Lost in Pacific
A downloadable game
Enter the world of everyday fight with the pure nature for your life. You will never know what tomorrow brings. You will decide, how well prepared you will wait for morning. Only some people can beat the nature in his own territory. Do you think, you are one of them?
Here are some of key elements of the game:
- story driven or sandbox survival
- different difficulty levels: easy, normal, hard (realistic)
- different time flow constants (real time vs. game 1 day period): 30 min, 1 hour, 2hour, for hardcore players 12 hour
- 27 predefined scenario combinations from: normal, hot, cold, wet, dry, windy, calm
- totally customizable weather parameters in custom scenario
- weather models taken from real Pacific islands weather data
- random, procedurally generated map
- endless or ~4000 x 4000 km (2500 x 2500 miles) in story mode
- island clusters with bigger distances between clusters
- map making based on triangulation
- map making based on Sextant
- different island biomes: rocky, mixed, "green", maybe forest
- fauna and flora dependent on actual latitude
- realistic sun, moon and celestial bodies movement based on latitude and the season
- realistic tides based on moon movement
- realistic temperatures and weather parameters based on latitude and the season
- tsunamis, typhoons and wide variety of atmospheric and oceanographic weather elements
- modular rafts
- building on rafts
- realistic sailing mechanic
- complex temperature system (sun, shadow, wind, rain …)
- complex player stat system, every stat is dynamically changing over the time
- achievement system
- realistic material need in building (1 log is 1 log, 10 palm fronds are 10 palm fronds, …)
- every crafting or building needs its time or crafting amount (hit by axe, hammer, …)
- also 2 player coop mode
- VR support
Below are described the key elements in much more detail, trying to show how complex the game is.
For the details about other features of the game not showed here please see our site.
The map is random, procedurally generated, based on seed also generated randomly or is given by the player. more info
The player can use Triangulation method to draw the map of the local islands. For the global map of the island clusters other system will be used with Sextant, which will be described later. more info
The sailing of any floatable module is enabled by attaching both a sail module and a directioning module to it. The sailing uses real physics systems to make the floatable module act relistically in wind. more info
The building system is based on real ingredients need. Every built and not completely built module can be demolished and the player get back percentual amount of items. The buildings have ability to give player shelter against weather elements. Buildings can be demolished by very strong wind and/or by a high tidal waves or by a tsunami. more info
The inventory system is based on three crafted objects: Backpack, Sidebag and Toolbelt. They are used in different situations and they have their own limitations. To use their functionality they must be equipped. more info
Seasons and GeoLocation
Probably the most interesting aspect of our game is the realistic Season and GeoLocation system. The actual season is calculated using the players actual geolocation and the day_of_the_year. The season is affecting every aspect in the game: weather, fauna, flora. more info
The temperature that the player feels and that will modify the effects on player is depending on many factors:
- Sun intensity – how high is the Sun, how cloudy is the sky
- Sunlit/shadowed player
- Wind intensity
- player is on some open windy place or in its building
- Rain intensity
- player is on open place, or under tree fronds, or in its building
Our PlayerStats system brings some RPG elements to the game. There is also an interesting Level Drop system, which together with experience point distribution gives more custom elements to the gameplay. more info
The game is placed in the beginning of the 1900 years. One or two (in coop mode) pioneers are set off to try to make the first trans-Pacific flight in hot air balloon. Unfortunately they did not succeed (otherwise their success will be recorded in history). After days of peaceful flight the balloon got to some severe storms. The balloon begins to lose altitude so the player must throw out every weight and also the most valuable chest. In the chest there are a compass and a binocular. After hours of gaining altitude the balloon begins to drop, but now more rapidly. The player fall off from gondola, the balloon flies some distance unmanned and crashes.
The player swims to the nearest island and the challenge begins.
The player must find and conquer all of the islands in the local cluster to find the chest he threw out of the balloons gondola. Till that moment the player must navigate only by common means using the suns movement. When he finds the chest and the compass inside, the player can do triangulation himself on paper.
When the player builds raft capable to withstand the rough waters between the island clusters, he can conquer the next cluster he finds. In that new cluster on one island he can find the remains of his balloon. The balloons fiber can be used for cartography, for making better sails and for making clothes. From now if the player makes pencil (burnt thick branch) the game will enable ingame cartography based on triangulation.
The player can find in newly found cluster also a new chest from some ship captain. In the chest there is a sextant and other equipments to allow the player to measure his latitude and longitude coordinates. In the chest the player can also found a letter, that claims the captain with his ship will be on some given coordinates in the given time/season.
So the race for time begins. If the player is capable to reach the given coordinate in the given time/season, the game ends. If the player miss the place or the time, he must survive another year!
The player starts as an untrained, slow, very exhaustible character. Every action stat of his character starts at the very low level. By doing things the corresponding stat will be evolving towards higher levels. There are complex interconnections between one or more stats. Some actions affects only one stat but some other actions are affecting more stats at one time.
For example: to be able to dive to bigger depths, you need evolved stamina to allow more swimming and you need evolved swimming to allow slower air deprecation over time.
The health stats are also interconnected to each other. Some of them are interconnected with Action stats also. Main health stats are:
- hunger – doing things (fast doing) increases deprecation
- thirst – deprecation as above plus if high RealFeel temperature, further deprecation
- body temperature – changes slowly by RealFeel temperature, can cause severe over/under temperature effects on player
- tiredness – the need for sleep if you are trained, your tiredness grows slower. if tiredness is high, your actions are slowed
- health – if very hungry, thirsty, or very tired over long time, health deprecates. if reaches 0, you die. If stats are back in normal, health slowly increases.
Different health stats will act differently on players ability.
- is player is tired only a bit, he wants to sleep only on comfortable bed, if more tired, he will sleep also on some palm fronds, if totally tired, he will sleep everywhere.
- It is the same with time: if tired a bit, he wants to sleep only at night, if very tired, he will sleep at every daytime.
- Next: if tired only a bit, every environment/weather change wakes him up. If very tired, he can no wake up on weather signals for tsunami and can be wake up when he will be flown away with big waves.
The crafting system has the same engine that the building system. The item system, demolition system is the same.
The crafted items have a "worn" counter. If the item is used many times, it breaks. If player have higher crafting stat, he will craft more durable items.
The sailing of any floatable module is enabled by attaching both a sail module and a directioning module to it. The sailing uses some of real physics systems to make the floatable module act relistically in wind. The player must decide, whether to set sail to another island against the wind direction or rather will wait for wind to turn around. Or, if the player feels that he is a pro, he can try sail zig-zag against wind like in real world. The ocean waves also affects sailing, or rowing/paddling. The rising side of the wave tries to slow the boat/raft, the falling side will try to accelerate the boat/raft like in real world. So sailing/rafting in rough waters will need really good experience.
The weather will affect every item in game. Especially those not hidden in/attached to something.
- Player – it is harder to walk, run, swim, paddle against strong wind
- Items – strong wind can blow away your items from the island
- Items – high tidal waves or tsunami can carry away your items
Make fire will need dry wood, dry coconut fibers etc to get the fire on. If the wood is wet, because it was raining on it, it needs drying some time. Take care where player builds his fireplace. Wind can blow it off and waves can turn off also the fire. It is needed to build fireplace under some building/tree frond if the player wants to cook also when it rains.
- maybe the player will be better safe on his raft in case of tsunami
- when he breaks the found binocular, with lenses it is easier to make fire. but in cost of lost binocular.
That is all for now. We will give more and more details about every aspect of the game in future updates of this page.