Overview
| Comment: | add sprint, improve bio job, rebalance stamina regen, various fixes |
|---|---|
| Downloads: | Tarball | ZIP archive | SQL archive |
| Timelines: | family | ancestors | descendants | both | trunk |
| Files: | files | file ages | folders |
| SHA3-256: |
cade6683f70db136391f34c5e60f9f81 |
| User & Date: | lexi on 2024-05-03 00:10:09 |
| Other Links: | manifest | tags |
Context
|
2024-05-03
| ||
| 13:40 | ui latency/performance improvements, bugfixes check-in: f1e68eb97e user: lexi tags: trunk | |
| 00:10 | add sprint, improve bio job, rebalance stamina regen, various fixes check-in: cade6683f7 user: lexi tags: trunk | |
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2024-05-02
| ||
| 20:27 | check in missing mod, add forest biome, racial powers, overlays (untested) check-in: 6deb9bedbc user: lexi tags: trunk | |
Changes
Modified mods/starlit-eco/init.lua from [ffe9d8ff5f] to [0a9075eccb].
8 8 seasonalTemp = {-50, -10, 5, 5, -20, -50}; 9 9 def = { 10 10 node_top = 'starlit:greengraze', depth_top = 1; 11 11 node_filler = 'starlit:soil', depth_filler = 4; 12 12 node_riverbed = 'starlit:sand', depth_riverbed = 4; 13 13 y_min = 0; 14 14 y_max = 512; 15 - heat_point = 10; 16 - humidity_point = 30; 15 + heat_point = 20; 16 + humidity_point = 35; 17 17 }; 18 18 }) 19 19 20 20 world.ecology.biomes.link('starlit:forest', { 21 21 nightTempDelta = -20; 22 22 waterTempDelta = 0; 23 23 -- W Sp Su Au W 24 24 seasonalTemp = {-40, -8, 10, 10, -14, -40}; 25 25 def = { 26 26 node_top = 'starlit:greengraze', depth_top = 1; 27 27 node_filler = 'starlit:soil', depth_filler = 4; 28 28 node_riverbed = 'starlit:sand', depth_riverbed = 4; 29 - y_min = -100; 29 + y_min = 0; 30 30 y_max = 256; 31 - heat_point = 13; 31 + heat_point = 50; 32 32 humidity_point = 40; 33 33 }; 34 34 }) 35 35 36 36 world.ecology.biomes.link('starlit:desert', { 37 37 nightTempDelta = -40; 38 38 waterTempDelta = 0; ................................................................................ 40 40 seasonalTemp = {-10, -5, 15, 15, -5, -10}; 41 41 def = { 42 42 node_top = 'starlit:sand', depth_top = 1; 43 43 node_filler = 'starlit:sand', depth_filler = 4; 44 44 node_riverbed = 'starlit:sand', depth_riverbed = 4; 45 45 y_min = 0; 46 46 y_max = 512; 47 - heat_point = 20; 47 + heat_point = 70; 48 48 humidity_point = 10; 49 49 }; 50 50 }) 51 51 52 52 world.ecology.biomes.link('starlit:ocean', { 53 53 nightTempDelta = -35; 54 54 waterTempDelta = 5; 55 55 seasonalTemp = {0}; -- no seasonal variance 56 56 def = { 57 57 y_max = 3; 58 58 y_min = -512; 59 - heat_point = 15; 60 - humidity_point = 50; 59 + heat_point = 50; 60 + humidity_point = 70; 61 61 node_top = 'starlit:sand', depth_top = 1; 62 62 node_filler = 'starlit:sand', depth_filler = 3; 63 63 }; 64 64 }) 65 65 66 +world.ecology.biomes.link('starlit:shiverdeep', { 67 + nightTempDelta = -25; 68 + waterTempDelta = 5; 69 + -- W Sp Su Au W 70 + seasonalTemp = {-70, -30, 0, -60, -70}; 71 + def = { 72 + y_max = 70; 73 + y_min = 1; 74 + heat_point = 0; 75 + humidity_point = 5; 76 + node_water_top = 'starlit:ice', depth_water_top = 1; 77 + node_top = 'starlit:undergloam', depth_top = 1; 78 + node_filler = 'starlit:soil', depth_filler = 2; 79 + }; 80 +}) 81 + 82 +world.ecology.biomes.link('starlit:silthaven', { 83 + nightTempDelta = -5; 84 + waterTempDelta = 5; 85 + -- W Sp Su Au W 86 + seasonalTemp = {-15, 5, 15, 7, -15}; 87 + def = { 88 + y_max = 30; 89 + y_min = 0; 90 + heat_point = 15; 91 + humidity_point = 35; 92 +-- node_top = 'starlit:undergloam', depth_top = 1; 93 + node_filler = 'starlit:lifesilt', depth_filler = 5; 94 + }; 95 +}) 96 + 97 +world.ecology.biomes.link('starlit:barrens', { 98 + nightTempDelta = -20; 99 + waterTempDelta = 5; 100 + -- W Sp Su Au W 101 + seasonalTemp = {-30, -20, 0, -20, -30}; 102 + def = { 103 + y_max = 512; 104 + y_min = 0; 105 + heat_point = 0; 106 + humidity_point = 0; 107 + }; 108 +}) 66 109 minetest.register_craftitem('starlit_eco:fiber', { 67 110 description = "Plant Fiber"; 68 111 groups = {fiber = 1}; 69 112 inventory_image = lib.image('starlit-eco-plant-fiber.png'):shift(lib.color(0,1,0)):render(); 70 113 _starlit = { 71 114 recover_vary = function(rng, ctx) 72 115 return starlit.type.fab {
Modified mods/starlit-eco/plants.lua from [e9756bfa75] to [f0b6b474f2].
120 120 color = lib.color(.5, .7, 1); 121 121 biolum = 5; 122 122 leaf = { 123 123 color = lib.color(.6, .8, .8); 124 124 drop = simpleDrop(2, 'starlit_eco:moondrop_petal'); 125 125 }; 126 126 berries = { 127 - desc = "The fruits of the moondrop are not very nutritious, but their peculiar sweet-sour flavor profile makes them one Thousand Petal's great delicacies"; 127 + desc = "The fruits of the moondrop are not very nutritious, but their peculiar sweet-sour flavor profile makes them one of Farthest Shadow's great delicacies"; 128 128 color = lib.color(1,0,.4); 129 129 nourish = 10; 130 130 hydrate = 0.05; 131 131 taste = 1 * 60; 132 132 mass = 1; 133 133 }; 134 134 decoration = { ................................................................................ 150 150 color = lib.color(.7, .4, .8); 151 151 drop = simpleDrop(2, 'starlit_eco:dustrose_petal'); 152 152 }; 153 153 decoration = { 154 154 place_on = 'starlit:greengraze'; 155 155 fill_ratio = 0.03; 156 156 biomes = {'starlit:forest'}; 157 - y_min = -50; 157 + y_min = 0; 158 158 y_max = 50; 159 159 }; 160 160 } 161 161 162 162 stalkPlantAuto { 163 163 id = 'starlit_eco:harrowstalk'; 164 164 name = "Harrowstalk"; 165 165 fiber = simpleDrop(2, 'starlit_eco:fiber'); 166 166 seed = {}; 167 167 color = lib.color(.3, .2, .1); 168 168 decoration = { 169 169 place_on = 'starlit:sand'; 170 170 fill_ratio = 0.03; 171 - biomes = {'starlit:ocean', 'starlit:desert'}; 172 - y_min = -30; 171 + biomes = {'starlit:desert'}; 172 + y_min = 0; 173 173 y_max = 400; 174 174 }; 175 175 }
Modified mods/starlit-eco/trees.lua from [49c5f4ea72] to [9fe2b3bf5d].
171 171 thin_branches = true; 172 172 173 173 fruit = 'starlit_eco:lambent_pine_bulb'; 174 174 fruit_chance = 0; 175 175 }; 176 176 decorate = { 177 177 { biomes = {'starlit:forest'}; 178 - place_on = 'starlit:greengraze'; 178 + place_on = {'starlit:greengraze'}; 179 179 fill_ratio = 0.004; 180 - y_min = -30, y_max = 500; 180 + y_min = 0, y_max = 500; 181 181 seed = 0xe8190e; 182 182 }; 183 183 { biomes = {'starlit:steppe'}; 184 - place_on = 'starlit:greengraze'; 184 + place_on = {'starlit:greengraze'}; 185 185 fill_ratio = 0.002; 186 - y_min = -30, y_max = 500; 186 + y_min = 0, y_max = 500; 187 187 seed = 0xe8190e; 188 188 }; 189 189 }; 190 190 }; 191 191 192 192 ['starlit_eco:starblossom'] = { 193 193 def = { ................................................................................ 205 205 iterations = 13; 206 206 random_level = 5; 207 207 }; 208 208 decorate = { 209 209 { biomes = {'starlit:forest'}; 210 210 place_on = 'starlit:greengraze'; 211 211 fill_ratio = 0.001; 212 - y_min = -20, y_max = 512; 212 + y_min = 0, y_max = 512; 213 213 }; 214 214 }; 215 215 }; 216 216 } 217 217 218 218 minetest.register_abm { 219 219 label = "lambent pine fruiting";
Modified mods/starlit/species.lua from [1469667980] to [7816834c67].
19 19 sprint = { 20 20 id = 'sprint'; 21 21 name = 'Sprint'; 22 22 desc = 'Put on a short burst of speed at the cost of some stamina'; 23 23 img = 'starlit-ui-icon-ability-sprint.png'; 24 24 powerKind = 'maneuver'; 25 25 run = function(user, ctx) 26 + local cost = 10 27 + -- unfortunately stat writes are very expensive, so can't draw from stamina 28 + -- every single frame 29 + local function halt() 30 + if user.action.prog.sprint then 31 + user:statDelta('stamina', -user.action.prog.sprint.cb) 32 + user:deleteOverlay(user.action.prog.sprint.id) 33 + user.action.prog.sprint = nil 34 + end 35 + end 36 + 37 + if ctx.how.state == 'init' then 38 + halt() 39 + if user:effectiveStat 'stamina' > 0 then 40 + user.action.prog.sprint = { 41 + cb = 0; 42 + id = user:overlay(function(phys) phys.speed = phys.speed * 2 end) 43 + } 44 + end 45 + elseif ctx.how.state == 'prog' then 46 + local d = ctx.how.delta 47 + local p = user.action.prog.sprint 48 + -- is the player currently holding any of WASD 49 + local isMoving = bit.band(0x0f, user.entity:get_player_control_bits()) ~= 0 50 + if p and isMoving then 51 + p.cb = p.cb + cost*d 52 + if p.cb >= 10 then 53 + user:statDelta('stamina', -10) 54 + if user:effectiveStat 'stamina' < 10 then halt() end 55 + end 56 + end 57 + elseif ctx.how.state == 'halt' then 58 + halt() 59 + end 26 60 end; 27 61 }; 28 62 } 29 63 30 64 local species = { 31 65 human = { 32 66 name = 'Human'; ................................................................................ 59 93 end; 60 94 stats = { 61 95 psiRegen = 1.3; 62 96 psiPower = 1.2; 63 97 psi = 1.2; 64 98 nutrition = .8; -- women have smaller stomachs 65 99 hydration = .8; 66 - staminaRegen = 1.0; 67 100 morale = 0.8; -- you are not She-Bear Grylls 68 101 }; 69 102 traits = { 70 103 health = 400; 71 104 lungCapacity = .6; 72 105 irradiation = 0.8; -- you are smaller, so it takes less rads to kill ya 73 106 sturdiness = 0; -- women are more fragile and thus susceptible to blunt force trauma 74 107 metabolism = .150; -- kCal/s 75 108 painTolerance = 0.4; 76 109 dehydration = 10e-4; -- L/s 77 110 speed = 1.1; 111 + staminaRegen = 30.0; 78 112 }; 79 113 }; 80 114 male = { 81 115 name = 'Human Male'; 82 116 eyeHeight = 1.6; 83 117 stats = { 84 118 psiRegen = 1.0; 85 119 psiPower = 1.0; 86 120 psi = 1.0; 87 121 nutrition = 1.0; 88 122 hydration = 1.0; 89 - staminaRegen = .7; -- men are strong but have inferior endurance 123 + staminaRegen = 20; -- men are strong but have inferior endurance 90 124 }; 91 125 traits = { 92 126 health = 500; 93 127 painTolerance = 1.0; 94 128 lungCapacity = 1.0; 95 129 sturdiness = 0.3; 96 130 metabolism = .150; -- kCal/s
Modified mods/starlit/stats.lua from [93739694fe] to [0892085f88].
24 24 starlit.world.stats = { 25 25 psi = {min = 0, max = 500, base = 0, desc = U('ψ', 10), color = C(320), name = 'Numina'}; 26 26 -- numina is measured in daψ 27 27 warmth = {min = -1000, max = 1000, base = 0, desc = U('°C', 10, true), color = C(5), name = 'Warmth'}; 28 28 -- warmth in measured in d°C 29 29 fatigue = {min = 0, max = 76 * 60, base = 0, desc = U('hr', 60, true), color = C(288,.3,.5), name = 'Fatigue', srzType = T.decimal}; 30 30 -- fatigue is measured in minutes one needs to sleep to cure it 31 - stamina = {min = 0, max = 20 * 100, base = true, desc = U('m', 100), color = C(88), name = 'Stamina'}; 31 + stamina = {min = 0, max = 40 * 100, base = true, desc = U('m', 100), color = C(88), name = 'Stamina'}; 32 32 -- stamina is measured in how many 10th-nodes (== cm) one can sprint 33 33 nutrition = {min = 0, max = 8000, base = 0, desc = U('kCal', 1, true), color = C(43,.5,.4), name = 'Nutrition', srzType = T.decimal}; 34 34 -- hunger is measured in kcalories one must consume to cure it. at 0, you start dying 35 35 hydration = {min = 0, max = 4, base = 0, desc = U('L', 1), color = C(217, .25,.4), name = 'Hydration', srzType = T.decimal}; 36 36 -- thirst is measured in L of H²O required to cure it 37 37 morale = {min = 0, max = 10 * 24 * 60, base = true, desc = U('hr', 60, true), color = C(0,0,.8), name = 'Morale', srzType = T.decimal}; 38 38 -- morale is measured in minutes. e.g. at base rate morale degrades by
Modified mods/starlit/terrain.lua from [43f9137bd9] to [4e1556f916].
39 39 }; 40 40 }) 41 41 42 42 43 43 minetest.register_node('starlit:sand', { 44 44 description = T 'Sand'; 45 45 tiles = {'starlit-terrain-sand.png'}; 46 - groups = {looseClump = 1, sand = 1}; 46 + groups = {looseClump = 1, sand = 1, falling_node = 1}; 47 47 drop = ''; 48 48 sounds = sandSounds; 49 49 _starlit = { 50 50 kind = 'block'; 51 51 fab = starlit.type.fab { element = { silicon = 25 } }; 52 52 }; 53 53 }) 54 + 55 +minetest.register_node('starlit:lifesilt', { 56 + description = T 'Lifesilt'; 57 + tiles = {'starlit-terrain-lifesilt.png'}; 58 + groups = {looseClump = 1, lifesilt = 1, falling_node = 1}; 59 + drop = ''; 60 + sounds = sandSounds; 61 + _starlit = { 62 + kind = 'block'; 63 + fab = starlit.type.fab { element = { carbon = 8, silicon = 4 } }; 64 + }; 65 +}) 66 + 54 67 minetest.register_craftitem('starlit:soil_clump', { 55 68 short_description = T 'Soil'; 56 69 description = starlit.ui.tooltip { 57 70 title = T 'Soil'; 58 71 desc = 'A handful of nutrient-packed soil, suitable for growing plants'; 59 72 color = lib.color(0.3,0.2,0.1); 60 73 }; ................................................................................ 105 118 106 119 107 120 starlit.terrain.createGrass { 108 121 name = 'starlit:greengraze'; 109 122 desc = T 'Greengraze'; 110 123 img = 'starlit-terrain-greengraze'; 111 124 fab = starlit.type.fab { 125 + element = { carbon = 12; }; 126 + time = { shred = 2.5; }; 127 + }; 128 +} 129 + 130 +starlit.terrain.createGrass { 131 + name = 'starlit:undergloam'; 132 + desc = T 'Undergloam'; 133 + -- fungal carpet 134 + img = 'starlit-terrain-undergloam'; 135 + fab = starlit.type.fab { 112 136 element = { 113 137 carbon = 12; 114 138 }; 115 - time = { 116 - shred = 2.5; 117 - }; 139 + time = { shred = 2.5; }; 118 140 }; 119 141 } 120 142 121 143 for _, w in pairs {false,true} do 122 144 minetest.register_node('starlit:liquid_water' .. (w and '_flowing' or ''), { 123 145 description = T 'Water'; 124 146 drawtype = 'liquid'; ................................................................................ 164 186 end 165 187 166 188 167 189 starlit.world.mineral.foreach('starlit:mineral_generate', {}, function(name,m) 168 190 local node = string.format('starlit:mineral_%s', name) 169 191 local grp = {mineral = 1} 170 192 minetest.register_node(node, { 171 - description = m.desc; 193 + short_description = m.name; 194 + description = starlit.ui.tooltip { 195 + title = m.name; 196 + desc = m.desc; 197 + color = m.tone; 198 + }; 172 199 tiles = m.tiles or 173 200 (m.tone and { 174 - string.format('default_stone.png^[colorizehsl:%s:%s:%s', 175 - m.tone.hue, m.tone.sat, m.tone.lum) 176 - }) or {'default_stone.png'}; 201 + lib.image'starlit-terrain-granite.png':shift(m.tone):render() 202 + }) or nil; 177 203 groups = grp; 178 204 drop = m.rocks or ''; 179 205 sounds = hardSounds; 180 206 _starlit = { 181 207 kind = 'block'; 182 208 elements = m.elements; 183 209 fab = m.fab; 184 210 recover = m.recover; 185 211 recover_vary = m.recover_vary; 186 212 }; 187 213 }) 188 214 if not m.excludeOre then 189 215 local seed = 0 190 - grp.ore = 1 216 +-- grp.ore = 1 191 217 for i = 1, #m.name do 192 - seed = seed*50 + string.byte(name, i) 218 + seed = seed*50 + string.byte(m.name, i) 193 219 end 194 220 minetest.register_ore { 195 221 ore = node; 196 222 ore_type = m.dist.kind; 197 - wherein = {m.dist.among}; 223 + wherein = m.dist.among; 198 224 clust_scarcity = m.dist.rare; 199 225 y_max = m.dist.height[1], y_min = m.dist.height[2]; 226 + column_height_min = m.dist.sheetCols and m.dist.sheetCols[1] or nil; 227 + column_height_max = m.dist.sheetCols and m.dist.sheetCols[2] or nil; 200 228 noise_params = m.dist.noise or { 201 - offset = 28; 202 - scale = 16; 229 + scale = 1; 203 230 spread = vector.new(128,128,128); 204 231 seed = seed; 205 - octaves = 1; 232 + octaves = 2; 206 233 }; 207 234 } 208 235 end 209 236 end) 210 237 211 238 starlit.world.mineral.link('feldspar', { 212 - desc = T 'Feldspar'; 239 + name = T 'Feldspar'; 240 + tiles = {'starlit-terrain-feldspar.png'}; 213 241 excludeOre = true; 214 242 recover = starlit.type.fab { 215 - time = { 216 - shred = 3; 217 - }; 218 - cost = { 219 - shredPower = 3; 243 + time = { shred = 3; }; 244 + cost = { shredPower = 3; }; 245 + }; 246 + recover_vary = function(rng, ctx) 247 + -- print('vary!', rng:int(), rng:int(0,10)) 248 + return starlit.type.fab { 249 + element = { 250 + aluminum = rng:int(0,4); 251 + potassium = rng:int(0,2); 252 + calcium = rng:int(0,2); 253 + } 220 254 }; 255 + end; 256 +}) 257 + 258 +starlit.world.mineral.link('granite', { 259 + name = T 'Granite'; 260 + tiles = {'starlit-terrain-granite.png'}; 261 + dist = { 262 + kind = 'sheet'; 263 + among = 'starlit:feldspar'; 264 + height = {-200,30}; 265 + sheetCols = {1, 16}; 266 + }; 267 + recover = starlit.type.fab { 268 + time = { shred = 4; }; 269 + cost = { shredPower = 8; }; 221 270 }; 222 271 recover_vary = function(rng, ctx) 223 272 -- print('vary!', rng:int(), rng:int(0,10)) 224 273 return starlit.type.fab { 225 274 element = { 226 275 aluminum = rng:int(0,4); 227 276 potassium = rng:int(0,2);
Modified mods/starlit/user.lua from [910641ec39] to [e60d6be4a9].
907 907 local stats = starlit.world.food.effectiveStats(fd) 908 908 909 909 return stack 910 910 end; 911 911 }; 912 912 } 913 913 914 -local biointerval = 3.0 914 +local biointerval = 1.0 915 915 starlit.startJob('starlit:bio', biointerval, function(delta) 916 916 for id, u in pairs(starlit.activeUsers) do 917 - local p = u.pheno 918 - local bmr = p:trait 'metabolism' * biointerval 919 - -- TODO apply modifiers 917 + if u:effectiveStat 'health' ~= 0 then 918 + local bmr = u:phenoTrait 'metabolism' * biointerval 919 + -- TODO apply modifiers 920 + 921 + local dehydration = u:phenoTrait 'dehydration' * biointerval 922 + -- you dehydrate faster in higher temp 923 + dehydration = dehydration * math.max(1, starlit.world.climate.temp(u.entity:get_pos()) / 10) 924 + 925 + u:statDelta('nutrition', -bmr) 926 + u:statDelta('hydration', -dehydration) 927 + 928 + local moralePenalty = -1 -- 1min/min 929 + local fatiguePenalty = 1 -- 1min/min 930 + local heatPenalty = 1 -- stamina regen is divided by this 931 + 932 + do local warmth = u:effectiveStat 'warmth' 933 + local tempRange = u:species().tempRange 934 + local tComfMin, tComfMax = tempRange.comfort[1], tempRange.comfort[2] 935 + local tempDiff = 0 936 + if warmth < tComfMin then 937 + tempDiff = tComfMin - warmth 938 + elseif warmth > tComfMax then 939 + tempDiff = warmth-tComfMax 940 + end 941 +-- print('tempDiff', tComfMin, tComfMax, tempDiff) 942 + local tempPenalty = tempDiff/3 943 + moralePenalty = moralePenalty + tempPenalty 944 + heatPenalty = heatPenalty + tempPenalty 945 + end 946 + 947 + -- penalize heavy phys. activity 948 + local stamina, sp = u:effectiveStat 'stamina' 949 + fatiguePenalty = fatiguePenalty * (1 + 9*(1-sp)) 950 + 951 + local food = u:effectiveStat 'nutrition' 952 + local water = u:effectiveStat 'hydration' 953 + local rads = u:effectiveStat 'irradiation' 954 + if food < 1000 then moralePenalty = moralePenalty + (1 - (food/1000)) * 5 end 955 + if water < 1 then moralePenalty = moralePenalty + (1 - (water/1)) * 10 end 920 956 921 - local dehydration = p:trait 'dehydration' * biointerval 922 - -- you dehydrate faster in higher temp 923 - dehydration = dehydration * math.max(1, starlit.world.climate.temp(u.entity:get_pos()) / 10) 957 + if rads > 0 then 958 + u:statDelta('irradiation', -0.0001 * biointerval) 959 + local moraleDrainFac = 2^(rads / 2) 960 + moralePenalty = moralePenalty * moraleDrainFac 961 + end 924 962 925 - u:statDelta('nutrition', -bmr) 926 - u:statDelta('hydration', -dehydration) 927 - 928 - local moralePenalty = -1 -- 1min/min 929 - local fatiguePenalty = 1 -- 1min/min 930 - local heatPenalty = 1 -- stamina regen is divided by this 963 + u:statDelta('morale', moralePenalty * biointerval) 964 + u:statDelta('fatigue', fatiguePenalty * biointerval) 931 965 932 - do local warmth = u:effectiveStat 'warmth' 933 - local tempRange = u:species().tempRange 934 - local tComfMin, tComfMax = tempRange.comfort[1], tempRange.comfort[2] 935 - local tempDiff = 0 936 - if warmth < tComfMin then 937 - tempDiff = math.abs(warmth-tComfMin) 938 - elseif warmth > tComfMax then 939 - tempDiff = math.abs(warmth-tComfMax) 966 + if food == 0 then -- starvation 967 + u:statDelta('health', -5*biointerval) 940 968 end 941 - moralePenalty = moralePenalty + tempDiff 942 - heatPenalty = heatPenalty + tempDiff 943 - end 944 969 945 - -- penalize heavy phys. activity 946 - local stamina, sp = u:effectiveStat 'stamina' 947 - fatiguePenalty = fatiguePenalty * (1 + 9*(1-sp)) 970 + if water == 0 then -- dying of thirst 971 + u:statDelta('health', -20*biointerval) 972 + end 948 973 949 - local food = u:effectiveStat 'nutrition' 950 - local water = u:effectiveStat 'hydration' 951 - local rads = u:effectiveStat 'irradiation' 952 - if food < 1000 then moralePenalty = moralePenalty + (1 - (food/1000)) * 5 end 953 - if water < 1 then moralePenalty = moralePenalty + (1 - (water/1)) * 10 end 954 - 955 - if rads > 0 then 956 - u:statDelta('irradiation', -0.0001 * biointerval) 957 - local moraleDrainFac = 2^(rads / 2) 958 - moralePenalty = moralePenalty * moraleDrainFac 959 - end 960 - 961 - u:statDelta('morale', moralePenalty * biointerval) 962 - u:statDelta('fatigue', fatiguePenalty * biointerval) 963 - 964 - if food == 0 then -- starvation 965 - u:statDelta('health', -5*biointerval) 966 - end 967 - 968 - if water == 0 then -- dying of thirst 969 - u:statDelta('health', -20*biointerval) 970 - end 971 - 972 - if sp < 1.0 then 973 - u:statDelta('stamina', u:effectiveStat 'staminaRegen' / heatPenalty) 974 + if sp < 1.0 then 975 + u:statDelta('stamina', u:phenoTrait('staminaRegen',1) / heatPenalty) 976 +-- print('stam', u:effectiveStat 'stamina', u:phenoTrait('staminaRegen',1) / heatPenalty, heatPenalty) 977 + end 974 978 end 975 979 end 976 980 end) 977 981 978 982 local cbit = { 979 983 up = 0x001; 980 984 down = 0x002;
Modified mods/starlit/world.lua from [cdaabd4e00] to [d79dc9efc2].
3 3 4 4 function world.date() 5 5 local days = minetest.get_day_count() 6 6 local year = math.floor(days / world.planet.orbit); 7 7 local day = days % world.planet.orbit; 8 8 return { 9 9 year = year, day = day; 10 - season = day / world.planet.orbit; 10 + season = day / world.planet.orbit + 0.5; -- begin summer 11 11 } 12 12 end 13 13 local lerp = lib.math.lerp 14 14 15 15 local function gradient(grad, pos) 16 16 local n = #grad 17 17 if n == 1 then return grad[1] end ................................................................................ 18 18 local op = pos*(n-1) 19 19 local idx = math.floor(op) 20 20 local t = op-idx 21 21 return lerp(t, grad[1 + idx], grad[2 + idx]) 22 22 end 23 23 24 24 local altitudeCooling = 10 / 100 25 +local heatRange = {min = -70, max = 70} -- translate mt temps into real temps 25 26 26 27 -- this function provides the basis for temperature calculation, 27 28 -- which is performed by adding this value to the ambient temperature, 28 29 -- determined by querying nearby group:heatSource items in accordance 29 30 -- with the inverse-square law 30 31 function world.climate.eval(pos, tod, season) 31 32 local data = minetest.get_biome_data(pos) 32 33 local biome = world.ecology.biomes.db[minetest.get_biome_name(data.biome)] 33 34 local heat, humid = data.heat, data.humidity 35 + heat = lerp(heat/100, heatRange.min, heatRange.max) 34 36 tod = tod or minetest.get_timeofday() 35 37 heat = lerp(math.abs(tod - 0.5)*2, heat, heat + biome.nightTempDelta) 38 +-- print('base heat', heat) 36 39 37 40 local td = world.date() 38 41 heat = heat + gradient(biome.seasonalTemp, season or td.season) 42 +-- print('seasonal heat', heat) 39 43 if pos.y > 0 then 40 44 heat = heat - pos.y*altitudeCooling 41 45 end 46 +-- print('altitude heat', heat) 42 47 43 48 return { 44 49 surfaceTemp = heat; 45 50 waterTemp = heat + biome.waterTempDelta; 46 51 surfaceHumid = humid; 47 52 } 48 53 end
Modified starlit.ct from [990b095f3f] to [415d01ad10].
40 40 41 41 ### shadows 42 42 i was delighted to see dynamic shadows land in minetest, and i hope the implementation will eventually mature. however, as it stands, there are severe issues with shadows that make them essentially incompatible with complex meshes like the Starlit player character meshes. for the sake of those who don't mind these glitches, Starlit does enable shadows, but i unfortunately have to recommend that you disable them until the minetest devs get their act together on this feature. 43 43 44 44 ## gameplay 45 45 the most important thing to understand about starlit is that is is [*mean], by design. 46 46 47 -* chance plays an important role. your escape pod might land in the midst of a lush, temperate forest with plenty of nearby shipwrecks to scavenge. or it might land in the exact geographic center of a vast, harsh desert that your suit's cooling systems can't protect you from, ten klicks from anything of value. "unfair", you say? tough. Thousand Petal doesn't care about your feelings. 47 +* chance plays an important role. your escape pod might land in the midst of a lush, temperate forest with plenty of nearby shipwrecks to scavenge. or it might land in the exact geographic center of a vast, harsh desert that your suit's cooling systems can't protect you from, ten klicks from anything of value. "unfair", you say? tough. Farthest Shadow doesn't care about your feelings. 48 48 * death is much worse than a slap on the wrist. when you die, you drop your possessions and your suit, and respawn naked at your spawn point. this is a serious danger, as you might be kilometers away from your spawn point -- and there's no guarantee someone else won't take your suit before you can find your way back to it. good luck crossing long distances without climate control! if you haven't carefully prepared for this eventuality by keeping a spare suit by your spawn point, death can be devastating, to the point of making the game unsurvivable without another player's help. 49 49 50 50 starlit is somewhat unusual in how it uses the minetest engine. it's a voxel game but not of the minecraft variety. 51 51 52 52 ### controls 53 53 summon your Suit Interface by pressing the [*E] / [*Inventory] key. this will allow you to move items around in your inventory, but more importantly, it also allows you select or configure your Interaction Mode. 54 54