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Rebalance generated stats

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merge/2021-11-19
kaetemi 3 years ago
parent 34e079c020
commit 48548c99b8
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GPG Key ID: 9873C4D40BB479BC
1 changed files with 63 additions and 63 deletions
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126
ryzom/tools/extract_r2_required/generate_aiaction.py
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@ -10,7 +10,7 @@ magicSpec = [ "acid", "cold", "rot", "fire", "poison", "electricity", "shockwave
# Cannon fodder invasion kitins and newbie creatures use the "a" variant
# Most creatures use "b" and "c". The "d", "e", and "f" variants are for bosses
# Goo infected creatures should use "c" and "d"
variantSpec = [ "a", "b", "c", "d", "e", "f" ] # Newbie, Basic, Fine, Choice, Excellent, Supreme
#variantSpec = [ "a", "b", "c", "d", "e", "f" ] # Newbie, Basic, Fine, Choice, Excellent, Supreme
aiActionFolder = "R:\\leveldesign\\game_elem\\creature\\npc\\bestiary\\aiaction\\generic"
if not os.path.isdir(aiActionFolder):
@ -44,8 +44,12 @@ base = {
# Let's say 10k average total HP for homins and creatures at lvl 250
# Linear increase of 40 HP per level, so 400 HP per 10 levels, or 200 HP every 5 levels
maxLevel = 250
averageMaxHP = 10000.0
maxLevel = 250.0
# averageMaxHP = 10000.0
minCharacteristic = 10.0
maxCharacteristic = minCharacteristic + maxLevel
minScore = minCharacteristic * 60.0
maxScore = maxCharacteristic * 60.0
# Settle a fight in 10 seconds, that's an attack of 1000 at lvl 250 for a 1 second attack
# Add a base boost of 10 levels, that's 40 base attack
@ -64,8 +68,8 @@ rangeDamageBoost = 1.0 # 4
#rangeSpecialBoost = [ 0.5, 0.25, 1.0 ]
# Different boosts for each variant
variantBoost = { "a": 0.1, "b": 1.0, "c": 1.25, "d": 1.75, "e": 2.5, "f": 4.0 }
variantBaseLevel = { "a": 5, "b": 5, "c": 10, "d": 15, "e": 20, "f": 25 }
#variantBoost = { "a": 0.1, "b": 1.0, "c": 1.25, "d": 1.75, "e": 2.5, "f": 4.0 }
#variantBaseLevel = { "a": 5, "b": 5, "c": 10, "d": 15, "e": 20, "f": 25 }
# variantBaseLevel = { "a": 25, "b": 25, "c": 30, "d": 35, "e": 40, "f": 45 }
randomVariance = 0.1 # Random variance on the generated sheets
@ -78,45 +82,45 @@ spellRandomPostTime = 1.0
# magic_damage
# egs_static_ai_action.cpp
for spec in magicSpec:
for variant in variantSpec:
name = "magic_damage_" + spec + "_" + variant
randBoostFactor = zlib.crc32("SpellPowerFactor" + name) & 0xffffffff
randBoostFactor = (((randBoostFactor % 2000) - 1000) * randomVariance) / 1000.0
randBoostAdd = zlib.crc32("DamageValue" + name) & 0xffffffff
randBoostAdd = (((randBoostAdd % 2000) - 1000) * randomVariance) / 1000.0
randBaseTime = zlib.crc32("CastingTime" + name) & 0xffffffff
randBaseTime = ((randBaseTime % 1000) * spellRandomBaseTime) / 1000.0
randPostTime = zlib.crc32("PostActionTime" + name) & 0xffffffff
randPostTime = ((randPostTime % 1000) * spellRandomPostTime) / 1000.0
baseTime = int((spellBaseTime + randBaseTime) * 10.0) * 0.1
postTime = int((spellPostTime + randPostTime) * 10.0) * 0.1
totalTime = baseTime + postTime
maxLevelDamage = (averageMaxHP * totalTime * magicDamageBoost) / combatTime
damagePerLevel = maxLevelDamage / maxLevel
damagePerLevelFactor = (damagePerLevel + (damagePerLevel * randBoostFactor)) * variantBoost[variant]
damageAdd = (damagePerLevel + (damagePerLevel * randBoostAdd)) * variantBaseLevel[variant]
behaviour = "CAST_" + spec.upper()
if behaviour == "CAST_ELECTRICITY":
behaviour = "CAST_ELEC"
if behaviour == "CAST_SHOCKWAVE":
behaviour = "CAST_SHOCK"
damageType = spec.upper()
if damageType == "SHOCKWAVE":
damageType = "SHOCK"
with open(aiActionFolder + "\\" + name + ".aiaction", "w") as f:
f.write("<?xml version=\"1.0\"?>\n")
f.write("<FORM Version=\"4.0\" State=\"modified\">\n")
f.write(" <STRUCT>\n")
f.write(" <ATOM Name=\"type\" Value=\"DamageSpell\"/>\n")
f.write(" <ATOM Name=\"Behaviour\" Value=\"" + behaviour + "\"/>\n")
f.write(" <ATOM Name=\"SpellPowerFactor\" Value=\"" + str(round(damagePerLevelFactor, 3))+ "\"/>\n")
f.write(" <ATOM Name=\"DamageScore\" Value=\"HitPoints\"/>\n")
f.write(" <ATOM Name=\"DamageType\" Value=\"" + damageType + "\"/>\n")
f.write(" <ATOM Name=\"DamageValue\" Value=\"" + str(int(damageAdd)) + "\"/>\n")
f.write(" <ATOM Name=\"CastingTime\" Value=\"" + str(baseTime) + "\"/>\n")
f.write(" <ATOM Name=\"PostActionTime\" Value=\"" + str(postTime) + "\"/>\n")
f.write(" </STRUCT>\n")
f.write("</FORM>\n")
# for variant in variantSpec:
name = "magic_damage_" + spec
randBoostFactor = zlib.crc32("SpellPowerFactor" + name) & 0xffffffff
randBoostFactor = (((randBoostFactor % 2000) - 1000) * randomVariance) / 1000.0
randBoostAdd = zlib.crc32("DamageValue" + name) & 0xffffffff
randBoostAdd = (((randBoostAdd % 2000) - 1000) * randomVariance) / 1000.0
randBaseTime = zlib.crc32("CastingTime" + name) & 0xffffffff
randBaseTime = ((randBaseTime % 1000) * spellRandomBaseTime) / 1000.0
randPostTime = zlib.crc32("PostActionTime" + name) & 0xffffffff
randPostTime = ((randPostTime % 1000) * spellRandomPostTime) / 1000.0
baseTime = int((spellBaseTime + randBaseTime) * 10.0) * 0.1
postTime = int((spellPostTime + randPostTime) * 10.0) * 0.1
totalTime = baseTime + postTime
maxLevelDamage = (maxScore * totalTime * magicDamageBoost) / combatTime
damagePerLevel = maxLevelDamage / maxCharacteristic
damagePerLevelFactor = (damagePerLevel + (damagePerLevel * randBoostFactor)) # * variantBoost[variant]
damageAdd = (damagePerLevel + (damagePerLevel * randBoostAdd)) * minCharacteristic # * variantBaseLevel[variant]
behaviour = "CAST_" + spec.upper()
if behaviour == "CAST_ELECTRICITY":
behaviour = "CAST_ELEC"
if behaviour == "CAST_SHOCKWAVE":
behaviour = "CAST_SHOCK"
damageType = spec.upper()
if damageType == "SHOCKWAVE":
damageType = "SHOCK"
with open(aiActionFolder + "\\" + name + ".aiaction", "w") as f:
f.write("<?xml version=\"1.0\"?>\n")
f.write("<FORM Version=\"4.0\" State=\"modified\">\n")
f.write(" <STRUCT>\n")
f.write(" <ATOM Name=\"type\" Value=\"DamageSpell\"/>\n")
f.write(" <ATOM Name=\"Behaviour\" Value=\"" + behaviour + "\"/>\n")
f.write(" <ATOM Name=\"SpellPowerFactor\" Value=\"" + str(round(damagePerLevelFactor, 3))+ "\"/>\n")
f.write(" <ATOM Name=\"DamageScore\" Value=\"HitPoints\"/>\n")
f.write(" <ATOM Name=\"DamageType\" Value=\"" + damageType + "\"/>\n")
f.write(" <ATOM Name=\"DamageValue\" Value=\"" + str(int(damageAdd)) + "\"/>\n")
f.write(" <ATOM Name=\"CastingTime\" Value=\"" + str(baseTime) + "\"/>\n")
f.write(" <ATOM Name=\"PostActionTime\" Value=\"" + str(postTime) + "\"/>\n")
f.write(" </STRUCT>\n")
f.write("</FORM>\n")
# player melee boosts
# skill -> 10x
@ -132,7 +136,6 @@ for spec in magicSpec:
meleeReferenceHitRate = 2.5 # 2h long sword, hits per 10s
meleeReferenceDmg = 1.0 # 2h long sword
characteristicsBaseBoost = 2.0
regenTimeMin = 25.0 # in seconds, at lowest level
regenTimeMax = 100.0 # in seconds, at max level
regenTimeSittingMax = 25.0
@ -141,10 +144,10 @@ egsMinDamage = None
egsDamageStep = None
def printEgsConfiguration():
totalTime = 1.0 / (meleeReferenceHitRate / 10.0)
maxLevelDamage = (averageMaxHP * totalTime * meleeDamageBoost) / combatTime
damagePerLevel = (maxLevelDamage / maxLevel)
damagePerLevelFactor = damagePerLevel * variantBoost["b"]
damageAdd = damagePerLevel * variantBaseLevel["b"]
maxLevelDamage = (maxScore * totalTime * meleeDamageBoost) / combatTime
damagePerLevel = (maxLevelDamage / maxCharacteristic)
damagePerLevelFactor = damagePerLevel # * variantBoost["b"]
damageAdd = damagePerLevel * minCharacteristic
print("entities_game_service.cfg:")
print("MinDamage = " + str(round(damageAdd, 3)) + ";")
print("DamageStep = " + str(round(damagePerLevelFactor, 3)) + ";")
@ -152,22 +155,19 @@ def printEgsConfiguration():
egsDamageStep = round(damagePerLevelFactor, 3)
print("// (MaxDamage = " + str(egsMinDamage + egsDamageStep * maxLevel) + ")")
print("")
# print("PhysicalCharacteristicsBaseValue = " + str(variantBaseLevel["b"] * characteristicsBaseBoost) + ";")
print("PhysicalCharacteristicsBaseValue = 0;")
print("PhysicalCharacteristicsFactor = " + str(averageMaxHP / maxLevel) + ";")
startingCharacteristic = (variantBaseLevel["b"] * characteristicsBaseBoost)
maxCharacteristic = maxLevel + startingCharacteristic
startingHP = startingCharacteristic * (averageMaxHP / maxLevel)
realMaxHP = averageMaxHP + startingHP
print("// (MaxPlayerBaseHP = " + str(realMaxHP) + ")")
print("PhysicalCharacteristicsBaseValue = 0; // Additional characteristics bonus")
scoreFactor = maxScore / maxCharacteristic
print("PhysicalCharacteristicsFactor = " + str(scoreFactor) + ";")
print("// (MaxPlayerBaseHP = " + str(maxScore) + ")")
print("")
regenTimePerHpMin = regenTimeMin * startingCharacteristic / startingHP
regenTimePerHpMax = regenTimeMax * maxCharacteristic / realMaxHP
print("RegenDivisor = " + str(regenTimePerHpMax) + "; // Seconds per characteristic to regen a point. (Regen per second is the characteristic divided by this value plus offset)")
regenTimePerHpSpeedup = (regenTimePerHpMax)
hpPerSecSpeedup = startingCharacteristic / regenTimePerHpSpeedup
regenTimeDiff = regenTimeMax - regenTimeMin
regenDivisor = regenTimeDiff / maxScore * maxCharacteristic
minRegenPerSec = minCharacteristic / regenDivisor
wantedMinRegenPerSec = minScore / regenTimeMin
regenOffset = wantedMinRegenPerSec - minRegenPerSec
print("RegenDivisor = " + str(regenDivisor) + "; // Seconds per characteristic to regen a point. (Regen per second is the characteristic divided by this value plus offset)")
print("RegenReposFactor = " + str(regenTimeMax / regenTimeSittingMax) + "; // Multiplier sitting down, offset not multiplied")
print("RegenOffset = " + str(hpPerSecSpeedup) + "; // Additional regen per second")
print("RegenOffset = " + str(regenOffset) + "; // Additional regen per second")
printEgsConfiguration()
# combat_melee

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