Muziko Kreito Universo Documentation & Source Code

8/9/2019 Muziko Kreito Universo Documentation & Source Code

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Terminal Creative Project Documentation

Presented to the University of Oregon School of Music and Dancein partial fulfillment of the requirements for the degree of

Master of Music in Intermedia Music Technology

June 2010

Muziko Kreito Universo

Kevin Heis


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Muziko Kreito Universo, a project prepared by Kevin Heis in partial fulfillment of the

requirements for the Master of Music degree in the School of Music and Dance. Thisterminal project has been approved and accepted by:

___________________________________________________________________________

Dr. Jeffrey StoletChair of the Examining Committee

___________________________________________________________________________

Date

Committee in Charge:

Dr. Jeffrey Stolet, ChairYing TanCraig HickmanRobert PontoDr. Steve Vacchi

Accepted by:

___________________________________________________________________________

Dr. Ann B. TedardsAssociate Dean and Director of Graduate Studies, School of Music and Dance

Heis, Muziko Kreito Universo: Project Documentation, 2


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2010 Kevin Heis


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Thanks

CommitteeDr. Jeffrey Stolet, Professor of Music Technology, Advisor

Professor Ying Tan, Associate Professor of Digital Art

Professor Craig Hickman, Professor of Digital Art

Professor Robert Ponto, Associate Professor of Conducting

Dr. Steve Vacchi, Associate Professor of Bassoon

ColleaguesJenifer Jaseau

Simon HutchinsonChi Wang

Clay Kent

Jon Bellona

Loren Mohler

Kevin Drake

Tammy Coles

TechnologyThe Cycling '74 team

The developers of Cosm at the University of California, Santa Barbara



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Table of ContentsAbstract 6

Concept 6

Technology 6In conjunction 6

Textual Description 7

State Machine Diagram 11

Source code 12

Max patches 13

Lua source code 18

File: mku.lua 18File: universal.lua 19File: tween_delay.lua 22

File: color.lua 23File: flicker.lua 24File: bolts.lua 24File: kreito.lua 25

File: kreito_template.lua 34File: radiuso.lua 35File: flugilo.lua 37File: konko.lua 40

File: streko.lua 43File: drivo.lua 45File: mku_c74.txt 49



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AbstractConceptMuziko Kreito Universo is a three-dimensional visual and ambisonic sound installation. The

work is experienced as a digital universe of intelligent musical creatures, where human

participants act as gods influencing the environment as the creatures strive for auditory

greatness. The work explores themes of creation and destruction, of power and servitude,

and of the role of humans in an environment with other beings, as well as the fundamental

relationship between the essence of sound and decision-making beings.

TechnologyThe primary technologies used in Muziko Kreito Universo are:

1. Max/MSP/Jitter, an audiovisual development environment;

2. OpenGL, a graphics library specification;

3. Cosm, a framework for virtual worlds in Max/MSP/JItter;

4. Lua, a powerful, beautiful, efficient scripting language; as well as a

5. SpaceNavigator, a six-degree three-dimensional mouse; and

6. c74, a customizable user interface application on the iPod Touch.

In conjunctionA video demonstration can be found at:

http://kevinheis.net/mku/

Source code is provided at the end of this document.



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Textual Description

Muziko Kreito Universo is an original audiovisual interactive work based on concepts

of artificial intelligence. Muziko Kreito Universo is a digital universe of intelligent music

creatures. These musical creatures live full life cycles as they strive for auditory greatness.

A human acts as a god to the musical creatures by influencing various aspects of the

universe. The work is experienced as an installation: a three-dimensional visual and

ambisonic universe. Muziko Kreito Universo works with ideas of creation and destruction,

power and servitude, the role of humans in an environment with other beings, and the

fundamental essence of sound to decision-making beings.

The audiovisual interactive work is inspired by video games, real world animals, and

scholarly and artistic works. Some of the influential video games include Flow, The Sims,

Osmos, Elektroplankton, Spore, and Black and White. The models and animations of the

creatures are based on deep sea creatures, as seen in Planet Earth and The Deep. Some of

the scholarly influences include Visual Space Music by mememamo, Marc Downie's work on

intelligent music characters at MIT, and works using the Cosm framework from UC, Santa

Barbara.

Muziko Kreito Universo is built out of a combination of software and human user

interaction technologies. The software used is Max/MSP/Jitter, an audiovisual development

environment, Cosm, a framework for building virtual worlds in Max/MSP/Jitter, the Lua

scripting language, and OpenGL. The user interaction devices are a SpaceNavigator, a six-

degree, three-dimensional mouse, and an iPod Touch running the c74 application.



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The creatures in the Muziko Kreito Universo environment are driven by state

machines. A state machine is a model used by computer programmers to create agents. An

agent is an entity that makes decisions. Each creature has a state machine. The state

machine is comprised of a set of states. For each state machine in the Muziko Kreito

Universo environment, only one state can be active at a time. Within each state there exists

a set of behaviors. These behaviors include embedded rules that can cause the active state

to change to a different state.

Each creature has three attributes with which to guide decision-making. The three

attributes are age, health, and energy. At any point in time, each creature is in one of

twelve creature states, which are birth, follow parent, wander, sleep, pursue, play,

procreate, hunt, fight, chase, flee, and death. The three kinds of creature relationships,

parent and children, playmates, and prey and predator, have been formulated in this world.

The creatures move in space by use of steering forces. A steering force is an algorithm for

determining paths for autonomous agents using vector mathematics.

Muziko Kreito Universo's creatures are represented in the universe both visually and

sonically. The sound system is rendered in real time in ambisonics, an audio methodology

for encoding and decoding multiple audio channels to create a realistic spatialization of

sound producing objects. The ambisonic system uses panning, volume, low-pass filtering,

reverberation, and pitch to spatialize sound producing objects. Each creature type has a set

of sound samples associated with it that change over time. These samples are played back

with changes in rhythm, pitch, volume, and distortion depending on the creature's active

state and attributes.



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There are five types of creatures in Muziko Kreito Universo. These are named radiuso

(jelly), flugilo (ray), konko (shelled creature), streko (eel), and drivo (drifter). These models

are rendered in OpenGL using simple geometric shapes, like spheres and cones.

Each of these models has a set of animations that are associated with the model.

These animations are move, procreate, sleep, death, flee, and four possible play/fight

animations. The animations are executed by use of tweens, an algorithm that changes a

numeric variable over time. The colors and animations of the creatures represent the

creature's current state.

The human participant interacts with these creatures with a SpaceNavigator and an

iPod Touch running the c74 application. The SpaceNavigator provides the end user the

ability to move through the digital universe by rotating, pushing, and pulling on a knob

that can be moved in six directions. The c74 application allows the participant to influence

the creatures' health and energy globally, pause the universe, or return the position of the

participant to the starting position. The influence over health and energy is represented by

a heads-up style display, with colors to represent the strength and type of influence the

participant has over the creatures.

The primary challenges of creating Muziko Kreito Universo were the issue of playing

god, the challenge of multiplicity, and working in three visual and sonic dimensions. The

question of playing god is a natural part of creating an artificial intelligent system, and

provokes questions such as 'What is the effect of a god?'The system has been designed to

answer these questions as directly as possible. The challenge of multiplicity is both

conceptual and technological. With up to thirty-two creatures in the space, the creatures



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needed to be simple and obvious in their actions. Finally, the three-dimensional challenges

were solved using a combination of audiovisual and interactive technologies.

The work will be installed on Monday, April 19th from 8:30am to 12:30pm in the

University of Oregon School of Music in room 140; Friday, April 30th from 10am to 3pm in

the University of Oregon Erb Memorial Union in the concourse; Saturday, May 1st from 6pm

to 10pm in the University of Oregon School of Music in room 140 as part of the [m] event;

and performed on Saturday, May 8th at the Future Music Oregon concert at 8pm.



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Source codeThe source code of this document is divided into two sections: Max patches, and Lua

source code.



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Max patches



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Lua source codeFile: mku.lua

function msg_float (i)! u.time_elapse = i! if u.is_running == 1 then! ! u.sketch:reset()! ! u.time = u.time + u.time_elapse! ! u.global_age = u.life_rate * u.time_elapse! ! u.count_kreitoj()! ! flicker:update()! ! for i in pairs(u.kreitoj) do! ! ! if u.kreitoj[i] ~= nil then! ! ! ! u.kreitoj[i]:update()! ! ! end! ! end! ! u.bolts:draw()! end! u.update_resetter()! u.send("time_elapse", u.time_elapse)end

function scale (i)! u.scale(i)endfunction control_data (health, energy)! u.control_data (health, energy)endfunction k_message (callername, element, ...)! if u.kreitoj[callername] ~= nil then! ! if element == "position" then! ! ! u.kreitoj[callername].position_x = arg[1]! ! ! u.kreitoj[callername].position_y = arg[2]! ! ! u.kreitoj[callername].position_z = arg[3]! ! elseif element == "rotate" then! ! ! u.kreitoj[callername].rotate_r = arg[1]! ! ! u.kreitoj[callername].rotate_x = arg[2]! ! !

u.kreitoj[callername].rotate_y = arg[3]! ! ! u.kreitoj[callername].rotate_z = arg[4]! ! end! endendfunction sound_path (path)! flicker.localpath = pathendfunction is_running (toggle)! u.is_running = toggleendfunction reset_elapse ()! u.interact_elapse = 0endfunction master_position (x, y, z, a, b, c)! u.masterx = x! u.mastery = y! u.masterz = z! u.lookatx = a! u.lookaty = b! u.lookatz = cendimportfile('universal.lua')importfile('flicker.lua')importfile('color.lua')importfile('tween_delay.lua')importfile('bolts.lua')



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importfile('kreito.lua')importfile('radiuso.lua')importfile('flugilo.lua')importfile('konko.lua')importfile('streko.lua')importfile('drivo.lua')

File: universal.lua

u = {}u.time = 0u.time_elapse = 0u.interact_elapse = 0u.global_health = 0u.global_energy = 0u.global_age = 0u.is_running = 1u.life_rate = 0.0000024 --life is approximately 4 minutes longu.slow_rate = 0.000012u.mid_rate = 0.000024u.fast_rate = 0.000048u.stop_rate = 0u.walk_rate = 0.004u.run_rate = 0.012u.pitch_rate = u.mid_rate * 240u.time_range = 2500u.lumo_hue = 0u.lumo_saturation = 0u.specular_intensity = 0u.kreitoj = {}u.kreitoj_count = {}u.age_to_octave = {4, 2, 1, 1/2, 1/4, 1/8, 1/8, 1/8, 1/8, 1/8}u.kreito_types = {"radiuso", "flugilo", "konko", "streko", "drivo"}u.desired_radius = 1u.slices = 10u.loc = ""u.h_pi = math.pi / 2

u.sketch = jit.new("jit.gl.sketch", this.drawto)u.sketch:reset()u.sketch.smooth_shading = 1u.sketch.lighting_enable = 1u.sketch.blend_enable = 1u.sketch.auto_material = 0u.sketch.shininess = 50u.sketch.blend_mode = {6, 1}u.sketch:glmatrixmode("modelview")u.sketch.enable = 1u.sketch.depth_clear = 1u.sketch.depth_enable = 1u.sketch.layer = 9999u.masterx = 0u.mastery = 0u.masterz = 0u.lookatx = 0u.lookaty = 0u.lookatz = 0function u.createClass (...)! local function search (k, plist)! ! for i=1, table.getn(plist) do! ! ! local v = plist[i][k]! ! ! if v then return v end! ! end! end! local c = {}



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! setmetatable(c, {__index = function (t, k) return search(k, arg) end})! c.__index = c! function c:new (o)! ! o = o or {}! ! setmetatable(o, c)! ! return o! end! return c

endfunction u.remove (arr, element)! for i,v in ipairs(arr) do! ! if v == element then! ! ! table.remove(arr, i)! ! ! break! ! end! endendfunction u.scale (i)! u.max_kreitoj = 16 * i! u.world_size = 4 * u.max_kreitoj! u.orb_size = math.ceil(math.sqrt(2 * (u.world_size)^2)) * 6/5! u.send("world_size", u.world_size)! u.send("orb_size", u.orb_size)

! u.send("max_kreitoj", u.max_kreitoj)endfunction u.send (location, ...)! if location ~= u.loc then! ! outlet(0, "send", location)! end! outlet(0, ...)endfunction u.control_data (h, e)! --lazy color object creation! if u.lumo_color == nil then! ! u.lumo_color = color:new()! end! --Get 0 to 1 values into -1 to 1! local health = h * 2 - 1! local energy = e * 2 - 1! --Get the intensity of the overall effect! local intensity = math.abs(health) + math.abs(energy)! local percent_health = math.abs(health) / intensity! local percent_energy = math.abs(energy) / intensity! if intensity > 1 then intensity = 1 end! u.specular_intensity = intensity + 1! u.lumo_saturation = intensity! flicker.rate = (1 - intensity) * 29500 + 500! u.lumo_light = 1/4! --Set the global effects! u.global_health = health * u.fast_rate * 10! u.global_energy = energy * u.fast_rate * 10! --Figure out the hue via weighted average! local par_h = 0! local par_e = 0

! if health > 0 then! ! par_h = percent_health * 1/2! elseif health < 0 then! ! par_h = percent_health * 1! end! if energy > 0 and health > 0 then! ! par_e = percent_energy * 1/4! elseif energy > 0 then! ! par_e = percent_energy * 5/4! elseif energy < 0 then! ! par_e = percent_energy * 3/4



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! end! u.lumo_hue = par_h + par_e! --Calculate color and send it out! u.lumo_color:hsl2rgb(u.lumo_hue, u.lumo_saturation, u.lumo_light)! u.send("intensity", intensity)! u.send("lighting", "light_diffuse", u.lumo_color.r, u.lumo_color.g, u.lumo_color.b)! u.send("lighting", "light_specular", u.specular_intensity, u.specular_intensity,! ! u.specular_intensity)! u.send("lumo_color", "color", u.lumo_color.r, u.lumo_color.g, u.lumo_color.b,! ! u.lumo_saturation)endfunction u.count_kreitoj ()! --set the count for all types to zero! for j in ipairs(u.kreito_types) do! ! u.kreitoj_count[u.kreito_types[j]] = 0! end! --add each kreito to its faction's count! for j in pairs(u.kreitoj) do! ! for k in ipairs(u.kreito_types) do! ! ! if u.kreitoj[j].kreito_type == u.kreito_types[k] then! ! ! ! local m = u.kreitoj_count[u.kreito_types[k]]! ! ! ! u.kreitoj_count[u.kreito_types[k]] = m + 1! ! ! end

! ! end! end! --if a faction has no member, make one! for j in ipairs(u.kreito_types) do! ! if u.kreitoj_count[u.kreito_types[j]] == 0 then! ! ! u.genesis(u.kreito_types[j])! ! end! endendfunction u.ra()! return (math.random() * u.world_size * 2 - u.world_size) * 9/10endfunction u.genesis (kind)! --find an empty slot! local childnum = nil! for i = 1, u.max_kreitoj do! ! if u.kreitoj[i] == nil then! ! ! childnum = i! ! ! break! ! end! end! --make a kreito of the correct kind in the empty slot! if childnum ~= nil then! ! u.kreitoj[childnum] = u[kind]:new()! ! local c = u.kreitoj[childnum]! ! c:setup()! ! c.name = childnum! ! c:set_position{u.ra(), u.ra(), u.ra()}! ! c:set_rotate{90, u.ra(), u.ra(), u.ra()}! ! c:add_tween{0, 1, 2000, 'linear', 'alpha'}! end

endfunction u.update_resetter ()! u.interact_elapse = u.interact_elapse + u.time_elapse! if u.interact_elapse > 20000 then! ! u.send("reset_controls", 'bang')! ! u.interact_elapse = 0! end! u.send("time_elapse", u.time_elapse)endu.color_table = {! birth = 0,



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! follow_parent = 60/360,! wander = 180/360,! sleep = 240/360,! pursue = 150/360,! play = 120/360,! procreate = 300/360,! hunt = 20/360,! fight = 0,! chase = 0,! flee = 270/360,! death = 0}u.volume_table = {! birth = 1/2,! follow_parent = 1/3,! wander = 1/3,! sleep = 1/10,! pursue = 1/2,! play = 1,! procreate = 1,! hunt = 1/2,! fight = 1,! chase = 2/3,

! flee = 1/2,! death = 1/2}

File: tween_delay.lua

--tweentween = {}function tween:set ( t )! --[[! t[1] = begin (int)! t[2] = end (int)! t[3] = duration (int)! t[4] = tween type (string)! t[5] = super's property (string)

! t[6] = super's final function (string)! ]]--! self.begin = t[1]! self.change = t[2] - t[1]! self.duration = t[3]! self.tween_type = t[4]! self.property = t[5]! self.final_function = t[6]! self.start_time = u.timeendfunction tween:update ()! if u.time - self.start_time > self.duration then! ! if self.final_function ~= nil then! ! ! self.super[self.final_function](self.super)! ! end! ! u.remove(self.super.tweens, self)! else self[self.tween_type](self)! endendfunction tween:linear ()! self.super[self.property] = self.change * (u.time - self.start_time) /! ! self.duration + self.beginendfunction tween:sine ()! self.super[self.property] = self.change / 2 * (1 - math.cos(math.pi * (u.time! ! - self.start_time) / self.duration)) + self.beginend



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u.tween = u.createClass(tween)--delaydelay = {}function delay:set (t)! --[[! t[1] = duration (int)! t[2] = function (string)! ]]--! self.start_time = u.time! self.duration = t[1]! self.func = t[2]endfunction delay:update ()! if u.time - self.start_time > self.duration then! ! self.super[self.func](self.super)! ! u.remove(self.super.delays, self)! endendu.delay = u.createClass(delay)

File: color.lua

color = {}

color.r = 0color.g = 0color.b = 0function color:hsl2rgb (h, s, l)! if s == 0 then! ! self.r = l! ! self.g = l! ! self.b = l! else! ! local q! ! if l < 1/2 then! ! ! q = l * (1 + s)! ! else! ! ! q = l + s - l * s! ! end

! ! local p = 2 * l - q! ! self.r = self:hue2rgb (p, q, h + 1/3)! ! self.g = self:hue2rgb (p, q, h)! ! self.b = self:hue2rgb (p, q, h - 1/3)! endendfunction color:hue2rgb (p, q, t)! while t < 0 do t = t + 1 end! while t > 1 do t = t - 1 end! if t < 1/6 then! ! return p + (q - p) * 6 * t! elseif t < 1/2 then! ! return q! elseif t < 2/3 then! ! return p + (q - p) * (2/3 - t) * 6! else! ! return p! endendcolor = u.createClass(color)



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File: flicker.lua

flicker = {}flicker.rate = 30000flicker.time = 0flicker.count = 1flicker.folders = 10

flicker.set = math.ceil(math.random() * flicker.folders)flicker.localpath = nilfunction flicker:update ()! self.time = self.time + u.time_elapse! if self.time > self.rate then! ! self:flick()! endendflicker.toAl = { 'a', 'b', 'c', 'd', 'e', 'f' }function flicker:flick ()! if self.count > #u.kreito_types then! ! self.count = 1! ! self.set = math.ceil(math.random() * self.folders)! end! if self.localpath ~= nil then! ! local p = self.localpath.."/"..self.set.."/"..flicker.toAl[self.count]..".aiff"! ! u.send("buf_"..u.kreito_types[self.count], "read", p)! end! self.time = 0! self.count = self.count + 1end

File: bolts.lua

u.bolts = {}function u.bolts:draw ()! local kposx! local kposy! local kposz! local ox = u.bolts.x! local oy = u.bolts.y! local oz = u.bolts.z! u.bolts.x = (u.masterx - 4 * (u.lookatx - u.masterx) + ox ) / 2! u.bolts.y = (u.mastery - 4 * (u.lookaty - u.mastery) + oy ) / 2! u.bolts.z = (u.masterz - 4 * (u.lookatz - u.masterz) + oz ) / 2! local constant = u.lumo_saturation * .01! u.sketch:glpushmatrix()! u.sketch:glcolor(u.lumo_color.r, u.lumo_color.g, u.lumo_color.b, u.lumo_saturation *! ! math.random() / 2)! for i in pairs(u.kreitoj) do! ! if u.kreitoj[i] ~= nil then! ! ! kposx = u.kreitoj[i].position_x! ! ! kposy = u.kreitoj[i].position_y! ! ! kposz = u.kreitoj[i].position_z! ! ! u.sketch:glbegin("tri_strip")! ! ! u.sketch:glvertex(u.bolts.x, u.bolts.y+constant, u.bolts.z)

! ! ! u.sketch:glvertex(u.bolts.x, u.bolts.y-constant, u.bolts.z)! ! ! u.sketch:glvertex(kposx, kposy, kposz)! ! ! u.sketch:glend()! ! end! end! u.sketch:glpopmatrix()endu.bolts.x = 0u.bolts.y = 0u.bolts.z = -100



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File: kreito.lua

kreito = {}function kreito:setup ()! --movement parameters! self.mvmt_hault = 2! self.mvmt_ease = 7

! self.check_dist = 1! self.azimuth = 0! self.elevation = 0! self.delta_azimuth = 0! self.delta_elevation = 0! self.magnitude = 0! self.max_speed = 0! self.speed = 0! self.w_target_x = u.ra()! self.w_target_y = u.ra()! self.w_target_z = u.ra()! self.position_x = 0! self.position_y = 0! self.position_z = 0! self.rotate_r = 0! self.rotate_x = 0! self.rotate_y = 0! self.rotate_z = 0! --ai parameters! self.age = 0! self.health = 1! self.energy = 1! self.name = 0! self.delta_health = 0! self.delta_energy = 0! self.current_state = "birth"! --relationship parameters! self.prey = nil! self.predator = nil! self.parent_self = nil! self.playmates = {}

! self.children_kreito = {}! --sound parameters! self.volume = 1/2! self.delta_pitch = 0! self.overdrive = 1! self.frequency = 0! self.lasttick = u.time! self.millis = 0! self.pulse = 0! self.pitch = math.random() * 12! --tween and delay! self.tweens = {}! self.delays = {}! --color variables! self.hue = u.color_table["follow_parent"]! self.saturation = 0! self.light = 1/4! self.alpha = 0! self.color = color:new()! --faction param setup! self:setup_faction()! --fade in! self:add_tween{0, 1, 2000, 'linear', 'alpha'}end--movement functionsfunction kreito:mvmt_stop ()! self.speed = 0



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! self.delta_azimuth = 0! self.delta_elevation = 0endfunction kreito:set_wtarget ()! self.w_target_x = u.ra()! self.w_target_y = u.ra()! self.w_target_z = u.ra()end

function kreito.wrap90 (n)! while n > 45 do! ! n = n - 45! end! while n < -45 do! ! n = n + 45! end! return nendfunction kreito:steer (mode, target)! --figure out the difference vector! if mode == "flee" then! ! self.v_x = self.position_x - target.position_x! ! self.v_y = self.position_y - target.position_y! ! self.v_z = self.position_z - target.position_z

! elseif mode == "wander" then! ! self.v_x = self.w_target_x - self.position_x! ! self.v_y = self.w_target_y - self.position_y! ! self.v_z = self.w_target_z - self.position_z! else! ! self.v_x = target.position_x - self.position_x! ! self.v_y = target.position_y - self.position_y! ! self.v_z = target.position_z - self.position_z! end! --store previous values for delta calculation! self.prev_azimuth = self.azimuth! self.prev_elevation = self.elevation! --get magnitude and normalize difference vector! self.magnitude = math.sqrt((self.v_x)^2 + (self.v_y)^2 + (self.v_z)^2)! if self.magnitude < self.mvmt_hault then! ! self.magnitude = 0! ! self.azimuth = 0! ! self.elevation = 0! else! ! self.v_x = self.v_x / self.magnitude! ! self.v_y = self.v_y / self.magnitude! ! self.v_z = self.v_z / self.magnitude! ! self.azimuth = math.atan2(self.v_x, self.v_z) * 180 / math.pi! ! self.elevation = math.acos(self.v_y) * 180 / math.pi - 90! end! --calcuate change! self.t_e = u.time_elapse / 10! self.delta_azimuth = self.wrap90(self.azimuth - self.prev_azimuth) * self.t_e! self.delta_elevation = self.wrap90(self.elevation - self.prev_elevation) * self.t_e! --add easing to speed, changes in target! if mode == "arrive" and self.magnitude < self.mvmt_ease then

! ! self.chunk = self.magnitude / (self.mvmt_ease + self.mvmt_hault / 2)! ! self.delta_azimuth = self.delta_azimuth * self.chunk! ! self.delta_elevation = self.delta_elevation * self.chunk! ! self.speed = self.max_speed * self.chunk! elseif mode == "wander" and self.magnitude < self.mvmt_ease then! ! self:set_wtarget()! ! self.speed = 0! else! ! self.speed = self.max_speed! endend



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function kreito:set_position (t)! self.position_x = t[1]! self.position_y = t[2]! self.position_z = t[3]! u.send("nav"..self.name, "position", t[1], t[2], t[3])endfunction kreito:set_rotate (t)! self.rotate_r = t[1]! self.rotate_x = t[2]! self.rotate_y = t[3]! self.rotate_z = t[4]! u.send("nav"..self.name, "rotate", t[1], t[2], t[3], t[4])end--ai functionsfunction kreito:update ()! self[self.current_state .. "_state"](self)! self:ai_factors_calc()! self:sound_param_calc()! self:color_calc()! if self.current_state ~= "death" then! ! self:death_test()! end! self:update_tweens()

! self:update_delays()! self:send_messages()! self:draw()endfunction kreito:send_messages ()! --u.send("mon"..self.name, self.current_state, self.age, self.health, self.energy) ! u.send("audio"..self.name, self.kreito_type, self.pulse, self.volume, self.frequency,! ! self.overdrive)! u.send("nav"..self.name, "move", 0, 0, self.speed)! u.send("nav"..self.name, "turn", self.delta_azimuth, self.delta_elevation, 0)! u.send("nav"..self.name, 'bang')endfunction kreito:setup_sketch ()! u.sketch:gltranslate(self.position_x, self.position_y, self.position_z)! u.sketch:glrotate(self.rotate_r, self.rotate_x, self.rotate_y, self.rotate_z)! local scale = (2/5 + self.age * 2) * (self.pulse * self.volume + 1)! u.sketch:glscale(scale, scale, scale)! u.sketch:shapeslice(10)endfunction kreito:ai_factors_calc ()! self.age = self.age + u.global_age! local gh = (u.global_health + self.faction_health) * u.time_elapse / 2! local ge = (u.global_energy + self.faction_energy) * u.time_elapse / 2! local decay = self.age * u.slow_rate * u.time_elapse! --calculate health! if self.health > 1 then! ! self.health = 1! else! ! self.health = self.health + self.delta_health + gh - decay! end! --calculate energy

! if self.energy > 1 then! ! self.energy = 1! elseif self.energy < 0 then! ! self.energy = 0! else! ! self.energy = self.energy + self.delta_energy + ge - decay! endendfunction kreito:sound_param_calc ()! --figure out overdrive! if self.current_state == "fight" then



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! ! self.overdrive = 10! elseif self.current_state == "hunt" then! ! self.overdrive = 5! elseif self.current_state == "flee" then! ! self.overdrive = 3! else self.overdrive = 1! end! --set volume, pitch! self.volume = (self.health * 2/3 + 1/3) * u.volume_table[self.current_state]! self.pitch = self.pitch + self.delta_pitch! if self.pitch < 0 then! ! self.pitch = self.pitch + 12! end! --frequency! self.q_pitch = 2^((self.pitch % 12) / 12)! self.q_age = math.ceil(self.age * 8)! self.frequency = u.age_to_octave[self.q_age] * self.q_pitch! --pulsation! if u.time > self.millis + self.lasttick then! ! self.pulse = 1! ! self.lasttick = u.time! ! self.rate = (1 - self.age + self.energy + self.health) / 3! ! self.millis = (1 - self.rate) * u.time_range + 50

! else! ! self.pulse = 0! endendfunction kreito:color_calc ()! if self.current_state ~= "birth" and self.current_state ~= "death" then! ! self.alpha = self.health * 2/3 +1/3! ! self.saturation = self.energy * 2/3 +1/3! else! ! self.saturation = 0! end! self.color:hsl2rgb(self.hue, self.saturation, self.light)endfunction kreito:change_state (a_state)! self.current_state = a_state! self:add_tween{self.hue, u.color_table[a_state], 500, 'linear', 'hue'}endfunction kreito:death_test ()! if self.health < 0 or self.age > 1 then! ! self:anim_death()! ! self:change_state( "death" )! ! self:add_tween{self.alpha, 0, 2000, 'linear', 'alpha'}! ! self:add_delay{2000, 'terminate'}! endend--tween and delay functionsfunction kreito:add_tween (t)! local tw = u.tween:new()! tw.super = self! tw:set(t)! self.tweens[#self.tweens+1] = tw

endfunction kreito:cancel_tweens ()! while self.tweens[1] do! ! self.tweens[#self.tweens] = nil! endendfunction kreito:update_tweens ()! for i in ipairs(self.tweens) do! ! self.tweens[i]:update()! endend



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function kreito:add_delay (d)! local de = u.delay:new()! de.super = self! de:set(d)! self.delays[#self.delays+1] = deendfunction kreito:update_delays ()! for i in ipairs(self.delays) do! ! self.delays[i]:update()! endend--ai functionsfunction kreito:birth_state ()! self.delta_health = 0! self.delta_energy = -u.slow_rate * u.time_elapse! self.max_speed = u.stop_rate * u.time_elapse! self.delta_pitch = self:pitch_match(0, false)! --go to follow parent! if self.age > 1/100 then! ! self:anim_move()! ! self:change_state("follow_parent")! endend

function kreito:follow_parent_state ()! if self.age > 1/10 then! ! if self.parent_kreito ~= nil then! ! ! u.remove(self.parent_kreito.children_kreito, self)! ! end! ! self.parent_kreito = nil! end! self.delta_health = 0! self.delta_energy = -u.slow_rate * u.time_elapse! --go to wander! if self.parent_kreito == nil then! ! self.delta_pitch = 0! ! self:anim_move()! ! self:change_state("wander")! else! ! self.delta_pitch = self:pitch_match(self.parent_kreito.pitch, true)! ! self.max_speed = u.run_rate * u.time_elapse! ! self:steer("arrive", self.parent_kreito)! endendfunction kreito:clear_playmates ()! while self.playmates[1] do! ! u.remove(self.playmates[#self.playmates].playmates, self)! ! self.playmates[#self.playmates] = nil! endendfunction kreito:clear_children ()! while self.children_kreito[1] do! ! self.children_kreito[#self.children_kreito].parent_kreito = nil! ! self.children_kreito[#self.children_kreito] = nil! end

endfunction kreito:wander_state ()! self:clear_playmates()! self.delta_health = 0! self.delta_energy = -u.slow_rate * u.time_elapse!! self.max_speed = u.walk_rate * u.time_elapse! self.delta_pitch = self:pitch_match(math.random() * 12, true)! self:steer("wander")! --go to hunt! if self.health < 1/5 then! ! self:anim_flee()



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! ! self:change_state("hunt")! --go to sleep! elseif self.energy < 1/5 then! ! self:anim_sleep()! ! self:change_state("sleep")! --go to procreate! elseif (self.energy + self.health + self.age) > #u.kreito_types * 8/3 *! ! u.kreitoj_count[self.kreito_type] / u.max_kreitoj then! ! self:anim_procreate()! ! self:change_state("procreate")! ! self:add_delay{5000, 'make_child'}! --go to pursue(playmate)! elseif (self.energy + self.health) > 3/2 then! ! self:anim_flee()! ! self:change_state("pursue")! endendfunction kreito:sleep_state ()! self:clear_playmates()! self.delta_health = 0! self.delta_energy = u.fast_rate * u.time_elapse! self.max_speed = u.stop_rate * u.time_elapse! self.delta_pitch = self:pitch_match(0, true)

! self:mvmt_stop()! --go to wander! if self.energy > 1 then! ! self:anim_move()! ! self:change_state("wander")! endendfunction kreito:pursue_state ()! --go to wander's! if self.energy < 1/4 then! ! self:clear_playmates()! ! self:anim_move()! ! self:change_state("wander")! elseif self.playmates[1] == nil then! ! self:find_playmate()! ! self.delta_pitch = 0! ! self:steer("wander")! else! ! self.delta_pitch = self:pitch_match(self.playmates[1].pitch, false)! ! self:steer("arrive", self.playmates[1])! ! --go to play! ! if self.magnitude < 1/10 then! ! ! self:change_anim_play()! ! ! self:change_state("play")! ! ! self.playmates[1]:change_anim_play()! ! ! self.playmates[1]:change_state("play")! ! end! end! self.delta_health = 0! self.delta_energy = -u.mid_rate * u.time_elapse! self.max_speed = u.run_rate * u.time_elapse

endfunction kreito:find_playmate ()! local bidder! local high_energy = 0! --find the kreito with highest energy in range! for i in pairs(u.kreitoj) do! ! if i ~= self.name and u.kreitoj[i] ~= nil then! ! ! local st = u.kreitoj[i].current_state! ! ! if st == "wander" or st == "pursue" or st == "play" then! ! ! ! local l_x = u.kreitoj[i].position_x - self.position_x! ! ! ! local l_y = u.kreitoj[i].position_y - self.position_y



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! ! ! ! local l_z = u.kreitoj[i].position_z - self.position_z! ! ! ! local l_m2 = (l_x)^2 + (l_y)^2 + (l_z)^2! ! ! ! if l_m2 < 4096 then --4096 = 64^2! ! ! ! ! local n_energy = u.kreitoj[i].energy! ! ! ! ! if n_energy > high_energy and n_energy > 1/2 then! ! ! ! ! ! bidder = u.kreitoj[i]! ! ! ! ! ! high_energy = n_energy! ! ! ! ! end! ! ! ! end! ! ! end! ! end! end! --set up play relationship! if bidder ~= nil then! ! self.playmates[1] = bidder! ! bidder.playmates[#bidder.playmates+1] = self! ! bidder:change_state("pursue")! endendfunction kreito:play_state ()! --go to wander's! if self.energy < 1/4 then! ! self:clear_playmates()

! ! self:anim_move()! ! self:change_state("wander")! elseif self.playmates[1] == nil then! ! self:anim_move()! ! self:change_state("wander")! else! ! self.delta_health = 0! ! self.delta_energy = -u.fast_rate * u.time_elapse! ! self.max_speed = u.stop_rate * u.time_elapse! ! self.delta_pitch = self:pitch_match(self.playmates[1].pitch, true)! ! self:mvmt_stop()! endendfunction kreito:change_anim_play ()! local r = "anim_play" .. math.ceil(math.random() * 4)! self[r](self)endfunction kreito:procreate_state ()! self.delta_health = -u.fast_rate * u.time_elapse! self.delta_energy = -u.fast_rate * u.time_elapse! self.max_speed = u.stop_rate * u.time_elapse! self.delta_pitch = self:pitch_match(0, false)! self:mvmt_stop()! self:clear_playmates()endfunction kreito:hunt_state ()! self:clear_playmates()! self.delta_health = 0! self.delta_energy = -u.mid_rate * u.time_elapse! self.max_speed = u.run_rate * u.time_elapse! --go to fight

! if self.predator ~= nil then! ! self.prey = nil! ! self.delta_pitch = self:pitch_match(self.predator.pitch, false)! ! self:steer("arrive", self.predator)! ! if self.magnitude < 1/10 then! ! ! self:change_anim_play()! ! ! self:change_state("fight")! ! end! --go to wander! elseif self.prey == nil or self.magnitude > 32 then! ! self:find_prey()



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! ! self.delta_pitch = 0! ! self:steer("wander")! else! ! self.delta_pitch = self:pitch_match(self.prey.pitch, false)! ! self:steer("arrive", self.prey)! ! --go to fight! ! if self.magnitude < 1/10 then! ! ! self:change_anim_play()! ! ! self:change_state("fight")! ! ! self.prey:decide_provoked(self)! ! end! endendfunction kreito:decide_provoked (pred)! self.predator = pred! --go to fight! if self.health > 1/10 or self.current_state == "hunt" then! ! self:change_anim_play()! ! self:change_state("fight")! --go to flee! else! ! self:anim_flee()! ! self:change_state("flee")

! endendfunction kreito:find_prey ()! local bidder = nil! local low_health = 1! --find kreito with lowest health in range! for i in pairs(u.kreitoj) do! ! if i ~= self.name and u.kreitoj[i] ~= nil then! ! ! local st = u.kreitoj[i].current_state! ! ! if st == "wander" or st == "sleep" or st == "hunt" then! ! ! ! local l_x = u.kreitoj[i].position_x - self.position_x! ! ! ! local l_y = u.kreitoj[i].position_y - self.position_y! ! ! ! local l_z = u.kreitoj[i].position_z - self.position_z! ! ! ! local l_m2 = (l_x)^2 + (l_y)^2 + (l_z)^2! ! ! ! if l_m2 < 16384 then --16384 = 128^2! ! ! ! ! local n_health = u.kreitoj[i].health! ! ! ! ! if n_health < low_health then! ! ! ! ! ! bidder = u.kreitoj[i]! ! ! ! ! ! low_health = n_health! ! ! ! ! end! ! ! ! end! ! ! end! ! end! end! --set up predator and prey relationship! if bidder ~= nil then ! ! self.prey = bidder ! ! if self.prey.current_state == "hunt" then ! ! ! self.prey.predator = self ! ! end! end

endfunction kreito:fight_state ()! self:clear_playmates()! self.delta_health = -u.fast_rate * u.time_elapse! self.delta_energy = -u.fast_rate * u.time_elapse! self.max_speed = u.stop_rate * u.time_elapse! self:mvmt_stop()! --go to chase state! if self.prey ~= nil then! ! self.delta_pitch = self:pitch_match(self.prey.pitch, false)! ! if self.prey.current_state == "flee" then



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! ! ! self:anim_flee()! ! ! self:change_state("chase")! ! end! --go to flee state! elseif self.predator ~= nil then! ! self.delta_pitch = self:pitch_match(self.predator.pitch, false)! ! if self.health < 1/20 then! ! ! self:anim_flee()! ! ! self:change_state("flee")! ! end! --go to wander state! else! ! self.delta_pitch = 0! ! self:anim_move()! ! self:change_state("wander")! endendfunction kreito:chase_state ()! if self.prey ~= nil then! ! self.delta_pitch = self:pitch_match(self.prey.pitch, false)! ! self.delta_health = -u.fast_rate * u.time_elapse! ! self.delta_energy = -u.fast_rate * u.time_elapse! ! self.max_speed = u.fast_rate * u.time_elapse

! ! self:steer("arrive", self.prey)! -- go to wander state! else! ! self:anim_move()! ! self:change_state("wander")! endendfunction kreito:flee_state ()! self:clear_playmates()! self.delta_health = -u.fast_rate * u.time_elapse! self.delta_energy = -u.fast_rate * u.time_elapse! self.max_speed = u.run_rate * u.time_elapse! if self.predator ~= nil then! ! self.delta_pitch = self:pitch_match(self.predator.pitch, false) ! ! self:steer("flee", self.predator) ! --go to wander state! else! ! self:anim_move()! ! self:change_state("wander")! endendfunction kreito:death_state ()! self.health = 0! self.energy = 0!! self.max_speed = 0! self.delta_pitch = self:pitch_match(0, true)! self:mvmt_stop()endfunction kreito:make_child ()! self:anim_move()! self:change_state("wander")

! --find an empty slot! local childnum = nil! for i = 1, u.max_kreitoj do! ! if u.kreitoj[i] == nil then! ! ! childnum = i! ! ! break! ! end! end! --make a kreito of the correct kind in the empty slot! if childnum ~= nil then! ! u.kreitoj[childnum] = u[self.kreito_type]:new()



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! ! local c = u.kreitoj[childnum]! ! c:setup()! ! c.name = childnum! ! c.parent_kreito = self! ! self.children_kreito[#self.children_kreito+1] = c! ! c:set_position{self.position_x, self.position_y, self.position_z}! ! c:set_rotate{self.rotate_r, self.rotate_x, self.rotate_y, self.rotate_z}! ! c:add_tween{0, 1, 2000, 'linear', 'alpha'}! endendfunction kreito:terminate ()! self:cancel_tweens()! --end all relationships! self:clear_playmates()! self:clear_children()! if self.predator ~= nil then! ! self.predator.health = 1! ! self.predator.prey = nil! elseif self.prey ~= nil then! ! self.prey.health = 1! ! self.prey.predator = nil! end! --delete this from the great array

! u.kreitoj[self.name] = nilendfunction kreito:pitch_match (t, cd)! local direction = 1! if cd == false then! ! direction = -1! end! if t > self.pitch then! ! return u.pitch_rate * direction! else! ! return -u.pitch_rate * direction! endend

File: kreito_template.lua

a_kreito = {}function a_kreito:setup_faction()! self.kreito_type = "a_kreito"! self.faction_health = x/12 * u.slow_rate! self.faction_energy = 12-x/12 * u.slow_rate! --setup animation parameters! self.tailflip = 0endfunction a_kreito:draw()! --age calculation! u.sketch:glpushmatrix()! self:setup_sketch()! --main! u.sketch:glpopmatrix()endfunction a_kreito:anim_move()! self:cancel_tweens()! --tweens and setsendfunction a_kreito:anim_procreate()! self:cancel_tweens()! --tweens and setsendfunction a_kreito:anim_sleep()! self:cancel_tweens()! --tweens and sets



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endfunction a_kreito:anim_death()! self:cancel_tweens()! --tweens and setsendfunction a_kreito:anim_flee()! self:cancel_tweens()! --tweens and sets

end--these all end with 'change_anim_play' function callfunction a_kreito:anim_play1()! self:cancel_tweens()! --tweens and setsendfunction a_kreito:anim_play2()! self:cancel_tweens()! --tweens and setsendfunction a_kreito:anim_play3()! self:cancel_tweens()! --tweens and setsendfunction a_kreito:anim_play4()

! self:cancel_tweens()! --tweens and setsendu.a_kreito = u.createClass(kreito, a_kreito)

File: radiuso.lua

--radiusoradiuso = {}function radiuso:setup_faction()! self.kreito_type = "radiuso"! self.faction_health = 8/12 * u.slow_rate! self.faction_energy = 4/12 * u.slow_rate! self.spin = 0! self.radius = 2/3

! self.space = 7/5! self.translate = 1! self.flip = 0! self.outradius = 0! self.tentacles = 1endfunction radiuso:draw()! self.tentacles = self.age * 13! u.sketch:glpushmatrix()! self:setup_sketch()! --head! u.sketch:glcolor(self.color.r, self.color.g, self.color.b, self.alpha)! u.sketch:glpushmatrix()! u.sketch:sphere(1)! u.sketch:glpopmatrix()! --tentacles! u.sketch:glcolor(self.color.r, self.color.g, self.color.b, self.alpha*2/3)! u.sketch:glrotate(self.flip, -1, 0, 0)! u.sketch:gltranslate(0, 0, -self.space * self.translate)! for i = 0, self.tentacles do! ! u.sketch:glpushmatrix()! ! u.sketch:glrotate(self.spin + i * 360 / self.tentacles, 0, 0, 1)! ! u.sketch:gltranslate(0, -self.radius, 0)! ! u.sketch:sphere(1/3)! ! u.sketch:glrotate(self.outradius, -1, 0, -1)! ! u.sketch:gltranslate(0, 0, -self.space)! ! u.sketch:cylinder(1/3, 0, 1)



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! ! u.sketch:glpopmatrix()! end! u.sketch:glpopmatrix()endfunction radiuso:anim_move()! self:cancel_tweens()! self:add_tween{self.space, 6/5, 500, 'sine', 'space'}! self:add_tween{self.outradius, -10, 500, 'sine', 'outradius', 'open_to_push'}! self.spin = 0! self.radius = 2/3! self.translate = 1! self.flip = 0endfunction radiuso:push_forward()! self:cancel_tweens()! self:add_tween{self.spin, 360, 3000, 'sine', 'spin'}! self:add_tween{self.radius, 2/3, 3000, 'sine', 'radius'}! self:add_tween{self.space, 6/5, 3000, 'sine', 'space'}! self:add_tween{self.outradius, -10, 3000, 'sine', 'outradius', 'open_to_push'}endfunction radiuso:open_to_push()! self:cancel_tweens()! self:add_tween{self.radius, 4/3, 1000, 'sine', 'radius'}

! self:add_tween{self.space, 2, 1000, 'sine', 'space'}! self:add_tween{self.outradius, 30, 1000, 'sine', 'outradius', 'push_forward'}! self.spin = 0endfunction radiuso:anim_procreate()! self:cancel_tweens()! self:add_tween{self.radius, 3/2, 1000, 'sine', 'radius'}! self:add_tween{self.translate, 0, 1000, 'sine', 'translate'}! self:add_tween{self.flip, -90, 1000, 'sine', 'flip'}! self:add_tween{self.outradius, 90, 1000, 'sine', 'outradius', 'anim_procreate_spin'}! self.space = 7/5! self.spin = 0endfunction radiuso:anim_procreate_spin()! self:cancel_tweens()! self:add_tween{0, 360, 750, 'linear', 'spin', 'anim_procreate_spin'}endfunction radiuso:anim_sleep()! self:cancel_tweens()! self:add_tween{self.flip, 90, 1000, 'sine', 'flip'}! self.space = 7/5! self.outradius = 0! self.spin = 0! self.radius = 2/3! self.translate = 1endfunction radiuso:anim_death()! self:cancel_tweens()! self:add_tween{self.flip, -90, 1000, 'sine', 'flip'}! self.space = 7/5! self.outradius = 0

! self.spin = 0! self.radius = 2/3! self.translate = 1endfunction radiuso:anim_flee()! self:cancel_tweens()! self:add_tween{0, 360, 500, 'linear', 'spin', 'anim_flee'}! self.space = 7/5! self.outradius = 0! self.radius = 2/3! self.translate = 1



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! self.flip = 0endfunction radiuso:anim_play1()! self:cancel_tweens()! self:add_tween{0, 360, 2000, 'sine', 'spin', 'change_anim_play'}! self.space = 7/5! self.outradius = 0! self.radius = 2/3! self.translate = 1! self.flip = 0endfunction radiuso:anim_play2()! self:cancel_tweens()! self:add_tween{self.flip, 180, 1000, 'sine', 'flip'}! self:add_tween{self.radius, 0, 1000, 'sine', 'radius', 'anim_play2_exit'}! self.space = 7/5! self.outradius = 0! self.spin = 0! self.translate = 1endfunction radiuso:anim_play2_exit()! self:cancel_tweens()! self:add_tween{self.flip, 0, 1000, 'sine', 'flip'}

! self:add_tween{self.radius, 2/3, 1000, 'sine', 'radius', 'change_anim_play'}endfunction radiuso:anim_play3()! self:cancel_tweens()! self:add_tween{self.flip, -90, 1000, 'sine', 'flip'}! self:add_tween{self.outradius, 30, 1000, 'sine', 'outradius'}! self:add_tween{0, 360, 1000, 'sine', 'spin', 'anim_play3_exit'}! self.space = 7/5! self.radius = 2/3! self.translate = 1endfunction radiuso:anim_play3_exit()! self:cancel_tweens()! self:add_tween{self.flip, 0, 1000, 'sine', 'flip'}! self:add_tween{self.outradius, 0, 1000, 'sine', 'outradius', 'change_anim_play'}endfunction radiuso:anim_play4()! self:cancel_tweens()! self:add_tween{self.translate, 0, 1000, 'sine', 'translate'}! self:add_tween{self.radius, 3/2, 1000, 'sine', 'radius'}! self:add_tween{self.outradius, 90, 1000, 'sine', 'outradius'}! self:add_tween{self.flip, -45, 1000, 'sine', 'flip'}! self:add_tween{0, 360, 1000, 'linear', 'spin', 'anim_play4_exit'}! self.space = 7/5endfunction radiuso:anim_play4_exit()! self:cancel_tweens()! self:add_tween{self.translate, 1, 1000, 'sine', 'translate'}! self:add_tween{self.radius, 2/3, 1000, 'sine', 'radius'}! self:add_tween{self.outradius, 0, 1000, 'sine', 'outradius'}! self:add_tween{self.flip, 0, 1000, 'sine', 'flip'}

! self:add_tween{0, 360, 1000, 'linear', 'spin', 'change_anim_play'}endu.radiuso = u.createClass(kreito, radiuso)

File: flugilo.lua

--flugiloflugilo = {}function flugilo:setup_faction()! self.kreito_type = "flugilo"! self.faction_health = 9/12 * u.slow_rate



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! self.faction_energy = 3/12 * u.slow_rate! self.wingflap = 0! self.wingflip = 0! self.tailflip = 0! self.nod = 0! self.neckspace = 1! self.tailspace = 4/5! self.tailjoints = 5! self.wingsperside = 1! self.wingspace = 10! self.tailtwirl = 0endfunction flugilo:draw()! --age! self.tailjoints = self.age * 9 + 1! self.wingsperside = self.age * 5! u.sketch:glpushmatrix()! self:setup_sketch()! u.sketch:glcolor(self.color.r, self.color.g, self.color.b, self.alpha)! --body! u.sketch:glpushmatrix()! u.sketch:glscale(1, 2/3, 1)! u.sketch:cylinder(1/2, 1/2, 2/3)

! u.sketch:glpopmatrix()! --head! u.sketch:glpushmatrix()! u.sketch:gltranslate(0, 0, self.neckspace)! u.sketch:glrotate(self.nod, -1, 0, -1)! u.sketch:gltranslate(0, 0, 1/2)! u.sketch:glscale(1, 2/3, 1)! u.sketch:cylinder(0, 1/2, 2/3)! u.sketch:glpopmatrix()! --wings! u.sketch:glcolor(self.color.r, self.color.g, self.color.b, self.alpha*2/3)! local wingside = {-1, 1}! for k=1, #wingside do! for i=0, self.wingsperside do! ! ! u.sketch:glpushmatrix()! ! ! local _rot = self.wingflip + self.wingspace*(i-self.wingsperside/2) +! ! ! ! wingside[k]*(90+self.wingflap) + 90! ! ! u.sketch:glrotate(90, 0, 1, 0)! ! ! u.sketch:glrotate(_rot, 1, 0, 0)! ! ! u.sketch:glscale(1, 2/3, 1)! ! ! u.sketch:gltranslate(0, 0, 6/5)! ! ! u.sketch:cylinder(0, 1/2, 2/3)! ! ! u.sketch:glpopmatrix()! end end! --tail! u.sketch:glcolor(self.color.r, self.color.g, self.color.b, self.alpha/3)! u.sketch:gltranslate(0, 0, -11/10)! for i=0, self.tailjoints do! ! ! u.sketch:glpushmatrix()! ! ! u.sketch:glrotate(self.delta_azimuth * 4 * i, 0, -1, 0)! ! ! u.sketch:glrotate(self.delta_elevation * 4 * i, -1, 0, 0)

! ! ! u.sketch:glrotate(self.tailflip * i, -1, 0 ,-1)! ! ! u.sketch:glrotate(self.tailtwirl * i / 2, 0, 1, 1)! ! ! u.sketch:gltranslate(0, 0, -self.tailspace*i)! ! ! u.sketch:sphere(1/3)! ! ! u.sketch:glpopmatrix()! end! u.sketch:glpopmatrix()endfunction flugilo:anim_move()! self:cancel_tweens()! self:flap_wings()



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! self.wingflip = 0! self.tailflip = 0! self.nod = 0! self.neckspace = 1! self.tailtwirl = 0endfunction flugilo:flap_wings()! self:cancel_tweens()! self:add_tween{self.wingflap, -45, 1000, 'sine', 'wingflap', 'flap_wings_up'}endfunction flugilo:flap_wings_up()! self:cancel_tweens()! self:add_tween{-45, 45, 1000, 'sine', 'wingflap', 'flap_wings'}endfunction flugilo:anim_procreate()! self:cancel_tweens()! self:add_tween{self.nod, -15, 1000, 'sine', 'nod'}! self:add_tween{0, 360, 1000, 'linear', 'wingflip'}! self:add_tween{0, 720, 1000, 'linear', 'tailtwirl', 'anim_procreate_up'}! self.wingflap = 0! self.tailflip = 0! self.neckspace = 1end

function flugilo:anim_procreate_up()! self:cancel_tweens()! self:add_tween{-15,15,1000,'sine','nod'}! self:add_tween{0,360,1000,'linear','wingflip'}! self:add_tween{0,720,1000, 'linear', 'tailtwirl', 'anim_procreate'}endfunction flugilo:anim_sleep()! self:cancel_tweens()! self:add_tween{self.wingflap, -15, 1000, 'sine', 'wingflap'}! self:add_tween{self.nod, -15, 1000, 'sine', 'nod'}! self:add_tween{self.tailflip, 15, 1000, 'sine', 'tailflip'}! self.wingflip = 0! self.neckspace = 1! self.tailtwirl = 0endfunction flugilo:anim_death()! self:cancel_tweens()! self:add_tween{self.wingflap, -90, 1000, 'sine', 'wingflap'}! self:add_tween{self.nod, -30, 1000, 'sine', 'nod'}! self:add_tween{self.tailflip, 30, 1000, 'sine', 'tailflip'}! self.wingflip = 0! self.nod = 0! self.neckspace = 1! self.tailtwirl = 0endfunction flugilo:anim_flee()! self:cancel_tweens()! self:add_tween{0, 360, 750, 'linear', 'wingflip'}! self:add_tween{0, 720, 750, 'linear', 'tailtwirl', 'anim_flee'}! self.wingflap = 0! self.tailflip = 0

! self.nod = 0! self.neckspace = 1endfunction flugilo:anim_play1()! self:cancel_tweens()! self:add_tween{0, 720, 2000, 'linear', 'tailtwirl', 'change_anim_play'}! self.wingflap = 0! self.wingflip = 0! self.tailflip = 0! self.nod = 0! self.neckspace = 1



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endfunction flugilo:anim_play2()! self:cancel_tweens()! self:add_tween{self.neckspace, 7/5, 1000, 'sine', 'neckspace', 'anim_play2_exit'}! self.wingflap = 0! self.wingflip = 0! self.tailflip = 0! self.nod = 0! self.tailtwirl = 0endfunction flugilo:anim_play2_exit()! self:cancel_tweens()! self:add_tween{self.neckspace, 1, 1000, 'sine', 'neckspace', 'change_anim_play'}endfunction flugilo:anim_play3()! self:cancel_tweens()! self:add_tween{self.wingflap, 90, 1000, 'sine', 'wingflap', 'anim_play3_exit'}! self.wingflip = 0! self.tailflip = 0! self.nod = 0! self.neckspace = 1! self.tailtwirl = 0end

function flugilo:anim_play3_exit()! self:cancel_tweens()! self:add_tween{self.wingflap, 0, 1000, 'sine', 'wingflap', 'change_anim_play'}endfunction flugilo:anim_play4()! self:cancel_tweens()! self:add_tween{self.tailflip, -45, 1000, 'sine', 'tailflip', 'anim_play4_exit'}! self.wingflap = 0! self.wingflip = 0! self.nod = 0! self.neckspace = 1! self.tailtwirl = 0endfunction flugilo:anim_play4_exit()! self:cancel_tweens()! self:add_tween{self.tailflip, 0, 1000, 'sine', 'tailflip', 'change_anim_play'}endu.flugilo = u.createClass(kreito, flugilo)

File: konko.lua

--konkokonko = {}function konko:setup_faction()! self.kreito_type = "konko"! self.faction_health = 3/12 * u.slow_rate! self.faction_energy = 9/12 * u.slow_rate! self.radius = 2/3! self.feet = 3! self.spin = 0! self.coneflip = 0! self.feetflip = 0! self.coneradius = 10! self.conespin = 0! self.feettrans = 1endfunction konko:draw()! --age! self.feet = self.age * 9 + 1! u.sketch:glpushmatrix()! self:setup_sketch()! --head



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! u.sketch:glcolor(self.color.r, self.color.g, self.color.b, self.alpha)! u.sketch:glpushmatrix()! u.sketch:sphere(2/3)! u.sketch:glpopmatrix()! --shell! u.sketch:glpushmatrix()! u.sketch:glrotate(self.coneflip, -1, 0, 0)! u.sketch:glrotate(self.conespin, 0, self.coneradius, -1)! u.sketch:gltranslate(0, 5/2, 0)! u.sketch:glrotate(90, 1, 0, 0)! u.sketch:cylinder(2/3, 0, 9/5)! u.sketch:glpopmatrix()! --feet! u.sketch:glrotate(self.feetflip, -1, 0, 0)! u.sketch:gltranslate(0, -self.feettrans, 0)! u.sketch:glcolor(self.color.r, self.color.g, self.color.b, self.alpha * 2 / 3)! for i=0, self.feet do! ! u.sketch:glpushmatrix()! ! u.sketch:glrotate(self.spin + i * 360 / self.feet, 0, -self.radius, 0)! ! u.sketch:gltranslate(0, 0, self.radius)! ! u.sketch:sphere(1/3)! ! u.sketch:glpopmatrix()! end

! u.sketch:glpopmatrix()endfunction konko:anim_move()! self:cancel_tweens()! self:add_tween{self.coneflip, 15, 1000, 'sine', 'coneflip'}! self:add_tween{self.feetflip, -15, 1000, 'sine', 'feetflip', 'spin_feet'}! self.radius = 2/3! self.spin = 0! self.conespin = 0! self.feettrans = 1endfunction konko:spin_feet()! self:cancel_tweens()! self:add_tween{0, 360, 1000, 'linear', 'spin', 'spin_feet'}!endfunction konko:twirl_cone()! self:cancel_tweens()! self:add_tween{0, 360, 1000, 'linear', 'conespin', 'twirl_cone'}endfunction konko:spin_and_twirl()! self:cancel_tweens()! self:add_tween{0, 360, 1000, 'linear', 'spin'}!! self:add_tween{0, 360, 1000, 'linear', 'conespin', 'spin_and_twirl'}endfunction konko:anim_procreate()! self:cancel_tweens()! self:add_tween{self.feettrans, 0, 1000, 'sine', 'feettrans'}! self:add_tween{self.radius, 6/5, 1000, 'sine', 'radius', 'spin_and_twirl'}! self.spin = 0! self.coneflip = 0! self.feetflip = 0

! self.conespin = 0endfunction konko:anim_sleep()! self:cancel_tweens()! self:add_tween{self.coneflip, 90, 1000, 'sine', 'coneflip'}! self.radius = 2/3! self.spin = 0! self.feetflip = 0! self.conespin = 0! self.feettrans = 1end



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function konko:anim_death()! self:cancel_tweens()! self:add_tween{self.coneflip, 180, 1000, 'sine', 'coneflip'}! self:add_tween{self.feetflip, -180, 1000, 'sine', 'feetflip'}! self.radius = 2/3! self.spin = 0! self.conespin = 0! self.feettrans = 1

endfunction konko:anim_flee()! self:cancel_tweens()! self:add_tween{self.coneflip, 90, 1000, 'sine', 'coneflip'}! self:add_tween{self.feetflip, -90, 1000, 'sine', 'feetflip'}! self:add_tween{self.radius, 1, 1000, 'sine', 'radius', 'spin_and_twirl'}! self.spin = 0! self.conespin = 0! self.feettrans = 1endfunction konko:anim_play1()! self:cancel_tweens()! self:add_tween{0, 360, 2000, 'linear', 'conespin'}! self:add_tween{self.coneflip, 15, 2000, 'sine', 'coneflip', 'change_anim_play'}! self.radius = 2/3

! self.spin = 0! self.feetflip = 0! self.conespin = 0! self.feettrans = 1endfunction konko:anim_play2()! self:cancel_tweens()! self:add_tween{self.feetflip, 90, 2000, 'sine', 'feetflip', 'change_anim_play'}! self.radius = 2/3! self.spin = 0! self.coneflip = 0! self.conespin = 0! self.feettrans = 1endfunction konko:anim_play3()! self:cancel_tweens()! self:add_tween{0, 360, 1000, 'linear', 'spin'}! self:add_tween{self.feettrans, 0, 1000, 'sine', 'feettrans'}! self:add_tween{self.radius, 6/5, 1000, 'sine', 'radius', 'anim_play3_exit'}! self.spin = 0! self.coneflip = 0! self.feetflip = 0! self.conespin = 0endfunction konko:anim_play3_exit()! self:cancel_tweens()! self:add_tween{0, 360, 1000, 'linear', 'spin'}! self:add_tween{self.feettrans, 1, 1000, 'sine', 'feettrans'}! self:add_tween{self.radius, 2/3, 1000, 'sine', 'radius', 'change_anim_play'}endfunction konko:anim_play4()

! self:cancel_tweens()! self:add_tween{self.radius, -2/3, 1000, 'sine', 'radius', 'anim_play4_exit'}! self.spin = 0! self.coneflip = 0! self.feetflip = 0! self.conespin = 0! self.feettrans = 1endfunction konko:anim_play4_exit()! self:cancel_tweens()! self:add_tween{self.radius, 2/3, 1000, 'sine', 'radius', 'change_anim_play'}



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endu.konko = u.createClass(kreito, konko)

File: streko.lua

--strekostreko = {}

function streko:setup_faction()! self.kreito_type = "streko"! self.faction_health = 11/12 * u.slow_rate! self.faction_energy = 1/12 * u.slow_rate! self.tailflip = 0! self.nod = 0! self.neckspace = 1! self.tailspace = 8/5! self.tailjoints = 5! self.orbit = 0! self.tailtwirl = 0endfunction streko:draw()! --age! self.tailjoints = self.age * 12 + 1! u.sketch:glpushmatrix()! self:setup_sketch()! --main! for i=0, self.tailjoints do ! ! if i < 5 then! ! ! u.sketch:glcolor(self.color.r, self.color.g, self.color.b,! ! ! ! self.alpha*(6-i)/6)! ! else! ! ! u.sketch:glcolor(self.color.r, self.color.g, self.color.b, self.alpha/3)! ! end! ! u.sketch:glpushmatrix()! ! if i == 0 then! ! ! u.sketch:glrotate(self.nod, 0, 1, 0)! ! ! u.sketch:gltranslate(0, 0, self.neckspace - 1/2)! ! else! ! ! u.sketch:glrotate(self.delta_azimuth * 4 * i, 0, -1, 0)

! ! ! u.sketch:glrotate(self.delta_elevation * 4 * i, -1, 0, 0)! ! ! u.sketch:glrotate(self.tailflip * i, -1, 0 ,-1)! ! ! u.sketch:glrotate(self.tailtwirl * i / 2, 0, 1, 1)! ! ! u.sketch:glrotate(self.orbit * i, 0, 1, 0)! ! end! ! u.sketch:gltranslate(0, 0, -self.tailspace * i)! ! if i < 5 then! ! ! u.sketch:sphere((6-i)/6)! ! else! ! ! u.sketch:sphere(1/3)! ! end! ! u.sketch:glpopmatrix()! end! u.sketch:glpopmatrix()endfunction streko:anim_move()! self:cancel_tweens()! self.orbit = 0! self.tailflip = 0! self.nod = 0! self.neckspace = 1! self.tailtwirl = 0endfunction streko:anim_procreate()! self:cancel_tweens()! self:add_tween{self.nod, -15, 1000, 'sine', 'nod'}! self:add_tween{0, 360, 1000, 'linear', 'orbit'}



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! self:add_tween{0, 720, 1000, 'linear', 'tailtwirl', 'anim_procreate_up'}! self.tailflip = 0! self.neckspace = 1endfunction streko:anim_procreate_up()! self:cancel_tweens()! self:add_tween{-15,15,1000,'sine','nod'}! self:add_tween{0,360,1000,'linear','orbit'}! self:add_tween{0,720,1000, 'linear', 'tailtwirl', 'anim_procreate'}endfunction streko:anim_sleep()! self:cancel_tweens()! self:add_tween{self.nod, -15, 1000, 'sine', 'nod'}! self:add_tween{self.tailflip, 15, 1000, 'sine', 'tailflip'}! self.orbit = 0! self.neckspace = 1! self.tailtwirl = 0endfunction streko:anim_death()! self:cancel_tweens()! self:add_tween{self.nod, -30, 1000, 'sine', 'nod'}! self:add_tween{self.tailflip, 30, 1000, 'sine', 'tailflip'}! self.orbit = 0

! self.nod = 0! self.neckspace = 1! self.tailtwirl = 0endfunction streko:anim_flee()! self:cancel_tweens()! self:add_tween{0, 720, 750, 'linear', 'tailtwirl', 'anim_flee'}! self.orbit = 0! self.tailflip = 0! self.nod = 0! self.neckspace = 1endfunction streko:anim_play1()! self:cancel_tweens()! self:add_tween{0, 720, 2000, 'linear', 'tailtwirl', 'change_anim_play'}! self.orbit = 0! self.tailflip = 0! self.nod = 0! self.neckspace = 1endfunction streko:anim_play2()! self:cancel_tweens()! self:add_tween{self.neckspace, 7/5, 1000, 'sine', 'neckspace', 'anim_play2_exit'}! self.orbit = 0! self.tailflip = 0! self.nod = 0! self.tailtwirl = 0endfunction streko:anim_play2_exit()! self:cancel_tweens()! self:add_tween{self.neckspace, 1, 1000, 'sine', 'neckspace', 'change_anim_play'}

endfunction streko:anim_play3()! self:cancel_tweens()! self:add_tween{0, 360, 2000, 'linear', 'orbit', 'change_anim_play'}! self.tailflip = 0! self.nod = 0! self.neckspace = 1! self.tailtwirl = 0endfunction streko:anim_play4()! self:cancel_tweens()



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! self:add_tween{self.tailflip, -45, 1000, 'sine', 'tailflip', 'anim_play4_exit'}! self.orbit = 0! self.nod = 0! self.neckspace = 1! self.tailtwirl = 0endfunction streko:anim_play4_exit()! self:cancel_tweens()! self:add_tween{self.tailflip, 0, 1000, 'sine', 'tailflip', 'change_anim_play'}endu.streko = u.createClass(kreito, streko)

File: drivo.lua

drivo = {}function drivo:setup_faction()! self.kreito_type = "drivo"! self.faction_health = 1/12 * u.slow_rate! self.faction_energy = 11/12 * u.slow_rate! --setup animation parameters! self.headspin = 0! self.neckspace = 0! self.armspin = 0! self.legspin = 0! self.armsforback = 0! self.legsforback = 0! self.armfan = 0! self.legfan = 0! self.armspace = 1! self.legspace = 1/3endfunction drivo:draw()! --age calculation! self.arms = self.age * 4 + 1! self.legs = self.age * 8 + 1! u.sketch:glpushmatrix()! self:setup_sketch()! --body

! u.sketch:glcolor(self.color.r, self.color.g, self.color.b, self.alpha)! u.sketch:glpushmatrix()! u.sketch:glrotate(90, 1, 0, 0)! u.sketch:glscale(1, 2/3, 1)! u.sketch:cylinder(1/2, 1/2, 1/2)! u.sketch:glpopmatrix()! --head! u.sketch:glpushmatrix()! u.sketch:gltranslate(0, 1, 0)! u.sketch:glrotate(self.headspin, 0, 1, 0)! u.sketch:gltranslate(0, 0, self.neckspace)! u.sketch:sphere(1/2)! u.sketch:glpopmatrix()! --arms! u.sketch:glcolor(self.color.r, self.color.g, self.color.b, self.alpha * 2/3)! u.sketch:glpushmatrix()! u.sketch:glrotate(self.armsforback, 1, 0, 0)! u.sketch:gltranslate(0, 1/2, 0)! for i=0, self.arms do! ! u.sketch:glpushmatrix()! ! u.sketch:glrotate(i * 360 / (self.arms + 1) + self.armspin - 90, 0, 1, 0)! ! u.sketch:gltranslate(0, 0, self.armspace-1/4)! ! u.sketch:glrotate(self.armfan, 1, 0, 0)! ! u.sketch:gltranslate(0, 0, 1/4)! ! u.sketch:cylinder(0, 1/4, 1/2)! ! u.sketch:glpopmatrix()! end



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! u.sketch:glpopmatrix()! --legs! u.sketch:glpushmatrix()! u.sketch:glrotate(self.legsforback, 1, 0, 0)! u.sketch:gltranslate(0, -3/4, 0)! for i=0, self.legs do! ! u.sketch:glpushmatrix()! ! u.sketch:glrotate(i * 360 / (self.legs + 1) - 90 + self.legspin, 0, 1, 0)! ! u.sketch:gltranslate(0, 0, self.legspace)! ! u.sketch:glrotate(self.legfan, 1, 0, 0)! ! u.sketch:gltranslate(0, -1/4, 0)! ! u.sketch:glrotate(-90, 1, 0, 0)! ! u.sketch:cylinder(1/4, 0, 1/2)! ! u.sketch:glpopmatrix()! end! u.sketch:glpopmatrix()! --close! u.sketch:glpopmatrix()endfunction drivo:anim_move()! self:cancel_tweens()! --tweens and sets! if self.armfan > 0 then

! ! self:add_tween{self.armfan, -15, 1000, 'sine', 'armfan'}! else! ! self:add_tween{self.armfan, 15, 1000, 'sine', 'armfan'}! end! if self.legsforback < 29 then! ! self:add_tween{self.legsforback, 30, 500, 'sine', 'legsforback'}! else! ! self.legsforback = 30! end! self:add_tween{0, 360, 1000, 'linear', 'legspin', 'anim_move'}! self.armsforback = 0! self.headspin = 0! self.neckspace = 0! self.armspin = 0! self.legfan = 0! self.armspace = 1! self.legspace = 1/3endfunction drivo:anim_procreate()! self:cancel_tweens()! --tweens and sets! if self.armfan > 0 then! ! self:add_tween{self.armfan, -30, 500, 'sine', 'armfan'}! else! ! self:add_tween{self.armfan, 30, 500, 'sine', 'armfan'}! end! if self.legfan > 0 then! ! self:add_tween{self.legfan, -30, 500, 'sine', 'legfan'}! else! ! self:add_tween{self.legfan, 30, 500, 'sine', 'legfan'}! end

! if self.neckspace < 9/10 then! ! self:add_tween{self.neckspace, 1, 500, 'sine', 'neckspace'}! else! ! self.neckspace = 1! end! self:add_tween{0, 360, 500, 'linear', 'headspin'}! self:add_tween{0, 360, 500, 'linear', 'armspin'}! self:add_tween{0, 360, 500, 'linear', 'legspin', 'anim_procreate'}! self.armsforback = 0! self.legsforback = 0! self.armspace = 1



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! self.legspace = 1/3endfunction drivo:anim_sleep()! self:cancel_tweens()! --tweens and sets! self.headspin = 0! self.neckspace = 0! self.armspin = 0! self.legspin = 0! self.armsforback = 0! self.legsforback = 0! self:add_tween{self.armfan, -45, 1000, 'sine', 'armfan'}! self:add_tween{self.legfan, 45, 1000, 'sine', 'legfan'}! self.armspace = 1! self.legspace = 1/3endfunction drivo:anim_death()! self:cancel_tweens()! --tweens and sets! self.headspin = 0! self.neckspace = 0! self.armspin = 0! self.legspin = 0

! self.armsforback = 0! self.legsforback = 0! self:add_tween{self.armfan, -90, 1000, 'sine', 'armfan'}! self:add_tween{self.legfan, 90, 1000, 'sine', 'legfan'}! self:add_tween{self.armspace, 0, 1000, 'sine', 'armspace'}! self:add_tween{self.legspace, 0, 1000, 'sine', 'armspace'}endfunction drivo:anim_flee()! self:cancel_tweens()! --tweens and sets! if self.armsforback < 89 then! ! self:add_tween{self.armsforback, -90, 500, 'sine', 'armsforback'}! else! ! self.armsforback = -90! end! if self.legsforback < 89 then! ! self:add_tween{self.legsforback, 90, 500, 'sine', 'legsforback'}! else! ! self.legsforback = 90! end! if self.armfan < 89 then! ! self:add_tween{self.armfan, 90, 500, 'sine', 'armfan'}! else! ! self.armfan = 90! end! self:add_tween{0, 360, 500, 'linear', 'armspin'}! self:add_tween{0, 360, 500, 'linear', 'legspin', 'anim_flee'}! self.headspin = 0! self.neckspace = 0! self.legfan = 0! self.armspace = 1

! self.legspace = 1/3end--these all end with 'change_anim_play' function callfunction drivo:anim_play1()! self:cancel_tweens()! --tweens and sets! if self.neckspace < 2/5 then! ! self:add_tween{self.neckspace, 1/2, 1000, 'sine', 'neckspace'}! else! ! self:add_tween{self.neckspace, 0, 1000, 'sine', 'neckspace'}! end



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! self:add_tween{0, 360, 2000, 'linear', 'headspin', 'change_anim_play'}! self.armspin = 0! self.legspin = 0! self.armsforback = 0! self.legsforback = 0! self.armfan = 0! self.legfan = 0! self.armspace = 1! self.legspace = 1/3endfunction drivo:anim_play2()! self:cancel_tweens()! --tweens and sets! self.headspin = 0! self.neckspace = 0! self:add_tween{0, 360, 2000, 'linear', 'armspin', 'change_anim_play'}! self.legspin = 0! self.armsforback = 0! self.legsforback = 0! self.armfan = 0! self.legfan = 0! self.armspace = 1! self.legspace = 1/3

endfunction drivo:anim_play3()! self:cancel_tweens()! --tweens and sets! self.headspin = 0! self.neckspace = 0! self.armspin = 0! self:add_tween{0, 360, 2000, 'linear', 'legspin', 'change_anim_play'}! self.armsforback = 0! self.legsforback = 0! self.armfan = 0! self.legfan = 0! self.armspace = 1! self.legspace = 1/3endfunction drivo:anim_play4()! self:cancel_tweens()! --tweens and sets! self.headspin = 0! self.neckspace = 0! self:add_tween{0, 360, 2000, 'linear', 'armspin', 'change_anim_play'}! self.legspin = 0! self.armsforback = 0! self.legsforback = 0! if self.armfan < 89 then! ! self:add_tween{self.armfan, 90, 1000, 'sine', 'armfan'}! else! ! self:add_tween{self.armfan, 0, 1000, 'sine', 'armfan'}! end! self.legfan = 0! self.armspace = 1

! self.legspace = 1/3endu.drivo = u.createClass(kreito, drivo)



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File: mku_c74.txt

clearbrgb 0. 0. 0. 1.hslider healthSlider 25 25 270 80bgcolor healthSlider 1. 0.67 0.67 1.comment healthLabel 25 105 HEALTH

textcolor healthLabel 1. 1. 1. 1.comment healthPointer 156 105 textcolor healthPointer 1. 1. 1. 1.hslider energySlider 25 165 270 80bgcolor energySlider 0.67 1. 0.67 1.comment energyLabel 25 245 ENERGYtextcolor energyLabel 1. 1. 1. 1.comment energyPointer 156 245 textcolor energyPointer 1. 1. 1. 1.toggle activeToggle 25 305 80bgcolor activeToggle 0.67 0.5 1. 1.comment activeLabel 25 385 ACTIVEtextcolor activeLabel 1. 1. 1. 1.button homeButton 215 305 80bgcolor homeButton 0.67 1. 1. 1.comment homeLabel 215 385 HOME

textcolor homeLabel 1. 1. 1. 1.set healthSlider 0.5set energySlider 0.5set activeToggle 1.bordercolor healthSlider 1. 1. 1. 1.bordercolor energySlider 1. 1. 1. 1.bordercolor activeToggle 1. 1. 1. 1.bordercolor homeButton 1. 1. 1. 1.


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Muziko Kreito Universo Documentation & Source Code