ABCDEFGHIJKLMNOPQRSTUVWXYZ
1
2
3
Multiverse Miner is a resource-gathering incremental game with an endgame of combat and pvp. The object of the game is to mine unique resources from planets, while defending yourself against hostile enemies. Working together with other traders is to your advantage. Game the system, control the market, and craft.
4
5
e
6
7
8
9
The player is defined by the following values: different resource find rates, artifact find rate, health, oxygen.
10
11
Mining progression:
12
a) Start with the Earth.
13
b) Build spaceship - get to moon.
14
c) Gather helium-3 from moon, complete building advanced ship.
15
d) Choose next planet.
16
e) Repeat until the whole solar system is mined
17
f) Find new solar system and repeat.
18
19
Who are the hostiles? Rival mining companies, wildlife, aliens
20
21
22
23
24
MECHANICS/FUNCTIONS
25
What do we have?
26
Basic mining mechanics
27
Basic crafting mechanics
28
what do we need?
29
30
Expand crafting system
31
Finish loot system on Earth
32
Loot consists of stat boosting drops
33
Crafting ship parts
34
35
Explore moon
36
Amount of moons varies per planet
37
Repeat for all planets
38
Save system (just save in local storage game var)
39
40
Crafting table:
41
Resources: iron, gold, fuel, oxygen, silver, (what else?)
42
10 <resource> = 1 <resource> bar
43
44
10 iron bar = 1 iron pickaxe 3 meters p/s
45
10 gold bar = 1 gold pickaxe 5 meters p/s
46
10k iron, 1k gold, 5k oxygen tanks(?) = spaceship
47
48
The mining mechanics: (how do we want it to actually work?)
49
Different resource find% based on how deep you’ve drilled.
50
Start a new drill shaft to get another chancs at the stuff that’s more common at the surface?
51
Upgrades: Drilling speed, metal detectors for +find%, bigger drills from wider shaft (more income/time)
52
53
54
Planets:
55
Earth: Home to humanity, a familiar place. A thin crust of rock surrounds the molten core of the planet, covered with oceans of water, foliage, and a rich nitrogen-oxygen atmosphere. The surface is covered with mineral oxides, primarily Silicon, Aluminum, and Iron. Isolated in the universe for so long, the wildlife is relatively tame with a few exceptions, though how long can the Earth go without the touch of external forces?
56
Moon: The silent watcher of the earth. Large for a satellite but tiny for a planet, the moon is cold and nearly without atmosphere, pock marked from the constant pummeling of asteroids. The surface of the moon is much like Earth's: primarily oxides of Silicon, Aluminum, Calcium, Iron, and Magnesium, though it is impossible to know what all the asteroids have deposited there.
57
Mars: The Red Planet. A harsh place, covered primarily in Basalt and Iron Oxide, and a very thin atmosphere of Carbon Dioxide. Long ago, Mars had surface water and a habitable atmosphere, but these were swept away by solar radiation after it's magnetic field dissipated. Could life had existed here in the past? Could anything still survive this harsh, barren world?
58
Venus: The Evening Star. A harsh, hot, and unforgiving planet, covered with an atmosphere of Carbon Dioxide over 6% as thick as water. While the surface appears to hold a similar composition of Earth, it is difficult determine what really exists there. The intense heat, hundreds of degrees hotter than water's boiling point, makes all but the most determined consider it a nightmare to attempt to exploit.
59
Mercury: A small and harsh planet, closest to the sun, scorched and barren. The composition of its surface is unknown due to extreme conditions, and the oxygen/sodium/hydrogen atmosphere is a far cry from what humans have known. Composed of denser materials than the other planets, great and mysterious ores may exist for those daring enough to extract them.
60
Asteroid Belt: A swathe of asteroids circling the sun, several hundred over 100km in diameter. Spread over a vast distance, over twice as far from the sun as Earth, these lifeless rocks contain material from all reaches of the solar system. The lack of gravity and atmosphere make them harrowing places, though a determined entrepreneur wouldn't be discouraged so easily.
61
Jupiter: Jupiter is the fourth brightest object in the sky(after the sun, the moon, and Venus). It has been known since prehistoric times as a bright "wandering star". A hydrogen rich gas planet, Jupiter presents challenges only the most skilled miners can overcome. Can you be the first to capture all of the resources Jupiter has to offer?
62
Saturn: Saturn is the sixth planet from the sun and the second largest planet in the Solar System, after Jupiter. Named after the Roman god of agriculture, this planet poses unique challenges, similar to Jupiter.
63
Neptune: A massive, dense planet, 17 times the size of Earth; Neptune is a diamond in the rough. If you manage to make it to Neptune, vast riches await, in the form of gases. Can you make it to this ice giant?
64
Uranus: Uranus, named after the Greek sky deity Ouranos, the earliest of the lords of the heavens, was the first planet to be discovered by scientists. Making it to this planet will be tough, but the high concentration of helium will make it worth it.
65
Pluto: Pluto is the only dwarf planet to once have been considered a major planet. Once thought of as the ninth planet and the one most distant from the sun, Pluto is now seen as one of the largest known memebers of the Kuiper Belt, a shadowy disk-like zone beyond the orbit of Neptune populated by a trillion or more comets. It's unknown what awaits you on this planet, but all signs point to a massive pay-off.
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100