STATIC, gszBootsOfSpeedSound, 1.0, ATTN_NORM, 0, PITCH_NORM);
gfBootsOfSpeedTimeOut[id] = fTime + fTimeout;
gfBootsOfSpeedNextUse[id] = fTime + fTimeout + get_cvar_float("bm_bootsofspeedcooldown");
}
else
{
set_hudmessage(gHudRed, gHudGreen, gHudBlue, gfTextX, gfTextY, gHudEffects, gfHudFxTime, gfHudHoldTime, gfHudFadeInTime, gfHudFadeOutTime, gHudChannel);
show_hudmessage(id, "Boots of speed next use: %.1f", gfBootsOfSpeedNextUse[id] - fTime);
}
}
actionNoSlowDown(id)
{
new taskid = TASK_NOSLOW + id;
gbNoSlowDown[id] = true;
//remove any existing 'slow down' task
if (task_exists(taskid))
{
remove_task(taskid);
}
//set task to remove 'no slow down' effect very soon
set_task(0.1, "taskSlowDown", taskid);
}
actionAutoBhop(id, bool:OverrideTimer)
{
new Float:fTime = halflife_time();
//check if player is outside of cooldown time to use the auto bhop
if (fTime >= gfAutoBhopNextUse[id] || OverrideTimer)
{
new Float:fTimeout = get_cvar_float("bm_autobhoptime");
//set a task to remove the auto bhop after time out amount
set_task(fTimeout, "taskAutoBhopRemove", TASK_AUTOBHOP + id, "", 0, "a", 1);
//set autobhop boolean
gbAutoBhop[id] = true;
//play boots of speed sound
emit_sound(id, CHAN_STATIC, gszAutoBhopSound, 1.0, ATTN_NORM, 0, PITCH_NORM);
gfAutoBhopTimeOut[id] = fTime + fTimeout;
gfAutoBhopNextUse[id] = fTime + fTimeout + get_cvar_float("bm_autobhopcooldown");
}
else
{
set_hudmessage(gHudRed, gHudGreen, gHudBlue, gfTextX, gfTextY, gHudEffects, gfHudFxTime, gfHudHoldTime, gfHudFadeInTime, gfHudFadeOutTime, gHudChannel);
show_hudmessage(id, "Auto bunnyhop next use: %.1f", gfAutoBhopNextUse[id] - fTime);
}
}
actionTeleport(id, ent)
{
//get end entity id
new tele = entity_get_int(ent, EV_INT_iuser1);
//if teleport end id is valid
if (tele)
{
//get end entity origin
new Float:vTele[3];
entity_get_vector(tele, EV_VEC_origin, vTele);
//if id of entity being teleported is a player and telefrags CVAR is set then kill any nearby players
if ((id > 0 && id <= 32) && get_cvar_num("bm_telefrags") > 0)
{
new player = -1;
do
{
player = find_ent_in_sphere(player, vTele, 16.0);
//if entity found is a player
if (player > 0 && player <= 32)
{
//if player is alive, and is not the player that went through the teleport
if (is_user_alive(player) && player != id)
{
//kill the player
user_kill(player, 1);
}
}
}while(player);
}
//get origin of the start of the teleport
new Float:vOrigin[3];
new origin[3];
entity_get_vector(ent, EV_VEC_origin, vOrigin);
FVecIVec(vOrigin, origin);
//show some teleporting effects
message_begin(MSG_PVS, SVC_TEMPENTITY, origin);
write_byte(TE_IMPLOSION);
write_coord(origin[0]);
write_coord(origin[1]);
write_coord(origin[2]);
write_byte(64); // radius
write_byte(100); // count
write_byte(6); // life
message_end();
//teleport player
entity_set_vector(id, EV_VEC_origin, vTele);
//reverse players Z velocity
new Float:vVelocity[3];
entity_get_vector(id, EV_VEC_velocity, vVelocity);
vVelocity[2] = floatabs(vVelocity[2]);
entity_set_vector(id, EV_VEC_velocity, vVelocity);
//if teleport sound CVAR is set
if (get_cvar_num("bm_teleportsound") > 0)
{
//play teleport sound
emit_sound(id, CHAN_STATIC, gszTeleportSound, 1.0, ATTN_NORM, 0, PITCH_NORM);
}
}
}
actionTimer(id)
{
new Float:origin[3];
new Float:radius = 100.0;
new ent = -1;
new bool:bNearStart = false;
new bool:bNearEnd = false;
//get players origin
entity_get_vector(id, EV_VEC_origin, origin);
//find entities in a sphere around the player
while ((ent = find_ent_in_sphere(ent, origin, radius)))
{
//if entity is a timer
if (isTimer(ent))
{
//get what type of timer it is (start/end)
new timerType = entity_get_int(ent, EV_INT_body);
switch (timerType)
{
case TIMER_START: bNearStart = true;
case TIMER_END: bNearEnd = true;
}
}
}
if (bNearStart && bNearEnd)
{
//start or stop timer depending on whether or not the player has a timer
if (gbHasTimer[id])
{
timerStop(id);
}
else
{
timerStart(id);
}
}
else if (bNearStart)
{
timerStart(id);
}
else if (bNearEnd)
{
timerStop(id);
}
}
public timerStart(id)
{
//if player is alive
if (is_user_alive(id))
{
//store the game time to calculate players time later
gfTimerTime[id] = halflife_time();
//if player already had a timer
if (gbHasTimer[id])
{
client_print(id, print_chat, "%sTimer Re-started.", gszPrefix);
}
else
{
gbHasTimer[id] = true;
client_print(id, print_chat, "%sTimer Started.", gszPrefix);
}
}
}
public timerStop(id)
{
if (gbHasTimer[id])
{
gbHasTimer[id] = false;
//get players name
new szName[33];
get_user_name(id, szName, 32);
//calculate players time in minutes and seconds
new Float:fTime = halflife_time() - gfTimerTime[id];
new Float:fMins = fTime / 60.0;
new mins = floatround(fMins, floatround_floor);
new Float:fSecs = (fMins - mins) * 60.0;
//format the players time into a string
new szTime[17];
format(szTime, 16, "%s%d:%s%.3f", (mins < 10 ? "0" : ""), mins, (fSecs < 10.0 ? "0" : ""), fSecs);
//announce the players time
client_print(0, print_chat, "%s'%s' just completed the course in %s", gszPrefix, szName, szTime);
//player no longer has a timer
gbHasTimer[id] = false;
//add players time to scoreboard
timerCheckScoreboard(id, fTime);
}
}
public timerCheckScoreboard(id, Float:fTime)
{
new szName[32], szSteamId[32];
//get players name, steam ID and time
get_user_name(id, szName, 32);
get_user_authid(id, szSteamId, 32);
fTime = halflife_time() - gfTimerTime[id];
for (new i = 0; i < 15; i++)
{
//if the player was faster than a time on the scoreboard
if (fTime < gfScoreTimes[i])
{
new pos = i;
//get position where the player is already on the scoreboard (if any)
while (!equali(gszScoreSteamIds[pos], szSteamId) && pos < 14)
{
pos++;
}
//shift scores down
for (new j = pos; j > i; j--)
{
format(gszScoreSteamIds[j], 32, gszScoreSteamIds[j - 1]);
format(gszScoreNames[j], 32, gszScoreNames[j - 1]);
gfScoreTimes[j] = gfScoreTimes[j - 1];
}
//put player onto the scoreboard
format(gszScoreSteamIds[i], 32, szSteamId);
format(gszScoreNames[i], 32, szName);
gfScoreTimes[i] = fTime;
//if player got first place on the scoreboard
if ((i + 1) == 1)
{
client_print(0, print_chat, "%s'%s' is now the fastest player on the course!", gszPrefix, szName);
}
else
{
client_print(0, print_chat, "%s'%s' is now rank %d on the scoreboard", gszPrefix, szName, (i + 1));
}
break;
}
//compare steam ID of player with steam ID on scoreboard
if (equali(gszScoreSteamIds[i], szSteamId))
{
//break out of loop because player did not beat their old time
break;
}
}
}
public timerShowScoreboard(id)
{
new szLine[128];
new szMapName[32];
new szConfigsDir[32];
new szHostName[32];
new i = 0, len = 0;
new szTop15File[96];
new szCSS[512];
new szTime[16];
new szName[33];
new szBuffer[2048];
new bufSize = sizeof(szBuffer) - 1;
get_mapname(szMapName, 31);
get_configsdir(szConfigsDir, 31);
get_cvar_string("hostname", szHostName, 31);
format(szTop15File, 96, "%s/blockmaker_scoreboard.css", szConfigsDir);
//get contents of CSS file
getFileContents(szTop15File, szCSS);
len += format(szBuffer[len], bufSize-len, "<style>%s</style>", szCSS);
len += format(szBuffer[len], bufSize-len, "<h1>%s</h1>", szMapName);
// ************* START OF TABLE **************
len += format(szBuffer[len], bufSize-len, "<table><tr><th>#<th>Player<th>Time");
//iterate through the scoreboard
for (i = 0; i < 15; i++)
{
//if top15 entry is blank
if (gfScoreTimes[i] == 999999.9)
{
//create table row
format(szLine, 127, "<tr><td>%d<td id=b><td id=c>", (i+1));
}
else
{
//make name HTML friendly
htmlFriendly(szName);
//calculate players time in minutes and seconds
new Float:fMins = (gfScoreTimes[i] / 60.0);
new mins = floatround(fMins, floatround_floor);
new Float:fSecs = (fMins - mins) * 60.0;
//format the players time into a string
format(szTime, 16, "%s%d:%s%.3f", (mins < 10 ? "0" : ""), mins, (fSecs < 10.0 ? "0" : ""), fSecs);
//create table row
format(szLine, 127, "<tr><td id=a>%d<td id=b>%s<td id=c>%s", (i+1), gszScoreNames[i], szTime);
}
//append table row to szBuffer
len += format(szBuffer[len], bufSize-len, szLine);
}
// ************** END OF TABLE ******************
new szTitle[64];
format(szTitle, 63, "Top 15 Climbers - %s", szHostName);
show_motd(id, szBuffer, szTitle);
return PLUGIN_HANDLED;
}
/***** TASKS *****/
public taskSolidNot(ent)
{
ent -= TASK_BHOPSOLIDNOT;
//make sure entity is valid
if (is_valid_ent(ent))
{
//if block isn't being grabbed
if (entity_get_int(ent, EV_INT_iuser2) == 0)
{
entity_set_int(ent, EV_INT_solid, SOLID_NOT);
set_rendering(ent, kRenderFxNone, 255, 255, 255, kRenderTransAdd, 25);
set_task(1.0, "taskSolid", TASK_BHOPSOLID + ent);
}
}
}
public taskSolid(ent)
{
ent -= TASK_BHOPSOLID;
//make sure entity is valid
if (isBlock(ent))
{
//make block solid
entity_set_int(ent, EV_INT_solid, SOLID_BBOX);
//get the player ID of who has the block in a group (if anyone)
new player = entity_get_int(ent, EV_INT_iuser1);
//if the block is in a group
if (player > 0)
{
//set the block so it is now 'being grouped' (for setting the rendering)
groupBlock(0, ent);
}
else
{
new blockType = entity_get_int(ent, EV_INT_body);
set_block_rendering(ent, gRender[blockType], gRed[blockType], gGreen[blockType], gBlue[blockType], gAlpha[blockType]);
}
}
}
public taskInvincibleRemove(id)
{
id -= TASK_INVINCIBLE;
//make sure player is alive
if (is_user_alive(id))
{
set_user_godmode(id, 0);
//only set players rendering back to normal if player is not stealth
if (halflife_time() >= gfStealthTimeOut[id])
{
set_user_rendering(id, kRenderFxGlowShell, 0, 0, 0, kRenderNormal, 16);
}
}
}
public taskStealthRemove(id)
{
id -= TASK_STEALTH;
//make sure player is connected
if (is_user_connected(id))
{
//only set players rendering back to normal if player is not invincible
if (halflife_time() >= gfInvincibleTimeOut[id])
{
set_user_rendering(id, kRenderFxGlowShell, 0, 0, 0, kRenderNormal, 255);
}
else //if player is invincible then set player to glow white
{
set_user_rendering(id, kRenderFxGlowShell, 255, 255, 255, kRenderTransColor, 16);
}
}
}
public taskNotOnIce(id)
{
id -= TASK_ICE;
//make player run normally
entity_set_float(id, EV_FL_friction, 1.0);
if (gfOldMaxSpeed[id] > 100.0)
{
set_user_maxspeed(id, gfOldMaxSpeed[id]);
}
else
{
set_user_maxspeed(id, 250.0);
}
//no longer 'on ice'
gbOnIce[id] = false;
gfOldMaxSpeed[id] = 0.0;
}
public taskCamouflageRemove(id)
{
id -= TASK_CAMOUFLAGE;
//if player is still connected
if (is_user_connected(id))
{
//change back to players old model
cs_set_user_model(id, gszCamouflageOldModel[id]);
}
}
public taskNotInHoney(id)
{
id -= TASK_HONEY;
//if player is alive
if (is_user_alive(id))
{
//make player move normally
set_user_maxspeed(id, 250.0);
//this will set the players maxspeed faster if they have the boots of speed!
eventCurWeapon(id);
}
}
public taskBootsOfSpeedRemove(id)
{
id -= TASK_BOOTSOFSPEED;
//set players speed back to normal
if (is_user_alive(id))
{
set_user_maxspeed(id, 250.0);
}
}
public taskSlowDown(id)
{
id -= TASK_NOSLOW;
//player no longer has 'no slow down'
gbNoSlowDown[id] = false;
}
public taskAutoBhopRemove(id)
{
id -= TASK_AUTOBHOP;
//player no long has 'auto bhop'
gbAutoBhop[id] = false;
}
public taskSpriteNextFrame(params[])
{
new ent = params[0];
//make sure entity is valid
if (is_valid_ent(ent))
{
new frames = params[1];
new Float:current_frame = entity_get_float(ent, EV_FL_frame);
if (current_frame < 0.0 || current_frame >= frames)
{
entity_set_float(ent, EV_FL_frame, 1.0);
}
else
{
entity_set_float(ent, EV_FL_frame, current_frame + 1.0);
}
}
else
{
remove_task(TASK_SPRITE + ent);
}
}
/***** COMMANDS *****/
public cmdJump(id)
{
//if the object the player is grabbing isn't too close
if (gfGrablength[id] > 72.0)
{
//move the object closer
gfGrablength[id] -= 16.0;
}
}
public cmdDuck(id)
{
//move the object further away
gfGrablength[id] += 16.0;
}
public cmdAttack(id)
{
//if entity being grabbed is a block
if (isBlock(gGrabbed[id]))
{
//if block the player is grabbing is in their group and group count is larger than 1
if (isBlockInGroup(id, gGrabbed[id]) && gGroupCount[id] > 1)
{
new block;
//move the rest of the blocks in the players group using vector for grabbed block
for (new i = 0; i <= gGroupCount[id]; ++i)
{
block = gGroupedBlocks[id][i];
//if this block is in this players group
if (isBlockInGroup(id, block))
{
//only copy the block if it is not stuck
if (!isBlockStuck(block))
{
//copy the block
copyBlock(block);
}
}
}
}
else
{
//only copy the block the player has grabbed if it is not stuck
if (!isBlockStuck(gGrabbed[id]))
{
//copy the block
new newBlock = copyBlock(gGrabbed[id]);
//if new block was created successfully
if (newBlock)
{
//set currently grabbed block to 'not being grabbed'
entity_set_int(gGrabbed[id], EV_INT_iuser2, 0);
//set new block to 'being grabbed'
entity_set_int(newBlock, EV_INT_iuser2, id);
//set player to grabbing new block
gGrabbed[id] = newBlock;
}
}
else
{
//tell the player they can't copy a block when it is in a stuck position
client_print(id, print_chat, "%sYou cannot copy a block that is in a stuck position!", gszPrefix);
}
}
}
}
public cmdAttack2(id)
{
//if player is grabbing a block
if (isBlock(gGrabbed[id]))
{
//if block the player is grabbing is in their group and group count is larger than 1
if (isBlockInGroup(id, gGrabbed[id]) && gGroupCount[id] > 1)
{
new block;
//iterate through all blocks in the players group
for (new i = 0; i <= gGroupCount[id]; ++i)
{
block = gGroupedBlocks[id][i];
//if block is still valid
if (is_valid_ent(block))
{
//if block is still in this players group
if (isBlockInGroup(id, block))
{
//delete the block
gbJustDeleted[id] = deleteBlock(block);
}
}
}
}
else
{
//delete the block
gbJustDeleted[id] = deleteBlock(gGrabbed[id]);
}
}
//if player is grabbing a teleport
else if (isTeleport(gGrabbed[id]))
{
//delete the teleport
gbJustDeleted[id] = deleteTeleport(id, gGrabbed[id]);
}
//if player is grabbing a timer
else if (isTimer(gGrabbed[id]))
{
//delete the timer
gbJustDeleted[id] = deleteTimer(gGrabbed[id]);
}
}
public cmdGrab(id)
{
//make sure player has access to use this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//get the entity the player is aiming at and the length
new ent, body;
gfGrablength[id] = get_user_aiming(id, ent, body);
//set booleans depending on entity type
new bool:bIsBlock = isBlock(ent);
new bool:bIsTeleport = isTeleport(ent);
new bool:bIsTimer = isTimer(ent);
//if the entity is a block or teleport
if (bIsBlock || bIsTeleport || bIsTimer)
{
//get who is currently grabbing the entity (if anyone)
new grabber = entity_get_int(ent, EV_INT_iuser2);
//if entity is not being grabbed by someone else
if (grabber == 0 || grabber == id)
{
//if entity is a block
if (bIsBlock)
{
//get the player ID of who has the block in a group (if anyone)
new player = entity_get_int(ent, EV_INT_iuser1);
//if the block is not in a group or is in this players group
if (player == 0 || player == id)
{
//set the block to 'being grabbed'
setGrabbed(id, ent);
//if this block is in this players group and group count is greater than 1
if (player == id && gGroupCount[id] > 1)
{
new Float:vGrabbedOrigin[3];
new Float:vOrigin[3];
new Float:vOffset[3];
new block;
//get origin of the block
entity_get_vector(ent, EV_VEC_origin, vGrabbedOrigin);
//iterate through all blocks in players group
for (new i = 0; i <= gGroupCount[id]; ++i)
{
block = gGroupedBlocks[id][i];
//if block is still valid
if (is_valid_ent(block))
{
player = entity_get_int(ent, EV_INT_iuser1);
//if block is still in this players group
if (player == id)
{
//get origin of block in players group
entity_get_vector(block, EV_VEC_origin, vOrigin);
//calculate offset from grabbed block
vOffset[0] = vGrabbedOrigin[0] - vOrigin[0];
vOffset[1] = vGrabbedOrigin[1] - vOrigin[1];
vOffset[2] = vGrabbedOrigin[2] - vOrigin[2];
//save offset value in grouped block
entity_set_vector(block, EV_VEC_vuser1, vOffset);
//indicate that entity is being grabbed
entity_set_int(block, EV_INT_iuser2, id);
}
}
}
}
}
}
//if entity is a teleporter
else if (bIsTeleport)
{
//set the teleport to 'being grabbed'
setGrabbed(id, ent);
}
//if entity is a timer
else if (bIsTimer)
{
//set the timer to 'being grabbed'
setGrabbed(id, ent);
}
}
}
}
return PLUGIN_HANDLED;
}
setGrabbed(id, ent)
{
new Float:fpOrigin[3];
new Float:fbOrigin[3];
new Float:fAiming[3];
new iAiming[3];
new bOrigin[3];
//get players current view model then clear it
entity_get_string(id, EV_SZ_viewmodel, gszViewModel[id], 32);
entity_set_string(id, EV_SZ_viewmodel, "");
get_user_origin(id, bOrigin, 1); //position from eyes (weapon aiming)
get_user_origin(id, iAiming, 3); //end position from eyes (hit point for weapon)
entity_get_vector(id, EV_VEC_origin, fpOrigin); //get player position
entity_get_vector(ent, EV_VEC_origin, fbOrigin); //get block position
IVecFVec(iAiming, fAiming);
FVecIVec(fbOrigin, bOrigin);
//set gGrabbed
gGrabbed[id] = ent;
gvGrabOffset[id][0] = fbOrigin[0] - iAiming[0];
gvGrabOffset[id][1] = fbOrigin[1] - iAiming[1];
gvGrabOffset[id][2] = fbOrigin[2] - iAiming[2];
//indicate that entity is being grabbed
entity_set_int(ent, EV_INT_iuser2, id);
}
public cmdRelease(id)
{
//make sure player has access to use this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//if player is grabbing an entity
if (gGrabbed[id])
{
//if entity player is grabbing is a block
if (isBlock(gGrabbed[id]))
{
//if block the player is grabbing is in their group and group count is > 1
if (isBlockInGroup(id, gGrabbed[id]) && gGroupCount[id] > 1)
{
new block;
new bool:bGroupIsStuck = true;
//iterate through all blocks in the players group
for (new i = 0; i <= gGroupCount[id]; ++i)
{
block = gGroupedBlocks[id][i];
//if this block is in this players group
if (isBlockInGroup(id, block))
{
//indicate that entity is no longer being grabbed
entity_set_int(block, EV_INT_iuser2, 0);
//start off thinking all blocks in group are stuck
if (bGroupIsStuck)
{
//if block is not stuck
if (!isBlockStuck(block))
{
//at least one of the blocks in the group are not stuck
bGroupIsStuck = false;
}
}
}
}
//if all the blocks in the group are stuck
if (bGroupIsStuck)
{
//iterate through all blocks in the players group
for (new i = 0; i <= gGroupCount[id]; ++i)
{
block = gGroupedBlocks[id][i];
//if this block is in this players group
if (isBlockInGroup(id, block))
{
//delete the block
deleteBlock(block);
}
}
//tell the player all the blocks were deleted because they were stuck
client_print(id, print_chat, "%sGroup deleted because all the blocks were stuck!", gszPrefix);
}
}
else
{
//if block player has grabbed is valid
if (is_valid_ent(gGrabbed[id]))
{
//if the block is stuck
if (isBlockStuck(gGrabbed[id]))
{
//delete the block
new bool:bDeleted = deleteBlock(gGrabbed[id]);
//if the block was deleted successfully
if (bDeleted)
{
//tell the player the block was deleted and why
client_print(id, print_chat, "%sBlock deleted because it was stuck!", gszPrefix);
}
}
else
{
//indicate that the block is no longer being grabbed
entity_set_int(gGrabbed[id], EV_INT_iuser2, 0);
}
}
}
}
else if (isTeleport(gGrabbed[id]))
{
//indicate that the teleport is no longer being grabbed
entity_set_int(gGrabbed[id], EV_INT_iuser2, 0);
}
else if (isTimer(gGrabbed[id]))
{
//indicate that the timer is no longer being grabbed
entity_set_int(gGrabbed[id], EV_INT_iuser2, 0);
}
//set the players view model back to what it was
entity_set_string(id, EV_SZ_viewmodel, gszViewModel[id]);
//indicate that player is not grabbing an object
gGrabbed[id] = 0;
}
}
return PLUGIN_HANDLED;
}
/* MENUS */
public showMainMenu(id)
{
new col[3];
new szMenu[256];
new szGodmode[6];
new szNoclip[6];
col = (get_user_flags(id) & BM_ADMIN_LEVEL ? "\w" : "\d");
szNoclip = (get_user_noclip(id) ? "\yOn" : "\rOff");
szGodmode = (get_user_godmode(id) ? "\yOn" : "\rOff");
//format the main menu
format(szMenu, 256, gszMainMenu, col, szNoclip, col, szGodmode);
//show the main menu to the player
show_menu(id, gKeysMainMenu, szMenu, -1, "bmMainMenu");
return PLUGIN_HANDLED;
}
showBlockMenu(id)
{
new col[3];
new szMenu[256];
new szGodmode[6];
new szNoclip[6];
new szSize[8];
col = (get_user_flags(id) & BM_ADMIN_LEVEL ? "\w" : "\d");
szNoclip = (get_user_noclip(id) ? "\yOn" : "\rOff");
szGodmode = (get_user_godmode(id) ? "\yOn" : "\rOff");
switch (gBlockSize[id])
{
case SMALL: szSize = "Small";
case NORMAL: szSize = "Normal";
case LARGE: szSize = "Large";
}
//format the main menu
format(szMenu, 256, gszBlockMenu, gszBlockNames[gSelectedBlockType[id]], col, col, col, col, col, szNoclip, col, szGodmode, szSize);
//show the block menu to the player
show_menu(id, gKeysBlockMenu, szMenu, -1, "bmBlockMenu");
return PLUGIN_HANDLED;
}
showBlockSelectionMenu(id)
{
//create block selection menu 1 (first 8 blocks)
new szBlockMenu[256];
new szTitle[32];
new szEntry[32];
new num;
new startBlock;
//format the page number into the menu title
format(szTitle, sizeof(szTitle), "\yBlock Selection %d^n^n", gBlockMenuPage[id]);
//add the title to the menu
add(szBlockMenu, sizeof(szBlockMenu), szTitle);
//calculate the block that the menu will start on
startBlock = (gBlockMenuPage[id] - 1) * 8;
//iterate through 8 blocks to add to the menu
for (new i = startBlock; i < startBlock + 8; ++i)
{
//make sure the loop doesn't go above the maximum number of blocks
if (i < gBlockMax)
{
//calculate the menu item number
num = (i - startBlock) + 1;
//format the block name into the menu entry
format(szEntry, sizeof(szEntry), "\r%d. \w%s^n", num, gszBlockNames[i]);
}
else
{
//format a blank menu entry
format(szEntry, sizeof(szEntry), "^n");
}
//add the entry to the menu
add(szBlockMenu, sizeof(szBlockMenu), szEntry);
}
//if the block selection page the player is on is less than the maximum page
if (gBlockMenuPage[id] < gBlockMenuPagesMax)
{
add(szBlockMenu, sizeof(szBlockMenu), "^n\r9. \wMore");
}
else
{
add(szBlockMenu, sizeof(szBlockMenu), "^n");
}
//add a back option to the menu
add(szBlockMenu, sizeof(szBlockMenu), "^n\r0. \wBack");
//display the block selection menu
show_menu(id, gKeysBlockSelectionMenu, szBlockMenu, -1, "bmBlockSelectionMenu");
}
showTeleportMenu(id)
{
new col[3];
new szMenu[256];
new szGodmode[6];
new szNoclip[6];
col = (get_user_flags(id) & BM_ADMIN_LEVEL ? "\w" : "\d");
szNoclip = (get_user_noclip(id) ? "\yOn" : "\rOff");
szGodmode = (get_user_godmode(id) ? "\yOn" : "\rOff");
//format teleport menu
format(szMenu, sizeof(szMenu), gszTeleportMenu, col, (gTeleportStart[id] ? "\w" : "\d"), col, col, col, col, szNoclip, col, szGodmode);
show_menu(id, gKeysTeleportMenu, szMenu, -1, "bmTeleportMenu");
}
showTimerMenu(id)
{
new col[3];
new szMenu[256];
new szGodmode[6];
new szNoclip[6];
col = (get_user_flags(id) & BM_ADMIN_LEVEL ? "\w" : "\d");
szNoclip = (get_user_noclip(id) ? "\yOn" : "\rOff");
szGodmode = (get_user_godmode(id) ? "\yOn" : "\rOff");
//format timer menu
format(szMenu, sizeof(szMenu), gszTimerMenu, col, (gStartTimer[id] ? "\w" : "\d"), col, col, col, col, szNoclip, col, szGodmode);
show_menu(id, gKeysTimerMenu, szMenu, -1, "bmTimerMenu");
}
showMeasureMenu(id)
{
new col[3];
new szMenu[512];
new szGodmode[6];
new szNoclip[6];
new szBlock1[40];
new szBlock2[40];
new szMeasureTool[16];
col = (get_user_flags(id) & BM_ADMIN_LEVEL ? "\w" : "\d");
//if players measuring block 1 is valid
if (is_valid_ent(gMeasureToolBlock1[id]))
{
//add entity id to the start of the string followed by a hyphon seperator
num_to_str(gMeasureToolBlock1[id], szBlock1, 40);
add(szBlock1, 40, " - ");
//if entity is a block
if (isBlock(gMeasureToolBlock1[id]))
{
new blockType = entity_get_int(gMeasureToolBlock1[id], EV_INT_body);
add(szBlock1, 40, gszBlockNames[blockType]);
}
else if (isTimer(gMeasureToolBlock1[id]))
{
//get what type of timer it is (start/end)
new timerType = entity_get_int(gMeasureToolBlock1[id], EV_INT_body);
switch (timerType)
{
case TIMER_START: add(szBlock1, 40, "Timer Start");
case TIMER_END: add(szBlock1, 40, "Timer End");
}
}
}
else
{
szBlock1 = "\rNone";
}
//if players measuring block 2 is valid
if (is_valid_ent(gMeasureToolBlock2[id]))
{
//add entity id to the start of the string followed by a hyphon seperator
num_to_str(gMeasureToolBlock2[id], szBlock2, 40);
add(szBlock2, 40, " - ");
//if entity is a block
if (isBlock(gMeasureToolBlock2[id]))
{
new blockType = entity_get_int(gMeasureToolBlock2[id], EV_INT_body);
add(szBlock2, 40, gszBlockNames[blockType]);
}
else if (isTimer(gMeasureToolBlock2[id]))
{
//get what type of timer it is (start/end)
new timerType = entity_get_int(gMeasureToolBlock2[id], EV_INT_body);
switch (timerType)
{
case TIMER_START: add(szBlock2, 40, "Timer Start");
case TIMER_END: add(szBlock2, 40, "Timer Stop");
}
}
}
else
{
szBlock2 = "\rNone";
}
szMeasureTool = (gbMeasureToolEnabled[id] ? "\yOn" : "\rOff");
szNoclip = (get_user_noclip(id) ? "\yOn" : "\rOff");
szGodmode = (get_user_godmode(id) ? "\yOn" : "\rOff");
//format measure menu
format(szMenu, sizeof(szMenu), gszMeasureMenu, szBlock1, szBlock2, gvMeasureToolPos1[id][0], gvMeasureToolPos1[id][1], gvMeasureToolPos1[id][2], gvMeasureToolPos2[id][0], gvMeasureToolPos2[id][1], gvMeasureToolPos2[id][2], col, szMeasureTool, col, szNoclip, col, szGodmode);
//show the measure menu to the player
show_menu(id, gKeysMeasureMenu, szMenu, -1, "bmMeasureMenu");
}
showLongJumpMenu(id)
{
new col[3];
new szMenu[256];
new szGodmode[6];
new szNoclip[6];
new szSize[8];
col = (get_user_flags(id) & BM_ADMIN_LEVEL ? "\w" : "\d");
szNoclip = (get_user_noclip(id) ? "\yOn" : "\rOff");
szGodmode = (get_user_godmode(id) ? "\yOn" : "\rOff");
switch (gBlockSize[id])
{
case SMALL: szSize = "Small";
case NORMAL: szSize = "Normal";
case LARGE: szSize = "Large";
}
//format the long jump menu
format(szMenu, sizeof(szMenu), gszLongJumpMenu, col, gLongJumpDistance[id], col, (gLongJumpAxis[id] == X ? "X" : "Y"), col, col, col, szNoclip, col, szGodmode, szSize);
//show the long jump menu to the player
show_menu(id, gKeysLongJumpMenu, szMenu, -1, "bmLongJumpMenu");
}
showOptionsMenu(id, oldMenu)
{
//set the oldmenu global variable so when the back key is pressed it goes back to the previous menu
gMenuBeforeOptions[id] = oldMenu;
new col[3];
new szSnapping[6];
new szMenu[256];
col = (get_user_flags(id) & BM_ADMIN_LEVEL ? "\w" : "\d");
szSnapping = (gbSnapping[id] ? "\yOn" : "\rOff");
//format the options menu
format(szMenu, sizeof(szMenu), gszOptionsMenu, col, szSnapping, col, gfSnappingGap[id], col, col, col, col, col, col);
//show the options menu to the player
show_menu(id, gKeysOptionsMenu, szMenu, -1, "bmOptionsMenu");
}
showChoiceMenu(id, gChoice, const szTitle[96])
{
gChoiceOption[id] = gChoice;
//format choice menu using given title
new szMenu[128];
format(szMenu, sizeof(szMenu), gszChoiceMenu, szTitle);
//show the choice menu to the player
show_menu(id, gKeysChoiceMenu, szMenu, -1, "bmChoiceMenu");
}
public handleMainMenu(id, num)
{
switch (num)
{
case N1: { showBlockMenu(id); }
case N2: { showTeleportMenu(id); }
case N3: { showTimerMenu(id); }
case N4: { showMeasureMenu(id); }
case N5: { showLongJumpMenu(id); }
case N6: { toggleNoclip(id); }
case N7: { toggleGodmode(id); }
case N9: { showOptionsMenu(id, 1); }
case N0: { return; }
}
//selections 1, 2, 3, 4, 5 and 9 show different menus
if (num != N1 && num != N2 && num != N3 && num != N4 && num!= N5 && num != N9)
{
//display menu again
showMainMenu(id);
}
}
public handleBlockMenu(id, num)
{
switch (num)
{
case N1: { showBlockSelectionMenu(id); }
case N2: { createBlockAiming(id, gSelectedBlockType[id]); }
case N3: { convertBlockAiming(id, gSelectedBlockType[id]); }
case N4: { deleteBlockAiming(id); }
case N5: { rotateBlockAiming(id); }
case N6: { toggleNoclip(id); }
case N7: { toggleGodmode(id); }
case N8: { changeBlockSize(id); }
case N9: { showOptionsMenu(id, 2); }
case N0: { showMainMenu(id); }
}
//selections 1, 9 and 0 show different menus
if (num != N1 && num != N9 && num != N0)
{
//display menu again
showBlockMenu(id);
}
}
public handleBlockSelectionMenu(id, num)
{
switch (num)
{
case N9:
{
//goto next block selection menu page
++gBlockMenuPage[id];
//make sure the player can't go above the maximum block selection page
if (gBlockMenuPage[id] > gBlockMenuPagesMax)
{
gBlockMenuPage[id] = gBlockMenuPagesMax;
}
//show block selection menu again
showBlockSelectionMenu(id);
}
case N0:
{
//goto previous block selection menu page
--gBlockMenuPage[id];
//show block menu if player goes back too far
if (gBlockMenuPage[id] < 1)
{
showBlockMenu(id);
gBlockMenuPage[id] = 1;
}
else
{
//show block selection menu again
showBlockSelectionMenu(id);
}
}
default:
{
//offset the num value using the players block selection page number
num += (gBlockMenuPage[id] - 1) * 8;
//if block number is within range
if (num < gBlockMax)
{
gSelectedBlockType[id] = num;
showBlockMenu(id);
}
else
{
showBlockSelectionMenu(id);
}
}
}
}
public handleTeleportMenu(id, num)
{
switch (num)
{
case N1: { createTeleportAiming(id, TELEPORT_START); }
case N2: { createTeleportAiming(id, TELEPORT_END); }
case N3: { swapTeleportAiming(id); }
case N4: { deleteTeleportAiming(id); }
case N5: { showTeleportPath(id); }
case N6: { toggleNoclip(id); }
case N7: { toggleGodmode(id); }
case N9: { showOptionsMenu(id, 3); }
case N0: { showMainMenu(id); }
}
//selections 9 and 0 show different menus
if (num != N9 && num != N0)
{
showTeleportMenu(id);
}
}
public handleTimerMenu(id, num)
{
switch (num)
{
case N1: { createTimerAiming(id, TIMER_START); }
case N2: { createTimerAiming(id, TIMER_END); }
case N3: { swapTimerAiming(id); }
case N4: { deleteTimerAiming(id); }
case N5: { rotateTimerAiming(id); }
case N6: { toggleNoclip(id); }
case N7: { toggleGodmode(id); }
case N9: { showOptionsMenu(id, 4); }
case N0: { showMainMenu(id); }
}
//selections 9 and 0 show different menus
if (num != N9 && num != N0)
{
showTimerMenu(id);
}
}
public handleMeasureMenu(id, num)
{
switch (num)
{
case N1: { measureToolSelectBlock(id, 1); }
case N2: { measureToolSelectBlock(id, 2); }
case N3: { measureToolSelectPos(id, 1); }
case N4: { measureToolSelectPos(id, 2); }
case N5: { toggleMeasureTool(id); }
case N6: { toggleNoclip(id); }
case N7: { toggleGodmode(id); }
case N9: { showOptionsMenu(id, 5); }
case N0: { showMainMenu(id); }
}
//selections 9 and 0 show different menus
if (num != N9 && num != N0)
{
showMeasureMenu(id);
}
}
public handleLongJumpMenu(id, num)
{
switch (num)
{
case N1: { longJumpDistance(id, 1); }
case N2: { longJumpCreate(id); }
case N3: { longJumpDistance(id, 2); }
case N4: { deleteBlockAiming(id); }
case N5: { longJumpRotate(id); }
case N6: { toggleNoclip(id); }
case N7: { toggleGodmode(id); }
case N8: { changeBlockSize(id); }
case N9: { showOptionsMenu(id, 6); }
case N0: { showMainMenu(id); }
}
//selections 9 and 0 show different menus
if (num != N9 && num != N0)
{
showLongJumpMenu(id);
}
}
public handleOptionsMenu(id, num)
{
switch (num)
{
case N1: { toggleSnapping(id); }
case N2: { toggleSnappingGap(id); }
case N3: { groupBlockAiming(id); }
case N4: { groupClear(id); }
case N5: { showChoiceMenu(id, CHOICE_DEL_BLOCKS, "Are you sure you want to erase all blocks on the map?"); }
case N6: { showChoiceMenu(id, CHOICE_DEL_TELEPORTS, "Are you sure you want to erase all teleports on the map?"); }
case N7: { saveBlocks(id); }
case N8: { showChoiceMenu(id, CHOICE_LOAD, "Loading will erase all blocks and teleports, do you want to continue?"); }
case N9: { showHelp(id); }
case N0: //back to previous menu
{
switch (gMenuBeforeOptions[id])
{
case 1: showMainMenu(id);
case 2: showBlockMenu(id);
case 3: showTeleportMenu(id);
case 4: showTimerMenu(id);
case 5: showMeasureMenu(id);
case 6: showLongJumpMenu(id);
//for some reason the players 'gMenuBeforeOptions' number is invalid
default: log_amx("%sPlayer ID: %d has an invalid gMenuBeforeOptions: %d", gszPrefix, id, gMenuBeforeOptions[id]);
}
}
}
//these selections show a different menu
if (num != N5 && num != N6 && num != N8 && num != N0)
{
//display menu again
showOptionsMenu(id, gMenuBeforeOptions[id]);
}
}
public handleChoiceMenu(id, num)
{
switch (num)
{
case N1: //YES
{
switch (gChoiceOption[id])
{
case CHOICE_LOAD: loadBlocks(id);
case CHOICE_DEL_BLOCKS: deleteAllBlocks(id, true);
case CHOICE_DEL_TELEPORTS: deleteAllTeleports(id, true);
default:
{
log_amx("%sInvalid choice in handleChoiceMenu()", gszPrefix);
}
}
}
}
//show options menu again
showOptionsMenu(id, gMenuBeforeOptions[id]);
}
measureToolSelectBlock(id, num)
{
new ent;
new body;
get_user_aiming(id, ent, body);
//if player is aiming at a block or a timer
if (isBlock(ent) || isTimer(ent))
{
switch (num)
{
case 1:
{
//if block being aimed at is different than one already selected
if (ent != gMeasureToolBlock2[id])
{
gMeasureToolBlock1[id] = ent;
}
}
case 2:
{
//if block being aimed at is different than one already selected
if (ent != gMeasureToolBlock1[id])
{
gMeasureToolBlock2[id] = ent;
}
}
default:
{
log_amx("%sInvalid number in measureToolSelectBlock()", gszPrefix);
}
}
}
}
measureToolSelectPos(id, num)
{
new origin[3];
new Float:vOrigin[3];
//get the origin of where the player is aiming
get_user_origin(id, origin, 3);
IVecFVec(origin, vOrigin);
switch (num)
{
case 1:
{
gvMeasureToolPos1[id] = vOrigin;
}
case 2:
{
gvMeasureToolPos2[id] = vOrigin;
}
default:
{
log_amx("%sInvalid number in measureToolSelectPos()", gszPrefix);
}
}
}
toggleMeasureTool(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
gbMeasureToolEnabled[id] = !gbMeasureToolEnabled[id];
}
}
longJumpDistance(id, num)
{
switch (num)
{
case 1:
{
if (gLongJumpDistance[id] < 300) gLongJumpDistance[id]++;
}
case 2:
{
if (gLongJumpDistance[id] > 200) gLongJumpDistance[id]--;
}
default:
{
log_amx("%sInvalid number in longJumpDistance()", gszPrefix);
}
}
}
longJumpCreate(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
new origin[3];
new Float:vOrigin[3];
new Float:fScale;
new bool:bFailed = false;
new axis;
//get the origin of the player and add Z offset
get_user_origin(id, origin, 3);
IVecFVec(origin, vOrigin);
vOrigin[2] += gfBlockSizeMaxForZ[2];
//get scale depending on size
switch (gBlockSize[id])
{
case SMALL: fScale = SCALE_SMALL;
case NORMAL: fScale = SCALE_NORMAL;
case LARGE: fScale = SCALE_LARGE;
}
//calculate half the jump distance and half the width of the block
new Float:fDist = gLongJumpDistance[id] / 2.0;
new Float:fHalfWidth = gfBlockSizeMaxForZ[0] * fScale;
//move origin along X and create first block
vOrigin[axis] -= (fDist + fHalfWidth);
new block1 = createBlock(id, BM_PLATFORM, vOrigin, Z, gBlockSize[id]);
//set axis on which to create the two blocks
axis = gLongJumpAxis[id];
//if first block is not stuck
if (!isBlockStuck(block1))
{
//move origin along X and create second block
vOrigin[axis] += (fDist + fHalfWidth) * 2;
new block2 = createBlock(id, BM_PLATFORM, vOrigin, Z, gBlockSize[id]);
//if block is stuck
if (isBlockStuck(block2))
{
//delete both blocks
deleteBlock(block1);
deleteBlock(block2);
bFailed = true;
}
}
else
{
//delete the block
deleteBlock(block1);
bFailed = true;
}
//if long jump failed to create (because one of the blocks was stuck) notify the player
if (bFailed)
{
client_print(id, print_chat, "%sLong jump failed to create because one or more of the blocks were stuck.", gszPrefix);
}
}
}
longJumpRotate(id)
{
//swap between X and Y axes
if (gLongJumpAxis[id] == X)
{
gLongJumpAxis[id] = Y;
}
else
{
gLongJumpAxis[id] = X;
}
}
toggleGodmode(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//if player has godmode
if (get_user_godmode(id))
{
//turn off godmode for player
set_user_godmode(id, 0);
gbAdminGodmode[id] = false;
}
else
{
//turn on godmode for player
set_user_godmode(id, 1);
gbAdminGodmode[id] = true;
}
}
}
toggleNoclip(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//if player has noclip
if (get_user_noclip(id))
{
//turn off noclip for player
set_user_noclip(id, 0);
gbAdminNoclip[id] = false;
}
else
{
//turn on noclip for player
set_user_noclip(id, 1);
gbAdminNoclip[id] = true;
}
}
}
changeBlockSize(id)
{
switch (gBlockSize[id])
{
case SMALL: gBlockSize[id] = NORMAL;
case NORMAL: gBlockSize[id] = LARGE;
case LARGE: gBlockSize[id] = SMALL;
}
}
toggleSnapping(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
gbSnapping[id] = !gbSnapping[id];
}
}
toggleSnappingGap(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//increment this players snapping gap by 5
gfSnappingGap[id] += 4.0;
//if this players snapping gap gets too big then loop it back to 0
if (gfSnappingGap[id] > 40.0)
{
gfSnappingGap[id] = 0.0;
}
}
}
showHelp(id)
{
//get cvar values
new szHelpText[1600];
new Telefrags = get_cvar_num("bm_telefrags");
new Float:fFireDamageAmount = get_cvar_float("bm_firedamageamount");
new Float:fDamageAmount = get_cvar_float("bm_damageamount");
new Float:fHealAmount = get_cvar_float("bm_healamount");
new Float:fInvincibleTime = get_cvar_float("bm_invincibletime");
new Float:fInvincibleCooldown = get_cvar_float("bm_invinciblecooldown");
new Float:fStealthTime = get_cvar_float("bm_stealthtime");
new Float:fStealthCooldown = get_cvar_float("bm_stealthcooldown");
new Float:fCamouflageTime = get_cvar_float("bm_camouflagetime");
new Float:fCamouflageCooldown = get_cvar_float("bm_camouflagecooldown");
new Float:fNukeCooldown = get_cvar_float("bm_nukecooldown");
new Float:fRandomCooldown = get_cvar_float("bm_randomcooldown");
new Float:fBootsOfSpeedTime = get_cvar_float("bm_bootsofspeedtime");
new Float:fBootsOfSpeedCooldown = get_cvar_float("bm_bootsofspeedcooldown");
new Float:fAutoBhopTime = get_cvar_float("bm_autobhoptime");
new Float:fAutoBhopCooldown = get_cvar_float("bm_autobhopcooldown");
new TeleportSound = get_cvar_num("bm_teleportsound");
//format the help text
format(szHelpText, sizeof(szHelpText), gszHelpText, Telefrags, fFireDamageAmount, fDamageAmount, fHealAmount, fInvincibleTime, fInvincibleCooldown, fStealthTime, fStealthCooldown, fCamouflageTime, fCamouflageCooldown, fNukeCooldown, fRandomCooldown, fBootsOfSpeedTime, fBootsOfSpeedCooldown, fAutoBhopTime, fAutoBhopCooldown, TeleportSound);
//show the help
show_motd(id, szHelpText, gszHelpTitle);
}
showTeleportPath(id)
{
//get the entity the player is aiming at
new ent, body;
get_user_aiming(id, ent, body);
//if entity found is a teleport
if (isTeleport(ent))
{
//get other side of teleport
new tele = entity_get_int(ent, EV_INT_iuser1);
//if there is another end to the teleport
if (tele)
{
//get origins of the start and end teleport entities
new life = 50;
new Float:vOrigin1[3];
new Float:vOrigin2[3];
entity_get_vector(ent, EV_VEC_origin, vOrigin1);
entity_get_vector(tele, EV_VEC_origin, vOrigin2);
//draw a line in between the 2 origins
drawLine(vOrigin1, vOrigin2, life);
//get the distance between the points
new Float:fDist = get_distance_f(vOrigin1, vOrigin2);
//notify that a line has been drawn between the start and end of the teleport
client_print(id, print_chat, "%sA line has been drawn to show the teleport path. Distance: %f units.", gszPrefix, fDist);
}
}
}
/* GROUPING BLOCKS */
groupBlockAiming(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//get the entity the player is aiming at
new ent, body;
get_user_aiming(id, ent, body);
//is entity is a block
if (isBlock(ent))
{
//get whether or not block is already being grouped
new player = entity_get_int(ent, EV_INT_iuser1);
//if block is not in a group
if (player == 0)
{
//increment group value
++gGroupCount[id];
//add this entity to the players group
gGroupedBlocks[id][gGroupCount[id]] = ent;
//set the block so it is now 'being grouped'
groupBlock(id, ent);
}
//if block is in this players group
else if (player == id)
{
//remove block from being grouped
groupRemoveBlock(ent);
}
//if another player has the block grouped
else
{
//get id and name of who has the block grouped
new szName[32];
new player = entity_get_int(ent, EV_INT_iuser1);
get_user_name(player, szName, 32);
//notify player who the block is being grouped by
client_print(id, print_chat, "%sBlock is already in a group by: %s", gszPrefix, szName);
}
}
}
}
groupBlock(id, ent)
{
//if entity is valid
if (is_valid_ent(ent))
{
//if id passed in is a player
if (id > 0 && id <= 32)
{
//set block so it is now being grouped
entity_set_int(ent, EV_INT_iuser1, id);
}
//make block glow red to show it is grouped
set_rendering(ent, kRenderFxGlowShell, 255, 0, 0, kRenderNormal, 16);
}
}
groupRemoveBlock(ent)
{
//make sure entity is a block
if (isBlock(ent))
{
//remove block from being grouped (stays in players gGroupedBlocks[id][] array
entity_set_int(ent, EV_INT_iuser1, 0);
//get block type
new blockType = entity_get_int(ent, EV_INT_body);
//set rendering on block
set_block_rendering(ent, gRender[blockType], gRed[blockType], gGreen[blockType], gBlue[blockType], gAlpha[blockType]);
}
}
groupClear(id)
{
new blockCount = 0;
new blocksDeleted = 0;
new block;
//remove all players blocks from being grouped
for (new i = 0; i <= gGroupCount[id]; ++i)
{
block = gGroupedBlocks[id][i];
//if block is in this players group
if (isBlockInGroup(id, block))
{
//if block is stuck
if (isBlockStuck(block))
{
//delete the stuck block
deleteBlock(block);
//count how many blocks have been deleted
++blocksDeleted;
}
else
{
//remove block from being grouped
groupRemoveBlock(block);
//count how many blocks have been removed from group
++blockCount;
}
}
}
//set players group count to 0
gGroupCount[id] = 0;
//if player is connected
if (is_user_connected(id))
{
//if some blocks were deleted
if (blocksDeleted > 0)
{
//notify player how many blocks were cleared from group and deleted
client_print(id, print_chat, "%sRemoved %d blocks from group, deleted %d stuck blocks", gszPrefix, blockCount, blocksDeleted);
}
else
{
//notify player how many blocks were cleared from group
client_print(id, print_chat, "%sRemoved %d blocks from group", gszPrefix, blockCount);
}
}
}
/* BLOCK & TELEPORT OPERATIONS */
moveGrabbedEntity(id, Float:vMoveTo[3] = {0.0, 0.0, 0.0})
{
new iOrigin[3], iLook[3];
new Float:fOrigin[3], Float:fLook[3], Float:fDirection[3], Float:fLength;
get_user_origin(id, iOrigin, 1); //Position from eyes (weapon aiming)
get_user_origin(id, iLook, 3); //End position from eyes (hit point for weapon)
IVecFVec(iOrigin, fOrigin);
IVecFVec(iLook, fLook);
fDirection[0] = fLook[0] - fOrigin[0];
fDirection[1] = fLook[1] - fOrigin[1];
fDirection[2] = fLook[2] - fOrigin[2];
fLength = get_distance_f(fLook, fOrigin);
if (fLength == 0.0) fLength = 1.0; //avoid division by 0
//calculate the position to move the block
vMoveTo[0] = (fOrigin[0] + fDirection[0] * gfGrablength[id] / fLength) + gvGrabOffset[id][0];
vMoveTo[1] = (fOrigin[1] + fDirection[1] * gfGrablength[id] / fLength) + gvGrabOffset[id][1];
vMoveTo[2] = (fOrigin[2] + fDirection[2] * gfGrablength[id] / fLength) + gvGrabOffset[id][2];
vMoveTo[2] = float(floatround(vMoveTo[2], floatround_floor));
//move the block and its sprite (if it has one)
moveEntity(id, gGrabbed[id], vMoveTo, true);
}
moveEntity(id, ent, Float:vMoveTo[3], bool:bDoSnapping)
{
//if entity is a block
if (isBlock(ent))
{
//do snapping for entity if snapping boolean passed in is true
if (bDoSnapping)
{
doSnapping(id, ent, vMoveTo);
}
//set the position of the block
entity_set_origin(ent, vMoveTo);
//get the sprite that sits above the block (if any)
new sprite = entity_get_int(ent, EV_INT_iuser3);
//if sprite entity is valid
if (sprite)
{
//get size of block
new Float:vSizeMax[3];
entity_get_vector(ent, EV_VEC_maxs, vSizeMax);
//move the sprite onto the top of the block
vMoveTo[2] += vSizeMax[2] + 0.15;
entity_set_origin(sprite, vMoveTo);
}
}
else
{
//set the position of the entity
entity_set_origin(ent, vMoveTo);
}
}
/* TELEPORTS */
createTeleportAiming(const id, const teleportType)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//get where player is aiming for origin of teleport entity
new pOrigin[3], Float:vOrigin[3];
get_user_origin(id, pOrigin, 3);
IVecFVec(pOrigin, vOrigin);
vOrigin[2] += gfTeleportZOffset;
//create the teleport of the given type
createTeleport(id, teleportType, vOrigin);
}
}
createTeleport(const id, const teleportType, Float:vOrigin[3])
{
new ent = create_entity(gszInfoTarget);
if (is_valid_ent(ent))
{
switch (teleportType)
{
case TELEPORT_START:
{
//if player has already created a teleport start entity then delete it
if (gTeleportStart[id])
{
remove_entity(gTeleportStart[id]);
}
//set teleport properties
entity_set_string(ent, EV_SZ_classname, gszTeleportStartClassname);
entity_set_int(ent, EV_INT_solid, SOLID_BBOX);
entity_set_int(ent, EV_INT_movetype, MOVETYPE_NONE);
entity_set_model(ent, gszTeleportSpriteStart);
entity_set_size(ent, gfTeleportSizeMin, gfTeleportSizeMax);
entity_set_origin(ent, vOrigin);
//set the rendermode and transparency
entity_set_int(ent, EV_INT_rendermode, 5); //rendermode
entity_set_float(ent, EV_FL_renderamt, 255.0); //visable
//set task for animating sprite
new params[2];
params[0] = ent;
params[1] = gTeleportStartFrames;
set_task(0.1, "taskSpriteNextFrame", TASK_SPRITE + ent, params, 2, "b");
//store teleport start entity to a global variable so it can be linked to the end entity
gTeleportStart[id] = ent;
}
case TELEPORT_END:
{
//make sure there is a teleport start entity
if (gTeleportStart[id])
{
//set teleport properties
entity_set_string(ent, EV_SZ_classname, gszTeleportEndClassname);
entity_set_int(ent, EV_INT_solid, SOLID_BBOX);
entity_set_int(ent, EV_INT_movetype, MOVETYPE_NONE);
entity_set_model(ent, gszTeleportSpriteEnd);
entity_set_size(ent, gfTeleportSizeMin, gfTeleportSizeMax);
entity_set_origin(ent, vOrigin);
//set the rendermode and transparency
entity_set_int(ent, EV_INT_rendermode, 5); //rendermode
entity_set_float(ent, EV_FL_renderamt, 255.0); //visable
//link up teleport start and end entities
entity_set_int(ent, EV_INT_iuser1, gTeleportStart[id]);
entity_set_int(gTeleportStart[id], EV_INT_iuser1, ent);
//set task for animating sprite
new params[2];
params[0] = ent;
params[1] = gTeleportEndFrames;
set_task(0.1, "taskSpriteNextFrame", TASK_SPRITE + ent, params, 2, "b");
//indicate that this player has no teleport start entity waiting for an end
gTeleportStart[id] = 0;
}
else
{
//delete entity that was created because there is no start entity
remove_entity(ent);
}
}
}
}
else
{
log_amx("%sCouldn't create 'env_sprite' entity", gszPrefix);
}
}
swapTeleportAiming(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//get entity that player is aiming at
new ent, body;
get_user_aiming(id, ent, body, 9999);
//swap teleport start and destination
if (isTeleport(ent))
{
swapTeleport(id, ent);
}
}
}
swapTeleport(id, ent)
{
new Float:vOriginEnt[3];
new Float:vOriginTele[3];
//get the other end of the teleport
new tele = entity_get_int(ent, EV_INT_iuser1);
//if the teleport has another side
if (is_valid_ent(tele))
{
//get teleport properties
entity_get_vector(ent, EV_VEC_origin, vOriginEnt);
entity_get_vector(tele, EV_VEC_origin, vOriginTele);
new szClassname[32];
entity_get_string(ent, EV_SZ_classname, szClassname, 32);
//delete old teleport
deleteTeleport(id, ent);
//create new teleport at opposite positions
if (equal(szClassname, gszTeleportStartClassname))
{
createTeleport(id, TELEPORT_START, vOriginTele);
createTeleport(id, TELEPORT_END, vOriginEnt);
}
else if (equal(szClassname, gszTeleportEndClassname))
{
createTeleport(id, TELEPORT_START, vOriginEnt);
createTeleport(id, TELEPORT_END, vOriginTele);
}
}
else
{
//tell player they cant swap because its only 1 sided
client_print(id, print_chat, "%sCan't swap teleport positions", gszPrefix);
}
}
deleteTeleportAiming(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//get entity that player is aiming at
new ent, body;
get_user_aiming(id, ent, body, 9999);
//delete block that player is aiming at
new bool:deleted = deleteTeleport(id, ent);
if (deleted)
{
client_print(id, print_chat, "%sTeleport deleted!", gszPrefix);
}
}
}
bool:deleteTeleport(id, ent)
{
//if entity is a teleport then delete both the start and the end of the teleport
if (isTeleport(ent))
{
//get entity id of the other side of the teleport
new tele = entity_get_int(ent, EV_INT_iuser1);
//clear teleport start entity if it was just deleted
if (gTeleportStart[id] == ent || gTeleportStart[id] == tele)
{
gTeleportStart[id] = 0;
}
//remove tasks that exist to animate the teleport sprites
if (task_exists(TASK_SPRITE + ent))
{
remove_task(TASK_SPRITE + ent);
}
if (task_exists(TASK_SPRITE + tele))
{
remove_task(TASK_SPRITE + tele);
}
//delete both the start and end positions of the teleporter
if (tele)
{
remove_entity(tele);
}
remove_entity(ent);
//delete was deleted
return true;
}
//teleport was not deleted
return false;
}
/* TIMERS */
createTimerAiming(id, timerType)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
new origin[3];
new Float:vOrigin[3];
//get the origin of where the player is looking
get_user_origin(id, origin, 3);
IVecFVec(origin, vOrigin);
//create the timer
createTimer(id, timerType, vOrigin);
}
}
createTimer(id, timerType, Float:vOrigin[3], Float:vAngles[3] = { 0.0, 0.0, 0.0 })
{
new ent;
switch (timerType)
{
case TIMER_START:
{
//if player has already created a timer start entity then delete it
if (gStartTimer[id])
{
if (is_valid_ent(gStartTimer[id]))
{
remove_entity(gStartTimer[id]);
}
}
ent = create_entity("func_button");
//make sure entity was created successfully
if (is_valid_ent(ent))
{
//set timer properties
entity_set_string(ent, EV_SZ_classname, gszTimerClassname);
entity_set_int(ent, EV_INT_body, timerType);
entity_set_int(ent, EV_INT_solid, SOLID_BBOX);
entity_set_int(ent, EV_INT_movetype, MOVETYPE_NONE);
entity_set_model(ent, gszTimerModelStart);
entity_set_vector(ent, EV_VEC_angles, vAngles);
entity_set_size(ent, gfTimerSizeMin, gfTimerSizeMax);
entity_set_origin(ent, vOrigin);
//player has now created a timer start
gStartTimer[id] = ent;
}
}
case TIMER_END:
{
//make sure player has created a start timer entity
if (isTimer(gStartTimer[id]))
{
ent = create_entity("func_button");
//make sure entity was created successfully
if (is_valid_ent(ent))
{
//set timer properties
entity_set_string(ent, EV_SZ_classname, gszTimerClassname);
entity_set_int(ent, EV_INT_body, timerType);
entity_set_int(ent, EV_INT_solid, SOLID_BBOX);
entity_set_int(ent, EV_INT_movetype, MOVETYPE_NONE);
entity_set_model(ent, gszTimerModelEnd);
entity_set_vector(ent, EV_VEC_angles, vAngles);
entity_set_size(ent, gfTimerSizeMin, gfTimerSizeMax);
entity_set_origin(ent, vOrigin);
//link up start and end timers
entity_set_int(ent, EV_INT_iuser1, gStartTimer[id]);
entity_set_int(gStartTimer[id], EV_INT_iuser1, ent);
//indicate that this player has no start timer entity
gStartTimer[id] = 0;
}
}
}
}
return ent;
}
swapTimerAiming(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//get entity that player is aiming at
new ent, body;
get_user_aiming(id, ent, body, 9999);
//swap the start & end timer positions
if (isTimer(ent))
{
swapTimer(id, ent);
}
}
}
swapTimer(id, ent)
{
new Float:vOriginEnt[3];
new Float:vOriginTimer[3];
new Float:vAngleEnt[3];
new Float:vAngleTimer[3];
//get the other end of the timer
new timer = entity_get_int(ent, EV_INT_iuser1);
//if the timer has another side
if (is_valid_ent(timer))
{
//get timer properties
new type = entity_get_int(ent, EV_INT_body);
entity_get_vector(ent, EV_VEC_origin, vOriginEnt);
entity_get_vector(ent, EV_VEC_angles, vAngleEnt);
entity_get_vector(timer, EV_VEC_origin, vOriginTimer);
entity_get_vector(timer, EV_VEC_angles, vAngleTimer);
//delete old timers
remove_entity(ent);
remove_entity(timer);
//create new timers at opposite positions
if (type == TIMER_START)
{
createTimer(id, TIMER_START, vOriginTimer, vAngleTimer);
createTimer(id, TIMER_END, vOriginEnt, vAngleEnt);
}
else if (type == TIMER_END)
{
createTimer(id, TIMER_START, vOriginEnt, vAngleEnt);
createTimer(id, TIMER_END, vOriginTimer, vAngleTimer);
}
else
{
log_amx("Invalid timer type: %d", type);
}
}
else
{
//tell player they cant swap because its only 1 sided
client_print(id, print_chat, "%sCan't swap timer positions", gszPrefix);
}
}
deleteTimerAiming(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//get entity that player is aiming at
new ent, body;
get_user_aiming(id, ent, body, 9999);
//delete timer that player is aiming at
new bool:deleted = deleteTimer(ent);
if (deleted)
{
client_print(id, print_chat, "%sTimer deleted!", gszPrefix);
//make sure all players start timer entities are valid
for (new i = 1; i <= 32; ++i)
{
if (!is_valid_ent(gStartTimer[i]))
{
gStartTimer[i] = 0;
}
}
}
}
}
bool:deleteTimer(ent)
{
//if entity is a teleport then delete both the start and the end of the timer
if (isTimer(ent))
{
//get entity id of the other side of the timer
new timer = entity_get_int(ent, EV_INT_iuser1);
//delete both the start and end positions of the timer
if (timer)
{
remove_entity(timer);
}
remove_entity(ent);
//timer was deleted
return true;
}
//teleport was not deleted
return false;
}
rotateTimerAiming(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//get entity that player is aiming at
new ent, body;
get_user_aiming(id, ent, body, 9999);
//rotate timer that player is aiming at
if (isTimer(ent))
{
rotateTimer(ent);
}
}
}
rotateTimer(ent)
{
new Float:vAngles[3];
//get timer angles
entity_get_vector(ent, EV_VEC_angles, vAngles);
//change the timers angles depending on its current angle
if (vAngles[1] == 0.0)
{
vAngles[1] = 90.0;
}
else if (vAngles[1] == 90.0)
{
vAngles[1] = 180.0;
}
else if (vAngles[1] == 180.0)
{
vAngles[1] = 270.0;
}
else if (vAngles[1] == 270.0)
{
vAngles[1] = 0.0;
}
//set the timers new angles
entity_set_vector(ent, EV_VEC_angles, vAngles);
}
/* OPTIONS */
deleteAllBlocks(id, bool:bNotify)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
new bool:bDeleted;
new blockCount = 0;
new ent = -1;
//find all blocks in the map
while ((ent = find_ent_by_class(ent, gszBlockClassname)))
{
//delete the block
bDeleted = deleteBlock(ent);
//if block was successfully deleted
if (bDeleted)
{
//increment counter for how many blocks have been deleted
++blockCount;
}
}
//if some blocks were deleted
if (blockCount > 0)
{
//get players name
new szName[32];
get_user_name(id, szName, 32);
//iterate through all players
for (new i = 1; i <= 32; ++i)
{
//make sure nobody is grabbing a block because they've all been deleted!
gGrabbed[id] = 0;
//make sure player is connected
if (is_user_connected(i))
{
//notify all admins that the player deleted all the blocks
if (bNotify && get_user_flags(i) & BM_ADMIN_LEVEL)
{
client_print(i, print_chat, "%s'%s' deleted all the blocks from the map. Total blocks: %d", gszPrefix, szName, blockCount);
}
}
}
}
}
}
deleteAllTeleports(id, bool:bNotify)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
new bool:bDeleted;
new teleCount = 0;
new ent = -1;
//find all teleport start entities in the map
while ((ent = find_ent_by_class(ent, gszTeleportStartClassname)))
{
//delete the teleport
bDeleted = deleteTeleport(id, ent);
//if teleport was successfully deleted
if (bDeleted)
{
//increment counter for how many teleports have been deleted
++teleCount;
}
}
//if some teleports were deleted
if (teleCount > 0)
{
//get players name
new szName[32];
get_user_name(id, szName, 32);
//iterate through all players
for (new i = 1; i <= 32; ++i)
{
//make sure nobody has a teleport start set
gTeleportStart[id] = 0;
//make sure player is connected
if (is_user_connected(i))
{
//notify all admins that the player deleted all the teleports
if (bNotify && get_user_flags(i) & BM_ADMIN_LEVEL)
{
client_print(i, print_chat, "%s'%s' deleted all the teleports from the map. Total teleports: %d", gszPrefix, szName, teleCount);
}
}
}
}
}
}
deleteAllTimers(id, bool:bNotify)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
new bool:bDeleted;
new timerCount = 0;
new ent = -1;
//find all timer start entities in the map
while ((ent = find_ent_by_class(ent, gszTimerClassname)))
{
//delete the timer
bDeleted = deleteTimer(ent);
//if timer was successfully deleted
if (bDeleted)
{
//increment counter for how many timers have been deleted
++timerCount;
}
}
//if some timers were deleted
if (timerCount > 0)
{
//get players name
new szName[32];
get_user_name(id, szName, 32);
//iterate through all players
for (new i = 1; i <= 32; ++i)
{
//make sure nobody has a timer start set
gStartTimer[id] = 0;
//make sure player is connected
if (is_user_connected(i))
{
//notify all admins that the player deleted all the teleports
if (bNotify && get_user_flags(i) & BM_ADMIN_LEVEL)
{
client_print(i, print_chat, "%s'%s' deleted all the teleports from the map. Total teleports: %d", gszPrefix, szName, timerCount);
}
}
}
}
}
}
/***** BLOCKS *****/
createBlockAiming(const id, const blockType)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
new origin[3];
new Float:vOrigin[3];
//get the origin of the player and add Z offset
get_user_origin(id, origin, 3);
IVecFVec(origin, vOrigin);
vOrigin[2] += gfBlockSizeMaxForZ[2];
//create the block
createBlock(id, blockType, vOrigin, Z, gBlockSize[id]);
}
}
createBlock(const id, const blockType, Float:vOrigin[3], const axis, const size)
{
new ent = create_entity(gszInfoTarget);
//make sure entity was created successfully
if (is_valid_ent(ent))
{
//set block properties
entity_set_string(ent, EV_SZ_classname, gszBlockClassname);
entity_set_int(ent, EV_INT_solid, SOLID_BBOX);
entity_set_int(ent, EV_INT_movetype, MOVETYPE_NONE);
new Float:vSizeMin[3];
new Float:vSizeMax[3];
new Float:vAngles[3];
new Float:fScale;
new szBlockModel[256];
//set mins, maxs and angles depending on axis
switch (axis)
{
case X:
{
vSizeMin = gfBlockSizeMinForX;
vSizeMax = gfBlockSizeMaxForX;
vAngles[0] = 90.0;
}
case Y:
{
vSizeMin = gfBlockSizeMinForY;
vSizeMax = gfBlockSizeMaxForY;
vAngles[0] = 90.0;
vAngles[2] = 90.0;
}
case Z:
{
vSizeMin = gfBlockSizeMinForZ;
vSizeMax = gfBlockSizeMaxForZ;
vAngles = gfDefaultBlockAngles;
}
}
//set block model name and scale depending on size
switch (size)
{
case SMALL:
{
setBlockModelNameSmall(szBlockModel, gszBlockModels[blockType], 256);
fScale = SCALE_SMALL;
}
case NORMAL:
{
szBlockModel = gszBlockModels[blockType];
fScale = SCALE_NORMAL;
}
case LARGE:
{
setBlockModelNameLarge(szBlockModel, gszBlockModels[blockType], 256);
fScale = SCALE_LARGE;
}
}
//adjust size min/max vectors depending on scale
for (new i = 0; i < 3; ++i)
{
if (vSizeMin[i] != 4.0 && vSizeMin[i] != -4.0)
{
vSizeMin[i] *= fScale;
}
if (vSizeMax[i] != 4.0 && vSizeMax[i] != -4.0)
{
vSizeMax[i] *= fScale;
}
}
//if it's a valid block type
if (blockType >= 0 && blockType < gBlockMax)
{
entity_set_model(ent, szBlockModel);
}
else
{
entity_set_model(ent, gszBlockModelDefault);
}
entity_set_vector(ent, EV_VEC_angles, vAngles);
entity_set_size(ent, vSizeMin, vSizeMax);
entity_set_int(ent, EV_INT_body, blockType);
//if a player is creating the block
if (id > 0 && id <= 32)
{
//do snapping for new block
doSnapping(id, ent, vOrigin);
}
//set origin of new block
entity_set_origin(ent, vOrigin);
//setup special properties for the random block
if (blockType == BM_RANDOM)
{
//set this random block to a random block!
new randNum = random_num(0, gRandomBlocksMax - 1);
entity_set_int(ent, EV_INT_iuser4, gRandomBlocks[randNum]);
}
//set rendering on block
set_block_rendering(ent, gRender[blockType], gRed[blockType], gGreen[blockType], gBlue[blockType], gAlpha[blockType]);
//if blocktype is one which requires an additional sprite
if (blockType == BM_FIRE || blockType == BM_TRAMPOLINE || blockType == BM_SPEEDBOOST)
{
//add sprite on top of the block
new sprite = create_entity(gszInfoTarget);
//make sure entity was created successfully
if (sprite)
{
//create angle vector and rotate it so its horizontal
new Float:vAngles[3];
vAngles[0] = 90.0;
vAngles[1] = 0.0;
vAngles[2] = 0.0;
//move the sprite up onto the top of the block, adding 0.15 to prevent flickering
vOrigin[2] += vSizeMax[2] + 0.15;
//set block properties
entity_set_string(sprite, EV_SZ_classname, gszSpriteClassname);
entity_set_int(sprite, EV_INT_solid, SOLID_NOT);
entity_set_int(sprite, EV_INT_movetype, MOVETYPE_NONE);
entity_set_vector(sprite, EV_VEC_angles, vAngles);
//set sprite name depending on size
switch (size)
{
case SMALL:
{
//set sprite model depending on block type
switch (blockType)
{
case BM_TRAMPOLINE: entity_set_model(sprite, gszBlockSpriteTrampolineSmall);
case BM_SPEEDBOOST: entity_set_model(sprite, gszBlockSpriteSpeedBoostSmall);
case BM_FIRE: entity_set_model(sprite, gszBlockSpriteFireSmall);
}
}
case NORMAL:
{
//set sprite model depending on block type
switch (blockType)
{
case BM_TRAMPOLINE: entity_set_model(sprite, gszBlockSpriteTrampoline);
case BM_SPEEDBOOST: entity_set_model(sprite, gszBlockSpriteSpeedBoost);
case BM_FIRE: entity_set_model(sprite, gszBlockSpriteFire);
}
}
case LARGE:
{
//set sprite model depending on block type
switch (blockType)
{
case BM_TRAMPOLINE: entity_set_model(sprite, gszBlockSpriteTrampolineLarge);
case BM_SPEEDBOOST: entity_set_model(sprite, gszBlockSpriteSpeedBoostLarge);
case BM_FIRE: entity_set_model(sprite, gszBlockSpriteFireLarge);
}
}
}
//set the rendermode to additive and set the transparency
entity_set_int(sprite, EV_INT_rendermode, 5);
entity_set_float(sprite, EV_FL_renderamt, 255.0);
//set origin of new sprite
entity_set_origin(sprite, vOrigin);
//link this sprite to the block
entity_set_int(ent, EV_INT_iuser3, sprite);
//set task for animating the sprite
if (blockType == BM_FIRE || blockType == BM_TRAMPOLINE)
{
new params[2];
params[0] = sprite;
params[1] = 8; //both the fire and trampoline sprites have 8 frames
set_task(0.1, "taskSpriteNextFrame", TASK_SPRITE + sprite, params, 2, "b");
}
}
}
return ent;
}
return 0;
}
convertBlockAiming(id, const convertTo)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//get entity that player is aiming at
new ent, body;
get_user_aiming(id, ent, body);
//if player is aiming at a block
if (isBlock(ent))
{
//get who is currently grabbing the block (if anyone)
new grabber = entity_get_int(ent, EV_INT_iuser2);
//if entity is not being grabbed by someone else
if (grabber == 0 || grabber == id)
{
//get the player ID of who has the block in a group (if anyone)
new player = entity_get_int(ent, EV_INT_iuser1);
//if the block is not in a group or is in this players group
if (player == 0 || player == id)
{
new newBlock;
//if block is in the players group and group count is larger than 1
if (isBlockInGroup(id, ent) && gGroupCount[id] > 1)
{
new block;
new blockCount = 0;
//iterate through all blocks in the players group
for (new i = 0; i <= gGroupCount[id]; ++i)
{
block = gGroupedBlocks[id][i];
//if this block is in this players group
if (isBlockInGroup(id, block))
{
//convert the block
newBlock = convertBlock(id, block, convertTo, true);
//if block was converted
if (newBlock != 0)
{
//new block is now in the group
gGroupedBlocks[id][i] = newBlock;
//set the block so it is now 'being grouped'
groupBlock(id, newBlock);
}
//count how many blocks could NOT be converted
else
{
++blockCount;
}
}
}
//if some blocks could NOT be converted
if (blockCount > 1)
{
client_print(id, print_chat, "%sCouldn't convert %d blocks!", gszPrefix, blockCount);
}
}
else
{
newBlock = convertBlock(id, ent, convertTo, false);
//if block was not converted
if (newBlock == 0)
{
//get the block type
new blockType = entity_get_int(ent, EV_INT_body);
client_print(id, print_chat, "%sYou cannot convert a %s block into a %s block while it is rotated!", gszPrefix, gszBlockNames[blockType], gszBlockNames[convertTo]);
}
}
}
else
{
//get name of player who has this block in their group
new szName[32];
get_user_name(player, szName, 32);
//notify player who has this block in their group
client_print(id, print_chat, "%s%s currently has this block in their group!", gszPrefix, szName);
}
}
}
}
}
convertBlock(id, ent, const convertTo, const bool:bPreserveSize)
{
new blockType;
new Float:vOrigin[3];
new Float:vSizeMax[3];
new axis;
//get block information from block player is aiming at
blockType = entity_get_int(ent, EV_INT_body);
entity_get_vector(ent, EV_VEC_origin, vOrigin);
entity_get_vector(ent, EV_VEC_maxs, vSizeMax);
//work out the axis orientation
for (new i = 0; i < 3; ++i)
{
if (vSizeMax[i] == 4.0)
{
axis = i;
break;
}
}
//if block is rotated and we're trying to convert it to a block that cannot be rotated
if ((axis == X || axis == Y) && !isBlockTypeRotatable(blockType))
{
return 0;
}
else
{
//delete old block and create new one of given type
deleteBlock(ent);
if (bPreserveSize)
{
//work out the block size
new size = SMALL;
new Float:fMax = vSizeMax[0] + vSizeMax[1] + vSizeMax[2];
if (fMax > 64.0) size = NORMAL;
if (fMax > 128.0) size = LARGE;
return createBlock(id, convertTo, vOrigin, axis, size);
}
else
{
return createBlock(id, convertTo, vOrigin, axis, gBlockSize[id]);
}
}
return ent;
}
deleteBlockAiming(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//get entity that player is aiming at
new ent, body;
get_user_aiming(id, ent, body);
//if entity player is aiming at is a block
if (isBlock(ent))
{
//get who is currently grabbing the block (if anyone)
new grabber = entity_get_int(ent, EV_INT_iuser2);
//if entity is not being grabbed by someone else
if (grabber == 0 || grabber == id)
{
//get the player ID of who has the block in a group (if anyone)
new player = entity_get_int(ent, EV_INT_iuser1);
//if the block is not in a group or is in this players group
if (player == 0 || player == id)
{
//if block is not being grabbed
if (entity_get_int(ent, EV_INT_iuser2) == 0)
{
//if block is in the players group and group count is larger than 1
if (isBlockInGroup(id, ent) && gGroupCount[id] > 1)
{
new block;
//iterate through all blocks in the players group
for (new i = 0; i <= gGroupCount[id]; ++i)
{
block = gGroupedBlocks[id][i];
//if block is still valid
if (is_valid_ent(block))
{
//get player id of who has this block in their group
new player = entity_get_int(block, EV_INT_iuser1);
//if block is still in this players group
if (player == id)
{
//delete the block
deleteBlock(block);
}
}
}
}
else
{
//delete the block
deleteBlock(ent);
}
}
}
else
{
//get name of player who has this block in their group
new szName[32];
get_user_name(player, szName, 32);
//notify player who has this block in their group
client_print(id, print_chat, "%s%s currently has this block in their group!", gszPrefix, szName);
}
}
}
}
}
bool:deleteBlock(ent)
{
//if entity is a block
if (isBlock(ent))
{
//get the sprite attached to the top of the block
new sprite = entity_get_int(ent, EV_INT_iuser3);
//if sprite entity is valid
if (sprite)
{
//remove the task for the animation of the sprite (if one exists)
if (task_exists(TASK_SPRITE + sprite))
{
remove_task(TASK_SPRITE + sprite);
}
//delete the sprite
remove_entity(sprite);
}
//delete the block
remove_entity(ent);
//block was deleted
return true;
}
//block was not deleted
return false;
}
rotateBlockAiming(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
//get block that player is aiming at
new ent, body;
get_user_aiming(id, ent, body);
//if entity found is a block
if (isBlock(ent))
{
//get who is currently grabbing the block (if anyone)
new grabber = entity_get_int(ent, EV_INT_iuser2);
//if entity is not being grabbed by someone else
if (grabber == 0 || grabber == id)
{
//get the player ID of who has the block in a group (if anyone)
new player = entity_get_int(ent, EV_INT_iuser1);
//if the block is not in a group or is in this players group
if (player == 0 || player == id)
{
//if block is in the players group and group count is larger than 1
if (isBlockInGroup(id, ent) && gGroupCount[id] > 1)
{
new block;
new bool:bRotateGroup = true;
//iterate through all blocks in the players group
for (new i = 0; i <= gGroupCount[id]; ++i)
{
block = gGroupedBlocks[id][i];
//if block is in players group
if (isBlockInGroup(id, block))
{
//get block type
new blockType = entity_get_int(block, EV_INT_body);
//if block cannot be rotated
if (!isBlockTypeRotatable(blockType))
{
//found a block that cannot be rotated
bRotateGroup = false;
break;
}
}
}
//if we can rotate the group
if (bRotateGroup)
{
//iterate through all blocks in the players group
for (new i = 0; i <= gGroupCount[id]; ++i)
{
block = gGroupedBlocks[id][i];
//if block is still valid
if (isBlockInGroup(id, block))
{
//rotate the block
rotateBlock(block);
}
}
}
else
{
//notify player that their group cannot be rotated
client_print(id, print_chat, "%sYour group contains blocks that cannot be rotated!", gszPrefix);
}
}
else
{
//rotate the block and get rotated block ID
new bool:bRotatedBlock = rotateBlock(ent);
//if block did not rotate successfully
if (!bRotatedBlock)
{
//get block type
new blockType = entity_get_int(ent, EV_INT_body);
//notify player block couldn't rotate
client_print(id, print_chat, "%s%s blocks cannot be rotated!", gszPrefix, gszBlockNames[blockType]);
}
}
}
else
{
//get name of player who has this block in their group
new szName[32];
get_user_name(player, szName, 32);
//notify player who has this block in their group
client_print(id, print_chat, "%s%s currently has this block in their group!", gszPrefix, szName);
}
}
}
}
}
bool:rotateBlock(ent)
{
//if entity is valid
if (is_valid_ent(ent))
{
//get block type
new blockType = entity_get_int(ent, EV_INT_body);
//if block is a type that can be rotated (a block without a sprite, makes it easier!)
if (isBlockTypeRotatable(blockType))
{
new Float:vAngles[3];
new Float:vSizeMin[3];
new Float:vSizeMax[3];
new Float:fTemp;
//get block information
entity_get_vector(ent, EV_VEC_angles, vAngles);
entity_get_vector(ent, EV_VEC_mins, vSizeMin);
entity_get_vector(ent, EV_VEC_maxs, vSizeMax);
//create new block using current block information with new angles and sizes
if (vAngles[0] == 0.0 && vAngles[2] == 0.0)
{
vAngles[0] = 90.0;
}
else if (vAngles[0] == 90.0 && vAngles[2] == 0.0)
{
vAngles[0] = 90.0;
vAngles[2] = 90.0;
}
else
{
vAngles = gfDefaultBlockAngles;
}
//shift vector values along
fTemp = vSizeMin[0];
vSizeMin[0] = vSizeMin[2];
vSizeMin[2] = vSizeMin[1];
vSizeMin[1] = fTemp;
fTemp = vSizeMax[0];
vSizeMax[0] = vSizeMax[2];
vSizeMax[2] = vSizeMax[1];
vSizeMax[1] = fTemp;
//set the blocks new angle
entity_set_vector(ent, EV_VEC_angles, vAngles);
//set the blocks new size
entity_set_size(ent, vSizeMin, vSizeMax);
return true;
}
}
return false;
}
copyBlock(ent)
{
//if entity is valid
if (is_valid_ent(ent))
{
new Float:vOrigin[3];
new Float:vAngles[3];
new Float:vSizeMin[3];
new Float:vSizeMax[3];
new Float:fMax;
new blockType;
new size;
new axis;
//get blocktype and origin of currently grabbed block
blockType = entity_get_int(ent, EV_INT_body);
entity_get_vector(ent, EV_VEC_origin, vOrigin);
entity_get_vector(ent, EV_VEC_angles, vAngles);
entity_get_vector(ent, EV_VEC_mins, vSizeMin);
entity_get_vector(ent, EV_VEC_maxs, vSizeMax);
//work out the block size
size = SMALL;
fMax = vSizeMax[0] + vSizeMax[1] + vSizeMax[2];
if (fMax > 64.0) size = NORMAL;
if (fMax > 128.0) size = LARGE;
//work out the axis orientation
for (new i = 0; i < 3; ++i)
{
if (vSizeMax[i] == 4.0)
{
axis = i;
break;
}
}
//create a block of the same type in the same location
return createBlock(0, blockType, vOrigin, axis, size);
}
return 0;
}
set_block_rendering(ent, type, red, green, blue, alpha)
{
if (isBlock(ent))
{
switch (type)
{
case GLOWSHELL: set_rendering(ent, kRenderFxGlowShell, red, green, blue, kRenderNormal, alpha);
case TRANSCOLOR: set_rendering(ent, kRenderFxGlowShell, red, green, blue, kRenderTransColor, alpha);
case TRANSALPHA: set_rendering(ent, kRenderFxNone, red, green, blue, kRenderTransColor, alpha);
case TRANSWHITE: set_rendering(ent, kRenderFxNone, red, green, blue, kRenderTransAdd, alpha);
default: set_rendering(ent, kRenderFxNone, red, green, blue, kRenderNormal, alpha);
}
}
}
/* BLOCK TESTS */
bool:isBlockInGroup(id, ent)
{
//is entity valid
if (is_valid_ent(ent))
{
//get player who has this block in their group (if anyone)
new player = entity_get_int(ent, EV_INT_iuser1);
if (player == id)
{
return true;
}
}
return false;
}
bool:isBlockTypeRotatable(blockType)
{
if (blockType != BM_FIRE && blockType != BM_TRAMPOLINE && blockType != BM_SPEEDBOOST)
{
return true;
}
return false;
}
bool:isBlock(ent)
{
//is it a valid entity
if (is_valid_ent(ent))
{
//get classname of entity
new szClassname[32];
entity_get_string(ent, EV_SZ_classname, szClassname, 32);
//if classname of entity matches global block classname
if (equal(szClassname, gszBlockClassname) || equal(szClassname, "bcm"))
{
//entity is a block
return true;
}
}
//entity is not a block
return false;
}
bool:isTimer(ent)
{
//is it a valid entity
if (is_valid_ent(ent))
{
//get classname of entity
new szClassname[32];
entity_get_string(ent, EV_SZ_classname, szClassname, 32);
//if classname of entity matches global timer classname
if (equal(szClassname, gszTimerClassname))
{
//entity is a timer
return true;
}
}
//entity is not a timer
return false;
}
bool:isBlockStuck(ent)
{
//first make sure the entity is valid
if (is_valid_ent(ent))
{
new content;
new Float:vOrigin[3];
new Float:vPoint[3];
new Float:fSizeMin[3];
new Float:fSizeMax[3];
//get the size of the block being grabbed
entity_get_vector(ent, EV_VEC_mins, fSizeMin);
entity_get_vector(ent, EV_VEC_maxs, fSizeMax);
//get the origin of the block
entity_get_vector(ent, EV_VEC_origin, vOrigin);
//decrease the size values of the block
fSizeMin[0] += 1.0;
fSizeMax[0] -= 1.0;
fSizeMin[1] += 1.0;
fSizeMax[1] -= 1.0;
fSizeMin[2] += 1.0;
fSizeMax[2] -= 1.0;
//get the contents of the centre of all 6 faces of the block
for (new i = 0; i < 14; ++i)
{
//start by setting the point to the origin of the block (the middle)
vPoint = vOrigin;
//set the values depending on the loop number
switch (i)
{
//corners
case 0: { vPoint[0] += fSizeMax[0]; vPoint[1] += fSizeMax[1]; vPoint[2] += fSizeMax[2]; }
case 1: { vPoint[0] += fSizeMin[0]; vPoint[1] += fSizeMax[1]; vPoint[2] += fSizeMax[2]; }
case 2: { vPoint[0] += fSizeMax[0]; vPoint[1] += fSizeMin[1]; vPoint[2] += fSizeMax[2]; }
case 3: { vPoint[0] += fSizeMin[0]; vPoint[1] += fSizeMin[1]; vPoint[2] += fSizeMax[2]; }
case 4: { vPoint[0] += fSizeMax[0]; vPoint[1] += fSizeMax[1]; vPoint[2] += fSizeMin[2]; }
case 5: { vPoint[0] += fSizeMin[0]; vPoint[1] += fSizeMax[1]; vPoint[2] += fSizeMin[2]; }
case 6: { vPoint[0] += fSizeMax[0]; vPoint[1] += fSizeMin[1]; vPoint[2] += fSizeMin[2]; }
case 7: { vPoint[0] += fSizeMin[0]; vPoint[1] += fSizeMin[1]; vPoint[2] += fSizeMin[2]; }
//centre of faces
case 8: { vPoint[0] += fSizeMax[0]; }
case 9: { vPoint[0] += fSizeMin[0]; }
case 10: { vPoint[1] += fSizeMax[1]; }
case 11: { vPoint[1] += fSizeMin[1]; }
case 12: { vPoint[2] += fSizeMax[2]; }
case 13: { vPoint[2] += fSizeMin[2]; }
}
//get the contents of the point on the block
content = point_contents(vPoint);
//if the point is out in the open
if (content == CONTENTS_EMPTY || content == 0)
{
//block is not stuck
return false;
}
}
}
else
{
//entity is invalid but don't say its stuck
return false;
}
//block is stuck
return true;
}
bool:isTeleport(ent)
{
if (is_valid_ent(ent))
{
//get classname of entity
new szClassname[32];
entity_get_string(ent, EV_SZ_classname, szClassname, 32);
//compare classnames
if (equal(szClassname, gszTeleportStartClassname) || equal(szClassname, gszTeleportEndClassname))
{
//entity is a teleport
return true;
}
}
//entity is not a teleport
return false;
}
doSnapping(id, ent, Float:fMoveTo[3])
{
//if player has snapping enabled
if (gbSnapping[id])
{
new Float:fSnapSize = gfSnapDistance + gfSnappingGap[id];
new Float:vReturn[3];
new Float:dist;
new Float:distOld = 9999.9;
new Float:vTraceStart[3];
new Float:vTraceEnd[3];
new tr;
new trClosest = 0;
new blockFace;
//get the size of the block being grabbed
new Float:fSizeMin[3];
new Float:fSizeMax[3];
entity_get_vector(ent, EV_VEC_mins, fSizeMin);
entity_get_vector(ent, EV_VEC_maxs, fSizeMax);
//do 6 traces out from each face of the block
for (new i = 0; i < 6; ++i)
{
//setup the start of the trace
vTraceStart = fMoveTo;
switch (i)
{
case 0: vTraceStart[0] += fSizeMin[0]; //edge of block on -X
case 1: vTraceStart[0] += fSizeMax[0]; //edge of block on +X
case 2: vTraceStart[1] += fSizeMin[1]; //edge of block on -Y
case 3: vTraceStart[1] += fSizeMax[1]; //edge of block on +Y
case 4: vTraceStart[2] += fSizeMin[2]; //edge of block on -Z
case 5: vTraceStart[2] += fSizeMax[2]; //edge of block on +Z
}
//setup the end of the trace
vTraceEnd = vTraceStart;
switch (i)
{
case 0: vTraceEnd[0] -= fSnapSize;
case 1: vTraceEnd[0] += fSnapSize;
case 2: vTraceEnd[1] -= fSnapSize;
case 3: vTraceEnd[1] += fSnapSize;
case 4: vTraceEnd[2] -= fSnapSize;
case 5: vTraceEnd[2] += fSnapSize;
}
//trace a line out from one of the block faces
tr = trace_line(ent, vTraceStart, vTraceEnd, vReturn);
//if the trace found a block and block is not in group or block to snap to is not in group
if (isBlock(tr) && (!isBlockInGroup(id, tr) || !isBlockInGroup(id, ent)))
{
//get the distance from the grabbed block to the found block
dist = get_distance_f(vTraceStart, vReturn);
//if distance to found block is less than the previous block
if (dist < distOld)
{
trClosest = tr;
distOld = dist;
//save the block face where the trace came from
blockFace = i;
}
}
}
//if there is a block within the snapping range
if (is_valid_ent(trClosest))
{
//get origin of closest block
new Float:vOrigin[3];
entity_get_vector(trClosest, EV_VEC_origin, vOrigin);
//get sizes of closest block
new Float:fTrSizeMin[3];
new Float:fTrSizeMax[3];
entity_get_vector(trClosest, EV_VEC_mins, fTrSizeMin);
entity_get_vector(trClosest, EV_VEC_maxs, fTrSizeMax);
//move the subject block to the origin of the closest block
fMoveTo = vOrigin;
//offset the block to be on the side where the trace hit the closest block
if (blockFace == 0) fMoveTo[0] += (fTrSizeMax[0] + fSizeMax[0]) + gfSnappingGap[id];
if (blockFace == 1) fMoveTo[0] += (fTrSizeMin[0] + fSizeMin[0]) - gfSnappingGap[id];
if (blockFace == 2) fMoveTo[1] += (fTrSizeMax[1] + fSizeMax[1]) + gfSnappingGap[id];
if (blockFace == 3) fMoveTo[1] += (fTrSizeMin[1] + fSizeMin[1]) - gfSnappingGap[id];
if (blockFace == 4) fMoveTo[2] += (fTrSizeMax[2] + fSizeMax[2]) + gfSnappingGap[id];
if (blockFace == 5) fMoveTo[2] += (fTrSizeMin[2] + fSizeMin[2]) - gfSnappingGap[id];
}
}
}
/***** FILE HANDLING *****/
saveBlocks(id)
{
//make sure player has access to this command
if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
new file = fopen(gszNewFile, "wt");
new ent = -1;
new blockType;
new Float:vOrigin[3];
new Float:vAngles[3];
new Float:vStart[3];
new Float:vEnd[3];
new blockCount = 0;
new teleCount = 0;
new timerCount = 0;
new szData[128];
new Float:fMax;
new size;
new Float:vSizeMax[3];
while ((ent = find_ent_by_class(ent, gszBlockClassname)))
{
//get block info
blockType = entity_get_int(ent, EV_INT_body);
entity_get_vector(ent, EV_VEC_origin, vOrigin);
entity_get_vector(ent, EV_VEC_angles, vAngles);
entity_get_vector(ent, EV_VEC_maxs, vSizeMax);
size = SMALL;
fMax = vSizeMax[0] + vSizeMax[1] + vSizeMax[2];
if (fMax > 64.0) size = NORMAL;
if (fMax > 128.0) size = LARGE;
//format block info and save it to file
formatex(szData, 128, "%c %f %f %f %f %f %f %d^n", gBlockSaveIds[blockType], vOrigin[0], vOrigin[1], vOrigin[2], vAngles[0], vAngles[1], vAngles[2], size);
fputs(file, szData);
//increment block count
++blockCount;
}
//iterate through teleport end entities because you can't have an end without a start
ent = -1;
while ((ent = find_ent_by_class(ent, gszTeleportEndClassname)))
{
//get the id of the start of the teleporter
new tele = entity_get_int(ent, EV_INT_iuser1);
//check that start of teleport is a valid entity
if (tele)
{
//get the origin of the start of the teleport and save it to file
entity_get_vector(tele, EV_VEC_origin, vStart);
entity_get_vector(ent, EV_VEC_origin, vEnd);
formatex(szData, 128, "%c %f %f %f %f %f %f^n", gTeleportSaveId, vStart[0], vStart[1], vStart[2], vEnd[0], vEnd[1], vEnd[2]);
fputs(file, szData);
//2 teleport entities count as 1 teleporter
++teleCount;
}
}
//iterate through timer end entities because you can't have an end without a start
ent = -1;
while ((ent = find_ent_by_class(ent, gszTimerClassname)))
{
//get the type of timer
new timerType = entity_get_int(ent, EV_INT_body);
//timer type must be an end
if (timerType == TIMER_END)
{
//get the id of the start of the timer
new timer = entity_get_int(ent, EV_INT_iuser1);
//check that start of timer is a valid entity
if (timer)
{
//get the origin of the start of the timer and its angles
entity_get_vector(timer, EV_VEC_origin, vStart);
entity_get_vector(timer, EV_VEC_angles, vAngles);
//save the start timer information to file
formatex(szData, 128, "%c %f %f %f %f %f %f^n", gTimerSaveId, vStart[0], vStart[1], vStart[2], vAngles[0], vAngles[1], vAngles[2]);
fputs(file, szData);
//get the origin of the end of the timer and its angles
entity_get_vector(ent, EV_VEC_origin, vEnd);
entity_get_vector(ent, EV_VEC_angles, vAngles);
//save the end timer information to file
formatex(szData, 128, "%c %f %f %f %f %f %f^n", gTimerSaveId, vEnd[0], vEnd[1], vEnd[2], vAngles[0], vAngles[1], vAngles[2]);
fputs(file, szData);
//2 timer entities count as 1 timer
++timerCount;
}
}
}
//get players name
new szName[32];
get_user_name(id, szName, 32);
//notify all admins that the player saved blocks to file
for (new i = 1; i <= 32; ++i)
{
//make sure player is connected
if (is_user_connected(i))
{
if (get_user_flags(i) & BM_ADMIN_LEVEL)
{
client_print(i, print_chat, "%s'%s' saved %d block%s, %d teleporter%s and %d timer%s! Total entites in map: %d", gszPrefix, szName, blockCount, (blockCount == 1 ? "" : "s"), teleCount, (teleCount == 1 ? "" : "s"), timerCount, (timerCount == 1 ? "" : "s"), entity_count());
}
}
}
//close file
fclose(file);
}
}
loadBlocks(id)
{
new bool:bAccess = false;
//if this function was called on map load, ID is 0
if (id == 0)
{
bAccess = true;
}
//make sure user calling this function has access
else if (get_user_flags(id) & BM_ADMIN_LEVEL)
{
bAccess = true;
}
if (bAccess)
{
//if map file exists
if (file_exists(gszNewFile))
{
//if a player is loading then first delete all the old blocks, teleports and timers
if (id > 0 && id <= 32)
{
deleteAllBlocks(id, false);
deleteAllTeleports(id, false);
deleteAllTimers(id, false);
}
new szData[128];
new szType[2];
new sz1[16], sz2[16], sz3[16], sz4[16], sz5[16], sz6[16], sz7[16];
new Float:vVec1[3];
new Float:vVec2[3];
new axis;
new size;
new f = fopen(gszNewFile, "rt");
new blockCount = 0;
new teleCount = 0;
new timerCount = 0;
new bool:bTimerStart = true;
new Float:vTimerOrigin[3];
new Float:vTimerAngles[3];
//iterate through all the lines in the file
while (!feof(f))
{
szType = "";
fgets(f, szData, 128);
parse(szData, szType, 1, sz1, 16, sz2, 16, sz3, 16, sz4, 16, sz5, 16, sz6, 16, sz7, 16);
vVec1[0] = str_to_float(sz1);
vVec1[1] = str_to_float(sz2);
vVec1[2] = str_to_float(sz3);
vVec2[0] = str_to_float(sz4);
vVec2[1] = str_to_float(sz5);
vVec2[2] = str_to_float(sz6);
size = str_to_num(sz7);
if (strlen(szType) > 0)
{
//if type is not a teleport
if (szType[0] != gTeleportSaveId)
{
//set axis orientation depending on block angles
if (vVec2[0] == 90.0 && vVec2[1] == 0.0 && vVec2[2] == 0.0)
{
axis = X;
}
else if (vVec2[0] == 90.0 && vVec2[1] == 0.0 && vVec2[2] == 90.0)
{
axis = Y;
}
else
{
axis = Z;
}
//increment block counter
++blockCount;
}
//create block or teleport depending on type
switch (szType[0])
{
case 'A': createBlock(0, BM_PLATFORM, vVec1, axis, size);
case 'B': createBlock(0, BM_BHOP, vVec1, axis, size);
case 'C': createBlock(0, BM_DAMAGE, vVec1, axis, size);
case 'D': createBlock(0, BM_HEALER, vVec1, axis, size);
case 'E': createBlock(0, BM_INVINCIBILITY, vVec1, axis, size);
case 'F': createBlock(0, BM_STEALTH, vVec1, axis, size);
case 'G': createBlock(0, BM_TRAMPOLINE, vVec1, axis, size);
case 'H': createBlock(0, BM_SPEEDBOOST, vVec1, axis, size);
case 'I': createBlock(0, BM_NOFALLDAMAGE, vVec1, axis, size);
case 'J': createBlock(0, BM_ICE, vVec1, axis, size);
case 'K': createBlock(0, BM_DEATH, vVec1, axis, size);
case 'L': createBlock(0, BM_NUKE, vVec1, axis, size);
case 'M': createBlock(0, BM_CAMOUFLAGE, vVec1, axis, size);
case 'N': createBlock(0, BM_LOWGRAVITY, vVec1, axis, size);
case 'O': createBlock(0, BM_FIRE, vVec1, axis, size);
case 'P': createBlock(0, BM_SLAP, vVec1, axis, size);
case 'Q': createBlock(0, BM_RANDOM, vVec1, axis, size);
case 'R': createBlock(0, BM_HONEY, vVec1, axis, size);
case 'S': createBlock(0, BM_BARRIER_CT, vVec1, axis, size);
case 'T': createBlock(0, BM_BARRIER_T, vVec1, axis, size);
case 'U': createBlock(0, BM_BOOTSOFSPEED, vVec1, axis, size);
case 'V': createBlock(0, BM_GLASS, vVec1, axis, size);
case 'W': createBlock(0, BM_BHOP_NOSLOW, vVec1, axis, size);
case 'X': createBlock(0, BM_AUTO_BHOP, vVec1, axis, size);
case 'Y': createBlock(0, BM_BHOP_NOSLOW1, vVec1, axis, size);
case gTeleportSaveId:
{
createTeleport(0, TELEPORT_START, vVec1);
createTeleport(0, TELEPORT_END, vVec2);
//increment teleport count
++teleCount;
}
case gTimerSaveId:
{
//is this the first timer info retrieved from file?
if (bTimerStart)
{
//store start timer info
vTimerOrigin[0] = vVec1[0];
vTimerOrigin[1] = vVec1[1];
vTimerOrigin[2] = vVec1[2];
vTimerAngles[0] = vVec2[0];
vTimerAngles[1] = vVec2[1];
vTimerAngles[2] = vVec2[2];
//the next timer to come along is the end of the timer
bTimerStart = false;
}
else
{
//create the start of timer
createTimer(0, TIMER_START, vTimerOrigin, vTimerAngles);
//create the end of the timer
createTimer(0, TIMER_END, vVec1, vVec2);
//if another timer comes along then it'll be the start again
bTimerStart = true;
//increment timer count
++timerCount;
}
}
default:
{
log_amx("%sInvalid block type: %c in: %s", gszPrefix, szType[0], gszFile);
//decrement block counter because a block was not created
--blockCount;
}
}
}
}
fclose(f);
//if a player is loading the blocks
if (id > 0 && id <= 32)
{
//get players name
new szName[32];
get_user_name(id, szName, 32);
//notify all admins that the player loaded blocks from file
for (new i = 1; i <= 32; ++i)
{
//make sure player is connected
if (is_user_connected(i))
{
if (get_user_flags(i) & BM_ADMIN_LEVEL)
{
client_print(i, print_chat, "%s'%s' loaded %d block%s, %d teleporter%s and %d timer%s! Total entites in map: %d", gszPrefix, szName, blockCount, (blockCount == 1 ? "" : "s"), teleCount, (teleCount == 1 ? "" : "s"), timerCount, (timerCount == 1 ? "" : "s"), entity_count());
}
}
}
}
}
else
{
//if a player is loading the blocks
if (id > 0 && id <= 32)
{
//notify player that the file could not be found
client_print(id, print_chat, "%sCouldn't find file: %s", gszPrefix, gszNewFile);
}
}
}
}
/* MISC */
drawLine(Float:vOrigin1[3], Float:vOrigin2[3], life)
{
message_begin(MSG_BROADCAST, SVC_TEMPENTITY);
write_byte(TE_BEAMPOINTS);
write_coord(floatround(vOrigin1[0], floatround_floor));
write_coord(floatround(vOrigin1[1], floatround_floor));
write_coord(floatround(vOrigin1[2], floatround_floor));
write_coord(floatround(vOrigin2[0], floatround_floor));
write_coord(floatround(vOrigin2[1], floatround_floor));
write_coord(floatround(vOrigin2[2], floatround_floor));
write_short(gSpriteIdBeam); //sprite index
write_byte(0); //starting frame
write_byte(1); //frame rate in 0.1's
write_byte(life); //life in 0.1's
write_byte(5); //line width in 0.1's
write_byte(0); //noise amplitude in 0.01's
write_byte(255); //red
write_byte(255); //green
write_byte(255); //blue
write_byte(255); //brightness
write_byte(0); //scroll speed in 0.1's
message_end();
}
htmlFriendly(szString[])
{
//replace < > in string with HTML friendly characters
while (contain(szString, "<") != -1)
{
replace(szString, 2048, "<", "<");
}
while (contain(szString, ">") != -1)
{
replace(szString, 2048, ">", ">");
}
}
bool:getFileContents(szFilename[], szContents[])
{
new size = file_size(szFilename, 0);
new line = 0;
new length = 0;
new pos;
new szData[128];
if (size > 0)
{
do
{
line = read_file(szFilename, line, szData, size, length);
if (line != 0)
{
pos += format(szContents[pos], 511 - pos, szData);
}
}while (line != 0);
return true;
}
return false;
}
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