Character Stats

Stats

Each character stat is responsible for different things. Some stats may affect similar traits.

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STR

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STR increases melee damage and Weight Limit. It is the main Base ATK stat for melee weapons.

Effect	Value
Melee Base ATK	+1 per STR
Ranged Base ATK	+1 every 5 STR
Weight Limit	+30 per STR

STR breakpoint bonus

STR gains an extra cumulative Base ATK bonus every 10 points.

STR	Bonus	STR	Bonus	STR	Bonus
10	+1	60	+21	110	+66
20	+3	70	+28	120	+78
30	+6	80	+36	130	+91
40	+10	90	+45	140	+105
50	+15	100	+55	150	+120

Breakpoint formula

n = floor(STR / 10)

STR breakpoint bonus = n * (n + 1) / 2

AGI

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AGI increases Flee, APM, and After Cast Delay reduction.

Effect	Value	Notes
Flee	+1 per AGI and +1 extra every 2 AGI	Used by the normal hit check.
Melee APM	+1 per AGI and +1 extra every 2 AGI	DEX also contributes to APM.
Ranged APM	+1 per AGI and +1 extra every 3 AGI	DEX also contributes to APM.
After Cast Delay	+1% ACD Reduction every 3 AGI	Also gain ACD reduction every 10 AGI, see breakpoint table below.

Flee formula

Stat	Formula
Flee	Flee = Base Level + AGI + floor(AGI / 2) + floor(LUK / 5)

APM formulas

Weapon Type	Formula
Melee weapons	Raw APM += AGI + floor(AGI / 2) + floor(DEX / 5)
Ranged weapons	Raw APM += AGI + floor(AGI / 3) + floor(DEX / 5)
Huuma	Fixed at 60 APM

After Cast Delay from AGI

AGI reduces After Cast Delay. ACD reduction from stats and gear is added additively.

AGI	ACD	AGI	ACD	AGI	ACD
0	+0%	100	+15%	200	+50%
10	+1%	110	+18%	210	+55%
20	+2%	120	+21%	220	+60%
30	+3%	130	+24%	230	+65%
40	+4%	140	+27%	240	+70%
50	+5%	150	+30%	250	+75%
60	+7%	160	+34%	260	+81%
70	+9%	170	+38%	270	+87%
80	+11%	180	+42%	280	+93%
90	+13%	190	+46%	290+	+100%

VIT

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VIT increases Max HP, Soft DEF, and contributes to Soft MDEF.

Effect	Value
Max HP	+1% base HP per VIT
Soft DEF	+1 per VIT
Soft MDEF	+1 every 5 VIT

Soft DEF / Soft MDEF formulas

Stat	Formula
Soft DEF	DEF2 = VIT + floor(AGI / 5) + VIT breakpoint bonus
Soft MDEF	MDEF2 = INT + floor(VIT / 5) + VIT breakpoint bonus

VIT breakpoint bonus

VIT gives the same cumulative breakpoint bonus to both Soft DEF and Soft MDEF.

VIT	Bonus	VIT	Bonus	VIT	Bonus
10	+5	60	+105	110	+330
20	+15	70	+140	120	+390
30	+30	80	+180	130	+455
40	+50	90	+225	140	+525
50	+75	100	+275	150	+600

Breakpoint formula

n = floor(VIT / 10)

VIT breakpoint bonus = 5 * n * (n + 1) / 2

INT

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INT increases Max SP, Base MATK, and Soft MDEF.

Effect	Value
Max SP	+1% base SP per INT
Base MATK	+1 per INT
Soft MDEF	+1 per INT

Base MATK formula

Stat	Formula
MATK	MATK = INT + floor(DEX / 10) + floor(LUK / 3) + INT breakpoint bonus

INT breakpoint bonus

INT gains an extra cumulative Base MATK bonus every 10 points.

INT	Bonus	INT	Bonus	INT	Bonus
10	+1	60	+21	110	+66
20	+3	70	+28	120	+78
30	+6	80	+36	130	+91
40	+10	90	+45	140	+105
50	+15	100	+55	150	+120

Breakpoint formula

n = floor(INT / 10)

INT breakpoint bonus = n * (n + 1) / 2

DEX

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DEX increases Hit, reduces Variable Cast Time, and contributes to Base ATK, MATK, and APM.

Effect	Value
Hit	+1 per DEX
Variable Cast Time	+0.5% reduction per DEX
Variable Cast Time breakpoint	+1% reduction every 15 DEX
Ranged Base ATK	+1 per DEX
Melee Base ATK	+1 every 5 DEX
MATK	+1 every 10 DEX
APM	+1 every 5 DEX

Variable Cast Time examples

DEX	VCT Reduction	DEX	VCT Reduction
10	5%	90	51%
15	8%	120	68%
30	17%	150	85%
60	34%

LUK

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LUK contributes to ATK, MATK, Flee, and CRIT.

Effect	Value
Base ATK	+1 every 3 LUK
Base MATK	+1 every 3 LUK
Flee	+1 every 5 LUK
CRIT	+0.3 CRIT per LUK, plus +1 every 9 LUK

CRIT formula

Stat	Formula
CRIT	CRIT = [(10 + LUK * 3) / 10] + floor(LUK / 9)

CRIT examples

CRIT from LUK examples

LUK	Base from LUK	Breakpoint	CRIT from LUK
0	0.0%	0.0%	0.0%
9	2.7%	1.0%	3.7%
18	5.4%	2.0%	7.4%
30	9.0%	3.0%	12.0%
45	13.5%	5.0%	18.5%
60	18.0%	6.0%	24.0%
75	22.5%	8.0%	30.5%
90	27.0%	10.0%	37.0%
120	36.0%	13.0%	49.0%
150	45.0%	16.0%	61.0%

CRIT is displayed as an integer on the status window, but the tenths place (0.1~0.9) is considered when making an attack.

FLEE

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Flee is used by the normal hit check. It reduces the attacker's chance to hit, but normal Flee cannot create more than 50% dodge chance.

Effect	Value	Notes
Main source	AGI	AGI gives +1 Flee per point and +1 extra every 2 AGI.
Secondary source	LUK	LUK gives +1 Flee every 5 LUK.
Maximum normal Flee chance	50%	The target cannot dodge more than 50% of attacks through normal Flee.

Flee formula

Stat	Formula
Flee	Flee = existing Flee bonuses + Base Level + AGI + floor(AGI / 2) + floor(LUK / 5)

Hit comparison

Check	Formula
Hit Rate	Hit Rate = Attacker Hit + 100 - Target Flee

Perfect Dodge

Stat	Effect	Notes
Perfect Dodge	1 Perfect Dodge = 1% chance to dodge basic attacks	Checked before the normal hit calculation. It only works against basic attacks and is only gained from external sources like skills or gear.

HIT

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Hit determines the chance to hit a target after comparing the attacker's Hit against the target's Flee.

Component	Value
Existing Hit bonuses	Added directly
Base Level	+1 Hit per Base Level
DEX	+1 Hit per DEX
Base bonus	+25 Hit
Minimum Hit chance	50%

Hit formula

Stat	Formula
Hit	Hit = existing Hit bonuses + Base Level + DEX + 25
Hit Rate	Hit Rate = Attacker Hit + 100 - Target Flee

Hit examples

Attacker Hit	Target Flee	Formula	Formula Result	Final Hit Rate
300	370	300 + 100 - 370	30%	50%
360	410	360 + 100 - 410	50%	50%
420	450	420 + 100 - 450	70%	70%
500	520	500 + 100 - 520	80%	80%
650	660	650 + 100 - 660	90%	90%

CRIT

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Critical increases the chance for attacks, spells, healing, and shielding to critically strike.

Effect	Value	Notes
Critical formula	CRIT = [(10 + LUK * 3) / 10] + floor(LUK / 9)	LUK is the main stat for Critical.
Katar bonus	Doubles final Critical	Applied after the Critical calculation.

Effects that can critically hit

Type	Can Crit?
Physical Damage	Yes
Magical Damage	Yes
Healing	Yes
Shielding	Yes

APM

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Edda uses APM, Attacks per Minute, instead of ASPD.

Source	Value	Notes
AGI	Main APM stat	Different scaling for melee and ranged weapons.
DEX	+1 raw APM every 5 DEX	Applies to both melee and ranged weapons.
Huuma	Fixed at 60 APM	Huuma ignores normal APM scaling.

APM formulas

Weapon Type	Formula
Melee weapons	Raw APM += AGI + floor(AGI / 2) + floor(DEX / 5)
Ranged weapons	Raw APM += AGI + floor(AGI / 3) + floor(DEX / 5)
Huuma	APM = 60

Move Speed

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Move Speed controls how fast a character moves. Lower values are faster, while higher values are slower.

Property	Value	Notes
Base movement speed	100	Default movement speed value.
Minimum movement speed value	40	Movement speed cannot be reduced below this value.
Maximum movement speed value	500	Movement speed cannot be increased above this value.
Scaling direction	Higher value = slower movement	Lower value = faster movement.
Bonus stacking	Additive	A -25 slow and a +25 movement speed bonus nullify each other.

Cast Time

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Cast Time is reduced by DEX and other Variable Cast Time reduction effects.

Effect	Value	Notes
Main stat	DEX	DEX reduces Variable Cast Time.
Stat reduction	floor(DEX / 2) + floor(DEX / 15)	This is the Variable Cast Time reduction gained from stats.
Gear or Skills	Additive	Stat reduction and gear/buffs/passive reductions are added together.

Final Variable Cast formula

Stat	Formula
Variable Cast	Variable Cast = Variable Cast * (100 - Stat Cast Reduction - other variable cast reductions) / 100

Example

DEX	Stat VCT Reduction	VCT Reduction from Gear, Passives or Buffs	Result
90	51%	49%	No Variable Cast Time

After Cast Delay

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After Cast Delay is reduced by AGI and other ACD reduction effects. ACD reduction from stats and gear, passives or buffs is added additively.

Effect	Value	Notes
Main stat	AGI	AGI reduces After Cast Delay.
Stat formula	floor(AGI / 3) + AGI breakpoint table bonus	Uses the breakpoint table below.
Gear or Skills	Additive	ACD from stats and gear, passives or buffs is added together.

AGI ACD breakpoint table

AGI	ACD	AGI	ACD	AGI	ACD
0	+0%	100	+15%	200	+50%
10	+1%	110	+18%	210	+55%
20	+2%	120	+21%	220	+60%
30	+3%	130	+24%	230	+65%
40	+4%	140	+27%	240	+70%
50	+5%	150	+30%	250	+75%
60	+7%	160	+34%	260	+81%
70	+9%	170	+38%	270	+87%
80	+11%	180	+42%	280	+93%
90	+13%	190	+46%	290+	+100%

Example

AGI	Stat ACD Reduction	ACD Reduction from Gear, Passives or Buffs	Result
90	43%	57%	No After Cast Delay

MDEF

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MDEF reduces magical damage. Hard MDEF is calculated first, then Soft MDEF, then MRES.

Effect	Value
Hard MDEF	Reduces magical damage before Soft MDEF
Soft MDEF	Reduces magical damage after Hard MDEF
Multi-attacker penalty	Starts after 4 attackers
Penalty value	Each extra attacker reduces hard MDEF by 10% of total MDEF

Magical damage path

Step	Damage Stage	What Happens
1	Incoming magical damage	Damage is calculated before defenses.
2	Hard MDEF	Damage is reduced by MDEF.
3	Soft MDEF	Damage is reduced by Soft MDEF. At this point, Soft MDEF cannot reduce the remaining damage by more than half.
4	MRES	Damage is reduced by final magical resistance.
5	Special damage reduction	Damage is reduced by effects that directly reduce damage received, such as Steel Body.
6	Final magical damage	Remaining damage is dealt to the target.

Hard MDEF formula

Stat	Formula
Magical damage after MDEF	Damage = damage * (2000 + mdef) / (2000 + mdef * 10)

Soft MDEF formula

Stat	Formula
Soft MDEF	MDEF2 = INT + floor(VIT / 5) + VIT breakpoint bonus
VIT breakpoint	bonus = 5 * n * (n + 1) / 2

Hard MDEF Damage Reduction examples

MDEF	Reduction	MDEF	Reduction
50	18.00%	300	54.00%
100	30.00%	350	57.27%
150	38.57%	400	60.00%
200	45.00%	450	62.31%
250	50.00%	500	64.29%

DEF

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DEF reduces physical damage. Hard DEF is calculated first, then Soft DEF, then RES.

Effect	Value
Hard DEF	Reduces physical damage before Soft DEF
Soft DEF	Reduces physical damage after Hard DEF
Multi-attacker penalty	Starts after 4 attackers
Penalty value	Each extra attacker reduces hard DEF by 10% of total DEF

Physical damage path

Step	Damage Stage	What Happens
1	Incoming physical damage	Damage is calculated before defenses.
2	Hard DEF	Damage is reduced by DEF.
3	Soft DEF	Damage is reduced by Soft DEF. At this point, Soft DEF cannot reduce the remaining damage by more than half.
4	RES	Damage is reduced by final physical resistance.
5	Special damage reduction	Damage is reduced by effects that directly reduce damage received, such as Steel Body.
6	Final physical damage	Remaining damage is dealt to the target.

Hard DEF formula

Stat	Formula
Physical damage after DEF	Damage = damage * (2000 + def) / (2000 + def * 10)

Soft DEF formula

Stat	Formula
Soft DEF	DEF2 = VIT + floor(AGI / 5) + VIT breakpoint bonus
VIT breakpoint	bonus = 5 * n * (n + 1) / 2

Soft DEF reduces physical damage after Hard DEF, but at this point in the formula it can only reduce damage by half at most.

Hard DEF Damage Reduction examples

DEF	Reduction	DEF	Reduction
50	18.00%	300	54.00%
100	30.00%	350	57.27%
150	38.57%	400	60.00%
200	45.00%	450	62.31%
250	50.00%	500	64.29%

P.Atk

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P.Atk increases final physical damage dealt.

Effect	Value	Notes
Final physical damage	+1% per P.Atk	Applies to final physical damage dealt.

S.Matk

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S.Matk increases final magical damage dealt.

Effect	Value	Notes
Final magical damage	+1% per S.Matk	Applies to final magical damage dealt.

H.Plus

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H.Plus increases final healing done.

Effect	Value	Notes
Final healing	+1% per H.Plus	Applies to final healing done.

C.Rate

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C.Rate increases base critical damage.

Effect	Value	Notes
Base critical damage	+1% per C.Rate	Increases the base critical damage value.

Critical damage examples

C.Rate	Critical Damage
0	140%
10	150%

Res

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RES decreases final physical damage received after all DEF and Soft DEF calculations.

Effect	Value	Notes
Damage type reduced	Physical damage	Applied after DEF and Soft DEF.

RES formula

Stat	Formula
Physical damage after RES	Damage = damage * (1000 + res) / (1000 + 10 * res)

Damage Reduction examples

RES	Reduction	RES	Reduction
10	9.09%	60	37.50%
20	16.67%	70	41.18%
30	23.08%	80	44.44%
40	28.57%	90	47.37%
50	33.33%	100	50.00%

Mres

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MRES decreases final magical damage received.

Effect	Value	Notes
Damage type reduced	Magical damage	Applied after magical defense calculations.

MRES formula

Stat	Formula
Magical damage after MRES	Damage = damage * (1000 + mres) / (1000 + 10 * mres)

Damage Reduction examples

MRES	Reduction	MRES	Reduction
10	9.09%	60	37.50%
20	16.67%	70	41.18%
30	23.08%	80	44.44%
40	28.57%	90	47.37%
50	33.33%	100	50.00%