The Extended PG Elements Encyclopedia

[secret]

The Extended PG Elements Encyclopedia

Liquids

Lava

Basic information:
State of matter: Liquid
Category: Hot elements
Element type: Primary
Notable reaction: Solidifies after 5 seconds when not torching anything hot. Has a chance that minerals will form within when cooled.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Ignite flammables and explosives upon contact.

2. Chance for certain minerals form:
a. 1% Diamond
b. 4% Obisidian
c. 30% Amethyst
d. 20% Calcite
e. 45% Stone

Corn

Basic information:
State of matter: Liquid
Category: General liquids
Element type: Primary
Notable reaction: Disappears on contact with Player. Make Player grow.

Physical information:
Density:
Viscosity:
Flammability: Ignite on contact with hot elements
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (5 Fire pixel _per Corn pixel)
Byproducts: /

Reactions:
1. Ignite on contact with hot elements.
2. Reacts with the standard elements (Magma, clone etc.) as usual.

Napalm

Basic information:
State of matter: Liquid
Category: Flammables
Element type: Primary
Notable reaction: Sticks to surfaces, burns for a very long time once ignited

Physical information:
Density:
Viscosity: Varies
Flammability: Ignites on contact with hot elements
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Blue flame (4 Fire pixel _per Napalm pixel)
Byproducts: /

Reactions:
1. Burns in Blue flame when ignited, can remain burning while in midair.

2. Turn into Ice when contact with cryogens.

3. Splash when Stone is dropped onto it.

4. Player attribute sprays ignited napalm. (There will be a 1 second delay in ignition time to avoid the resulting blue flame to change the attribute or kill the Player)

5. The viscosity and bounciness depends on the right clicked element
- Water- Low viscosity, does not bounce
-Superball- high viscosity, bounce

6. Reacts with the standard elements as usual.

Listo

Basic information:
State of matter: Super-fluids
Category: Super-fluids, Dan ball user elements, (Explosive in certain conditions)
Element type: Primary
Notable reaction: Reacts with every element except Inert and as the only source for ? element

Physical information:
Density:
Viscosity:
Flammability: Depends
Direction of gravity: Attractive (+)

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure
Notes: Explodes via chemical reactions

Reactions:
1. Reacts with all elements (except inert) and some objects (excluding block type objects), details below:

a Listo(l) + Meteor(s) ----> 2 M4 solid(s)
b Listo(l) + Poisonous gas(g) ----> NH₃(g)
c Listo(l) + Laser(e) ----> Listo(g)
d Listo(l) + Lava(l) ----> Random (minerals)
e Listo(l) + Fusion particles(e) ----> WH(o)
f Listo(l) + Fire(e) ----> Steam/Suds(p) + 3 CO₂(g)
g Listo(l) + Magma(l) ----> Magma(l)
h Listo(l) + Neon(g) ----> Saza(s)
i Listo(l) + Dan ball(l/s) ----> Fusion particles(p) + 3 Neutrons(p)
j Listo(l) + Torch(s) ----> Magma(l)
k Listo(l) + Corn(l) ----> Memzak(s)
l Listo(l) + Gold(s) ----> Palladium(s)
m Listo(l) + Napalm(l) <----> Nitro(l) + Listo(l)
n Listo(l) + Saza(s) ---> Saza becomes gaseous, but when it touches something, it solidifies on it
o Listo(l) + Thunder(e) ----> Splash around
p Listo(l) + Radiation(e) ----> Energus(g)
q Listo(l) + Acid(l) ----> All liquids except Magma and Lava
r Listo(l) + Energus(g) ----> Corn(l) + Dan ball(s)
s Listo(l) + Mirror laser(e) ----> Silver(s)
t Listo(l) + Glubulis(s) ----> Glubulis absorb Listo for later use
u Listo(l) + Seed(s) ----> Calcite(s)
v Listo(l) + Plutonium(s) ----> Radiation(e) + Mirror laser(e)
w Listo(l) + Crop(s) ----> Listo(l) + Tree(s)
x Listo(l) + Goo(l) ----> Listo Goo (more viscous)
y Listo(g) + Techno(s) ----> Listo(g)
z Listo(l) + M4 solid(s) ----> Snow(s) + Steam/Suds(p)
aa Listo(l) + Crystal(s) ----> Amethyst(s) + Diamond(s)
ab Listo(l) + Plasma(e) ----> Listo(s)
ac Listo(l) + Aerogel(s) ---> Aerogel dissolves in Listo
ad Listo(l) + Advanced lightning(e) ----> Plasma(e)
ae Listo(l) + LN2(l) ----> 4 Ice(s)
af Listo(l) + LOX(l) ----> Fire(e)
ag Listo(l) + Ice(s) ----> Blue flame(e)
ah Listo(l) + LHe(l) ----> Pulse(p)
ai Listo(g) + Fan(s) ----> Ash(s)
aj Listo(l) + Silicon(s) ----> ONC(s)
ak Listo(l) + Pulse(p) ----> Cyano(s)
al Listo(l) + Salt solution(l) ----> Gold(s)
am Listo(l) + Blue flame(e) ----> Listo(g) + Yellow flame(e)
an Listo(l) + Miracle Matter(g)--->Strangelets(p)
ao Listo(g) + Electromagnets(s) ----> Thunder(e)
ap Listo(l) + O₃(g) ----> Poisonous Gas(g)
aq Listo(l) + Water(l) ----> Oil(l)
ar Listo(l) + Arsenic(s) ----> Tak(g)
as Listo(l) + Amethyst(s) ----> Powder(s)
at Listo(l) + Transporter(s) ----> Transporter reaction
au Listo(l) + Everlast(e) ----> 4 Listo(l)
av Listo(l) + Strangelets(p) ----> 2 Strangelets(p)
aw Listo(l) + Secret(l/s) ----> Oobleck(l)
ax Listo(l) + Nl3(s) ----> Explosion
ay Listo(l) + Virus(s) ----> Virus reaction
az Listo(l) + Viral proof(s/l) ----> Viral proof reaction
ba Listo(l) + Antimatter(s/l/g) ----> Antimatter reaction
bb Listo(l) + Epsilon(s) ----> Ant(s)
bc Listo(l) + Superball(s) ----> Seed(s)
bd Listo(l) + Rubber(s) ----> Air pressure(high)
be Listo(l) + Ant(s) ----> Oil(l)
bf Listo(l) + Gas(g) ----> White flame(e)
bg Listo(l) + Gunpowder(s) ----> Superball(s)
bh Listo(l) + Fireworks(s) ----> Listo(l) + Listo fireworks(s)
bi Listo(g) + Sensor(s) ----> Everlast(e)
bj Listo(l) + Ceramic(s) ----> Stone(s)
bk Listo(l) + Powder(s) ----> Box(o) (size determinded by pen-S)
bl Listo(l) + Bacteria(g) ----> Listo being carried around
bm Listo(l) + Caesium(s) ----> Thermite(s)
bn Listo(l) + Chromolene(l) ----> All gases
bo Listo(l) + Gel(l) ----> Aerogel(s)
bp Listo(l) + Clone/Unstable clone(s) ----> Clone reaction
bq Listo(l) + Bomb(s) ----> Blue flame(e) + Pulse(e)
br Listo(l) + Ecm(s) ----> Random explosion on screen
bs Listo(l) + Wood/Tree(s) ----> Marble(s)
bt Listo(l) + Fuse(s) ----> Listo eats through Fuse
bu Listo(l) + Oil(l) ----> Ice(s)
bv Listo(l) + Thermite(s) ----> Thermite ignites + 6 Soapy
bw Listo(l) + Rainbowlistra(l) ----> Random coloured Diamond
bx Listo(l) + Memzak(s) ----> Inert(s)
by Listo(l) + Magic(s) ----> Fighter(o)
bz Listo(l) + Orhicalum(s) ----> Orhicalum dissolves and deposite at the bottom
ca Listo(l) + ??????(?) ----> ??????
cb Listo(l) + Dry ice(s) ----> CO₂
cc Listo(l) + CO₂(g) ----> Poisonous gas(g)
cd Listo(l) + Glue(s) ----> Glue reaction
cf Listo(l) + Web(s) ----> Wax(s)
cg Listo(l) + C4(s) ----> Steam/Suds(p) + Vine(s)
ch Listo(l) + Plastic(s) ----> Self assebling Silicon wire(s) (Silicon wire with Epsilon growing reaction)
ci Listo(l) + Fluorine(g) ----> Bleach(l)
cj Listo(l) + Methane ice(s) ----> Charcoal(s)
ck Listo(l) + White flame(e) ----> Plasma(e) + 2 Phoenix(s)
cl Listo(l) + Fluorine(g) ----> Bleach(l)
cm Listo(l) + Bleach(l) ----> Water(l)
cn Listo(l) + Oobleck(l) ----> Corn(l)
co Listo(l) + Yellow flame(e) ----> Crop(s)
cp Listo(l) + ClF₃(l) ----> 10 Smoke(g)
cq Listo(l) + Calcite(s) ----> Beam(e)
cr Listo(l) + NH₃(g) ----> 4 Ash(s)
cs Listo(l) + O₂(g) ----> Acid(l)
ct Listo(l) + Marble(s) -----> Obisidian(s)
cu Listo(l) + ONC(s) ----> Neutrons(p)
cv Listo(s) + Tak(s/g) ----> Reset(f)
cw Listo(s) + Salt(s) ----> Gold(s)
cx Listo(l) + Sugar(s) ----> Laser(e) + Mirror laser(e) + beam(e) + Radiation(e)
cy Listo(l) + Wax(s) ----> Wax ignites
cz Listo(l) + Snow(s) ----> Cloud(g)
da Listo(l) + Diamond(s) ----> High air pressure for 1 second
db Listo(g) + Glass(s) ----> Low air pressure for 1 second
dc Listo(l) + Glass shards/Shrapnel(s) ----> Bomb(s) + Palladium(s)
dd Listo(l) + Steam/Suds(p) ----> Pulse(p) + Neutrons(p)
de Listo(l) + Soapy(l) ----> 5 Bubbles(o)(Radius:5 pixels)
df Listo(l) + Silver(s) ----> Listo(mirror state) + Silver(s)
dg Listo(l) + Mercury(l) ----> 3 Crystal(s)
dh Listo(l) + Gallium(s) ----> Mercury(l)
di Listo(l) + Palladium(s) ----> Transporter(s)
dj Listo(l) + AgCNO(s) -----> Epsilon(s)
dk Listo(l) + Smoke(g) ----> Uranium(s)
dl Listo(l) + Uranium(s) ----> Thunder(e)
dm Listo(l) + Stone(s) ----> Powder(s)
dn Listo(l) + Magnesium(s) ----> Electronmagnets(s)
do Listo(l) + Ash(s) ----> vine(s) + Tree(s) + Crop(s)
dp Listo(l) + Metal(s) ----> Magnet(s)
dq Listo(l) + Lead(s) ----> Arsenic(s)
dr Listo(l) + Magnet(s) ----> Listo is attracted to Magnet.
ds Listo(l) + Ferrofluid(l) ----> Ganon(l)
dt Listo(l) + Charcoal(s) ----> Superball(s)
du Listo(l) + Dmx(s) ---->5 BH(o)
dv Listo(l) + Obsidian(s) ----> Glass(s)
dw Listo(l) + Dark matter(?) ----> ?
dx Listo(l) + Ganon(l) -----> Nitro(l) + 2 Saza(s)
dy Listo(l) + Phoenix(s) ----> Listo instantly turned into Fire + 3 Phoenix(s)
dz Listo(l) + Ganon(l) ----> Nitro(l) + 2 Saza(s)
ea Listo(l) + r2N(l) ----> 3 White noise(s) + Strangelets(p)
eb Listo(l) + Amoeba/Protist(s) ----> Bacteria(g)
ec Listo(l) + R(s) ----> Strangelets(p) + Ash(s) + Plutonium(s)
ed Listo(l) + Beam(e) ----> LHe(l) + Strangelets(p)
ee Listo(l) + Cyano(s) ----> Ant(s) + Strangelets(p) + Vine(s)
ef Listo(l) + Neutron(p) ----> Ecm(s)
eg Listo(l) + Balloon(s) ----> Balloon reaction (X chemical reaction)
eh Listo(l) + Neutron glob(s) ----> strangelets(p)
ei Listo(l) + Spider(s) ----> Player (when available)
ej Listo(l) + Tomato(s) ----> All Box shrink by 1 unit
ek Listo(l) + White noise(s) ----> Listo(g) + White energy(e)
el Listo(l) + FLOOD(s) ----> Original FLOOD is destroyed and 3 FLOOD pixels spread to random locations and regrow.
em Listo(l) + Log(s) ----> Listo turns into Log on contact
en Listo(l) + Orbatium(e) ----> Dark matter(?)
eo Listo(l) + White energy(e) ----> White energy(e) + Magic(p)
ep Listo(l) + Wibble(l) ---->2 Listo(l)
eq Listo(l) + Traveler(e) ----> Virus(s)
er Listo(l) + Quliak(s) ---->5 Spark(p)
es Listo(l) + Explosion(e) ----> Explosion(e)
et Listo(l) + Egg(s) ----> Listo(l) + Listo Egg(s)
eu Listo(l) + Destroyer(s) ----> Destroyer(p)
ev Listo(l) + Locust(s) ----> Spider(s)
ew Listo(l) + Cold fusion(s) ----> Cold fusion + 2 Nitro
ex Listo(l) + Cold fire(e) ----> 3 Ice(s)
ey Listo(l) + Cell(s) ----> Phazon(s)
ez Listo(l) + Quantrium(s) ----> Listo is attracted to Quantrium
fa Listo(l) + Tungsten(s/l) ----> Listo mass is increased
fb Listo(l) + Titanium(s) ----> Unobtainium(s)
fc Listo(l) + Unobtainium(s) ----> Listo gravity is reversed
fd Listo(l) + Dark photon(e) ----> Listo becomes darker
fe Listo(l) + Disintegration flame(e) ----> Listo disintegrates
ff Listo(l) + Lumen(e) ----> Disintgration flame(e)
fg Listo(l) + Splitter(s) ----> Metal
X1 Listo(l) + Box(o) ----> Box dissolves

*Mirror state listo is silvery lime green and can reflect electromagnetic radiations
2. Exhibits a 'creeping' effect, which a one pixel layer of the liquid is formed and flows on any surface (Even upside down)

Liquid nitrogen (LN2)

Basic information:
State of matter: Liquid
Category: Cryogens
Element type: Primary
Notable reaction: Ideal freezing agent (LHe creeps around, which is not suitable enough while LOX is flammable).

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Slowly vaporize to Steam/Suds. (1 pixel per 11 seconds)

2. Vaporize completely when contact with hot elements.

3. Super ball and Dan ball lose their bounciness after exposed to LN2. Tree/Wood becomes brittle and breaks when under impacts after exposed to LN2. Freeze all liquids into its solid form (Usually Ice) (except Salt solution)

4. Condense Oxygen into LOX upon contact.

5. Kills Fighters and Players.

Liquid oxygen (LOX)

Basic information:
State of matter: Liquid
Category: Cryogens, Flammables
Element type: Primary
Notable reaction: Huge combustion power

Physical information:
Density:
Viscosity:
Flammability: Ignites on contact with hot elements and Organic compounds/mixtures (Powder, Tree/Wood, Charcoal)
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (15 Fire pixel _per LOX pixel)
Byproducts:

Reactions:
1. Attracted by magnets and magnetic fields.

2. Super ball and Dan ball lose their bounciness when exposed to LOX. Freeze all liquids into its solid form (Usually Ice) (except Salt solution)

3. Slowly vaporizes into Oxygen (1 pixel per 9 seconds)

4. Kills Players and Fighters.

Liquid Helium (LHe)

Basic information:
State of matter: Super-fluids
Category: Cryogens, Super-fluids
Element type: Primary
Notable reaction: Makes metals superconducting and diamagnetic

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Also exhibit a 'creeping' effect similar to Listo.
2. Slowly vaporize to Helium. (1 pixel per 7 seconds)
3. Vaporize completely when contact with hot elements.

4. Super ball and Dan ball lose their bounciness after exposed to LN2. Tree/Wood becomes brittle and breaks when under impacts after exposed to LN2. Freeze all liquids into its solid form (Usually Ice) (except Salt solution)

5. Condense Oxygen into LOX and Steam/Suds into LN2 upon contact.

6. Kills Fighters and Players.

7. Metals becomes superconducting (In PG terms: Act like a Thunder generator) when imersed in LHe.

Secret

Basic information:
State of matter: Liquid
Category: General liquids, Dan ball user elements, Explosive
Element type: Primary
Notable reaction: Only explode when its a solid. Extreme light density. Negative mass

Physical information:
Density: (Lowest)
Viscosity:
Flammability: /
Direction of gravity: Attractive (+) (In terms of background gravity)

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure
Notes: Explodes only in solid state after contact with hot elements.

Additional information:
Field: Antigravity wells
Field radius per pixel: 3 pixels
Effect: Repel other mobile elements.

Reactions:
1. Solidifies when contact with cold elements or cryogens and melts when heated with hot elements.

2. All other elements sink beneath it. Individual Secret pixels repels each other, while is attracted to positive matter (other elements)

3. Respond to Drag in the opposite direction.

4. Equations:
Secret + Standard elements ----> standard reactions
Secret + Water ----> O₂ + 3O₃
Secret + Pulse ----> Secret(s) + 3 Fusion particles
Secret + Phoenix ----> Secret + 3 Pulse
Secret + Powder ----> Cancels each other
Secret + Acid ----> Soapy
Secret + Strangelets ----> BH
Secret + Box ----> Secret Boxes

Chromolene

Basic information:
State of matter: Liquid
Category: General liquids, Conductors
Element type: Primary
Notable reaction: Electrochromic (changes color in high voltage)


Physical information:
Density:
Viscosity:
Flammability: /
Phrases: Charged phrase, Normal phrase
Direction of gravity: Attractive (+)

Reactions:
1. Turns Ice into Water
2. Any Chromolene contact with electricity (including those in the wires) will become lighter in color.

Gel

Basic information:
State of matter: Liquid
Category: General liquids
Element type: Primary
Notable reaction: Slows down elements and objects moving in it. Reduce air pressure passing through it.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Turn to Ice when contact with cryogens.
2. Reacts with the standard elements as usual.

Rainbowlistra

Basic information:
State of matter: Liquid
Category: General liquids, Explosive
Element type: Primary
Notable reaction: Explodes only with Magma, ?

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure
Notes: Explodes at high temperature

Reactions:
1. ??
2. Reacts with the standard elements as usual.

Bleach

Basic information:
State of matter: Liquid
Category: General liquids
Element type: Primary
Notable reaction: Remove all kinds of charges.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Additional information:
Field: Charge neutralization fields
Field radius per pixel: 1 pixel

Reactions:
1. Clone loses its 'element charge' when at least one pixel of the Clone is within the Bleach field. It cannot acquire 'element charge' again unless it is outside the bleach's field.

2. Crystal loses their charges (Value = 0) when it is within Bleach's field

3. Player's element attribute will be cancelled when Player acquire Bleach as attribute.

4. It convert the element content in Fireworks into Miracle matter when direct contact with Fireworks.

5. Metal clones it.

6. It puts out Torch and cools Magma and Lava.

Oobleck/Cornstarch

Basic information:
State of matter: Liquid
Category: General liquids
Element type: Primary
Notable reaction: Quicksand like property and solidfies in high pressure and strong impacts.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Objects (Players, fighters etc.) sink into it, but Players can jump out of it.

2. Reacts with the standard elements as usual.

Chlorine Trifluoride (ClF₃)

Basic information:
State of matter: Liquid
Category: General liquids, Explosives
Element type: Primary
Notable reaction: Ignites most elements, including non flammable ones.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure
Notes: Explodes when contact with Water

Reactions:
1. Turns into Fire upon contact with block type objects.

2. Burn and eat through all elements except Inert, Ecm, Cyano and Epsilon. (Itself is not flammable).

3. Explode on contact with Water.

Mercury

Basic information:
State of matter: Liquid
Category: General liquids, Metals
Element type: Primary
Notable reaction: Eats away metals (Except Metal(Iron)) and inert liquid conductor.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Reflects electromagnetic radiation (Laser, Beam, Everlast etc.)

2. Conducts electricity (Thunder, advanced lightning). Electricity is spread across the whole liquid to all possible outlets.

2. The volume increases 3 times the original when surrounding temperature increases while contract to 1/3 its original size (in pixels) when surrounding temperature decreases.

3. Reflects electromagnetic radiations (Laser, Mirror laser, Beam etc.)

4. Kills Players and fighters upon exposure for more than five seconds

5. Player attribute sprays mercury as usual

6. Reacts with the standard elements as usual.

Ferrofluid

Basic information:
State of matter: Liquid
Category: General liquids
Element type: Primary
Notable reaction: Behave like a solid in magnetic fields.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Attracted strongly to Magnetic fields

2. Lost their magnetic property when placed near high temperature areas.

3. Reacts with the standard elements as usual.

Ganon

Basic information:
State of matter: Supercritical fluid
Category: Exotic liquids
Element type: Primary
Notable reaction: Glows and produce gravity on it's own. Additional properties gained for some elements after the reactions. Chromism on the reactants (But not Gaèoèdo?itself) in some reactions.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. See list below

Ganon+ Saza ---> Saza
Ganon+ Epsilon ---> M4 solid + thunder + LHe
Ganon+ Powder ---> Random flmaes.
Ganon + All DB users ---> Big explosion, inert left over
Ganon + Acid ---> Poisonous gas
Ganon+ ANY LIQUID ---> Chromerism on the liquid
Ganon + Water + Magnet ---> Magnetic Water!
Ganon + Gel ---> Aerogel
Ganon + Epsilon + 2 Saza Solid ---> Liquid Metal, ONC, Gas, Ice.
Ganon + qPie ---> Controllable Gel, Magnet, Ferrofluid
Ganon + Nitro + Any Liquid ---> Explosive liquid
Ganon + ONC ---> Solid Ganon
Ganon + LHe ---> Liquid Ganon
Ganon + LOX ---> Solid LOX.
Ganon + Magnet ---> Metal, Magma
Ganon + bomb ---> magma and napalm
Ganon +wood + ant ---> lots of torch
Ganon + Magma ---> Magma + Blue Flames
Ganon + Charcoal ---> Virus
Ganon + rainbowlistra ---> Random Colored Diamond
2. Reacts with the standard elements as usual.

Nitrogen Dirontiarmiunifogenoxide(R₂N)

Basic information:
State of matter: Liquid
Category: General liquids
Element type: Primary
Notable reaction: The only liquid which can support objects.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. When it touches fire, it becomes a solid (like stone)
2. When it touches water, it becomes a gas.
3. Vine disappears on contact.
4. When it touches ice, it becomes a liquid
5. When Player's and fighter's heads are touching it in gas form and stay there for 5 to 10 seconds they will suffocate and die unless the player has the power from the liquid form.
6. Player attribute shoots R2N(liquid) like normal but is invincible from everything exept falling off the screen when he has it.
7. Reacts with the standard elements as usual.

Wibble

Basic information:
State of matter: Supercritical fluid
Category: Exotic liquids
Element type: Primary
Notable reaction: Perpetual liquid/gas fuel. Organisms stick onto it.

Physical information:
Density:
Viscosity:
Flammability: Ignite on contact with hot elements
Direction of gravity: Attractive (+)

Reactions:
1. "Grow" and encircles powders or bulk solids (except Vine, which does not react in any way) on contact. Encircled powder and Wibble complex will be fixed in mid air.

2. Floats on all liquids and won't burn on contact with magma. (No reactions with all liquids)
3. Can be set on fire, but won't be consumed in the process.

4. When in contact with a Organism (e.g. player/fighter), they are stuck to it but can be released with drag
5. Waves slightly in fan, but does not let go of anything that is stuck to it.

6. When in contact with bomb, it explodes a small amount but then goes back to its original shape
7. Turns into Salt on contact with Salt.
8. When Wibble is in contact with other Wibble (in encirled form) , the two or more pieces combine together.

9. React with the standard elements as usual (Except Acid).

Gases

Poisonous gas

Basic information:
State of matter: Gas
Category: Gas
Element type: Primary
Notable reaction: Kills Players after head is put in it for 10 seconds.

Physical information:
Density:
Flammability: /
Direction of gravity: Repulsive (-)

Reactions:
1. Kills Organisms and living powders.
2. Dissolve into Water to form liquid poison, which vaporize back into gas when heated.
3. Destroyed by Soapy and Ozone.
4. Gas always floats on top of it
5. React with the standard elements as usual.

Helium

Basic information:
State of matter: Gas
Category: Gas
Element type: Primary
Notable reaction: Disable all element reactions except motion and Antimatter reaction within the effective radius. Increased buoyancy for Players

Physical information:
Density:
Flammability: /
Direction of gravity: Repulsive (-)
Phrase: Excited phrase, normal phrase

Additional information:
Field: Reaction nullify fields
Field radius per pixel: 5 pixel
Effect: Stop any chemical reactions taking place

Reactions:
1. Reacts with the standard elements as usual.
2. Excites when contact with Plasma or elctromagnetic radiation (Laser, Beam, Everlast etc.).
3. Gas always floats on top of it

Bacteria

Basic information:
State of matter: Gas (particulates)
Category: Living powders
Element type: Primary
Notable reaction: Sticks to other elements (except stationary solids) and carry them around. When exposed to air pressure, drops what it is carrying. Random movement.

Physical information:
Density:
Flammability: /
Direction of gravity: Null

Reactions:
1. Clumps up around if affected by virus,..if two Virused bacteria touch, it makes 1 more bacteria in between them, the virus infection doesnt move other bacteria

2. Player attribute can make all nearby bacteria (15 pixel radius), follow the player only when he presses down, after they are following, he can release the button and they will continue to follow.

Energus

Basic information:
State of matter: Gas,
Category: Gas ,Hot elements
Element type: Primary
Notable reaction: Scatters when under impacts.

Physical information:
Density:
Flammability: /
Direction of gravity: Repulsive (-)

Reactions:
1. Does not vanish when it touches block, but instead stays and turns into Glubulis that will "explode"(Scatter all over the place)

2.. Absorbs magma but does nothing to it.(This is when Energus becomes a Glubulis. The magma goes towards the center.)

3. Evaporates water and kills players/fighters.
Virus has no effect on it, and thunder yellows the color.

4. Ignites all explosives,plus flammable elements such as powder and seed except Gunpowder.

Cloud

Basic information:
State of matter: Gas
Category: Gas
Element type: Primary
Notable reaction: Absorb other elements and cause precipitation. Mobile cloning effect.

Physical information:
Density:
Flammability: /
Direction of gravity: Repulsive (-)

Reactions:
1. Absorb certain elements and grow. Changes colour depending on the type of elemnt absorbed. When each Cloud unit had absorbed about 30 pixels of elements, it "Rains" and shrinks

2.Weather effect (Cloud colour):
* Water - Rain (Gray)
* Ice/Snow - Snow (White)
* LN2 - ^Blizzard (Pale blue)
* Thunder - Thunder storm (Dark gray)
* Powder - Dust storm (Pale yellowish brown)
* Virus - Acid rain (Dark green)
* Soapy - Bubble rain (Pale purple)
* Laser - Laser rain (Dark red)
* Plasma - ^Magnetic storm (Dark purple)

3. Can be blown around by Wind or other air movement.

4. Acid and other hot elements eat through cloud, while LHe freezes cloud into Ice.

5. Stone separated into tiny dots of stone can go through cloud

6. Player attribute sprays cloud pixels as usual.

^An electromagnetic field surrounds the Cloud in effect and Plasma and other particles are sent in all directions (Notice this is not the realistic description)
^ more Snow and Strong winds

Miracle matter

Basic information:
State of matter: Gas
Category: Gas
Element type: Primary
Notable reaction: Make selected elements (via right click mechanism) when arranged in 3x3 squares.

Physical information:
Density:
Flammability: /
Direction of gravity: Null

Reactions:
1. Destroyed if it touches Torch, Magma, Fire, Lightning, Laser, Steam/Suds, Bomb (1:1 ratio). Virus reacts as usual.

2. If at any time nine 0-pen sized dots of MM come together and form a 3x3 square, the eight dots surrounding are destroyed and the center dot transforms into a different element, determinded by right click.

3. The created element is identical to the selected one but any reaction that can change or destory the selected element will cause the created element to disappear simply without any products left behind (i.e. (MM)Water + Magma ----> (Nothing))

4. Player attribute sprays as usual.

Ozone (O₃)

Basic information:
State of matter: Gas
Category: Gas
Element type: Secondary
Notable reaction: Oxidizing and Player becomes invulnerable to hot elements (Not include plasma elements, except Fire) for 1 sec when expose to Ozone for 10 secs by feet.

Physical information:
Density:
Flammability: Ignites on contact with hot elements
Direction of gravity: Repulsive (-)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (3 pixel per Ozone pixel)
Byproducts: /

Reactions:
1. Reacts with metals (Except Gold and Epsilon) to form Salt
(Metal elements + Ozone ---> Salt + 3 Water)

2. Decompose into oxygen after 30 seconds (2 Ozone pixels -> 3 Oxygen pixels)

3. React with Charcoal to form CO₂.

4. Destroys Poisonous gas in a 1:1 ratio.

5. Produce by putting Oxygen near Plasma

6. reacts with the standard elements as usual.

Carbon dioxide (CO₂)

Basic information:
State of matter: Gas
Category: Gas
Element type: Secondary
Notable reaction: Slows down the fall of a liquid or powder.

Physical information:
Density:
Flammability: /
Direction of gravity: Repulsive (-)

Reactions:
1. Put out flames except White flame.
2. Absorb by Tree/Wood and produce Oxygen
3. Forces Gas around or underneath it.
4. If Laser is fired through the CO2, the CO2 is forced out to the side and a temporary gap is formed before it moves to fill the gap.
5. Kills Player and Fighters
6. Reacts with the standard elements as usual.

Fluorine

Basic information:
State of matter: Gas
Category: Gas
Element type: Primary
Notable reaction: . Eats all metals.

Physical information:
Density:
Flammability: /
Direction of gravity: Repulsive (-)

Reactions:
1. Dissolves into Water to form Acid
2. Ignites all organic elements (Powder, Tree, Crop etc.)
3. Reacts with the standard elements as usual.

Ammonia (NH₃)

Basic information:
State of matter: Gas
Category: Gas
Element type: Primary
Notable reaction: Mix with powder and make Seed grow into Trees vertically, Turns Acid into Salt in a 1:1 ratio
.

Physical information:
Density:
Flammability: /
Direction of gravity: Repulsive (-)

Reactions:
1. Dissolves into Water to form Soapy.
2. Reacts with the standard elements as usual.

Oxygen

Basic information:
State of matter: Gas
Category: Gas
Element type: Secondary
Notable reaction: Turns into Water when mixed with Gas, doubles the ignition ratio of burning within the field.

Physical information:
Density:
Flammability: /
Direction of gravity: Repulsive (-)

Additional information:
Field: Combustion fields
Field radius per pixel: 4 pixels

Reactions:
1. Reacts with Gas to form Water.
2. Reacts with the standard elements as usual.

Smoke

Basic information:
State of matter: Gas
Category: Gas
Element type: Secondary
Notable reaction: Clogs Fan, cannot support objects.

Physical information:
Density:
Flammability: /
Direction of gravity: Repulsive (-)

Reactions:
1. Reacts with the standard elements as usual.
2. Comes from burning Wood/Tree (When smoke filter is on)

Bulk solids

Gold

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Metals
Element type: Primary
Notable reaction: Can be Drag into wires of any length (As long there are dots available).

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Reflects electromagnetic radiation like other Metals.
2. Conducts electricity.
3. Dissolves in Mercury
4. Inert to Acid

Saza solid

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Dan ball user elements
Element type: Primary
Notable reaction: Ability to produce gravitation/antigravitation when reacting with other elements, crazy chromism, random teleportation.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. See list below

Saza + Epsilon ---> Saza + Gaèoèdo?---> Saza
Saza + (Any element) ---> Chromerism(Saza) to color of that element (No chemical reaction)
Saza + Thunder ---> Saza generates gravity.
Saza + Acid ---> Saza generates antigravity
Saza + Laser ---> laser passes through
Saza + M4 solid ---> 2 M4 solid
Saza + Magnet ---> Meteor + Saza = Saza cracks
Saza + ONC ---> Saza cools down, making anything it touches freeze.
Saza + LHe ---> ONC
Saza + Torch ---> Torch burns
Saza + Tree ---> Silver
Saza + Fire ---> Bomb + Saza ---> Saza disintegrates as well as the bomb.

2. Does not react with the standard elements except antimatter and Bomb

3. Temperature of it varies with the surrounding temperature.

4. Objects can cross it and be teleported to any nearby chunks of saza solid.

Glubulis/Glob

Basic information:
State of matter: Live falling solids
Shape: Ovoid
Category: Organisms
Element type: Secondary
Notable reaction: Absorb and use energy plasma elements and Magma for protection aganist threats. Moving speed depends on temperature.

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Absorbs magma(Putting it at the core of itself and changing its color to a lava-ish color) and unleashes it when in danger(If a large amount of stone were to be dropped on it, or if ice were nearby).

2. It moves slower in cold conditions. Dies when under low temperature conditions for more than 10 seconds.

3. water shrinks/kills it, and stone splatters it into smaller blobs.

4. Grows when eating Virus and becomes purple. When size reaches 7x7 pixels, split into three Glubulis offsprings.

5. It can use magma to ignite explosives
Thunder is also absorbed for use,
like Virus and Magma, and makes it yellow colored.

6. Eats other organisms (Fighters, player and Fish)

NOTE: As it releases whatever it's stored, it goes back to its original light green color

Quantrium

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids
Element type: Primary
Notable reaction: Attracts liquids within its field.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Additional information:
Field: Liquid attraction fields
Field radius per pixel: 7 pixels
Effect: Attract liquids

Reactions:
1. Emits Radiation with contact with electricity or laser.
2. Destroyed by anti-gravity or null-gravity field + high temperatures.
3. Causes random chromerism on Radiation passing through its field.

Plutonium

Basic information:
State of matter: Falling solids
Shape: 5x1 pixels rods
Category: Falling solids, Metals, Explosive, Hot elements
Element type: Primary
Notable reaction: Falling solid heat source, explode on contact with other Plutonium or Uranium and produce radiation, Neutrons and heat.

Physical information:
Density:
Flammability: /
Phrase: Glow (In BG-Light only), Normal
Direction of gravity: Attractive (+)

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure, Radiation, Heat, Neutron
Notes: Explodes when strut by Neutrons, other Plutonium rods or Uranium

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (5 pixel per plutonium bar)
Byproducts:

Reactions:
1. Boil Water into steam/suds. upon contact

2. Ignites on contact with hot elements or Oxygen.

3. Reacts with the statdard elements as usual.

4. Does not conduct electricity (Resistance is too high)

Crop

Basic information:
State of matter: Stationary dragable solids
Category: Stationary solids
Element type: Primary
Notable reaction: Produce Corn or other crops constantly.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Has a 1% chance of growing from Seed

2. Produce crops (Corn, Dan ball etc.) constantly like Clone (Though can be paused when Neon is nearby)
3. % of chance of production:
a. Dan ball 5%
b. Corn 75%
c. Tomato 25%

Goo

Basic information:
State of matter: Falling solids
Shape: Spherical elastic mass
Category: Falling solids
Element type: Primary
Notable reaction: Absorb properties of other elements.

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. When contact with other elements, it absorb that element and carry some of the properties of that element (aka element charge)

2. It can absorb and carry up to three unrelated element charges at the same time.

3. If the element it absorbs reacts with each other, the final properties that Goo carries will be the product of the reaction (e.g. Goo + Magma + Water = Stone goo)

4. It's original form is a spherical lump of solid, which is like a soft ball.

Techno

Basic information:
State of matter: Stationary non dragable solids
Category: Stationary solids, Technology elements
Element type: Primary
Notable reaction: change state when exposed to certain technology elements.

Physical information:
Density (in mobilized state):
Flammability: /
Phrase:
- Normal - Place holder aquamarine
- block thunder - light red
- block laser - light yellow
- block all - light orange
Direction of gravity(in mobilized state): Repulsive (-)

Reactions:
- Normal state (by default)
*for laser its like empty space, after crossing by laser (twice) change in "block thunder"
*for thunder is like metal, after crossing by thunder (twice) change in "block laser"
*when touched by hot element (fire,torch,magma) change into
"block all"

- Block laser
*for laser its like metal(reflect)
*for thunder its like metal. After crossing by thunder (twice) change in "normal"

- Block thunder
*for laser its like empty space, after crossing by laser (twice) change in "normal"
*for thunder its like block(stop thunder and thunder if it's possible, change direction like turning left/right in metal/"normal"techno/"block laser"techno/crystal)

-Block all
*for laser like metal (reflect)
*for thunder like block*
-if there are any heat elements it will turn back in normal after short time.

Techno (all states):
-for magma its like metal - change into magma
-react with the standard elements (Virus, Antimatter, Bomb etc.) normally(with their special ability)
-for other elements (Water, Soapy, Ice etc.) is unreactive (nothing happens)

M4 solid

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Metals, Dan ball user elements
Type: Primary
Notable reaction: Split Thunder into many paths

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Turns to Steam/Suds when contact with Laser.

Crystal

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Technology elements
Element type: Primary
Notable reaction: Store and release energy, crystal logics.

Physical information:
Density (in mobilized state):
Flammability: /
Phrase:
- empty - light blue/crystal color
- hold - hold a energy particle (laser/thunder) with particle color (like thunder and metal).
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Crystal logic:
Normal energy elements and hot elements: 0 to 1 state
Negative energy elements and cold elements: 0 to -1 state
Empty: 0 state
When state = 2 or -2 (1+1 or -1-1)
a. Release - output a multiple (if not blocked) energy element pixel - but not in the direction where the particle entered the crystal and trigger the release.
Single crystal dot PROPERTY: You give 2 energy (2 thunder) and you get 3 in return



#output element is like element in hold, not like triggering element



#here we got 2 pictures:
*left 3 crystals in line (crystal in center)
*right 2 crystals in line (stone/metal/other block particle)[/color]

In left the highest crystal particle is activated by 3 crystal ( unpaired number)



#Here we see a 4 crystals with torch(heat) laser activation (laser in hold). Torch work as blocker.

b. Direction of release:
i) Noramlly energy elements goes out in Up Down Left and Right directions only
* Crystal (not sticking with each other) release laser/Thunder to open space
* Crystal (not sticking with each other) release Thunder to metal elements or other conductors

(Exceptional case)
ii) Energy elements (e.g. laser) goes out diagonally from crystal when:



#Energy released from crystals meets at the same point at the same time



#When crystals are sticking with each other horizontally or vertically

2. Other reactions:
* Laser - buildup laser and energy particle release
* Thunder - buildup thunder and energy particle release
* Heat (fire & torch) - buildup of laser particle
* Radiation/in future new energy particles - buildup of thunder particles
* Air pressure - like stone, transform to powder
* Magma - like stone, transform to magma
* React with the standard elements (Virus, Bomb, Antimatter etc.) as usual
* when release will trigger explosives particle (like in thunder/laser collisions)
* when release thunder will not trigger explosion on stones if its next to crystal (like in metal end in stone)
* Plasma discharge the crystal upon contact (i.e. Cancel anything stored in it, good for memory wiping systems)
* Does not react with other elements

Splitter

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Technology elements
Element type: Primary
Notable reaction: Beam split reaction (i.e. Reflect part of the beam and refract another part of it(Refraction is pretty much the same as if the element wasn't there)). Thunder dissipation (Thunder is distributed to all possible paths (except the path where it is come from) when a pixel of splitter is connected to wires)

Physical information:
Density:
Flammability: /
Direction of gravity (When mobilized): Repulsive (-)

Additional information:
Circuit representations:
Thunder: Dark yellow
Laser: Pinkish red

Reactions:
1. Inert to Acid and Snow, Magma melts it with a 75% chance per frame. Saltwater/Water corrode it into powder with a 10% chance per frame
2. Beam split reaction would not occur if Ice is touching Splitter.
3. Thunder dissipation would not occur if Torch is touching Splitter.
4. Both main reaction would not occur if Vine is touching Splitter (Vine does not grow on it).
5. Ant has Transporter reaction (i.e. travels through it like Thunder in Metal) with Splitter. It is destroyed when it meets with Thunder within the Splitter (Thunder is unaffected) or when it contact with Laser and other beams
6. Thunder and Laser destyoy each other as usual within it.
7. Bubble pops on contact.
8. Superball bounce more on it.
Turn Snow into Ice when contact with travelling Thunder in the Splitter.
Misc. Reactions
9. Player attribute immune to Thunder and Laser (As well other energy elements)

Aerogel

Basic information:
State of matter: Falling solids
Category: Falling solids
Element type: Primary
Notable reaction: Floats on liquids (Except Listo) and makes Player jump higher

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Nullifies heat transfer between two place.
2. Player attribute jumps higher than normal.
3. Reacts with the standard elements as usual.

Silicon

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Semimetals
Element type: Primary
Notable reaction: Absorb Light,Radiation or Laser to produce Thunder/Advanced lightning, semiconducting properties.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Is affected by Magma like metal.
2. Reflects laser.
3. Inert to acid.
4. Virus resistant.
5. Is a good insulator in cool areas while is a good conductor in hot areas

Electromagnets

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Metals
Element type: Primary
Notable reaction: Produce magnetic field when electric current passes through. Attract charged elements.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
No other reactions

Amethyst

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Minerals
Element type: Primary
Notable reaction: Generates electricity when under stress. Split electromagnetic radiation.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Reacts with the standard elements (Magma, Virus, Bomb, Bubble, Clone) as usual.

2. Grow when placed in a high temperature area with Silicon nearby. It grows slowly with branches of straight lines facing in random directions.

3. When Amethyst is pressed against something solid (i.e. With a Powder or a falling solid sitting on top of it), it generates Thunder, which travels randomly inside the Amethyst. (piezoelectric properties) When the stress is gone, it stops generating Thunder. The Thunder generated from it cannot escape unless a conductor or a semiconductor is connected to it.

4. When Laser passes through Amethyst, it is split into two beams which travel at an angle of 45 degrees to the original beam. (E.g. When a laser beam travelling from the left side passes through the Amethyst, it is splited and there will be two new beams travelling towards the top and bottom left respectively.)

Transporter

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Technology element
Element type: Primary
Notable reaction: Metal/Thunder reactions with all mobile elements.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Brief description:

*Any mobile elements (those that are not stationary solids) which come in contact with Transporter is converted into energy state and transferred through the transporter as if the Transporter is Metal while the mobile element is Thunder.
*The physics governing the transfer works exactly the same as the Metal-Thunder reaction.
*When the mobile element reaches the end of the Transporter wire, it revert back to its initial state and shoot out at the end.
#Disappearing elements, like Steam/Suds and Fire, will not disappear while transporting through the transporter.
#when transported (still in transporter) element hit a block, game check if on the other side of block is a transporter, if so, it move element through the Block to the Transporter on the other side..

2. Transporter fusions:
firework + any element -> fill fireworks with given element
(After the fusion process, the new element travels in the same direction of the fireworks)
virus + some element -> change in opposite element type
virus + magma -> snow
virus + fire -> water
virus + water -> fire
virus + snow -> magma
virus + thunder -> laser
virus + laser -> thunder
virus + soapy<==> nitro
virus + stone<==>bomb OR stone<==> gas
virus + superball<==>acid
(After the fusion process, the new element travels in the same direction of the non-virus reactant)
Element + Listo (as evolution element) -> New element according to the below pattern
snow->water->ants->oil->gas->fire->magma->stone->powder->fireworks->gunpowder->nitro->bomb->laser->soapy->thunder->acid->superball->snow
Other equations
Water + magma -> Steam + Stone
^Oil + thunder/fire -> Gas
^Stone + Fire -> Magma
(The first and second product always travels in the same direction as the first reactant and second reactant respectively)
(^For these equations, the product always travels in the same direction as the heavier reactant)

3. Clone as usual.

Epsilon

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Dan ball user element, Technology element, Metals
Element type: Secondary
Notable reaction: Gravity reverse, resistance change and line construction.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Additional information:
Field: Gravity reverse fields
Field radius per pixel: 5 pixels

Reactions:
a. Line construction mechanism:
*Epsilon will extend when a pixel of Metal(Iron) contact with it.

*The line will extend to the direction where the contacted Metal is, turning any Metal in it's way into Epsilon. It stops when it hits other non metal solids, other Epsilon or when the dot limit is reached.

*If there are 2 dots of metal next to each other, then epsilon will turn into direction: from 1. dot metal -> to 2. dot metal.

*If there are 3 dots in line,and the middle will be hitted by epsilon line, it will transform the middle dot, then extend in two directions.

Note: The line can only travel up, down, left or right



b. Other reactions:
1. Conducts electricity

2. Can only be made by this reaction
1 mole of Listo + 1 mole of AgCNO ---------> 1 mole of Epsilon

3. Cannot be copied/multiplied in other means except by Copy (Thus cannot be virused)

4. Things fall upside down when it is within the Epsilon field

5. Temperature changes the resistance of Epsilon, allowing the speed of electric current to be controlled (Higher temp = higher resistance)

6. Inert to the standard elements except Antimatter
and Magma.

Rubber/Elastic

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids
Element type: Primary
Notable reaction: Things bounce on it.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Melts at high temperature while solidfies at room temperature.

2. Superball bounce higher than normal.

3. Inert to energy elements.

4. Reacts with the standard elements as usual.

Sensor

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Technology elements
Element type: Primary
Notable reaction: Explode and release Thunder when not contact with Superball, Thunder, Laser or Water.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. If it does not touch plasma, water, or Superball for 10 seconds, explodes and releases a stream of 5 pixels of thunder in one direction. If one dot of it gets touched and resets, the neighbouring Sensors resets. Magma instantly sets if off.
2. Reacts with the standard elements as usual

Ceramic

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids
Element type: Primary
Notable reaction: Shatters into Powder when struct by Stone, Plutonium or Uranium at terminal velocity. Or in an explosion

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Not melted or otherwise affected by lava or other hot elements.
2. Becomes superconductive when imersed into LN2 or LHe.
3. Reacts to the standard element as usual (Except immune to acid, hot elements and virus)

Caesium/Cesium

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Metals
Element type: Primary
Notable reaction: Explode in Water, Ice or Steam/Suds. Attracts and remove Oxygen.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure,Heat, Fire
Notes: Explodes in Water, Ice or Steam/Suds.

Reactions:
1. Reacts with the standard elements as usual.

Unstable clone

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Metals
Element type: Primary
Notable reaction: Ability to change "element charge" and thus reusable.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Clones elements like Clone but can gain new element charge

2. If a different element hits Unstable Clone, it will become momentarily deactivated so it may make every Unstable Clone dot touching the affected dot make the new element (so if water hits Powder producing Unstable Clone, the Unstable Clone stops making powder entirely, and then after about half a second all of the dots start making water).

3. Position of production and charge gaining:
*For gravity repulsive and null elements: Top and sides
-Charge gains at top part + element absorbed
*For gravity attractive elements: Bottom and sides
-Charge gains at bottom part + element absorbed

4. Produce Listo if absorb too many kinds of elements at the same time.

5. Bleach cancels its element charge.

Exotic clonoid metal (Ecm)

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids
Element type: Primary
Notable reaction: Destroys as a whole when struct by Thunder.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Clones only clone, virus, and fan. It is cloned by Metal.

2. When it touches thunder ,everything (except block type objects), including fan, in contact with the affected Ecm is destroyed.

3. If any Ecm pixels is destroyed than it will also destroy all Ecm pixels next to it.

4. Reacts with the standard elements as usual.

Fuse

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids
Element type: Primary
Notable reaction: Ignites and work like exploding C4 without pressure generated.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Explosive data:
Explosive velocity: /
Power: Nil
Shock sensitivity: /
Friction sensitivity: /
Products: None
Notes: Explodes when contact with hot elements

Reactions:
1. Reacts with the standard elements as usual.

Orhicalum

Basic information:
State of matter: Stationary dragable solids
Color: Cycles around light blue-white-light blue-lighter blue-light blue-white.
Category: Stationary solids, Metals
Element type: Secondary
Notable reaction: /

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Destorys by Steam/Suds

2. Reacts only to clone and Thunder.

Web

Basic information:
State of matter: Falling solid
Category: Falling solids
Element type: Primary
Notable reaction: Hangs in mid air between two ends (It is non stationary) .

Physical information:
Density:
Flammability: /
Phrase: Liquid/molten, Solid
Direction of gravity: Attractive (+)

Reactions:
1. Produced by Spiders.

2. Powders stick onto it.

3. Break in high pressure.

4. Reacts with the standard elements as usual.

Plastic

Basic information:
State of matter: Stationary non-dragable solid
Category: Stationary solids
Element type: Primary
Notable reaction: .

Physical information:
Density (in mobilized state):
Flammability: /
Phrase: Liquid/molten, Solid
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
Solid state:
1. Melts into liquid plastic from hot elements.

2. Reacts with the standard elements as usual (except it is inert to Acid and Virus)

3. Becomes fragile when placed in cryogen

Liquid state:
1. Hardens after 15 seconds, being submerged in water or hitting ice, or 5 seconds exposure to air or wind.

[The Dark Master]

Methane ice

Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids
Element type: Primary
Notable reaction: Would not be blown into Snow by wind/pressure.

Physical information:
Density (in mobilized state):
Flammability: Ignites on contact with hot elements
Direction of gravity(in mobilized state): Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (7 Fire pixel _per Methane ice pixel)
Byproducts: Water

Reactions:
1. Things slides on it like Ice.

Calcite

Basic information:
State of matter: Stationary non-dragable solid
Category: Stationary solids, Minerals
Element type: Primary
Notable reaction: Split Laser into two parallel beams which is two pixels apart when pssing through it. Glows in different colors when exposed to different type of energy elements.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Reacts with the standard elements as usual.

2. When it is put into water, there will be a 5% chance per frame that 2.5% of it will turn into CO2. It does not dissolve in Water if the surrounding temperature is higher than 80¢XC.

3. When Laser passes through a block of Calcite (at least 3x3 pixels) It¡¦ll be splitted into two parallel beams which is 2 pixels apart. If the Calcite is less than 3x3 pixels, nothing happens.

4. Calcite glows in yellowish, reddish or bluish light for 10 seconds after exposed to energy type elements (Plasma, Radiation, light respectively). (Glow is visible in BG-Light only)

5. When Lava cools, there is a 20% chance that Calcite will form within.

Marble

Basic information:
State of matter: Stationary non-dragable solid
Category: Stationary solids
Element type: Primary
Notable reaction: Melts very slowly.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Fighters-They are attracted to it, but only slightly.

2. Stone- The Marble has a 1/8 chance of turning to Stone every 2 Frames.

3. Water-Water cools down heated Marble

4. Magma-Melts at 1/2 the rate of metal

5.Torch-Turns Bright Red and becomes deadly (All the same effects as magma, except solid, and doesn't evaporate water). Can only be cooled with water. (No other liquids)

6.Citizens- They are attracted twice as much as Fighters

Wax

Basic information:
State of matter: Stationary non-dragable solid
Category: Stationary solids, Flammables
Element type: Primary
Notable reaction: Burns very slowly as a fuse.

Physical information:
Density (in mobilized state):
Flammability: Ignites on contact with hot elements (except electromagnetic radiations)
Direction of gravity(in mobilized state): Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (2 Fire pixel _per Methane ice pixel)
Byproducts: Oil

Reactions:
1. Electromagnetic radiaitons drill right though wax (Ignites wax if it is hot)

2. Break up (burned or not) when water is put on it

3. Reacts with the standard elements as usual.

4. Superballs would bounce off it, break it up slowly.

Diamond

Basic information:
State of matter: Falling solids
Category: Falling solids, Minerals
Element type: Both primary and secondary
Notable reaction: /

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. When imersed into the standard elements (Magma, Acid) or Drag into something, breaks into smaller Diamonds, and eventually into Diamond powders.

2. Refracts electromagnetic radiations.

3. Reacts with the standard elements as usual.

Glass

Basic information:
State of matter: Stationary non-dragable solid
Category: Stationary solids
Element type: Primary
Notable reaction: Converge Light to a point. Refracts Lasers.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Reacts with the standard elements as usual (Except it is inert to Acid and Ant)

2. When electromagnetic radiation strikes at an angle of 45^o, refracts according to laws of refraction.

Silver

Basic information:
State of matter: Stationary non-dragable solid
Category: Stationary solids, Metals
Element type: Primary
Notable reaction: Radiation absorber.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Reflects electromagnetic radiation like other Metals.
2. Conducts electricity.
3. Dissolves in Mercury
4. Absorb Neutrons.

Palladium

Basic information:
State of matter: Stationary non-dragable solid
Category: Stationary solids, Metals
Element type: Primary
Notable reaction: Absorbs and store Gas,removes gases (in the form of Player attribute).

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Reflects electromagnetic radiation like other Metals.
2. Conducts electricity.
3. Dissolves in Mercury
4. Expands slightly when Gas is absorbed.

Titanium

Basic information:
State of matter: Stationary non-dragable solid
Category: Stationary solids, Metals
Element type: Primary
Notable reaction: 1/2 current speed. High tensile strength (not implemented).

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Additional infomation:
Acid-Titanium corrosion ratio: 5:1

Reactions:
1. Reflects electromagnetic radiation like other Metals.
2. Conducts electricity.
3. Dissolves in Mercury.
4. Melts only at high temperatures (inert to Magma)

Uranium

Basic information:
State of matter: Stationary non-dragable solid
Category: Stationary solids, Metals
Element type: Primary
Notable reaction: Produce Radiation.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Explosive data:
Explosive velocity: /
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure, Radiaiton, Neutrons
Notes: Explodes when hit by Neutrons or plutonium bars

Reactions:
1. Reflects electromagnetic radiation like other Metals.
2. Conducts electricity.
3. Dissolves in Mercury

Magnet

Basic information:
State of matter: Stationary non-dragable solid
Category: Stationary solids
Element type: Primary
Notable reaction: Generates magnetic fields.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Oxygen and LOX is weakly attracted to it.
2. Turn into Metal after placed in a hot area (The magnet is demagnetized)
3. Repels a mobilized magnet when like poles facing each other while attract it when unlike poles face each other.
4. React with the standard elements as usual.

Obisidian

Basic information:
State of matter: Stationary dragable solid
Category: Stationary solids
Element type: Primary
Notable reaction: Let Lasers through in a masked state. Cut solids (Stationary or falling solids) when use with Drag.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Water- The water that touches it turns to Magma.

2.Torch-Turns Dark Red, It has same effects as Heated Marble(Now can be seen) Can only be turned back with Ice (It won't melt Ice)

3. When a Obisidian pixel is Drag through a stationary solid or falling solid (Metals, Wood, C4, Aerogel etc.) It'll cut the solid into two pieces

4. Laser- The Laser be absorbed, However it travels around the Obsidian in a Masked State like Thunder and Metal.

5. Ant-Suddenly dies on contact.

6. Reacts with the standard elements as usual.

Rontiarmiunifogen (Element R)

Basic information:
State of matter: Falling solid
Category: Falling solids
Element type: Primary
Notable reaction: Mad Physic defying properties. EMP conversion.

Physical information:
Density:
Flammability: Ignites only via EMP
Direction of gravity: Attractive (+)

Explosive data:
Explosive velocity: /
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure, EMP
Notes: Explodes when hit by burning Superballs.

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Ratrin flame (6 pixel per R pixel)
Byproducts: R2N

Additional information:
Field: R fields, Gravity wells
Field radius per pixel: 4 pixels

Reactions:
1. Attracts all elements except Superball and once an element is inside of it's range it becomes non combustible while in there, so you CAN'T light any elements on fire in there except Superball.

2. Fire and other disappearing elements doesn't disappear when it is in range of element R. It falls to the ground instead.

3.Players can't be hurt and if a player touches element R, they can take on all the abilities of R. If you press down as the player, it toggles the abilities on and off. If there inside of R range when they turn it on, the player is still invinsible, but the player's R range cancles out the some of the element R range. (So, the gravity of other elements within range of R Player will be nullfied and those elements

4. If once any element (Exceptions are listed below) is
inside of element R's range, the gravity of that element will be nullfied and the element will stay in mid air (Until an external force is applied to it) or continue to move with its own momentum

5. Inside the R field, fighters can't harm players

6. Gravity of Gases and superball is reversed when they enter the R fields

7. If a Superball is lit on fire INSIDE OF the R range and then the ball touches the element R then it'll explode and release an EMP (Electro Magnetical Pulse (it is mainly just a bright yellow circle, visible in BG-Light and BG-Electromagnetic)) that will lit EVERYTHING (including other R and objects except Player and Inert) that isn't enclosed in block on fire in a green flame (the EMP can't side loop). And the green flame will turn into r2N after a second.

8. Gravity of R itself can be reversed when inside the effective range of other gravity reversing elements (e.g. Epsilon) or in Physic zones

9. Player with R attribute can press 0 to flip his own gravity (Walking upside down or upright)

Cyano

Basic information:
State of matter: Stationary non-dragable solid
Category: Stationary solids, Cold elements
Element type: Primary
Notable reaction: Freeze anything warm it torches into cold elements. Near absolute zero temperature generation.

Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)

Reactions:
1. Reacts with the standard elements as usual.
2. When reacts with Bomb, release Cold flame.
3. Eats away by hot elements.
4. Kills organisms (Players, Fighters, Fish etc.)

Unobtainium

Basic information:
State of matter: Stationary non-dragable solid
Category: Stationary solids, Metals, Techonlogy elements
Element type: Primary
Notable reaction: Massless, frictionless. Produce a field that changes mass content of other elements. E=mc²etc.

Physical information:
Density (in mobilized state): 0
Flammability: /
Direction of gravity(in mobilized state): Null

Reactions:
1. Does not affect by gravity even when mobilize (as it is massless, except having undergone reaction 6), produce antigravity field that cancels gravitational attraction nearby

2. Frictionless, things slide on it without deceleration (in the absence of external forces)

3. When subjected to electrical current, produce a field that changes the mass of an element.
+ current (from left to right) ---> + mass
-current (from right to left) ---> -mass
(up or down current does nothing)

4. Reacts with gases endothermically (surrounding heat is absorbed and surrounding temperature drops close to absolute zero)

5. When subjected to a magnetic field, produce an induced current and an unknown field that repel all mobile elements.

6. Can absorb energy elements and increase mass content (becomes heavier)

7. When strut by Neutrons, release 12 pixels of Thunder in a circle at once.

8. When strut by Pulse, emit gravity waves (In PG, creates a ring shape gravitational anomaly that expand in the fashion of White energy)

9. Provide +1 Thunder charge to crystal when put next to it.

10. Bounce high pressure fields (those from explosions) away from it.

Particles

Fusion particles

Basic information:
State of matter: Particles
Category: Permanent particles, Explosives
Element type: Primary
Notable reaction: Bounce without losing kinetic energy, completely elastic collision.

Physical information:
Density:
Flammability: /
Direction of gravity: Null

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure
Notes: Explodes via direct collision with another Fusion particle

Reactions:
1. When exposed to moving particles, they bounce, they also bounce off solid substances. If A fusion particle collides with another fusion particle while moving very fast, it explodes

2. Fusion particles do not loose kinetic energy as they bounce. They transfer kinetic energy to non-moving/moving particles, and bounce off with the same kinetic energy.

3. Fusion particles repels each other when placed together.

Pulse

Basic information:
State of matter: Particles
Category: Permanent particles
Element type: Primary
Notable reaction: Pulse at regular intervals. Makes Player hover in mid-air. (Free flying).

Physical information:
Density:
Flammability: /
Direction of gravity: Null

Reactions:
1. 1. Makes Player hover in mid-air. (Free flying).
2. Repels nearby mobile elements (including other pulse)
3. Generates a shockwave (i.e. high air pressure in the shape of an expanding ring) on contact with Superball
4. If a collision (with other pulse) is made, eject 2 Steam/Suds and 1 Strangelet in the horizontal direction and a random direction respectively. The pulse is then destroyed in the process.
5. Destroys black holes on contact.
6. Repelled by magnets
7. Emit a ring of dark photons per 10 frames (Hence the name)

Strangelets

Basic information:
State of matter: Particles
Category: Permanent particles
Element type: Primary
Notable reaction: Turns everything except Inert into strangelets.

Physical information:
Density:
Flammability: /
Direction of gravity: Null

Reactions:
(Unknown)

Neutron

Basic information:
State of matter: Particles
Category: Permanent particles, Black spectrum elements
Element type: Primary
Notable reaction: Increase the velocity of the target in collisions.

Physical information:
Density:
Flammability: /
Direction of gravity: Null

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure, heat and other particles
Notes: Explodes when colliding head on at great velocity.

Reactions:
()Normal phrase:
1. When it collides with another particle at high speeds, it increases its velocity dramtically, removes the neutron and generates heat.

2. When colliding with each other, they turn into a Neutron glob, which can be dismembered by accelerating a Neutron glob with a particle accelerator. When a neutron strikes another neutron at incredibly high speeds, they will form one of these:
*50% Fusion particles
*30% Pulse
*15% Strangelets
*5% Black holes

3. When it collide with Uranium or Plutonium, triggers nuclear fission.

()Radioactive state:
1. When exposed to thunder, will become gas and metal per neutron pixel.

2. When exposed to radiation for extend time, will explode in a high-explosive reaction.

Plasma and energy

Explosion

Basic information:
State of matter: Plasma
Category: Plasma
Element type: Primary
Notable reaction: Destroys every single element on contact by nullification. (0:1 ratio)

Physical information:
Movement: Forms small clusters the shape of mushroom clouds in mid air, which as a whole is motionless unless force is applied(Excluding Wind/Air). (The individual pixels moves at varying velocities, yet concentrated at the center of the cluster)
Direction of gravity: Null

Reactions:
1. Generates constant Wind in all direction like Fan per Explosion pixel.

Radiation

Basic information:
State of matter: Electromagnetic radiation
Category: Energy (Electromagnetic radiation), Hot elements
Element type: Primary
Notable reaction: Decompose certain elements upon contact.

Physical information:
Movement: Travels in straight lines, non continuous
Direction of gravity: Null

Reactions:
1. Decomposition property:
*water - small chance for breaking water into gas (hydrogen)
*seed,vine - small chance for breaking it to water or oil
*oil - small chance for breaking it to gas
*gunpowder - small chance to break it into nitro
*nitro - 15% chance to break it to gas or Steam/Suds
85% get blown up.
*ice - small chance to melt it
*stone - small chance to turn into Uranium.
2. Kills Players and Fighters. Player attribute shoot it as usual.
3.Metal blocks it.
4. Crystal gains +1 charge (Thunder variety)
5. Ignites other flammables upon contact.

Mirror laser

Basic information:
State of matter: Electromagnetic radiation
Category: Energy (Electromagnetic radiation)
Element type: Primary
Notable reaction: Mirror like property for individual beams and constant travelling and emission speed.

Physical information:
Movement: Travels in straight lines, non continuous, higher frequency than Laser
Direction of gravity: Null

Reactions:
1. Eat through other elements (Except Powder, Torch and Cyano which blocks it) without causing any chemical reactions.

2. Each beam is like a mirror. Any type of electromagnetic radiation/beam (including other Mirror lasers) collides with the traveling beams will be reflected according to the "Laws of Reflection of PG", same as Laser being reflected by metals

3. Other reactions are the same as Laser.

Plasma

Basic information:
State of matter: Plasma
Category: Plasma, Hot elements
Element type: Primary
Notable reaction: Forms small clusters in mid air, removes all nearby electric current in Metals.

Physical information:
Movement: Forms small clusters or bolts in mid air, which as a whole is motionless unless force is applied. (The individual pixels moves at varying velocities, yet confined in the center of the cluster)
Direction of gravity: Null

Additional information:
Field: electric discharge field
Field radius per pixel: 3 pixel

Reactions:
1. Attracted to Magnetic fields and Electric fields.

2. Ignites flammables and exposives on contact.

3. Release energy in the form of thunder when squeezed between two High air pressure fields.

4. Slowly discharges into Advanced lightning (1 pixel per 20 seconds). This can be prevented when it is held between magnetic fields.

Advanced lightning

Basic information:
State of matter: Plasma (Lightning)
Phrase:
Standard (Electron head (eH) phrase)
Pink (electron tail (eT) phrase)
Category: Plasma (Lightning), Hot elements, Technology elements
Element type: Primary
Notable reaction: Advanced logic gates behaviour.

Physical information:
Movement: Fall according to a certain pattern
Direction of gravity: Attractive (+)

Reactions:
1. Wireworlds logic
For each frame inside a conductor
* For a eH -> eT
* For a eT -> Conductor (e.g. Metal)
* For a conductor -> Conductor
* Unless 1-2 eH neighbouring to the Conductor
Conductor-> eH
* Outside a conductor, no eT present

2. Can convert Water to its consistude elements (Gas and Oxygen)

3. Other reactions are similar to Thunder.

Blue flame

Basic information:
State of matter: Plasma (Flames)
Category: Plasma (Flames), Hot elements
Element type: Secondary
Notable reaction: Melts other solids into Magma.

Physical information:
Movement: Rise like Fire and slowly disappears
Direction of gravity: Repulsive (-)

Additional information:
Heating field: 4 pixels
Pressure generated: +++
Temperature: ++++

Reactions:
1. Ignites flammables on contact.
2. Melts Ice and Methane ice into Water and vaporize cryogens.
3. Produce by burning Napalm.

Everlast

Basic information:
State of matter: Electromagnetic radiation
Category: Energy (Electromagnetic radiation)
Element type: Primary
Notable reaction: Transmutate elements to a relatively stable state. Fix Player's current attribute.

Physical information:
Movement: Travels in straight lines, non continuous, higher frequency than Laser, disappears after 1 - 2 seconds
Direction of gravity: Null

Reactions:
1. Everlast effect:
*When Everlast hits a player, that player does not gain the ability to shoot Everlast beams but instead is outlined in Dark Purple. Excluding death and Bleach there is nothing that will be able to change the player's current ability.
*So if they have the nitro ability and hit Everlast, they can fly and have their heads touch stone, but they will still be Nitro Player.

2.Transmutation of elements:

Everlast Category Changing List:
Note: Everlast basically changes elements of their category into an element that is the best example of that category (only reactions are the basic kind found in that category).

Metals
Defination: Conducts electricity in solid or liquid state, non translucent.
Examples: Mercury, Metal(Iron), Epsilon
->Everlast turns any Metals into: Metal

Explosives
Defination: Generates sudden air pressure and (usually) burns with Fire.
Examples: C4, Nitro, Antimatter
->Everlast turns any Explosives into: C4

Special explosives
Defination: Explodes without pressure generated
Examples: AgCNO, Bomb
->Everlast turns any Special Explosives into: Bomb

Flammables
Defination: Generates steady air pressure and burns
Example: Gas(H2), Napalm, Oil
->Everlast turns any Flammables into: Wax

Gases
Defination: Floats in a normal pattern
Examples: NH3, Gas, Oxygen
->Since Gases are properties and not effects (some gases might be flammable while others could freeze), this category will not count.

Plasmas and Energy
Defination: Either move in straight lines or moves with a special pattern
Examples: Laser, Fire, Thunder
->Plasmas are too much like the Hot Elements, however there are some elements in this category that aren't Hot Elements. Those in this category that aren't also part of the Hot Elements category turn into Thunder.

Stationary solids
Defination: Remain in a fixed position, does not fall or float
Examples: Torch, metals, Glass
->As with Gases, elements in this category vary too much in effect and so this category does not count.

Cryogens
Defination: Vaporize into gases slowly and can freeze some elements. Turns completely into Steam/Suds or Gases after come in contact with any Liquids or Hot elements.
Examples: LOX, LHe, LN2
->Everlast transforms any from this category into Ice.

Duplicators
Defination: Ability to clone things
Examples: Virus, Clone, Bubble
->Everlast transforms any from this category into Clone.

Normal liquids
Defination: Spreads and are not cryogens
Examples: Water, Secret, Soapy
->As with Gases, elements in this category vary too much in effect and so this category will not be counted.

Powders
Defination: Falls as individual pixels
Examples: Powder(sand), Ant(special case), Seed
->As with Gases, elements in this category vary too much in effect and so this category will not be counted.

Minerals
Defination: A group of elements with optical properties and has a chance to form within Lava rock
Examples: Amethyst, Diamond, Obsidian
->No clue for this one really. Diamond sounds pretty stable so any Everlast rays hitting minerals turns to Diamond.

Hot elements
Defination: Ignite things
Examples: Magma, Fire, Blue flame
->Everlast transforms any from this category into Torch.

Objects
Defination: Things that are not in the form of pixels, but has some reactions
Examples: Hinge, Rope, Box(all types)
->Everlast can't effect any in this category (It reacts to Bubbles like any other element, however)

Block-type objects
Defination: A special group of objects that is usually fixed on the screen and can only be removed by functions
Examples: Block, Fan, Conveyor belts
-> Everlast can't effect any in this category

Falling solids
Defination: Similar to powders, but falls as a whole structure instead of as individual pixels.
Examples: Aerogel, Plank, Magnesium (ribbon state)
->As with Gases, elements in this category vary too much in effect and so this category will not be counted.

Standard elements
Defination: Reacts with almost all elements with the same reactions (Exception will be listed in the requests)
Examples: Antimatter, duplicators, Bomb
->As with Gases, elements in this category vary too much in effect and so this category will not be counted.

Particles
Defination: Behaves like stationary solids but moves when forces are applied (Does not fall or float on its own).
Examples: Strangelet, Pulse, Steam, Metal (When hit by Bomb), Tree (When hit by Thunder or explosion)
->As with Gases, elements in this category vary too much in effect and so this category will not be counted.

Black spetrum elements
Defination: (Usually) dark colored, with reactions and states too unique to be put into the standard groups.
Examples: Ganon, r2N, Liquierium, Memzak
->Everlast transforms these into Listo of course (after a giant explosion takes place). There's a slight exception that if Everlast hits Listo not only does an explosion take place but two more dots of Listo are created.

Unreactives
Defination: Have a few reactions only
Examples: Powder(sand), Steam/Suds, Neon
->Everlast transforms these into Inert.

Organisms
Defination: Objects with complex behaviour
Examples: Player, fighters, Doctors, Fish
->Everlast can't possibly effect these.

Forces
Defination: Relates to BGs, not as the form of pixels
Examples: Wind/Pressure, Gravity/Antigravity, Electromagnetism
->Everlast can't possibly effect these.

BGs
Defination: Allow special visual effects
Examples: BG-Aura, BG-Magnet, BG-Gravity
->Everlast can't possibly effect these.

Functions
Defination:Things that are not the above
Examples: Start, Drag, Reset
->Everlast can't possibly effect these.

Finally if an element belongs to multiple categories Everlast transforms it into the element of the category that it shares the most reactions with. For instance, Fireworks is both a flammable and a Duplicator. Since Fireworks has more reactions related to Duplication of elements, Fireworks would transform into Clone.

*When Everlast hits any element that is incredibly unique and cannot be categorized like the ones above (excluding Virus and Clone, which act like normal in the presence of Everlast), a giant explosion occurs and the pixels touched by Everlast transform into Listo. (If the case is listo, than 1-2 Listo dots will be created instead of no reaction.)

3. Reflected by Metal(Iron) as usual.

Orbatium

Basic information:
State of matter: Electromagnetic radiation
Category: Energy (Electromagnetic radiation)
Element type: Primary
Notable reaction: Electromagnetic radiation with mass and gravity.

Physical information:
Movement: Travels in straight lines, continuous(200 pixels lines), Orbits in strong gravity wells.
Direction of gravity: Null

Reactions:

1. Reflected by all liquids.
2. When black hole is present it orbits clockwise
3. When white hole is present it orbits counter-clockwise
4. Any mobile element within its range(about 7 block lengths/28 pixels radius) while Orbatium is orbiting orbits with it.

5. If the element hits block it will instantly turn to Radiation which turns solid to liquids(note: the properties of the element don't chance.only the state of matter) powders to liquids, gasses to liquids and liquids to gasses. Radiation is stopped by block and goes in the opposite direction in respect to orbatium.

6. Destroys every element when it's not orbiting even fan, except liquids.

7. Objects and Organisms can stand on top of it.

Traveler

Basic information:
State of matter: Electromagnetic radiation
Category: Energy (Electromagnetic radiation)
Element type: Primary
Notable reaction: Can support objects and organisms.

Physical information:
Movement: Travels in straight lines, non continuous
*Travel forward when there's no element 5 pixels ahead of the tip of the beam.
*Turns when there is element 5 pixels ahead of the tip of the beam (excluding Fan and Clone)
~Default turning direction: Right
(While turning)
~When there's element 5 pixels away to the left side of the tip, it turns right.
~When there's element 5 pixels away to the right side of the tip, it turns left.
~When both sides have elements 5 pixels away or less from the Traveler , it cannot turn and explodes.
Direction of gravity: Null

Explosive data:
Explosive velocity: /
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure, Fire
Notes: Explodes on contact with hot elements

Reactions:
1. Explode on contact with hot elements or when cannot turn.
2. Elements sticks to it on contact until blown off or the Traveler is destroyed.

White energy

Basic information:
State of matter: Electromagnetic pulse
Category: Energy (Electromagnetic pulse)
Element type: Secondary
Notable reaction: Can pass through elements, unusual movement.

Physical information:
Movement: Start as a point, then expands in circles and spread throughout the screen which is not blocked by Block-type objects.
Direction of gravity: Null

Reactions:

1. Convert other elements according to the transmutation list when White energy passes through them.

*)White energy transmutation list:

Water to suds
Soapy to bubble and vice versa
Vine to seed
Torch to Wood and vice versa
Stone to magma and vice versa
Metal to powder and vice versa
Ice to snow and vice versa
Torch to fire
Laser to fire
Virus to Viral proof
Seawater to Ice
Nitro to CF and vice versa

2. Destroys Thunder. Superballs get pushed as if there was wind. Kills player and fighters
3. When two pixels of White energy collide head on, they are cancelled out. So when two White energy pulse meet, part of it will cancelled out each other while continue to expand in an oval shape.
4. Cannot be cloned, looped or bubbled. (In the case of copy, each new White energy pixels in the bulk expand on their own, possibly cancel out each other)

White flame

Basic information:
State of matter: Plasma (Flames)
Category: Plasma (Flames), Hot elements
Element type: Secondary
Notable reaction: Generates huge heat and vaporization/ionization of some elements.

Physical information:
Movement: Rise like Fire and slowly disappears
Direction of gravity: Repulsive (-)

Additional information:
Heating field: 4 pixels
Pressure generated: ++++
Temperature: +++++

Reactions:
1. Ignites flammables on contact.
2. Melts Ice and Methane ice into Water and vaporize cryogens
3. Melts Stone and metals into Magma.
4. Ionize Water and other Gases into Plasma.
5. Produced by burning Magnesium.

Lumen

Basic information:
State of matter: Plasma (Lightning)
Category: Plasma (Lightning)
Element type: Primary
Notable reaction: Unique transmutation property.

Physical information:
Movement: Travels in a less zig-zag pattern than Thunder but direction of travel can be controlled by the cursor like the electromagnetic radations, max length is 26 pixels
Direction of gravity: Null

Reactions:
1. Cause transmutations when contact with other elements (Like when Water is contact with Ice) but when it is removed from the affected element, the element turns back.

General equation: A + Lumen --> B =(Removing Lumen)=> B --> A

2. If part of the affected element is not in contact with its parent anymore, then that portion cannot turn back even when Lumen is removed
(Notice that only one Transmutation takes place each time regardless of the amount of Lumen)

List of Transmutations (Affected element turns back if Lumen is no longer supplied to it):

Powder + Lumen ----> Laser (Laser emits in both left and right directions and will not revert back to powder)
Water + Lumen ----> Nitro
Seed + Lumen ----> Oil
Gunpowder + Lumen ----> Virus (During Transmutation, Virus reaction cannot take place)(After Transmutation, when Virus reaction takes place, the Virus will not turn back into Gunpowder even when Lumen is removed)
Fan + Lumen ----> Wood/Tree (If the Wood grows after Transmutation, then only the old part(s) will turn back into Fan)
Superball + Lumen ----> Salt
Oil + Lumen ----> Powder
C4 + Lumen ----> Metal
Stone + Lumen ----> Water
Magma + Lumen ----> Vine
Nitro + Lumen ----> Stone
Torch + Lumen ----> Steam/Suds (The olny reaction that is not reversible, unless Lumen is removed just before Steam/suds disappear)
Soapy + Lumen ----> Magma
Bomb + Lumen ----> Acid
Acid + Lumen ----> Bomb
Salt + Lumen ----> Gas
Wood/Tree + Lumen ----> Torch
Seawater/Salt water + Lumen ----> Superball

Extended transmutations:
Ice + Lumen ----> LN2
Fireworks + Lumen ----> Egg (Type of fireworks is conserved)
Gas + Lumen ----> Helium
Vine + Lumen ----> Crystal
Snow + Lumen ----> WN (While transmutating, Snow doesn't melts even when contacting with other elements)

Other reactions:
*Virus, Antimatter and clone reacts as usual (Clone emits Lumen in a way similar to clone emits Laser)
*Can travel through Glass without refraction occurs
*Gives +1 charge in Crystal
*No reactions with other elements
(Green reactions are of technological importance)

Yellow flame

Basic information:
State of matter: Plasma (Flames)
Category: Plasma (Flames), Hot elements
Element type: Primary
Notable reaction: Larger heat radius and generates neglictible Air pressure.

Physical information:
Movement: Rise like Fire and slowly disappears
Direction of gravity: Repulsive (-)

Additional information:
Heating field: 7 pixels
Pressure generated: + (neglictible)
Temperature: +++

Reactions:
1. Ignites flammables (except Powder) on contact.
2. Melts Ice and Methane ice into Water
3. Melts Stone and metals into Magma.
4. Vaporize water to steam/Suds.
5. Produced by burning Thermite.

Dark photon

Basic information:
State of matter: Electromagnetic radiation
Category: Negative energy (Electromagnetic radiation)
Element type: Primary
Notable reaction: Split compounds into pure elements when high energy. Produce Dark field which darkens an area.

Physical information:
Movement: Travels in straight lines, non continuous, same frequency than Laser
Direction of gravity: Null

Additional infomation:
Field radius: 7 pixels
Effect: Darkens an area, cause decomposition when the Dark photon has high energy
Left click-Low energy
Right click-high energy

Reactions:
1. reflected by the Dark spectrum elements and Metal (Iron).
2. Refracted by Glass as usual.
3. Removes radioactivity
4. Light and Dark photon destroys each other. Dark field cancels electromagnetic fields
5. Player attribute shoot as usual.
6. Can only be seen in BG-gray (111111 gray colored)

10. Decomposition infomation (under high energy Dark photons)
*Nitro ----> 5Gas(Hydrogen) + 3Charcoal + 9Oxygen + 3Steam/Suds(Nitrogen)
*Powder(sand) ----> Silicon + 2Oxygen
Superball ----> 30Gas + 12Charcoal
*Gunpowder or Fireworks ----> 3Charcoal + Caesium + 3Oxygen + Steam/Suds + (Sulfur)
*Water or Ice ----> 2Gas + Oxygen
*Clone ----> 3Torch + 5Bomb
*Oil or Acid----> 3charcoal + 5Oxygen + 16Gas
*C4 ----> 6Oxygen + 6Steam/suds + 6Gas + 3Charcoal
*Virus, Vine, Ant or Wood/Tree ----> 18Oxygen + 9Charcoal + 24Gas + 7Steam/Suds
*Soapy ----> 6charcoal + 2Oxygen + 32Gas + Caesium
*Salt ----> Fluorine + Caesium
*Fan ----> Wind + 3Cyano

Beam/Cryo laser

Basic information:
State of matter: Electromagnetic radiation
Category: Energy (Electromagnetic radiation), Cold elements
Element type: Primary
Notable reaction: "Cold energy" property and continuous beam.

Physical information:
Movement: Travels in straight lines, continuous
Direction of gravity: Null

Reactions:
1. Freeze liquids into Ice (except Seawater) and eat through Torch
2. Blocked by Block type objects, C4 and Cyano
3. Beam collide head on cancels each other.
4. Reflected by Metals Methane Ice and Ice.
5. Kills Player and fighters. Player attribute shoot as usual.

Cold flame

Basic information:
State of matter: Plasma (Flames)
Category: Plasma (Flames), cold elements
Element type: Secondary
Notable reaction: Exotic fire/plasma that freeze things and absorb heat nearby to produce cryogenic temperatures.

Physical information:
Movement: Rise like Fire and slowly disappears
Direction of gravity: Repulsive (-)

Additional information:
Cooling field: 5 pixels
Pressure generated: ++
Temperature: ---

Reactions:
1. Ignites flammables (except Powder) on contact.
2. Freeze liquids to Ice.
3. Solidifies Magma and Lava into stone.
4. Condense Steam/Suds into Water
5. Liquefy gases (e.g. Oxygen->LOX)
6. Make Superball and rubber brittle on contact.
7. Converts into Plasma on contact with Laser
8. Turn powders (except the standard elements) into Snow.
9. Kills Player and fighters. Player attribute shoot as usual.
10. Produced by CF explosion.

Disintegration flame

Basic information:
State of matter: Plasma (Flames)
Category: Plasma (Flames)
Element type: Primary
Notable reaction: Disintegrate everything except Block and Wheel on contact.

Physical information:
Movement: Rise like Fire and slowly disappears
Direction of gravity: Repulsive (-)

Additional information:
Field disintegration field: 1 field unit
Pressure generated: /
Temperature: Unknown

Reactions:
1. Citizens wonder what it is and walk up to it and disintegrate on contact.
2. Other things disintegrate on contact
3. Wheel explode on contact
4. All fields are cancelled when it is nearby

Powders

Meteor

Basic information:
State of matter: Powder
Category: Powders, Explosives
Element type: Primary
Notable reaction: Create craters on surfaces.

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure
Notes: Explodes on contact with surface

Reactions:
1. When the surface is hit, elements within the 5 pixel radius will be destroyed, resulting a crater.
2. Kills Players and Fighters.

Quliak

Basic information:
State of matter: Powder
Category: Bouncy powders
Element type: Primary
Notable reaction: Perpetual solid fuel.

Physical information:
Density:
Flammability: Burns upon contact with hot elements (except torch)
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (5 Fire pixels_perQuliak pixel)
Byproducts: /

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Explosion
Notes: Explodes 20 seconds after contact with Torch.

Reactions:
1. Form a ball (max size: 36 pixels) which roll downhill when two pixels of Quliak contact with each other or a bigger unit of Quliak.(Growing pattern: 2->4->8->16->32->36)
2. Release Sparks on each bounce after contact with Torch, then explodes.
3. Disappears on contact with Box.
4. Reacts with the standard elements as usual.

Cold fusion(CF)

Basic information:
State of matter: Powder
Category: Powders, explosives
Element type: Primary
Notable reaction: "Ignites" by cold elements and high pressure.

Physical information:
Density:
Flammability: Ignite upon contact with cold elements
Direction of gravity: Attractive (+)

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Cold Flame and air pressure
Notes: Explode on contact with cold elements or by shock (pressure)

Reactions:
Reactions on contact:
1. Freezes Water
2. Turns powder to snow
3. Freezes magma to Stone
4. Turns all vine within 3 pixels to powder
5. Destroys torch, blocks laser, is not affected by any hot plasmas.
6. Stops super balls on the spot.
7. React with the standard elements as usual.

Other reactions:
Deactivates activated Phoenix.

Arsenic

Basic information:
State of matter: Powder
Category: Powders
Element type: Primary
Notable reaction: Disperses in liquids, kills Player and Fighters no matter what.

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Kills Players and Fighters upon contact.

Nitrogen triiodide(NI₃)

Basic information:
State of matter: Powder
Category: Powders, Explosives
Element type: Primary
Notable reaction: Explodes when there's momentum.

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: High
Friction sensitivity: High
Products: Air pressure
Notes: Explodes when there's momentum or when exposed to Neutrons and Radiation.

Reactions:
1. Reacts with the standard elements as usual.

FLOOD^TM/Infection

Basic information:
State of matter: Powder
Category: Powders, Flammables
Element type: Primary
Notable reaction: All nearby elements that get infected are become part of the FLOOD.

Physical information:
Density:
Flammability: Ignites on contact with hot elements except Fire
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (6 Fire pixel _per FLOOD pixel)
Byproducts: /

Reactions:
1. Similar to powder when placed out but falls faster and doesn't blow in the wind that much.

2. Similar to trees when grown but infects some surrounding elements and turn them into FLOOD and stick to the parent.

3. When they touch any floating surface; metal, ice, c4, tree, even fan, and clone (it doesn't clone it though). they cling to it and stay there unless seperated from it.

4. Superballs get stuck in it and slowly are absorbed and destroyed

5. Is killed slowly by Water.

Player Effects
1. If the Player get infected, he becomes a FLOOD Player, same with the Fighters and Boxes.

2. The FLOOD Players cann't be killed completely by elements. They can be sliced up into indivisual body parts like in normal deaths of a players but you can still control there movement and tell them where to go and reform them back together into a whole player or attack a figher and take over it as a FLOOD fighter.

3. FLOOD Fighters and boxes can be destroyed but only by fire (not fire from c4 though), magma, and torch(it takes several seconds for it to burn).

4. FLOOD organisms die if they stay underwater for more than 10 seconds.

Locust

Basic information:
State of matter: Powder
Category: Living Powders, Flammables
Element type: Primary
Notable reaction: Hop randomly. Reacts with plants only.

Physical information:
Density:
Flammability: Ignites on contact with hot elements except Fire
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (1 Fire pixel _per Locust pixel)
Byproducts: Air

Reactions:
1. Stop moving when imersed in liquids
2. Kills by Acid on contact
3. When comes in contact with seed, vine, tree, or any other plant matter, devour it(The whole plant structure is tunnelled by the Locust very quickly until there's nothing left)
4. player attribute sprays as usual.
4. Reacts with the standard elements as usual.

Thermite

Basic information:
State of matter: Powder
Category: Powders, Flammables
Element type: Primary
Notable reaction: Splash everywhere when any non flammable liquids is added onto it while burning.

Physical information:
Density:
Flammability: Ignites on contact with hot elements except Fire
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Yellow flame (5 Yellow flame pixel _per Thermite pixel)
Byproducts: /

Reactions:
1. Each pixel of themite burns and last 2 times longer than Powder.

2. When Soapy or other non combustible liquid is added to burning thermite, the thermite pixels splash in all directions (Like Bomb when reacting with other elements) while continue to burn.

Log

Basic information:
State of matter: Powder
Category: Powders, Flammables
Element type: Primary
Notable reaction: Sticks together upon contact and self assembles into large structures.

Physical information:
Density:
Flammability: Ignites on contact with hot elements
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (5 Fire pixel _per Log pixel)
Byproducts: /

Reactions:
1. Doesn't grow when water or seed touches it. Also doesn't turn to Torch

2. When the pixels touch, they don't separate until one of them is burnt or cleared.

3. You can put ice, c-4, metal or vine, the element moves with the Log so chunks of it won't get stuck together.

4. Reacts with the standard elements as usual.

Memzak

Basic information:
State of matter: Powder
Category: Exotic Powders, Flammables, Dan ball user elements
Element type: Primary
Notable reaction: Convert elements and forces into it's opposite form. Respond to physical changes (temp, gravity, air pressure, arrow forces etc.) in an opposite manner, Player attribute can walk upside down.

Physical information:
Density:
Flammability: Ignites on contact with cold elements or when the surrounding temperature is low.
Direction of gravity: Repulsive (-)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Pulse (1 pulse pixel _per Memzak pixel)
Byproducts: /

Reactions:
1. Convert elements into it's opposite form upon contact

Any hot elements->Any cold elements
Cryogens or Water<->Magma or Lava
Virus<->Viral proof
Thunder<->Stone
Advanced lightning<->Mirror laser
Laser<->Beam
Acid<->Soapy
Oil<->Nitro
Antimatter<->Bacteria
Wood<->Metal
Etc.

2. Respond to physical changes (temp, gravity, air pressure, arrow forces etc.) in an opposite manner

*Turn wheel in the direction opposite to where it is from
*Suck into high pressure areas while blown away in low pressure areas
*Solidfies at high temperature while spontanously ignite at low temperature
*"Fall upwards"
Etc.

3. Reverse nearby forces (except arrow force) while in stationary solid state

*Hot <-> Cold
*High pressure <-> Low pressure
*Positive field <-> Negative field
*Gravity <-> Antigravity

4. Players with Memzak attribute walk upside down on the top of the screen.

Dry ice
Basic information:
State of matter: Powder
Category: Powders, Cold elements
Element type: Primary
Notable reaction: /

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Sublimes slowly into CO₂. (i pixel per 13 seconds)

2. Reacts with the standard elements as usual.

Glue
Basic information:
State of matter: Powder
Category: Functional elements
Element type: Primary
Notable reaction: Sticks Powder/Liquid units together and make them a single big unit.

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Players with Glue attribute sprays as usual.

2. Stick elements together and make them react as a bulk solid.

Egg
Basic information:
State of matter: Powder
Category: Powders
Element type: Primary
Notable reaction: Can have stored elements like Fireworks by right-click mechanism, which are released on impacts of Egg at high velocity(3/4 superball terminal velocity).

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Player attribute sprays as usual and react with the standard elements as usual.

Cell

Basic information:
State of matter: Powder
Category: Living Powders,
Element type: Primary
Notable reaction: Simulates real cells that evolve with different traits.

Physical information:
Density:
Flammability: Depends on trait
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (5 Fire pixel _per Cell pixel)
Byproducts: /

Reactions:
1. Reproduce per 10 frames, each new offspring with slightly different properties and shades than the parent.

2. Traits
Cells with different traits are cultured in the presence of different stimuli

Original:
* Turn into Ice when in cold areas
* Turns to Steam/Suds on contact with liquids (excluding cryogens and hot elements).
* Ignites on contact with hot elements
* Kill by crushing by another element or by other means.

Heat resistant:
How to culture: Ignite the cells, 5% will survive and reproduce, sharing the fire resistant trait
Effect: Cannot be burnt, can survive in hot areas.

Acid resistance:
How to culture: Put Acid onto cells, 5% will survive and reproduce, sharing the acid resistant trait.
Effect: Immune to acid, acidfies Water on contact.

Cold resistant:
How to culture: Put the cells in a cold area (e.g. in cryogens), 5% will survive and reproduce, sharing the cold resistant trait.
Effect: Can survive in cold areas, reproduce per 20 frames.

Fluid:
How to culture: Immerse cells into any liquid (except cryogens and hot elements), 5% will survive and reproduce, sharing the fluid trait.
Effect: Can survive in liquids (except hot elements and cryogens).

Virus resistant:
How to culture: Put Virus onto cells, 5% will be unaffected and reproduce, sharing the virus resistant trait.
Effect: Viral proof.

Antimatter resistant:
How to culture: Annihilate cells with Animatter, 5% will survive and reproduce, sharing the antimatter resistant trait.
Effect: Immune to Bomb and antimatter

Strong:
How to culture: Crush the cells, 5% will survive and reproduce, sharing the strong trait.
Effect: Things falling onto the cells in attempt to crush them will be broken into pieces or just lay there with the cells unaffected.

Multi resistant:
How to culture: Culture cells with more than one trait
Effect: Depends on the trait the current cells have.

(Other traits also available and be discovered by the users)

3. Reacts with the standard elements as usual.

Octanitrocubane (ONC)

Basic information:
State of m2atter: Powder
Category: Powders, Explosives
Element type: Primary
Notable reaction: Explodes with Superfan pressure.

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure, heat, CO2 and Steam/Suds
Notes: Explodes when contact with hot elements

Reactions:
1. Reacts with the standard elements as usual.

Tak

Basic information:
State of matter: Powder
Category: Powders, Explosives
Element type: Primary
Notable reaction: Sublimes when being blown.

Physical information:
Density:
Flammability: Flammable only in gaseous state
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (3 Fire pixel _per Tak pixel)
Byproducts: /

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: High
Friction sensitivity: /
Products: Air pressure, heat
Notes: Explodes when contact with hot elements or drop from a high place.

Reactions:
1. Turns into Powder when contact with Water.

2.Solidfies when contact with Metal or stone or simply left it alone for 10 seconds. Solid Tak explodes like C4 with a little Fire.

3. Liquid Tak is made only when it contacts water, it does not explode and is not flammable.

4. Gas Tak is made when solid Tak is being contacted with high winds, it is flammable.

5. Reacts with the standard elements as usual.

Sugar

Basic information:
State of matter: Powder
Category: Powders, Flammables
Element type: Primary
Notable reaction: Make Player run faster without pressing DOWN, Fighters are attracted to it and also run faster on contact with feet.

Physical information:
Density:
Flammability: Ignites when contact with hot elements
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (7 Fire pixel _per Sugar pixel)
Byproducts: CO2, Charcoal, Water

Reactions:
1. Turns into Gel when contact with Water.
2. Melts at a very high temperature.
3. Reacts with the standard elements as usual.

Glass shards/Shrapnel

Basic information:
State of matter: Powder
Category: Powders
Element type: Secondary
Notable reaction: Kills Players and Fighters at terminal velocity.

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. produced from Bomb[N], AgCNO explosions and broken Glass.
2. Reacts with the standard elements as usual.

[subzeroten]

Tungsten

Basic information:
State of matter: Powder
Category: Powders, Metals
Element type: Primary
Notable reaction: Can only be melt by Blue flame and White flame. acid resistant but not acid proof. Can only be blown by Maximum pressure.

Physical information:
Density:
Powder state:
Molten state: 10 Magma units/pix
Flammability: /
Phrase: Liquid/Molten, Powder
Direction of gravity: Attractive (+)

Additional information:
Acid corrosion ratio(Acid : Tungsten): 10:1

Reactions:
Powder state:
1. Block electromagnetic radiations but conducts electricity.
2. Won't move by forces easily (except Drag)
3. Becomes molten when near Blue flame or White flame.
4. Player attribute sprays as usual.
5. Reacts with the standard elements as usual (Except inert to Ant and Magma).

Molten/Liquid state:
1. Conducts electricity.
2. Turn Water into Steam/Suds and Salt solution into Salt upon contact.
3. Soapy turns into bubbles when nearby
4. Melts other solids (except powder/solid Tungsten) into Magma
5. Solidfies on contact with Water (rate 5:1)
6. Turn into Magma on contact with Seawater/Salt water

Lead

Basic information:
State of matter: Powder
Category: Powders, Metals
Element type: Primary
Notable reaction: Allows only three pixel of electric current to pass through each time. Melts but won't be consumed by Magma.

Physical information:
Density:
Powder state:
Molten state: 3 Magma units/pix
Flammability: /
Phrase: Liquid/Molten, Powder
Direction of gravity: Attractive (+)

Reactions:
Powder state:
1. Reflects electromagnetic radiations and conducts electricity.
2. Kills fighters/Players when head is exposed to it for 5 seconds.
3. Eaten by Ant
4. Turn Metal into Lead upon contact.
5. Player attribute sprays as usual.
6. Reacts with the standard elements as usual.

Molten/Liquid state:
1. Conducts electricity.
2. Turn Water into Steam/Suds and Salt solution into Salt upon contact.
3. Soapy turns into bubbles when nearby
4. Ignites flammables on contact
5. Destroys by Laser

Charcoal

Basic information:
State of matter: Powder
Category: Powders, Flammables
Element type: Primary
Notable reaction: Generates stable high pressure when burning.

Physical information:
Density:
Viscosity:
Flammability: Ignite on contact with hot elements
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (2 Fire pixel _per Charcoal pixel)
Byproducts: /

Reactions:
1. Turn Soapy into gray color.

Dmx

Basic information:
State of matter: Powder
Category: Powders, Explosives
Element type: Primary
Notable reaction: Implode and generates temporary gravity wells at a fixed time limit.

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Gravity wells
Notes: Implode and generates temporary gravity wells at a fixed time limit.

Additional infomation:
Gravity wells:
Radius: 10 pixels
Duration: 1 second

Reactions:
1. Pen-S sets the time limit (1S = 5 sec, 2S = 10 secs etc.)
2. Player attribute suck things in a 10-30 pixel radius but is still vulnerable to dangerous elements.
3. Reacts with the standard elements as usual.

Phoenix

Basic information:
State of matter: Powder
Category: Powders
Element type: Primary
Notable reaction: Turns bright orange, shoots into the air and spreads out fire in a circle after contact with hot elements, then the fire stops and turns back to original state.

Physical information:
Density: (= powder)
Flammability: / (Technically)
Direction of gravity: Attractive (+)

Additional infomation:
Effect: Ring of fire
Starting time: 1 second
radius: 5 pixels
Duration: 3 seconds

Reactions:
1. After activation, when it touches Ice, immediately revert back to original state.
2. Player attribute shoots activated Phoenix outwards in a straight line.
3. When Phoenix is imersed in Water, it cannot be activated even when it is contacting with hot elements.
4. Can be contained in Fireworks as usual.
5. Destorys by the cryogens, Pulse and Snow.
6. Reacts with the standard elements as usual (Except to hot elements and inert to other elements).

Amoeba/Protist

Basic information:
State of matter: Powder
Category: Living powders
Element type: Primary
Notable reaction: Infect organisms.

Physical information:
Density:
Flammability: Burns on contact with hot elements
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (3 Fire pixel _per Protist pixel)
Byproducts: /

Reactions:
1. Swim (move around freely) because its a microorganism floats in anything denser than water i.e. nitro, sinks in anything less dense than water i.e. oil

2. Elimnated by acid, bomb, and soap.

3. Eats virus and oil.

4. Infects a person, person dies, then 5 more protists apear (a player/fighter is infected if standing underwater and touches a protist or the feet touches the protist.) If Powder is added to water, then the protist makes a clone (celluar division) because it gets nutrients from powder just like seed does.

5. Infect Ant or Spider and turn them into Protist on contact.

6. Player attribute sprays as usual.

7. Reacts with the standard elements as usual.

White noise (WN)

Basic information:
State of matter: Powder
Category: Powders
Element type: Primary
Notable reaction: Release White energy when triggered

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Additional information:
Acid-WN ratio: 1:5
Effect: White energy
Starting time: Immediately
radius: -
Duration: -
(See white energy for details)

Reactions:
1. Floats in all liquids except Secret.
2. Melts in Magma and Lava.

3. Reactions with Thunder:
In the first figure, the White noise pixel sits on block. The thunder touches the Whites noise, and is then destroyed. Then the White noise releases the energy but is still there.

[img src="http://i44.[tinypic.com]/2mmitc5.jpg"]
(Figure. 1)

In the second figure, the White noise sits on metal. The thunder goes through the metal and touches the whitenoise. since it's in the metal it isn't destroyed, instead the White noise is. The energy the turns the metal into powder and destroys the thunder along with it.

[img src="http://i40.[tinypic.com]/2qk4f8w.jpg"]
(Figure. 2)

4. Player Attribute: Whatever player touches has White energy transmutation, except for Superball. (See white energy for details)
5. Reacts with the standard elements as usual

Balloon

Basic information:
State of matter: Powder
Category: Exotic powders
Element type: Primary
Notable reaction: Push other elements or objects in its path into midair or onto the celling.

Physical information:
Density:
Flammability: /
Direction of gravity: Repulsive (-)

Explosive data:
Explosive velocity: pixels/frame
Power: 0.5 nitro scale
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure
Notes: Pops when contact with metal corners (1x1 pixel edges) or Thunder

Additional information:
Magnitute of force: 16 N(pix)/pixel

Reactions:
1. Each pixel exert an upward pushing force onto nearby movable things

2. Player attribute sprays as usual.

3. Very light and affect easily by air movement and pressure.

Neutron glob

Basic information:
State of matter: Powder
Category: Exotic powders
Element type: Primary
Notable reaction: Explodes after absorbs 25 pixels of other elements.

Physical information:
Density:
Flammability: /
Direction of gravity: Attractive (+)

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure, heat, Neutrons (15% chance)
Notes: Explodes after absorbs 25 pixels of other elements per Neutron pixel.

Reactions:
1. (No other reactions)

Spider

Basic information:
State of matter: Powder
Category: Living powders
Element type: Primary
Notable reaction: Spawn Web. Climb on solids. Make Player shoot Web.

Physical information:
Density:
Flammability: Burns on contact with hot elements
Direction of gravity: Attractive (+)

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: Fire (2 Fire pixel _per Spider pixel)
Byproducts: /

Reactions:
1. Each pixel move either left or right. When contact with a bulk solid, climbs onto it.
2. Spawn Web when moving downwards from the celling of the playfield or a bulk solid.
3. Eats Ants
4. Player attribute gains the ability to spawn Web.
5. Tend to avoid liquid bodies. (To avoid being drowned)

Multi state

Destroyer

Basic information:
State of matter: Multi state
Phrase:
Standard condition:Powder
Activated:Disappearing Particles
Player attribute: Powder
Category: Technology elements, Multi state
Element type: Primary
Notable reaction: Become activated on contact with Powder, which convert all elements (except Powder and Salt) into more Destroyer(particles).

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
(No other reactions)

Tomato

Basic information:
State of matter: Multi state
Phrase:
Left click: Powder
Right click: 9 pixel diameter round falling solid with a 1 pixel stalk
Player attribute: Powder
Category: Crops
Element type: Both primary and secondary
Notable reaction: Shrink certain objects and organisms on contact.

Physical information:
Density: < Oil
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1.
i) Powder state:
* Grows from Crop (25% chance per crop)
* Players, Fighters and other organisms shrink when pressing Down while standing on it.

ii) Falling solid state:
* Turn into tomato juice when collided with something at high velocity.

2. React with the standard elements as usual.

Dan ball

Basic information:
State of matter: Multi state
Phrase:
Standard condition: Powder
Other phrase: Liquid
Player attribute: Powder
Category: Bouncy powders/liquids
Element type: Both primary and secondary
Notable reaction: State changes when Drag. Bounce even when in liquid state.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. Half as bouncy as Superball. Grows from Crop (5% chance per crop)

2. When using Left-Clicked Drag, it becomes liquid state, which is simply a bouncy liquid (Objects and some powders can submerge into it) .When using Right-Clicked Drag or placed on Ice, it becomes powder state.

3. Reacts with the standard elements as usual.

Viral proof

Basic information:
State of matter: Multi state
Phrase:
Left click: Powder
Right click: Liquid
Player attribute: Powder
Category: Functional elements
Element type: Primary
Notable reaction: Makes elements Viral proof/Non viral proof.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Attractive (+)

Reactions:
1. When added onto an element, it becomes inert towards Virus. When added again onto the viral proof element, it removes the effect (Does not work on Acid since it actively eat away Virus.)

2. Viral proof effect (charges) can also be cancelled by Bleach.

Antimatter

Basic information:
State of matter: Multi state
Phrase:
Left click: Powder
Right click: Liquid
Mouse wheel: Gas
Player attribute: Powder
Category: Standard elements
Element type: Primary
Notable reaction: Generates extreme pressure and heat when contact with other elements except Inert, Transporter and Bacteria.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Varies according to state

Explosive data:
Explosive velocity: pixels/frame
Power:
Shock sensitivity: /
Friction sensitivity: /
Products: Air pressure, heat, temporal gravity well, other particles (1% chance) and black holes (0.05% chance)
Notes: Explodes when contact with normal matter

Reactions:
1. (No other reaction)

Magic

Basic information:
State of matter: Multi state
Phrase:
Player attribute: Particles
Left click: Stationary non drag-able solid,
Right click: Powder
Color: Cycles around sky blue, blue and purple
Category: Disappearing particles
Element type: Primary
Notable reaction: Weird effects to fighters.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Null

Reactions:
1. When it touches any of these Elements it turns to another one as shown below(Orichalcum and Marble are unaffected) (Water is not included since it makes liquid Magic)

*Powder->Stone->Metal->Powder
*Soapy->Ice->Snow->Soapy
*Fire->Magma->Torch->Laser->Fire
*Thunder->Gas->Advanced lightning->Thunder
*Fireworks->Gunpowder->C4->Oil->Nitro->Bomb->Fireworks
*Seed>Wood->Torch->Pulse
*Others Such as Fan, Ant, and Superball turn to a random element
*Magic turns into strangelets when contact with strangelets
*Water-> Magic (liquid) (As soon as Liquid Magic touches Water the Water it touches turns to Liquid Magic. This continues in a chain reaction until all the Water nearby is now Liquid Magic)

2a. Effect to Fighters:
The affected Fighter either becomes rooted to the ground(No Jumping), Dies, inexblicably dissapears and reappears 10 dots upwards (If there is no room to teleport up then it is unaffected)
2b. Effect to citizens:
They will become fighters on contact with steam state Magic

Inert

Basic information:
State of matter: Multi state
Phrase:
Left click: Stationary drag-able solid
Right click: Liquid
O key: Powder
Mouse wheel: Gas
Player attribute: Powder
Category: Unreactives
Element type: Primary
Notable reaction: No reactions with any element, forces or objects and does not pop bubbles.

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Null

Reactions:
1. (No other reaction)

Magnesium

Basic information:
State of matter: Multi state
Phrase:
Left click: Falling solid (1x6 ribbons)
Right click: Powder
Player attribute: Powder
Category: Metals, Flammables
Element type: Primary
Notable reaction: Remians burning in all type of gases (Hard to extinguish).

Physical information:
Density:
Viscosity:
Flammability: /
Direction of gravity: Null

Combustion data:
Pressure generated:
Heat generated:
Ignition ratio: White flame (5 white flame pixel _per Magnesium pixel) (8 white flame pixel _per Magnesium ribbon)
Byproducts: /

Reactions:
1. Reflects electromagnetic radiation like other Metals.
2. Conducts electricity.
3. Dissolves in Mercury
4. Reacts with acid and Water to produce Gas.
5. Magnesium can be extinguished by adding Salt

[TBP]

Awesomeness ^_^
Shouldn't this be stickied? =P

[secret]

It is because it isn't done yet

The Gold is in fact something else

No I won't sticky it

Untill it is done

[Sandmaster]

Well, it should be stickied anyways.

[TBP]

Lol, okie dokie then. This must've taken quite a while Very informative (is that spelt right? XD)

[Sandmaster]

D:< NO!

lol, it is.

But yes, sticky it else it could die.

[spaghetticat]

My idea "Plasma" should be there.

Actually you are not the first person who request Plasma
-Secret

[~Memzak~]

lol we will this be done, my element is not there (memzak)

oh, and what catagory is laser, beam ect.

[secret not logged]

It is because it isn't finished yet

There are more than 130 elements in the list

Memzak will be there when I've made the Powder section

Things like laser, Beam, Radiation, Mirror laser and Everlast are classfied as energy, with the sub category of electromagnetic radiation

[I wuv M4( Satar Jaèoèdoæ)]

For ganons complete request it is in a certain shop by saza.

[secret]

Updated
Status: Ganon section completed

To dos:
Need:
r2N, Liquierium, Chromolene and Secret full documents

[V.I.R.O.S.]

Yay! Marble and Obsidian finally made it in!

[I wuv M4( Satar Jaèoèdoæ)]

Add a table of contents that list each catergory and a ToC for each catergory that list the elements. Why is tdm post a part of the enclyclopedia?

[Secret not logged]

Actually, to ensure the two parts of the encyclopedia is closely placed, I asked tdm's permission, then I modify his post so that the second half of the encyclopedia can fit into it.

His original post was "Quite cool"

I do the above because I've alomst reached the character limit on the first post

[~Memzak~]

lol how big is it like 40 000 characters?

Imagine if listo put all of these in


he would have to update 2 elements on friday and do it every week, but he wouldn't do that....

ha55i wouldn't let him...

[I wuv M4( Satar Jaèoèdoæ)]

Beam DOES NOT eat through c4. C4 blocks it.

[secret]

Correted

Check if there are other problems

[Buggy793]

I read though some of these.
I didn't even know about some of these requests...
I like the crystal one. Very complex yet extremely interesting.

I found my Lead!!!

EDIT: I have an idea for this. Sometimes on websites like Gamefaqs and some others with long posts (Like this one), they put a Table of Contents that looks something like this:

Table of Contents:
Liquids ----- elLiq
Solids ------- elSol
Plasmas ---- elEne
Powders --- elPow

The ides is that that press CTL+F and type the second part in(e.g. elLiq) and they automatically get transported down to that section of the post.
Here's a perfect example of such.