The Monk Temple Reborn

[Chokee]

ooooooooooooooooooooooooshiny

oh we're showing off now? okay.

[Kiokin]

oh we're showing off now? okay.

Oh you fancy, huh?

[Xenogear]

I did 300ish dps without dying. But I should be able to push it to 330+ in my opinion if we had static groups. Coz in my FC we never play with the same people, so it's hard to optimize dps when you aren't sure about the people you play with, mostly on T9 because there are alot of stacking and stuff. So position is very important or you die/wipe.



Your 2nd BiS is not bad, however, this one still might be superior http://ffxiv.ariyala.com/MCNJ.



I use PB at the very beggining. My highest DPS so far BEFORE double meteor stream is 436. But I usually finish the entire Phase 1 at around 380ish.
You won't miss on flank/rear with 503, but expect to miss 1 or 2 times during the ENTIRE fight as you will be hitting Nael on the front alot on the last phase.

Whats your Ilvl? with x-pot? using ACT?

[Lewena]

Seeing that there is at least one Matlab user in there. I coded a function that proceeds through a GCD. It is not perfect (the numbers in the data are wrong for example and the function has not been fully tested) but here it is for discussion.

Main script where you put your rotation or priorities

% Enter Stats Into Script %
WD = 47;
Main = 505; % Strength for us Monks
Det = 324;
Crit = 484;
Speed = 352;
Weapon_Delay = 2.72; % Enter 0 for Casters. Don't care about casters!

% Calculate DPS Statistics %
Potency = ( WD*0.2714745 + Main*0.1006032 + (Det-202)*0.0241327 + WD*Main*0.0036167 + WD*(Det-202)*0.0010800 - 1 ) / 100;
Autoattack = ( WD*0.2714745 + Main*0.1006032 + (Det-202)*0.0241327 + WD*Main*0.0036167 + WD*(Det-202)*0.0022597 - 1 ) / 3;
Crit_Rate = Crit*0.0697 - 18.437;
Speed_Mod = 2610/(2951-Speed);

% Initialize the thing
res.dd = 0;
res.tp = 0;
res.dur = 0;
res.stance.val = 1;
res.stance.dur = 10;
res.gl.val = 3;
res.gl.dur = 12;
res.dk = 15;
res.twin = 15;
res.demo.dur = 0;
res.demo.tickDur = 0;
res.demo.tickDam = 0;
res.tod.dur = 0;
res.tod.tickDur = 0;
res.tod.tickDam = 0;
res.fracture.dur = 0;
res.fracture.tickDur = 0;
res.fracture.tickDam = 0;
res.pb.dur = 0;
res.pb.cd = 0;
res.bfb.dur = 0;
res.bfb.cd = 0;
res.ir.dur = 0;
res.ir.cd = 0;
res.howl.cd = 0;
res.steel.cd = 0;
res.aa.tickDur = Weapon_Delay;

options.gcd = 2.5 / Speed_Mod;
options.oGcdPriority = [];
options.critRate = Crit_Rate;
options.attPot = Potency;
options.aa.delay = Weapon_Delay;
options.aa.pot = Autoattack;

% Rotation
% rotation = {'dk', 'twin', 'demo', 'boot', 'true', 'snap', 'dk', 'twin', 'snap', 'boot', 'true', 'demo', 'dk', 'twin', 'snap', 'boot', 'true', 'snap'};
rotation = {'dk', 'twin', 'demo', 'boot', 'true', 'snap'};
counter = 0;

% return

while res.dur <= 10*60
counter = counter + 1;
counter = counter - floor(counter/length(rotation))*length(rotation);
if counter == 0, counter = length(rotation); end

res = proceedGcd(rotation{counter}, 'ideal', 'none', res, options);
end

figure, plot(res.dur, res.dd), grid on

The function that proceeds through a GCD

function res = proceedGcd(skillUsed, position, oGcdUsed, oldRes, options);
%
% function res = proceedGcd(skillUsed, position, oGcdUsed, oldRes, options);
%
% Proceeds through one GCD while using skillUsed ability.
% Assumptions:
% - no TP constraints (could be coded if I know exactly how tp regen works)
% - always use one and only one skill
% - one oGCD at a time max
% - always AA whenever possible (not sure how it could be coded)
%
% res and oldRes have the same structure.
%
% Inputs:
% - skillUsed: the skill used during the current GCD
% 'boot', 'true', 'demo', 'dk', 'twin', 'snap', 'tod' or 'fracture'
% - position: 'flank', 'rear', 'ideal' or 'nonIdeal'
% - oGcdUsed: 'auto', 'BfB' (1), 'IR' (2), 'Howl' (3), 'Steel' (4) or 'none'
% If 'auto' is used,
% if options.oGcdPriority is empty, it will used BfB > IR > Howl > Steel in that order of priority
% if options.oGcdPriority is a vector, it will use the priority set
% - oldRes.
% - dd: damage done over the whole fight;
% - tp: tp used over the whole fight;
% - dur: total duration [s];
% - ddOne: damage done during the GCD;
% - tpOne: tp used during the GCD;
% - durOne: duration of the GCD (maybe more than than the GCD actually if the animation delays are more than the GCD);
% - stance.val: current stance (0: no stance; 1: opo-opo, 2: raptor; 3 coeurl)
% - stance.dur: remaining duration of the stance [s];
% - gl.val: number of GL stacks;
% - gl.dur: remaining duration of GL stacks [s];
% - dk: duration left to dk debuff (0: not active) [s];
% - twin: duration left to twin buff (0: not active) [s];
% - demo.dur: remaining duration of Demo [s];
% - demo.tickDur: remaining duration until next tick [s];
% - demo.tickDam: current tick potency;
% - tod.dur: remaining duration of ToD [s];
% - tod.tickDur: remaining duration until next tick [s];
% - tod.tickDam: current tick potency;
% - fracture.dur: remaining duration of Fracture [s];
% - fracture.tickDur: remaining duration until next tick [s];
% - fracture.tickDam: current tick potency;
% - pb.dur: duration left on PB (0: not active) [s];
% - pb.cd: duration left on PB CD [s];
% - bfb.dur: duration left to BfB buff (0: not active) [s];
% - bfb.cd: duration left on BfB CD [s];
% - ir.dur: duration left to IR buff (0: not active) [s];
% - ir.cd: duration left on IR CD [s];
% - steel.cd: duration left on Steel CD [s];
% - howl.cd: duration left on Howl CD [s];
% - aa.tickDur: duration left on AA [s];
% - options.
% - gcd: gcd duration without GL but counting for SkS [s];
% - oGcdPriority: examples
% [1 2 3 4] will use as priority BfB > IR > Howl > Steel
% [1 4 3] will use as priority BfB > Steel > Howl and will not use IR
% - critRate: critical rate (without IR) [%] that is between 0 and 100;
% - attPot: attack Potency;
% (WD*0.2714745 + Main*0.1006032 + (Det-202)*0.0241327 + WD*Main*0.0036167 + WD*(Det-202)*0.0010800 - 1) / 100;
% - aa.delay: duration between two auto attacks [s];
% - aa.pot: potency of AA;
% (WD*0.2714745 + Main*0.1006032 + (Det-202)*0.0241327 + WD*Main*0.0036167 + WD*(Det-202)*0.0022597 - 1) / 3;
%
% Lewena Yaeger, Monk on Moogle, 07 May 2014
% Developped under Matalb 2011b
%


%% Verifying inputs
switch skillUsed
case {'boot', 'true', 'demo', 'dk', 'twin', 'snap', 'tod', 'fracture'}
% Do nothing it is OK.
otherwise
error('Not a possible skill.');
end

switch position
case {'flank', 'rear', 'ideal', 'nonIdeal'}
% Do nothing it is OK.
otherwise
error('Not a position.');
end

switch oGcdUsed
case {'auto', 'BfB', 'IR', 'Howl', 'Steel', 'none'}
% Do nothing it is OK.
otherwise
error('Not an oGCD skill.');
end

if oldRes.pb.dur <= 0
switch skillUsed
case {'true', 'twin'}
if oldRes.stance.val ~= 2
error('Not in the right stance.');
end
case {'demo', 'snap'}
if oldRes.stance.val ~= 3
error('Not in the right stance.');
end
end
end

if isempty(options.oGcdPriority)
% That's good
else
if any(options.oGcdPriority ~= round(options.oGcdPriority))
error('I need an integer vector.');
end
if min(options.oGcdPriority) < 1 || max(options.oGcdPriority) > 4
error('What the fuck?');
end
end


%% Data
tickDur = 3; % Duration between two dot ticks [s]
animDelay = 1; % Animation delay [s]

data.boot.rear.pot = 150;
data.boot.flank.pot = 100;
data.boot.tp = 60;
data.boot.animDelay = animDelay;

data.true.rear.pot = 190;
data.true.flank.pot = 190;
data.true.tp = 50;
data.true.animDelay = animDelay;

data.dk.flank.pot = 150;
data.dk.rear.pot = 150;
data.dk.debuff = 0.10;
data.dk.dur = 15;
data.dk.tp = 60;
data.dk.animDelay = animDelay;

data.twin.flank.pot = 140;
data.twin.rear.pot = 140;
data.twin.buff = 0.15;
data.twin.dur = 15;
data.twin.tp = 60;
data.twin.animDelay = animDelay;

data.snap.flank.pot = 180;
data.snap.rear.pot = 180;
data.snap.tp = 50;
data.snap.animDelay = animDelay;

data.demo.rear.pot = 60;
data.demo.rear.tickPot = 30;
data.demo.flank.pot = 60;
data.demo.flank.tickPot = 30;
data.demo.dur = 18;
data.demo.tickDur = tickDur;
data.demo.tp = 130;
data.demo.animDelay = animDelay;

data.tod.pot = 20;
data.tod.tickPot = 25;
data.tod.dur = 30;
data.tod.tickDur = tickDur;
data.tod.tp = 80;
data.tod.animDelay = animDelay;

data.fract.pot = 40;
data.fract.tickPot = 30;
data.fract.dur = 18;
data.fract.tickDur = tickDur;
data.fract.tp = 80;
data.fract.animDelay = animDelay;

data.bfb.val = 0.1;
data.bfb.dur = 20;
data.bfb.cd = 80;
data.bfb.tp = 0;
data.bfb.animDelay = animDelay;

data.ir.val = 0.3;
data.ir.dur = 15;
data.ir.cd = 60;
data.ir.tp = 0;
data.ir.animDelay = animDelay;

data.howl.pot = 170;
data.howl.cd = 60;
data.howl.tp = 0;
data.howl.animDelay = animDelay;

data.steel.pot = 150;
data.steel.cd = 40;
data.steel.tp = 0;
data.steel.animDelay = animDelay;

data.gl.dam = 0.09;
data.gl.sks = 0.05;
data.gl.dur = 12;

data.crit.val = 0.5;


%% Proceed throught the GCD
res = oldRes; % Initalization
if isempty(options.oGcdPriority) % Setting the oGcd skills priority if empty
options.oGcdPriority = [1 2 3 4];
end

% Compute factor from buff, debuff and crit rate
current.buff = 1 + (oldRes.gl.dur > 0) * oldRes.gl.val * data.gl.dam + (oldRes.twin > 0) * data.twin.buff + (oldRes.bfb.dur > 0) * data.bfb.val;
current.debuff = 1 + (oldRes.dk > 0) * data.dk.debuff;
current.crit = 1 + data.crit.val * min(1, options.critRate/100 + data.ir.val*(oldRes.ir.dur > 0));

% Skill used
switch skillUsed
case 'boot'
switch position
case {'rear', 'ideal'}
res.ddOne = data.boot.rear.pot * options.attPot * current.buff * (1 + data.crit.val) * current.debuff;
otherwise
res.ddOne = data.boot.flank.pot * options.attPot * current.buff * current.crit * current.debuff;
end
res.tpOne = data.boot.tp;
res.durOne = data.boot.animDelay;
res.stance.val = 2;
res.stance.dur = 10;

case 'true'
switch position
case {'rear', 'ideal'}
res.ddOne = data.true.rear.pot * options.attPot * current.buff * current.crit * current.debuff;
otherwise
res.ddOne = data.true.flank.pot * options.attPot * current.buff * current.crit * current.debuff;
end
res.tpOne = data.true.tp;
res.durOne = data.true.animDelay;
res.stance.val = 3;
res.stance.dur = 10;

case 'demo'
switch position
case {'rear', 'ideal'}
res.ddOne = data.demo.rear.pot * options.attPot * current.buff * current.crit;
res.demo.tickDam = data.demo.rear.tickPot * options.attPot * current.buff * current.crit;
otherwise
res.ddOne = data.demo.flank.pot * options.attPot * current.buff * current.crit;
res.demo.tickDam = data.demo.flank.tickPot * options.attPot * current.buff * current.crit;
end
res.gl.val = min(res.gl.val+1, 3);
res.gl.dur = data.gl.dur;
res.demo.dur = data.demo.dur;
res.demo.tickDur = data.demo.tickDur;
res.tpOne = data.demo.tp;
res.durOne = data.demo.animDelay;
res.stance.val = 1;
res.stance.dur = 10;

case 'dk'
switch position
case {'flank', 'ideal'}
res.ddOne = data.dk.flank.pot * options.attPot * current.buff * current.crit * current.debuff;
if oldRes.stance.val == 1
res.dk = data.dk.dur;
end
otherwise
res.ddOne = data.dk.rear.pot * options.attPot * current.buff * current.crit * current.debuff;
end
res.tpOne = data.dk.tp;
res.durOne = data.dk.animDelay;
res.stance.val = 2;
res.stance.dur = 10;

case 'twin'
switch position
case {'flank', 'ideal'}
res.ddOne = data.twin.flank.pot * options.attPot * current.buff * current.crit * current.debuff;
otherwise
res.ddOne = data.twin.rear.pot * options.attPot * current.buff * current.crit * current.debuff;
end
res.tpOne = data.twin.tp;
res.durOne = data.twin.animDelay;
res.twin = data.twin.dur;
res.stance.val = 3;
res.stance.dur = 10;

case 'snap'
switch position
case {'flank', 'ideal'}
res.ddOne = data.snap.flank.pot * options.attPot * current.buff * current.crit * current.debuff;
otherwise
res.ddOne = data.snap.rear.pot * options.attPot * current.buff * current.crit * current.debuff;
end
res.gl.val = min(res.gl.val+1, 3);
res.gl.dur = data.gl.dur;
res.tpOne = data.snap.tp;
res.durOne = data.snap.animDelay;
res.stance.val = 1;
res.stance.dur = 10;

case 'tod'
res.ddOne = data.tod.pot * options.attPot * current.buff * current.crit;
res.tpOne = data.tod.tp;
res.durOne = data.tod.animDelay;
res.tod.dur = data.tod.dur;
res.tod.tickDur = data.tod.tickDur;
res.tod.tickDam = data.tod.tickPot * options.attPot * current.buff * current.crit;

case 'fracture'
res.ddOne = data.fract.pot * options.attPot * current.buff * current.crit;
res.tpOne = data.fract.tp;
res.durOne = data.fract.animDelay;
res.fracture.dur = data.fract.dur;
res.fracture.tickDur = data.fract.tickDur;
res.fracture.tickDam = data.fract.tickPot * options.attPot * current.buff * current.crit;
end
skill = res; % Save for use during AA. Corresponds to the beginning of the skill use


% Re-compute factor from buff, debuff and crit rate for oGCD
current.buff = 1 + (res.gl.dur > res.durOne) * res.gl.val * data.gl.dam + (res.twin > res.durOne) * data.twin.buff + (res.bfb.dur > res.durOne) * data.bfb.val;
current.debuff = 1 + (res.dk > res.durOne) * data.dk.debuff;
current.crit = 1 + data.crit.val * min(1, options.critRate/100 + data.ir.val*(res.ir.dur > res.durOne));

% oGCD used
switch oGcdUsed
case 'Bfb'
if (res.bfb.cd < res.durOne)
res.bfb.dur = data.bfb.dur;
res.bfb.cd = data.bfb.cd;
res.tpOne = res.tpOne + data.bfb.tp;
res.durOne = res.durOne + data.bfb.animDelay;
else
error('BfB not up.');
end

case 'IR'
if (res.ir.cd < res.durOne)
res.ir.dur = data.ir.dur;
res.ir.cd = data.ir.cd;
res.tpOne = res.tpOne + data.ir.tp;
res.durOne = res.durOne + data.ir.animDelay;
else
error('IR not up.');
end

case 'Howl'
if (res.howl.cd < res.durOne)
res.howl.cd = data.howl.cd;
res.ddOne = res.ddOne + data.howl.pot * options.attPot * current.buff * current.crit * current.debuff;
res.tpOne = res.tpOne + data.howl.tp;
res.durOne = res.durOne + data.howl.animDelay;
else
error('Howl not up.');
end

case 'Steel'
if (res.steel.cd < res.durOne)
res.steel.cd = data.steel.cd;
res.ddOne = res.ddOne + data.steel.pot * options.attPot * current.buff * current.crit * current.debuff;
res.tpOne = res.tpOne + data.steel.tp;
res.durOne = res.durOne + data.steel.animDelay;
else
error('Steel not up.');
end

case 'none'
% Do nothing
end

% Compute the whole duration
current.gcd = options.gcd * (1-oldRes.gl.val*data.gl.sks);
res.durOne = max(current.gcd, res.durOne);

% Add dot ticks
if res.demo.dur > 0 % Dot is active
if res.demo.tickDur <= res.durOne % Dot ticks at least one time
tickNb = 1 + floor((res.demo.dur-res.demo.tickDur)/data.demo.tickDur); % Number of ticks during the current GCD
res.ddOne = res.ddOne + res.demo.tickDam * tickNb;
res.demo.tickDur = data.demo.tickDur - (res.durOne - (res.demo.tickDur + (tickNb-1)*data.demo.tickDur));
else
res.demo.tickDur = res.demo.tickDur - res.durOne;
end
res.demo.dur = res.demo.dur - res.durOne;
if res.demo.tickDur <= 0
res.demo.tickDur = data.demo.tickDur;
end
end
if res.demo.dur <= 0
res.demo.dur = 0;
res.demo.tickDur = 0;
res.demo.tickDam = 0;
end

if res.tod.dur > 0 % Dot is active
if res.tod.tickDur < res.durOne % Dot ticks at least one time
tickNb = 1 + floor((res.tod.dur-res.tod.tickDur)/data.tod.tickDur); % Number of ticks during the current GCD
res.ddOne = res.ddOne + res.tod.tickDam * tickNb;
res.tod.tickDur = data.tod.tickDur - (res.durOne - (res.tod.tickDur + (tickNb-1)*data.tod.tickDur));
else
res.tod.tickDur = res.tod.tickDur - res.durOne;
end
res.tod.dur = res.tod.dur - res.durOne;
if res.tod.tickDur <= 0
res.tod.tickDur = data.tod.tickDur;
end
end
if res.tod.dur <= 0
res.tod.dur = 0;
res.tod.tickDur = 0;
res.tod.tickDam = 0;
end

if res.fracture.dur > 0 % Dot is active
if res.fracture.tickDur < res.durOne % Dot ticks at least one time
tickNb = 1 + floor((res.fracture.dur-res.fracture.tickDur)/data.fract.tickDur); % Number of ticks during the current GCD
res.ddOne = res.ddOne + res.fracture.tickDam * tickNb;
res.fracture.tickDur = data.fract.tickDur - (res.durOne - (res.fracture.tickDur + (tickNb-1)*data.fract.tickDur));
else
res.fracture.tickDur = res.fracture.tickDur - res.durOne;
end
res.fracture.dur = res.fracture.dur - res.durOne;
if res.fracture.tickDur <= 0
res.fracture.tickDur = data.fract.tickDur;
end
end
if res.fracture.dur <= 0
res.fracture.dur = 0;
res.fracture.tickDur = 0;
res.fracture.tickDam = 0;
end

% Add AA (much more complex than dots)
if res.aa.tickDur < res.durOne
tickNb = 1 + floor((res.durOne-res.aa.tickDur)/options.aa.delay);
for idx = 1:tickNb
time = res.aa.tickDur+(idx-1)*options.aa.delay; % Time of the tick in the GCD frame
if time >= skill.durOne % Tick is after oGCD use
current.buff = 1 + (res.gl.dur > time) * res.gl.val * data.gl.dam + (res.twin > time) * data.twin.buff + (res.bfb.dur > time-skill.durOne) * data.bfb.val;
current.debuff = 1 + (res.dk > time) * data.dk.debuff;
current.crit = 1 + data.crit.val * min(1, options.critRate/100 + data.ir.val*(res.ir.dur > time-skill.durOne));
else % Tick is between skill and oGCD
current.buff = 1 + (res.gl.dur > res.aa.tickDur) * res.gl.val * data.gl.dam + (res.twin > res.aa.tickDur) * data.twin.buff + (res.bfb.dur > time) * data.bfb.val;
current.debuff = 1 + (res.dk > res.aa.tickDur) * data.dk.debuff;
current.crit = 1 + data.crit.val * min(1, options.critRate/100 + data.ir.val*(res.ir.dur > time));
end
res.ddOne = res.ddOne + options.aa.pot * current.buff * current.crit * current.debuff;
end
res.aa.tickDur = options.aa.delay - (res.durOne - (res.aa.tickDur+tickNb*options.aa.delay));
else
res.aa.tickDur = res.aa.tickDur - res.durOne;
end

% Update results (especially durations)
res.dd = [res.dd res.dd(end)+res.ddOne];
res.tp = [res.tp res.tp(end)+res.tpOne];
res.dur = [res.dur res.dur(end)+res.durOne];

res.gl.dur = max(0, res.gl.dur - res.durOne);
res.gl.val = (res.gl.dur > 0) * res.gl.val;
res.dk = max(0, res.dk - res.durOne);
res.twin = max(0, res.twin - res.durOne);

res.stance.dur = max(res.stance.dur - res.durOne);
res.stance.val = (res.stance.dur > 0) * res.stance.val;

res.pb.dur = max(0, res.pb.dur - res.durOne);
res.pb.cd = max(0, res.pb.cd - res.durOne);
res.bfb.dur = max(0, res.bfb.dur - res.durOne);
res.bfb.cd = max(0, res.bfb.cd - res.durOne);
res.ir.dur = max(0, res.ir.dur - res.durOne);
res.ir.cd = max(0, res.ir.cd - res.durOne);
res.howl.cd = max(0, res.howl.cd - res.durOne);
res.steel.cd = max(0, res.steel.cd - res.durOne);

[Misake]

Whats your Ilvl? with x-pot? using ACT?

i103, yes and yes.

[THETRUESELF]

I use PB at the very beggining. My highest DPS so far BEFORE double meteor stream is 436. But I usually finish the entire Phase 1 at around 380ish.
You won't miss on flank/rear with 503, but expect to miss 1 or 2 times during the ENTIRE fight as you will be hitting Nael on the front alot on the last phase.

Thanks for the answer. 420+ [before double meteor stream] seems amazing though... Will aim for those numbers now!

oh we're showing off now? okay.

Where do you ppl get this gear because I'm pretty sure monk loot doesn't exist in Second Coil!! lol no Seriously: The full (?) set looks pretty nice! And congrats of course!

[Shinkyo]

Snip

Thank you, that's reassuring.
I did some practice again on the training dummy focusing on avoiding clipping Dot and I gained 10ish dps. Didn't realize clipping for that bad.

As for me being far behind the SMN on T6, I forgot that they benefited so much from their uptime and from the BRD's buff.
Still need to be work on being consistent on T6 but it seems I'm not too far off. Thank you.

[Lemon8or]

Can you guys share the stats on X-potion of Strength HQ? Is it +16% Str (max 81) with ??? CD? My group is in turn 8 this week and I will make some to use myself.
Edit: nvm, got home to check. 20% Strength (max 84) 4 mins 30s CD.

[Butcherboy]

Was there a stat weight that was posted by easymode for the 2.2. Can u guys post it or direct me to a link

[THETRUESELF]

Don't have easymody one, but here's one I bookmarked from reddit
http://www.reddit.com/r/ffxiv/commen...accuracy_caps/