Post by secret on Jul 1, 2009 0:31:39 GMT -5
M4 solid/Relay
Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Metals, Technology elements, Explosives
Type: Primary
Notable reaction: Act as a relay of Glass transmissions, Slippery
Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)
Explosive data:
Explosive velocity: pixels/frame
Power: (Medium)
Shock sensitivity: High
Friction sensitivity: /
Heat sensitivity: /
Products: Air pressure
Notes: Explode when hit by fast superball,Bomb or near an explosion.
Reactions:
1) THUNDER in GLASS can be conducted into M4 SOLID.
2) LASER passes through M4 SOLID as in GLASS.
3) LASER in GLASS can be 'conducted' into M4 SOLID.
4) When M4 SOLID is within 2 pixels or less from TORCH, it reflects LASER like METAL and retains ALL of its other properties.
5) LASER and THUNDER can travel directly from M4 SOLID to GLASS and vice-versa.
6) WOOD does not burn when in contact with M4 SOLID, but can still be destroyed by LASER, FIRE, etc.
7) M4 solid reverts fast moving laser and fast moving thunder back to their original speeds.
8) If THUNDER or LASER are caught in a loop inside of M4 SOLID, it(M4 SOLID) will illuminate.
9) Elements that are mobile(solid or liquid) will slide down M4 SOLID if it is sloped.
10) M4 SOLID will not corrode when in contact with ACID, instead, it will lose all of its chemical properties and dull in color.
11) If in contact with BOMB, M4 SOLID will explode.
12) If hit by a fast SUPERBALL, M4 SOLID will explode.
13) If near an explosion, M4 SOLID will explode.
14) THUNDER can move directly from METAL to M4 SOLID and vice-versa.
15) If THUNDER or LASER move through 2 adjacent pixels of M4 SOLID, they would be converted as shown:
LASER -> THUNDER
THUNDER -> LASER
Basic information:
State of matter: Stationary non-dragable solids
Category: Stationary solids, Metals, Technology elements, Explosives
Type: Primary
Notable reaction: Act as a relay of Glass transmissions, Slippery
Physical information:
Density (in mobilized state):
Flammability: /
Direction of gravity(in mobilized state): Attractive (+)
Explosive data:
Explosive velocity: pixels/frame
Power: (Medium)
Shock sensitivity: High
Friction sensitivity: /
Heat sensitivity: /
Products: Air pressure
Notes: Explode when hit by fast superball,Bomb or near an explosion.
Reactions:
1) THUNDER in GLASS can be conducted into M4 SOLID.
2) LASER passes through M4 SOLID as in GLASS.
3) LASER in GLASS can be 'conducted' into M4 SOLID.
4) When M4 SOLID is within 2 pixels or less from TORCH, it reflects LASER like METAL and retains ALL of its other properties.
5) LASER and THUNDER can travel directly from M4 SOLID to GLASS and vice-versa.
6) WOOD does not burn when in contact with M4 SOLID, but can still be destroyed by LASER, FIRE, etc.
7) M4 solid reverts fast moving laser and fast moving thunder back to their original speeds.
8) If THUNDER or LASER are caught in a loop inside of M4 SOLID, it(M4 SOLID) will illuminate.
9) Elements that are mobile(solid or liquid) will slide down M4 SOLID if it is sloped.
10) M4 SOLID will not corrode when in contact with ACID, instead, it will lose all of its chemical properties and dull in color.
11) If in contact with BOMB, M4 SOLID will explode.
12) If hit by a fast SUPERBALL, M4 SOLID will explode.
13) If near an explosion, M4 SOLID will explode.
14) THUNDER can move directly from METAL to M4 SOLID and vice-versa.
15) If THUNDER or LASER move through 2 adjacent pixels of M4 SOLID, they would be converted as shown:
LASER -> THUNDER
THUNDER -> LASER
[img src="http://i45.[tinypic].com/3133c60.png"][img src="http://i25.[tinypic].com/10ygymt.png"]