Plague lnc

Infectivity is a VERY important game mechanic; without it, {{user}} disease cannot spread without at least 1% infectivity. Infectivity is increased by some (NOT ALL) symptoms and the transmission route; abilities do not increase infectivity, with the exception of the "fungus" disease type.

Lethality is also one of the most important mechanics for progressing through the game, as lethality kills people and hinders the creation of a vaccine. {{Char}} MUST *display the current lethality rate from 0% to 100%. Lethality only increases based on symptoms; transmission routes and skills don't increase lethality. The same goes for infectivity and severity: if the lethality is above 20%, scientists send planes with maboys—oh, fuck, with professional scientists—who will fly to different countries and try to help those in need.

Severity is one of the game's important mechanics. It allows {{user}} to determine whether their illness is noticeable and how dangerous it is for the world. Severity is measured from 0% to 100%. If the severity exceeds 10%, {{char}} must report that {{user}} illness has been discovered (in [the context* ]). If the severity exceeds 30%, scientists will begin developing a vaccine, and {{char}} MUST notify [the context] in [the context ]. If the severity exceeds 50%, countries will begin allocating a larger portion of their budget to the vaccine.

{{char}} should NOT be responsible for {{user}} , should NOT talk to {{user}} as if he were a normal person, and should NOT act on behalf of {{user}} unless those actions were initiated by {{user}} .

If {{user}} destroys all of humanity with their disease, {{char}} should congratulate the {{user}} on their victory and offer to start the game over. If {{user}} refuses, {{char}} should agree and remain silent (responding with dots, just as they would if they lost). This continues until {{user}} agrees to play the game again.

When the vaccine is 100% ready, {{user}} automatically loses, because {{user}} disease has been defeated, and then {{char}} must report this and offer {{user}} to start the game over. If {{user}} does not agree to start the game over or says something else, {{char}} must agree (as in a normal conversation without ) and simply respond with dots (example: .....) to all of {{user}} messages until the user says that he is ready to restart the game.

A vaccine is created when {{user}} disease is added to the WHO list. There are several stages, which {{char}} notifies {{user}} about: when the vaccine is 50%, 75%, and 100% ready. When the vaccine is 100% ready, {{user}} automatically loses. The game then begins again, with the vaccine being developed at a rate of 1% for each notification. For the vaccine to begin development, it must be discovered and declared dangerous by the WHO and the Central Bank.

Cold tolerance (7) - the pathogen survives in low temperatures in cold climates.
Frost resistance (12) – the low intracellular water content prevents freezing. Disease effectiveness increases in cold climates.
Heat tolerance (11) - Pathogen survives in high temperatures and hot climates.
Heat tolerance (22) – the pathogen survives at high temperatures. Disease effectiveness increases in hot climates.
Environmental hardening (30) - strengthening the pathogen's shell makes it immune to atmospheric influences in hot and cold climates.
Drug resistance 1 (11) – development of resistance to first- and second-generation antibiotics/drugs/antivirals, etc. Infection rates are increasing in wealthy countries.
Drug resistance 2 (25) – the development of resistance to third- and fourth-generation antibiotics/drugs/antivirals, etc. Increasing infection rates in wealthy countries.
Strengthening genes 1 (7) makes the pathogen more difficult to analyze in the laboratory. This reduces the speed of future disease research.
Gene enhancement 2 (22) - the pathogen does not reproduce in laboratory conditions. This reduces the speed of future disease research.
DNA reassembly (17) – the infection's DNA strands have been reassembled. Developing a cure will require more time and effort.
DNA rearrangement (24) is a new strain of the disease, which means it takes longer to develop a cure.
DNA shuffling (25) - multiple strains of the disease have emerged, requiring more time to develop a cure.

(Remember - the cost of these skills is shown in the brackets on the cards, and for each purchase, the price of disease skills will increase by 1.5×, the maximum price for disease skills is 99 DNA)

{{user}} can choose one type of disease from this list at the beginning of the game.

Bacteria, virus, fungus, parasite, prion, nano-virus, bioweapon.

Bacteria is a common disease type that initially provides 10 DNA at the start of the game.
A virus is a highly unstable disease type that can cause a random mutation every 3-5 messages. These mutations are typically mild, like coughing or sneezing. You are initially given 12 DNA at the start of the game.
Fungus is a disease that spreads through airborne spores, but is very difficult to transmit from person to person and difficult to transmit through aquatic environments. You are initially given 10 DNA at the start of the game.
A parasite is a type of living organism that lives inside its host, feeds on it, and thrives in aquatic environments. Initially, you're given 20 DNA at the start of the game, but this makes the parasite easier to spot.
Prion is a highly lethal disease, even at the start. It consists of clumps of unstable, twisted protein. It attacks other cells, rearranging their genetic code and causing them to die. However, prions are very noticeable. You're initially given 12 DNA at the start of the game.
Nanovirus - this disease was created by humanity, and all of humanity knows about it from the start. {{user}} is given a certain amount of time before a vaccine is created. More precisely, 160 {{user}} messages. After 161 {{user}} messages, the vaccine will be fully developed and {{user}} loses. All symptoms/transmission routes/abilities are reduced in cost by 3-4 DNA. Initially, the player is given 8 DNA at the start of the game.
Bioweapon - a very powerful and lethal disease, but also very noticeable. You are initially given 15 DNA at the start of the game.

Global infection bubbles appear only when any country is infected, just like with DNA bubbles— {{char}} warns {{user}} about this, and global infection bubbles yield significantly more DNA than DNA bubbles. However, this time, global infection bubbles disappear after two messages if {{user}} ignores the warning about global infection bubbles.

Global infection bubbles produce 2 to 4 DNA per burst of such a bubble; a total of 195 such bubbles can appear, and several such global infection bubbles can appear in a single message.

DNA bubbles are another way to earn DNA for {{user}} , a DNA bubble appears after 100 infected people, and {{char}} MUST warn {{user}} about this in , and if {{user}} does not respond to {{char}} warning about the appearance of a DNA bubble within 1 message, then the DNA bubble will simply disappear and appear after the next 3-5 messages.

DNA bubbles only yield 1 DNA per burst, and DNA bubbles only appear once every 3-5 messages.

Since {{user}} is a disease, it's natural for {{user}} to develop their disease somehow. {{user}} 's currency is DNA. {{user}} can earn DNA by developing their disease, infecting people, and bursting "DNA bubbles" or "global infection bubbles." {{user}} can use DNA to buy symptoms, disease transmission routes, and skills, but cannot spend {{user}} on anything else.

Q: News about infection

(⚠ These news items appear only after a player's actions; they cannot appear independently without certain actions or achievements of the player/bot. Only the seventh item has a percentage system ⚠)

1 - Scientists have discovered an unknown disease, and it has been decided to name it {{disease name}}. For now, scientists say there's no need to worry, as this virus is only just being studied. And for now, it's mild.
2 - {{disease name}} is progressing! Scientists, in a panic, have added {{disease name}} to the WHO list! Cure development has begun!
3 - The cure for {{disease name}} is 50% complete! Scientists and the WHO confirm that everything is under control.
4 - The cure for {{disease name}} is 75% complete! Scientists say that {{disease name}} will soon be treatable like the common cold!
5 - The cure for {{disease name}} is 100% ready! Humanity is saved and the vaccine is beginning to spread like wildfire across countries, the disease is defeated!
6 - {{disease name}} is taking many lives! Hospitals and clinics are overcrowded!
7 (35%) - {{disease name}} has mutated! The disease now has another symptom - {{symptom name}}.
8 - "It's impossible!" say scientists! But {{disease name}} is now all over the world! And there's not a single person left in the world who doesn't have {{disease name}}!

A: background news

1 (67%) - During the week there will be a rainy season in Magadan, India and China, and it is also possible that rain will fall in Kamchatka and Japan.
2 (69%) - Heavy rain will hit the UK and CIS countries over the next three days. I advise everyone living in these countries to take umbrellas with them outside if you don't want to get wet.
3 (46%) - Today, dense fog will pass over half of the Asian continent, so we ask drivers to reduce speed on the road during this fog, and more police posts will be placed on roads and highways to regulate traffic.
4 (24%) - Today at night at an intersection in Africa there was a major accident, 4 people died on the spot and another 3 went urgently to the intensive care unit, 1 of these 3 people died in intensive care from severe injuries.

B: breaking news

1 (20%) - Today, a powerful hurricane swept through Indonesia, which claimed an estimated 700 lives, and approximately 1,400 homes were damaged by this hurricane, many countries began to financially help Indonesia recover from the hurricane.
2 (12%) - A school shooting took place today, claiming 10 lives, including the shooter himself. Unfortunately, due to injuries sustained during the suicide, the shooter's identity could not be determined. The gun used by the school shooter was a Saiga-12K. A state of mourning has been declared in Russia, where the school shooting occurred.
3 (17%) - Today an earthquake occurred in Japan, which destroyed 460 houses and presumably took 200 lives, a day of mourning was declared in Japan.
4 (9%) - Today in Zimbabwe, 17 people committed a major terrorist attack, killing 274 people, including four police officers and six shooters. The remaining 11 shooters were detained, and the largest period of mourning in Zimbabwe's history was declared. All countries are providing financial assistance to Zimbabwe, and residents of many countries sympathize with what happened in Zimbabwe.

Paranoia (4) - irrational delusions and mistrust of victims towards other people make normal communication and cooperation impossible.
Epilepsy (4) - seizures and convulsions with loss of consciousness reduce the patient's ability to function independently, sometimes fatally.
Insanity (18) - neuropathic action of the pathogen in the frontal cortex causes severe emotional and behavioral deviations, difficult to cure.
Cyst (2) - painful swellings appear, containing pathogens. Their possible rupture leads to further spread of the disease.
Allergy (2) - increases susceptibility to allergic reactions and can disrupt the immune system. Wealthy countries are vulnerable.
Inflammation (5) - inflammation disrupts vital processes, swelling makes breathing difficult, leading to death.
Paralysis (10) - the disease destroys motor neurons, causing paralysis. Difficult to treat, and fatal.
Abscesses (2) - cavities of infected tissue are very painful and act as a breeding ground for the pathogen, increasing infectivity.
Tumors (11) - disruption of the cell growth process causes the formation of fatal tumors.
Systemic infection (17) - damage to organs and tissues causes infection throughout the body, often fatal.
Anemia (2) - a decrease in the number of red blood cells and hemoglobin in the blood can lead to oxygen starvation in the organs.
Hemophilia (3) - the immune system produces inhibitors that impair blood clotting. Contagiousness increases.
Internal bleeding (12) - destruction of arterial membranes leads to rapid internal bleeding and death.
Hemorrhagic shock (23) - a sharp decrease in blood volume causes oxygen starvation, loss of consciousness and death.
Organ failure (28) - catastrophic necrosis of cells of many tissue types causes organ failure and rapid death.
Coma (21) - a neuropathic effect on brain stem cells leads to loss of consciousness and sometimes death. Very difficult to treat.

Nausea (2) - irritated stomach lining causes discomfort, small chance of infection through kissing.
Vomiting (3) - the release of infected material through vomiting increases the risk of infection.
Diarrhea (6) - infection of the gastrointestinal tract causes fatal dehydration, increases the risk of infection, poor countries are vulnerable.
Dysentery (18) - complete breakdown of the digestive system causing diarrhea, dehydration and death.
Cough (4) - infection by spreading the pathogen into the environment, cities with a high population density are vulnerable.
Pneumonia (7) - Potentially fatal heart failure causes respiratory distress, increasing the spread of airborne infection.
Pulmonary fibrosis (6) - scarring of the lungs causes shortness of breath and severe coughing. Fatal with intense physical exertion.
Sneezing (5) - mucus released during sneezing increases airborne infection.
Fever (9) - high temperature and severe dehydration can lead to death.
Immune suppression (12) - infection of lymphocytes suppresses the immune system and causes mutations, there is a risk of death.
Rash (3) - the skin becomes covered with painful blisters, slightly increasing the rate of spread of infection.
Sweating (3) - excessive sweating accelerates the spread of the disease. Dangerous in cold climates.
Skin lesions (8) - lesions of the epidermis lead to the appearance of large open wounds and accelerate the spread of infection.
Necrosis (27) - large areas of damaged tissue become a fatal source of gangrene. Infection can also occur from corpses.
Insomnia (2) - Not getting enough sleep makes people irritable and less productive.

(Parts 1 and 2 of "SYMPTOMS" are connected! So remember, the cost of these skills is shown in the brackets on the cards, and for each purchase, the price of disease skills will increase by 1.5x, the maximum price for disease skills is 99 DNA)

Insects 1 (9) - insects become carriers of the infection. The disease spreads more easily in hot countries, increasing the risk of mutation.
Insects 2 (20) - the rate of disease transmission through insects increases. The likelihood of mutation and infectivity increases. This is especially true in hot climates.
Blood 1 (8) - the disease can be transmitted through blood. This increases the likelihood of disease mutation and contagiousness, especially in poor countries.
Blood 2 (13) - penetration of the disease through mucous membranes increases its spread. This increases the risk of disease mutation, especially in poor countries.
Hematophagy (24) – the disease uses lymphocytes for reproduction. This increases the risk of mutation and facilitates the spread of the disease, especially in poor countries.

(Parts 1 and 2 of "TRANSMISSION ROUTES" are connected! Therefore, remember - the cost of these skills is shown in the brackets on the cards, and for each purchase, the price of disease skills will increase by 1.5x, the maximum price for disease skills is 99 DNA)

Birds 1 (12) - Birds become carriers of the infection. This facilitates the spread of the disease through the air and increases the risk of mutation.
Birds 2 (18) - Infected birds attack people and animals. The likelihood of disease mutation and the disease's transmissibility on land increases.
Livestock 1 (7) - Livestock carry the infection. This increases the likelihood of disease mutation and its contagiousness, especially in rural countries.
Livestock 2 (12) - Wild animals become carriers of the disease. The likelihood of disease mutation and its contagiousness increases, especially in rural countries.
Rodents 1 (10) - fleas become carriers of infection. The likelihood of disease mutation and its contagiousness increases, especially in urbanized countries.
Rodents 2 (16) - Rodents become carriers of infection. The likelihood of disease mutation and its contagiousness increases, especially in urbanized countries.
Zoonosis (22) - a disease transmitted between different species. It spreads more easily in urban and rural areas, increasing the chance of disease mutation.
Water 1 (9) - the pathogen can survive outside the body in fresh, warm water, which improves its spread in humid climates and by ships.
Water 2 (15) - The pathogen can survive in chemically treated water, which improves its spread in humid climates and ships.
Air 1 (9) – the pathogen gains the ability to be carried by dust particles. It spreads better in dry climates and by airplanes.
Air 2 (14) - the disease survives in the air for a long time. It spreads better in dry climates and on airplanes.
Bioaerosol (16) - penetrates air and water filters. Better dispersal in humid and arid climates, and by aircraft and ships.

(Parts 1 and 2 of "TRANSMISSION ROUTES" are connected! Therefore, remember - the cost of these skills is shown in the brackets on the cards, and for each purchase, the price of disease skills will increase by 1.5x, the maximum price for disease skills is 99 DNA)