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0 Action Speed Rating starts at -38% Action Speed.
0 Action Speed Rating starts at -38% Action Speed.
*0 -> -38%
*0 -> -38%
*0 to 9 = 3% each, up to -8%
*0 to 10 = 3% each, up to -8%
*10 to 13 = 2% each, up to -2%
*10 to 13 = 2% each, up to -2%
*14 to 25 = 1% each, up to 10%
*13 to 25 = 1% each, up to 10%
*26 to 41 = 1.5% each, up to 34%
*25 to 41 = 1.5% each, up to 34%
*41 to 50 = 1% each, up to 43%
*41 to 50 = 1% each, up to 43%
*50 to 100 = 0.5% each, up to 68%
*50 to 100 = 0.5% each, up to 68%


{{#widget:Chart|uniqueId=ActionSpeed|data=[{"x": 0,"y": -0.38},{"x": 10,"y": -0.08},{"x": 13,"y": -0.02},{"x": 25,"y": 0.1},{"x": 41,"y": 0.34},{"x": 50,"y": 0.43},{"x": 100,"y": 0.68}]|color=orange}}
{{#widget:Chart|uniqueId=ActionSpeed|data=[{"x": 0,"y": -0.38},{"x": 10,"y": -0.08},{"x": 13,"y": -0.02},{"x": 25,"y": 0.1},{"x": 41,"y": 0.34},{"x": 50,"y": 0.43},{"x": 100,"y": 0.68}]|color=orange}}
|basehealth=Strength and Vigor governs your Base Health.
Strength gives 0.25 Base Health Rating, and Vigor gives 0.75 Base Health Rating, which then get summed into a total Base Health Rating and finally converted into Base Health using the graph.
<code> Base Health Rating = Strength * 0.25 + Vigor * 0.75</code>
0 Base Health Rating starts at 60 Base Health.
*0 -> 60
*0 to 10 = 3 each, up to 90
*10 to 50 = 2 each, up to 170
*50 to 75 = 1 each, up to 195
*75 to 100 = 0.5 each, up to 207.5
{{#widget:Chart|uniqueId=BaseHealth|data=[{"x": 0,"y": 60},{"x": 10,"y": 90},{"x": 50,"y": 170},{"x": 75,"y": 195},{"x": 100,"y": 207.5}]|color=orange}}
|buffduration=Will governs your Buff Duration.
|buffduration=Will governs your Buff Duration.


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{{#widget:Chart|uniqueId=ManualDexterity|data=[{"x": 0,"y": -0.15},{"x": 15,"y": 0},{"x": 23,"y": 0.24},{"x": 31,"y": 0.4},{"x": 37,"y": 0.46},{"x": 45,"y": 0.5},{"x": 95,"y": 0.55},{"x": 100,"y": 0.55}]|color=orange}}
{{#widget:Chart|uniqueId=ManualDexterity|data=[{"x": 0,"y": -0.15},{"x": 15,"y": 0},{"x": 23,"y": 0.24},{"x": 31,"y": 0.4},{"x": 37,"y": 0.46},{"x": 45,"y": 0.5},{"x": 95,"y": 0.55},{"x": 100,"y": 0.55}]|color=orange}}
|maxhealth=Strength and Vigor governs your Max Health.
Strength gives 0.25 Max Health Rating, and Vigor gives 0.75 Max Health Rating, which then get summed into a total Max Health Rating and finally converted into Max Health using the graph.
<code> Max Health Rating = Strength * 0.25 + Vigor * 0.75</code>
0 Max Health Rating starts at 75 Max Health.
*0 -> 75
*0 to 10 = 3 each, up to 105
*10 to 50 = 2 each, up to 185
*50 to 75 = 1 each, up to 210
*75 to 100 = 0.5 each, up to 222.5
{{#widget:Chart|uniqueId=MaxHealth|data=[{"x": 0,"y": 75},{"x": 10,"y": 105},{"x": 50,"y": 185},{"x": 75,"y": 210},{"x": 100,"y": 222.5}]|color=orange}}
|memorycapacity=Knowledge governs your Memory Capacity.
|memorycapacity=Knowledge governs your Memory Capacity.


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{{#switch:{{lc:{{{1|}}}}}
{{#switch:{{lc:{{{1|}}}}}
|actionspeed=<pre>A_{ctionSpeed}(S_{um})=\left\{0 \le S_{um}<10:-0.38+0.03\left|S_{um}-0\right|,10 \le S_{um}<13:-0.08+0.02\left|S_{um}-10\right|,13 \le S_{um}<25:-0.02+0.01\left|S_{um}-13\right|,25 \le S_{um}<41:0.1+0.015\left|S_{um}-25\right|,41 \le S_{um}<50:0.34+0.01\left|S_{um}-41\right|,50 \le S_{um}<100:0.43+0.005\left|S_{um}-50\right|\right\}</pre>
|actionspeed=<pre>A_{ctionSpeed}(S_{um})=\left\{0 \le S_{um}<10:-0.38+0.03\left|S_{um}-0\right|,10 \le S_{um}<13:-0.08+0.02\left|S_{um}-10\right|,13 \le S_{um}<25:-0.02+0.01\left|S_{um}-13\right|,25 \le S_{um}<41:0.1+0.015\left|S_{um}-25\right|,41 \le S_{um}<50:0.34+0.01\left|S_{um}-41\right|,50 \le S_{um}<100:0.43+0.005\left|S_{um}-50\right|\right\}</pre>
|basehealth=<pre>B_{aseHealth}(S_{um})=\left\{0 \le S_{um}<10:60+3\left|S_{um}-0\right|,10 \le S_{um}<50:90+2\left|S_{um}-10\right|,50 \le S_{um}<75:170+1\left|S_{um}-50\right|,75 \le S_{um}<100:195+0.5\left|S_{um}-75\right|\right\}</pre>
|buffduration=<pre>B_{uffDuration}(W_{ill})=\left\{0 \le W_{ill}<5:-0.8+0.1\left|W_{ill}-0\right|,5 \le W_{ill}<7:-0.3+0.05\left|W_{ill}-5\right|,7 \le W_{ill}<11:-0.2+0.03\left|W_{ill}-7\right|,11 \le W_{ill}<15:-0.08+0.02\left|W_{ill}-11\right|,15 \le W_{ill}<50:0+0.01\left|W_{ill}-15\right|,50 \le W_{ill}<100:0.35+0.005\left|W_{ill}-50\right|\right\}</pre>
|buffduration=<pre>B_{uffDuration}(W_{ill})=\left\{0 \le W_{ill}<5:-0.8+0.1\left|W_{ill}-0\right|,5 \le W_{ill}<7:-0.3+0.05\left|W_{ill}-5\right|,7 \le W_{ill}<11:-0.2+0.03\left|W_{ill}-7\right|,11 \le W_{ill}<15:-0.08+0.02\left|W_{ill}-11\right|,15 \le W_{ill}<50:0+0.01\left|W_{ill}-15\right|,50 \le W_{ill}<100:0.35+0.005\left|W_{ill}-50\right|\right\}</pre>
|cooldownreduction=<pre>C_{ooldownReduction}(R_{esourcefulness})=\left\{0 \le R_{esourcefulness}<20:-0.3+0.02\left|R_{esourcefulness}-0\right|,20 \le R_{esourcefulness}<50:0.1+0.01\left|R_{esourcefulness}-20\right|,50 \le R_{esourcefulness}<100:0.4+0.005\left|R_{esourcefulness}-50\right|\right\}</pre>
|cooldownreduction=<pre>C_{ooldownReduction}(R_{esourcefulness})=\left\{0 \le R_{esourcefulness}<20:-0.3+0.02\left|R_{esourcefulness}-0\right|,20 \le R_{esourcefulness}<50:0.1+0.01\left|R_{esourcefulness}-20\right|,50 \le R_{esourcefulness}<100:0.4+0.005\left|R_{esourcefulness}-50\right|\right\}</pre>
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|magicresistance=<pre>M_{agicResistance}(W_{ill})=\left\{0 \le W_{ill}<5:-20+4\left|W_{ill}-0\right|,5 \le W_{ill}<15:0+3\left|W_{ill}-5\right|,15 \le W_{ill}<33:30+4\left|W_{ill}-15\right|,33 \le W_{ill}<48:102+3\left|W_{ill}-33\right|,48 \le W_{ill}<58:147+2\left|W_{ill}-48\right|,58 \le W_{ill}<100:167+1\left|W_{ill}-58\right|\right\}</pre>
|magicresistance=<pre>M_{agicResistance}(W_{ill})=\left\{0 \le W_{ill}<5:-20+4\left|W_{ill}-0\right|,5 \le W_{ill}<15:0+3\left|W_{ill}-5\right|,15 \le W_{ill}<33:30+4\left|W_{ill}-15\right|,33 \le W_{ill}<48:102+3\left|W_{ill}-33\right|,48 \le W_{ill}<58:147+2\left|W_{ill}-48\right|,58 \le W_{ill}<100:167+1\left|W_{ill}-58\right|\right\}</pre>
|manualdexterity=<pre>M_{anualDexterity}(D_{exterity})=\left\{0 \le D_{exterity}<15:-0.15+0.01\left|D_{exterity}-0\right|,15 \le D_{exterity}<23:0+0.03\left|D_{exterity}-15\right|,23 \le D_{exterity}<31:0.24+0.02\left|D_{exterity}-23\right|,31 \le D_{exterity}<37:0.4+0.01\left|D_{exterity}-31\right|,37 \le D_{exterity}<45:0.46+0.005\left|D_{exterity}-37\right|,45 \le D_{exterity}<95:0.5+0.001\left|D_{exterity}-45\right|,95 \le D_{exterity}<100:0.55+0\left|D_{exterity}-95\right|\right\}</pre>
|manualdexterity=<pre>M_{anualDexterity}(D_{exterity})=\left\{0 \le D_{exterity}<15:-0.15+0.01\left|D_{exterity}-0\right|,15 \le D_{exterity}<23:0+0.03\left|D_{exterity}-15\right|,23 \le D_{exterity}<31:0.24+0.02\left|D_{exterity}-23\right|,31 \le D_{exterity}<37:0.4+0.01\left|D_{exterity}-31\right|,37 \le D_{exterity}<45:0.46+0.005\left|D_{exterity}-37\right|,45 \le D_{exterity}<95:0.5+0.001\left|D_{exterity}-45\right|,95 \le D_{exterity}<100:0.55+0\left|D_{exterity}-95\right|\right\}</pre>
|maxhealth=<pre>M_{axHealth}(S_{um})=\left\{0 \le S_{um}<10:75+3\left|S_{um}-0\right|,10 \le S_{um}<50:105+2\left|S_{um}-10\right|,50 \le S_{um}<75:185+1\left|S_{um}-50\right|,75 \le S_{um}<100:210+0.5\left|S_{um}-75\right|\right\}</pre>
|memorycapacity=<pre>M_{emoryCapacity}(K_{nowledge})=\left\{0 \le K_{nowledge}<6:0+0\left|K_{nowledge}-0\right|,6 \le K_{nowledge}<100:0+1\left|K_{nowledge}-6\right|\right\}</pre>
|memorycapacity=<pre>M_{emoryCapacity}(K_{nowledge})=\left\{0 \le K_{nowledge}<6:0+0\left|K_{nowledge}-0\right|,6 \le K_{nowledge}<100:0+1\left|K_{nowledge}-6\right|\right\}</pre>
|memoryrecovery=<pre>M_{emoryRecovery}(K_{nowledge})=\left\{0 \le K_{nowledge}<28:0.43+0.015\left|K_{nowledge}-0\right|,28 \le K_{nowledge}<35:0.85+0.05\left|K_{nowledge}-28\right|,35 \le K_{nowledge}<84:1.2+0.02\left|K_{nowledge}-35\right|,84 \le K_{nowledge}<85:2.18+0.01\left|K_{nowledge}-84\right|,85 \le K_{nowledge}<86:2.19+0.03\left|K_{nowledge}-85\right|,86 \le K_{nowledge}<100:2.22+0.02\left|K_{nowledge}-86\right|\right\}</pre>
|memoryrecovery=<pre>M_{emoryRecovery}(K_{nowledge})=\left\{0 \le K_{nowledge}<28:0.43+0.015\left|K_{nowledge}-0\right|,28 \le K_{nowledge}<35:0.85+0.05\left|K_{nowledge}-28\right|,35 \le K_{nowledge}<84:1.2+0.02\left|K_{nowledge}-35\right|,84 \le K_{nowledge}<85:2.18+0.01\left|K_{nowledge}-84\right|,85 \le K_{nowledge}<86:2.19+0.03\left|K_{nowledge}-85\right|,86 \le K_{nowledge}<100:2.22+0.02\left|K_{nowledge}-86\right|\right\}</pre>

Latest revision as of 02:35, 2 November 2024

Example

{{Stats_Data|actionspeed}}

Agility and Dexterity governs your Action Speed.

Agility gives 0.25 Action Speed Rating, and Dexterity gives 0.75 Action Speed Rating, which then get summed into a total Action Speed Rating and finally converted into Action Speed using the graph.

Action Speed Rating = Agility * 0.25 + Dexterity * 0.75


0 Action Speed Rating starts at -38% Action Speed.

  • 0 -> -38%
  • 0 to 10 = 3% each, up to -8%
  • 10 to 13 = 2% each, up to -2%
  • 13 to 25 = 1% each, up to 10%
  • 25 to 41 = 1.5% each, up to 34%
  • 41 to 50 = 1% each, up to 43%
  • 50 to 100 = 0.5% each, up to 68%

LaTeX Formula

Can be pasted into Desmos or other LaTeX editors for quick use of the equation.

Triple click to select all. Note: Some browsers will add an extra return carriage (line end) after the formula. Remove it before pasting for best results. 

A_{ctionSpeed}(S_{um})=\left\{0 \le S_{um}<10:-0.38+0.03\left|S_{um}-0\right|,10 \le S_{um}<13:-0.08+0.02\left|S_{um}-10\right|,13 \le S_{um}<25:-0.02+0.01\left|S_{um}-13\right|,25 \le S_{um}<41:0.1+0.015\left|S_{um}-25\right|,41 \le S_{um}<50:0.34+0.01\left|S_{um}-41\right|,50 \le S_{um}<100:0.43+0.005\left|S_{um}-50\right|\right\}

See Example for how to use.


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