Автор: Kalian (канал на YouTube'е)
Инструкции размещены с согласия и благословления автора. Спасибо за разрешение мистеру Guchi

Базовое (установка, первичная загрузка):
1 Вступление

Особенности левел-дизайна:
2 Основы
3 Создание простой локации

3.5 Сетка
4. Редактор ландшафта

4.5 Закрытые миры, world space

4.8Импортирование карты высот

4.9 Создание лодов
5 Создание и добавление оружия
6 Создание торговца
7 Создание стендов и стоек для оружия
8 Создание манекенов
9 Создание витрин
10 Создание книжной полки
11 Навмеши (NavMesh)
12 Освещение и FX-эффекты
13 Небольшой совет и ловушки
14 Создание квеста (часть 1)
15 Создание квеста (часть 2)
16 Создание квеста (Часть 3)
17 Создание квеста (Часть 4)
18 Создание NPC
19 Компаньоны и свадьбы
20 Ключ для поместья
21 Скрипт для телепорта
22 Разжигаемый костер
23 Выключатель света
24 Создание книги
25 Вода
26 Создание заклинания
27 Создание перка
28 Погода (визуальное эффекты ч. 1)
29 Компаньон - животное
30 Создание простой сцены
31 Object Palette Editing
32 "Живые жители" (AI пакеты, маркеры)
33 Как сделать свой ретекстур

И немного отдельного:
о файлах http://www.youtube.com/watch?v=ZVd3ovB1V4g - Skyrim'а
и программе http://www.youtube.com/watch?v=MdwGFvmxaMc - Nifskope.

scriptName CritterSpawn extends ObjectReference

import Critter
import Utility

;----------------------------------------------
; Properties to be set for this Critter spawn
;----------------------------------------------

; The type of critter (base object) to create
FormList property CritterTypes auto
{ The base object to create references of to spawn critters}

; The distance from this spawner that Moths are allowed to be
float property fLeashLength = 500.0 auto
{ The distance that moths are allowed to be from this spawner}
float property fLeashHeight = 50.0 auto
{ The distance that dragonflies are allowed to be from above spawner}
float property fLeashDepth = 50.0 auto
{ The distance that fish are allowed to be from below spawner}
float property fMaxPlayerDistance = 2000.0 auto
{ The distance from the player before the Spawner stops spawning critters}

int property iMaxCritterCount = 10 auto
{ The maximum number of critters this spawner can generate}
float property fFastSpawnInterval = 0.1 auto
{ When spawning critters, the interval between spawns}
float property fSlowSpawnInterval = 5.0 auto
{ When spawning critters, the interval between spawns}

GlobalVariable property GameHour auto
{ Make this point to the GameHour global }
float property fStartSpawnTime = 6.0 auto
{ The Time after which this spawner can be active}
float property fEndSpawnTime = 11.0 auto
{ The Time before which this spawner can be active}

float property fLeashOverride auto
{Optional: Manually set roaming radius for critters spawned}

bool property bSpawnInPrecipitation auto
{Should this critter spawn in rain/snow?  DEFAULT: FALSE}

;----------------------------------------------
; Constants (shouldn't need to modify these)
;----------------------------------------------
float fCheckPlayerDistanceTime = 2.0

;----------------------------------------------
; Variables to keep track of spawned critters
;----------------------------------------------
int property iCurrentCritterCount = 0 auto hidden
bool bLooping
bool bPrintDebug = FALSE ; should usually be set to false.
int recursions

; Do initial stuff when my 3D has loaded up.
EVENT OnLoad()
; The Spawner will register for update and periodically check whether the player is close or not
; - JOEL REFACTOR - Going to use onLoad() & onUnload() instead of states?
; GotoState("WaitingForPlayer")
; - JOEL REFACTOR - also no longer need to update
; RegisterForSingleUpdate(fCheckPlayerDistanceTime)

if bPrintDebug == TRUE
; debug.trace("spawner " + self + " loaded.")
recursions = 0
endif

; set our control bool to start the loop
bLooping = TRUE

while bLooping == TRUE
if bPrintDebug == TRUE
recursions += 1
; debug.trace("spawner " + self +  " while loop #" + recursions)
endif

if shouldSpawn() == FALSE
; wait a bit, then see if the player is close again.
; Removing this to eliminate some TPLOG spam
; ; debug.TraceConditional("player not yet near spawner " + self, bPrintDebug)
utility.wait(fCheckPlayerDistanceTime)
else
; ; debug.TraceConditional("spawner " + self + " ready to spawn!!!", bPrintDebug)
; player must be nearby - spawn our initial critters
; don't follow up as we no longer wish to re-generate new critters until the player leaves entirely
spawnInitialCritterBatch()
bLooping = FALSE
endif
endWhile

endEVENT

EVENT onUnload()
; when our 3D unloads, stop looping until loaded again.
bLooping = FALSE
; ; debug.TraceConditional("spawner " + self + " unloading due to onUnload() EVENT.", bPrintDebug)
endEVENT

EVENT onCellDetach()
bLooping = FALSE
; ; debug.TraceConditional("spawner " + self + " unloading due to onCellDetach() EVENT.", bPrintDebug)
endEVENT

Function SpawnInitialCritterBatch()
; How many do we need to spawn?
int icrittersToSpawn = iMaxCritterCount - iCurrentCritterCount

; Create that many critters
int i = 0;
while (i < icrittersToSpawn)
; Create one critter at a time
SpawnCritter()

; Wait a bit before the next spawn
;Wait(fFastSpawnInterval)

; Next
i = i + 1
endWhile
endFunction

; Called by critters when they die
Event OnCritterDied()
; Decrement current critter count, next time OnUpdate
; gets called, we'll spawn a new one
if iCurrentCritterCount > 0
iCurrentCritterCount = iCurrentCritterCount - 1
elseif iCurrentCritterCount == 0
; don't do anything if already @ zero
else
; iCurrentCritterCount must be in the negatives.  Something is up, but for now increment towards zero
iCurrentCritterCount = iCurrentCritterCount + 1
endif
endEvent

; Spawns one Critter
bool Function SpawnCritter()
if (iCurrentCritterCount < iMaxCritterCount) && (iCurrentCritterCount >= 0)
; Go ahead with the actual spawn
SpawnCritterAtRef(self)
; Increment count
iCurrentCritterCount = iCurrentCritterCount + 1
return true
elseif iCurrentCritterCount < 0
; debug.trace("("+self+") has invalid iCurrentCritterCount of "+iCurrentCritterCount+", abort!")
; turn off loop
bLooping = FALSE
else
; debug.trace("("+self+") SpawnCritter() failed because iCurrentCritterCount is "+iCurrentCritterCount)
; ;debug.trace("("+self+") iMaxCritterCount: "+iMaxCritterCount)
endif
endFunction

; Spawns one Critter at a specific location
Function SpawnCritterAtRef(ObjectReference arSpawnRef)
; Pick a random critter type
Activator critterType = CritterTypes.GetAt(RandomInt(0, CritterTypes.GetSize() - 1)) as Activator

; Create the critter and cast it to the critter base class
ObjectReference critterRef = arSpawnRef.PlaceAtMe(critterType, 1, false, true)
Critter thecritter = critterRef as Critter

; Set initial variables on the critter
; ; Debug.TraceConditional("Spawner " + self + " is creating Critter " + thecritter, bPrintDebug);
thecritter.SetInitialSpawnerProperties(fLeashLength, fLeashHeight, fLeashDepth, fMaxPlayerDistance + fLeashLength, self)
endFunction

; Utility method that returns the player's distance
float Function GetPlayerDistance()
return Game.GetPlayer().GetDistance(self)
endFunction

; Utility method that tells the spawner whether it should spawn critters
bool Function ShouldSpawn()
;DREW - Added an extra safety measure for if the object is stuck in the spawn check loop while the 3d is not loaded
; NOTE - is3dLoaded dumps an error when the 3d is not loaded, but the function still returns false which should
; set bLooping to false and jump out of the bLooping While, at which point no additional errors will be thrown
if self.is3dLoaded()
if !(GetPlayerDistance() <= fMaxPlayerDistance)
return false
endIf
; Otherwise, base value on time of day (no handling of wrap around though...)
return IsActiveTime()
else ;if the 3d is not loaded jump out of the looped state. Just an extra safety measure.
; ;debug.Trace(self + ": should be setting bLooping to False")
bLooping = FALSE
return false
endif
endFunction

bool Function IsActiveTime()
bool binTimeRange = false
if (fEndSpawnTime >= fStartSpawnTime)
binTimeRange = (GameHour.GetValue() >= fStartSpawnTime) && (GameHour.GetValue() < fEndSpawnTime)
else
binTimeRange = (GameHour.GetValue() >= fStartSpawnTime) || (GameHour.GetValue() < fEndSpawnTime)
endIf
return binTimeRange && ((Weather.GetCurrentWeather() == none) || \
(Weather.GetCurrentWeather().GetClassification() < 2) || \
(bSpawnInPrecipitation == TRUE))
endFunction