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aveSlice.m
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classdef aveSlice < kCut
% MEANSLICE Contains the 2D (spanwise averaged) mean flow
properties
p0in;
Uinf;
roinf;
muinf;
Tinf;
T0in;
pin;
dsdyThresh;% = -50;
use_unsflo = false;
blEdgeMode;
blEdgeStore = [];
iSmoothBL = false;
nSmooth;
label;
end
properties (Dependent = true, Hidden = true)
Msurf; % Surface Mach No
Psurf;
theta; % Momentum thickness
theta_k;
thetaStar; % K.E. Thickness
H; % Shape factor
H_k; % Kinematic shape factor
H_k_Whitfield; % Whitfield correlation for Hk for adiabatic flows
H_ke; % K.E. shape factor = thetaStar/theta
H_rho; % Density shape factor H** = delta**/theta
H1;
Us; % Slip velocity
%delta99; % BL thickness
%delta99_unsflo;
delta; % Approx BL thickness
delStar; % Displacemnt thickness
delta99_k; % BL thickness, incompressible definition
delStar_k; % Displacemnt thickness, incompressible definition
delRho; % Density thickness, delta**
dsdy; % Wall normal entropy gradient
%BLedgeInd; % j index of detected BL edge
U; % Wall-parallel velocity
Ue; % BL edge velocity
Me; % BL edge Mach number
Res; % Surface distance Reynolds No
blPr; % Componant of cd due to production of tke
blPr_eq; % Coles' equilibrium prodution
cd_inner; % Componant of cd dow to mean strain
cd_mean_strain;
cd; % Dissipation coefficient
tau_w; % Wall shear stress
u_tau; % Friction velocity
dUdy;
dTdy;
cf;
ct; % ctau based on Pr/(1-Us);
ctau;
ctau_max;
Re_theta;
iPS;
iMaxPr;
iEq;
Re_theta_ps;
pdyn % Dynamic pressure, 0.5*rho*V^2
nu_e % Boundary layer edge viscosity
alpha2;
p0out;
yplus;
wall_scale; % Coordinade for wall distance = 1;
mut; % Turbulent viscosity
mut_ratio;
RT; % Hydra stupe turbulent Re
% wallDist;
Yp;
end
methods
function obj = aveSlice(blk, gas, bcs, iPS)
if nargin < 4
iPS = false;
end
obj@kCut(blk, gas, bcs, iPS);
disp('Constructing aveSlice')
obj.nSmooth = round(obj.niBL/50);
end
function getBCs(obj, inlet_blocks, is)
if nargin < 3
is = 40:100;
end
if nargin < 2 || isempty(inlet_blocks)
inlet_blocks = obj.blk.inlet_blocks{1};
end
Mnow = obj.M;
Unow = obj.vel;
ronow = obj.ro;
munow = obj.mu;
%Mnow = Mnow{inlet_blocks};
pnow = obj.p;
Tnow = obj.T;
%pnow = pnow{inlet_blocks};
p0 = [];
Uinf = [];
muinf = [];
roinf = [];
Tinf = [];
pinf = [];
for i=1:length(inlet_blocks)
nj = obj.blk.blockdims(inlet_blocks(i),2);
js = 1:nj;
if obj.blk.next_patch{inlet_blocks(i)}.jm == 3 && ...
obj.blk.next_block{inlet_blocks(i)}.jm == 0
inds = obj.BLedgeInd;
ind = max(inds(is));
js = floor(1.2*ind):nj;
elseif obj.blk.next_patch{inlet_blocks(i)}.jp == 3 && ...
obj.blk.next_block{inlet_blocks(i)}.jp == 0
inds = obj.BLedgeInd;
ind = max(inds(is));
js = (nj-floor(1.2*ind)):nj;
end
p0now = pnow{inlet_blocks(i)}.*(1+((obj.gas.gam - 1)/2)*Mnow{inlet_blocks(i)}.^2).^(obj.gas.gam/(obj.gas.gam-1));
p0 = [p0 p0now(is,js)];
Tinf = [Tinf Tnow{inlet_blocks(i)}(is,js)];
Uinf = [Uinf Unow{inlet_blocks(i)}(is,js)];
muinf = [muinf munow{inlet_blocks(i)}(is,js)];
roinf = [roinf ronow{inlet_blocks(i)}(is,js)];
pinf = [pinf pnow{inlet_blocks(i)}(is,js)];
end
obj.p0in = mean(p0,'all');
obj.Tinf = mean(Tinf, 'all');
obj.Uinf = mean(Uinf,'all');
obj.pin = mean(pinf, 'all');
obj.muinf = mean(muinf,'all');
obj.roinf = mean(roinf,'all');
obj.T0in = obj.Tinf+obj.Uinf^2/(2*obj.gas.cp);
% obj.wallDist = obj.blk.y;
end
function value = smooth_bl_edge(obj, x, y, xSafe)
if nargin < 4
xSafe = 0.25;
end
ilast = obj.x2ind(xSafe);
points2sample = zeros(size(x));
for i = ilast:length(x)
if abs((y(i)-y(ilast))/y(ilast)) > 0.2
points2sample(i) = true;
else
ilast = i;
end
end
%points2sample = abs(diff(y)./y(1:end-1))>0.1;
ytmp = y(~points2sample);
xtmp = x(~points2sample);
for i = find(points2sample)
y(i) = round(interp1(xtmp,ytmp,x(i),'linear'));
end
value = y;
end
function value = smooth_dist(obj, prop, nsmooth)
if nargin < 3 || isempty(nsmooth)
nsmooth = obj.nSmooth;
end
nans = isnan(prop);
value = smooth(prop, nsmooth, 'rloess');
value(nans) = NaN;
end
function value = get.dsdy(obj)
%s = obj.oGridProp('s');
%value = (s(:,2:end)-s(:,1:end-1))./(obj.yBL(:,2:end)-obj.yBL(:,1:end-1));
value = obj.blNormGrad('s');
end
function value = get.dUdy(obj)
% u = obj.oGridProp('U');
% value = (u(:,2:end)-u(:,1:end-1))./(obj.yBL(:,2:end)-obj.yBL(:,1:end-1));
value = obj.blNormGrad('U');
end
function value = get.dTdy(obj)
t = obj.oGridProp('T');
value = (t(:,2:end)-t(:,1:end-1))./(obj.yBL(:,2:end)-obj.yBL(:,1:end-1));
value = obj.blNormGrad('T');
end
function value = get.Msurf(obj)
disp('Calculating surface M')
pnow = obj.oGridProp('p');
value = sqrt((2/(obj.gas.gam - 1)) * ( (pnow(:,1)/obj.p0in).^(-(obj.gas.gam-1)/obj.gas.gam) - 1));
end
function value = get.Psurf(obj)
disp('Calculating surface p')
pnow = obj.oGridProp('p');
value = pnow(:,1);
end
function value = BLedgeInd(obj, mode, debug)
if nargin < 2 || isempty(mode)
if ~isempty(obj.blEdgeStore)
value = obj.blEdgeStore;
return
else
if ~isempty(obj.blEdgeMode)
mode = obj.blEdgeMode;
else
mode = "sCombined";
end
end
end
if nargin < 3 || isempty(debug)
debug = false;
end
fprintf('BL edge detection mode: %s\n',mode)
switch mode
case "sGradThresh"
temp = obj.dsdy;
for i=1:size(temp,1)
j=1;
if isempty(obj.dsdyThresh)
thresh = 0.02*temp(i,1);% + 0.98*(temp(i,ceil(size(temp,2)/2))-temp(i,1));
else
thresh = obj.dsdyThresh;
end
while temp(i,j) < thresh && j<size(temp,2)
j = j+1;
end
value(i) = min(j+1,size(temp,2));
[~, value(i)] = max(u(i,1:value(i)));
end
case "sThresh"
temp = obj.oGridProp('s');
for i=1:size(temp,1)
if i==1255
disp('')
end
% j=size(temp,2);
j=1;
se = temp(i,end);
sw = temp(i,1);
se;
while temp(i,j) > se + 0.02*(sw-se) && j<size(temp,2)
j = j+1;
end
value(i) = min(j+1,size(temp,2));
%[~, value(i)] = max(u(i,1:value(i)));
end
case "sCombined"
snow = obj.oGridProp('s');
dsdy = obj.dsdy;
for i=1:size(snow,1)
if isempty(obj.dsdyThresh)
dsdythresh = -0.02*max(abs(dsdy(i,:)));% + 0.98*(temp(i,ceil(size(temp,2)/2))-temp(i,1));
else
dsdythresh = obj.dsdyThresh;
end
inds = abs(dsdy(i, :)) < abs(dsdythresh);
splateau = mean(snow(i,inds));
sthresh = 0.98*splateau + 0.02*max(abs(snow(i,:)));
j=1;
while ((snow(i,j) > sthresh) ...% && snow(i,j) > snow(i, j+1)) ...
|| dsdy(i,j) < dsdythresh) ...
&& j<size(snow,2)
j = j+1;
end
value(i) = min(j+1,size(snow,2));
% if value(i) == 2
% value(i) = NaN;
% end
end
case "unsflo"
del99 = obj.delta99("unsflo");
for i=1:length(del99)
ynow = obj.yBL(i,:);
[~, value(i)] = min(abs(del99(i) - ynow));
[~, value(i)] = max(u(i,1:value(i)));
%value(i) = min(size(temp,2), indnow+1);
end
case "sInteg"
u = obj.oGridProp('U');
del99 = obj.delta99("sInteg");
for i=1:length(del99)
ynow = obj.yBL(i,:);
[~, value(i)] = min(abs(del99(i) - ynow));
[~, value(i)] = max(u(i,1:value(i)));
%value(i) = min(size(temp,2), indnow+1);
end
case "p0Integ"
del99 = obj.delta99("p0Integ");
for i=1:length(del99)
ynow = obj.yBL(i,:);
[~, value(i)] = min(abs(del99(i) - ynow));
%value(i) = min(size(temp,2), indnow+1);
end
case "integralCorrelation"
mode = obj.blEdgeMode;
obj.blEdgeMode = "sCombined";
U = obj.U;
del = obj.delta99;
inds = obj.thickness2ind(del);
for i=1:length(del)
Uenow = 0.99*U(i, inds(i));
[~, value(i)] = min(abs(U(i,1:inds(i)) - Uenow));
end
obj.blEdgeMode = mode;
end
if obj.iSmoothBL
value = round(obj.smooth_dist(value));
end
obj.blEdgeStore = value;
end
function [xedge, yedge] = getBLedgeCoords(obj,mode)
if nargin < 2 || isempty(mode)
if ~isempty(obj.blEdgeMode)
mode = obj.blEdgeMode;
else
mode = "sCombined";
end
end
inds = obj.BLedgeInd(mode);
for i=1:length(inds)
xedge(i) = obj.xO(i,inds(i));
yedge(i) = obj.yO(i,inds(i));
end
end
function value = get.iPS(obj)
x = obj.xSurf;
M = obj.smooth_dist(obj.Msurf);
pr = obj.smooth_dist(obj.blPr);
i = length(x);
while M(i) < 1.02
i = i-1;
end
prLast = inf;
while pr(i) < prLast
prLast = pr(i);
i = i-1;
end
value = i;
end
function value = get.iMaxPr(obj)
[~, value] = max(obj.blPr);
end
function value = get.iEq(obj)
i = 20;
pr = obj.smooth_dist(obj.blPr);
while pr(i) > pr(i-1)
i = i+1;
end
value = i;
end
function value = delta99_unsflo(obj)
%inds = obj.BLedgeInd;
end
function value = delta99(obj, mode)
if nargin < 2 || isempty(mode)
if ~isempty(obj.blEdgeMode)
mode = obj.blEdgeMode;
else
mode = "sCombined";
end
end
switch mode
case "sGradThresh"
inds = obj.BLedgeInd("sGradThresh");
for i=1:size(obj.yBL,1)
value(i) = obj.yBL(i,inds(i));
end
case "unsflo"
ugrad = abs(obj.dUdy);
tgrad = abs(obj.dTdy);
for i=1:size(obj.yBL,1)
ys = obj.yBL(i,:);
%value(i) = obj.yBL(i,inds(i));
int1 = trapz(ys, ys.*(ugrad(i,:)));%+tgrad(i,:)));
int2 = trapz(ys, (ugrad(i,:)));%+tgrad(i,:)));
value(i) = 2.5*int1/int2;
end
case "sInteg"
sgrad = abs(obj.blNormGrad('s'));
for i=1:size(obj.yBL,1)
ys = obj.yBL(i,:);
%value(i) = obj.yBL(i,inds(i));
int1 = trapz(ys, ys.*(sgrad(i,:)));%+tgrad(i,:)));
int2 = trapz(ys, (sgrad(i,:)));%+tgrad(i,:)));
value(i) = 2.5*int1/int2;
end
case "p0Integ"
p0grad = abs(obj.blNormGrad('p0'));
for i=1:size(obj.yBL,1)
ys = obj.yBL(i,:);
%value(i) = obj.yBL(i,inds(i));
int1 = trapz(ys, ys.*(p0grad(i,:)));%+tgrad(i,:)));
int2 = trapz(ys, (p0grad(i,:)));%+tgrad(i,:)));
value(i) = 2.5*int1/int2;
end
case "sThresh"
inds = obj.BLedgeInd("sThresh");
for i=1:size(obj.yBL,1)
value(i) = obj.yBL(i,inds(i));
end
case "sCombined"
inds = obj.BLedgeInd("sCombined");
for i=1:size(obj.yBL,1)
value(i) = obj.yBL(i,inds(i));
end
case "integralCorrelation"
inds = obj.BLedgeInd("integralCorrelation");
for i=1:size(obj.yBL,1)
value(i) = obj.yBL(i,inds(i));
end
end
value = obj.smooth_dist(value);
end
function value = get.U(obj)
disp('Calculating U')
unow = obj.oGridProp('u');
vnow = obj.oGridProp('v');
nnow = obj.n;
value = zeros(size(obj.yBL));
for i=1:size(obj.yBL,1)
tang = [nnow(2,i); -nnow(1,i)];
for j=1:size(obj.yBL,2)
velnow = [unow(i,j); vnow(i,j)];
% value(i,j) = -dot(tang, velnow - nnow(:,i)*dot(nnow(:,i),velnow));
value(i,j) = dot(velnow - dot(velnow,nnow(:,i)), tang);
end
end
end
function value = get.delStar(obj)
inds = obj.BLedgeInd;
ronow = obj.oGridProp('ro');
Unow = obj.U;
value = zeros(1,length(inds));
for i=1:size(obj.yBL,1)
roprof = ronow(i,1:inds(i));
Uprof = Unow(i,1:inds(i));
ro0 = ronow(i,inds(i));
U0 = Unow(i,inds(i));
integrand = 1 - ((roprof.*Uprof)./(ro0*U0));
ys = obj.yBL(i,1:inds(i));
value(i) = trapz(ys, integrand);
end
value = obj.smooth_dist(value);
end
function value = get.delStar_k(obj)
inds = obj.BLedgeInd;
Unow = obj.U;
value = zeros(1,length(inds));
for i=1:size(obj.yBL,1)
integrand = 1 - Unow(i,1:inds(i))./Unow(i,inds(i));
ys = obj.yBL(i,1:inds(i));
value(i) = trapz(ys, integrand);
end
value = obj.smooth_dist(value);
end
function value = get.delRho(obj)
inds = obj.BLedgeInd;
ronow = obj.oGridProp('ro');
Unow = obj.U;
for i=1:size(obj.yBL,1)
roprof = ronow(i,1:inds(i));
Uprof = Unow(i,1:inds(i));
ro0 = ronow(i,inds(i));
U0 = Unow(i,inds(i));
integrand = (1 - roprof/ro0).*Uprof/U0;
ys = obj.yBL(i,1:inds(i));
value(i) = trapz(ys, integrand);
end
value = obj.smooth_dist(value);
end
function value = get.theta(obj)
inds = obj.BLedgeInd;
ronow = obj.oGridProp('ro');
Unow = obj.U;
for i=1:size(obj.yBL,1)
roprof = ronow(i,1:inds(i));
Uprof = Unow(i,1:inds(i));
ro0 = ronow(i,inds(i));
U0 = Unow(i,inds(i));
integrand = (roprof.*Uprof/(ro0*U0)).*(1-Uprof/U0);
ys = obj.yBL(i,1:inds(i));
value(i) = trapz(ys, integrand);
end
value = obj.smooth_dist(value);
end
function value = get.theta_k(obj)
inds = obj.BLedgeInd;
Unow = obj.U;
for i=1:size(obj.yBL,1)
Uprof = Unow(i,1:inds(i));
U0 = Unow(i,inds(i));
integrand = (Uprof/U0).*(1-Uprof/U0);
ys = obj.yBL(i,1:inds(i));
value(i) = trapz(ys, integrand);
end
value = obj.smooth_dist(value);
end
function value = get.thetaStar(obj)
inds = obj.BLedgeInd;
ronow = obj.oGridProp('ro');
Unow = obj.U;
for i=1:size(obj.yBL,1)
roprof = ronow(i,1:inds(i));
Uprof = Unow(i,1:inds(i));
ro0 = ronow(i,inds(i));
U0 = Unow(i,inds(i));
integrand = (roprof.*Uprof/(ro0*U0)).*(1-Uprof.^2/U0^2);
ys = obj.yBL(i,1:inds(i));
value(i) = trapz(ys, integrand);
end
value = obj.smooth_dist(value);
end
function value = get.H(obj)
value = obj.delStar./obj.theta;
end
function value = get.H_k(obj)
value = obj.delStar_k./obj.theta_k;
end
function value = get.H_k_Whitfield(obj)
H = obj.H;
Me = obj.Msurf;
value = (H-0.290*Me.^2)./(1+0.113*Me.^2);
end
function value = get.H_ke(obj)
value = obj.thetaStar./obj.theta;
end
function value = get.H_rho(obj)
value = obj.delRho./obj.theta;
end
function value = get.H1(obj)
inds = obj.BLedgeInd;
ronow = obj.oGridProp('ro');
Unow = obj.U;
for i=1:size(obj.yBL,1)
roprof = ronow(i,1:inds(i));
Uprof = Unow(i,1:inds(i));
ro0 = ronow(i,inds(i));
U0 = Unow(i,inds(i));
integrand = (roprof.*Uprof)/(ro0*U0);
ys = obj.yBL(i,1:inds(i));
num(i) = trapz(ys, integrand);
end
value = num(i)./obj.theta;
end
function value = get.Us(obj)
value = MISES_correlations.fUs(obj.H_ke, obj.H_k, obj.H);
end
function value = get.delta(obj)
value = (obj.H + obj.H1).*obj.theta;
end
function value = get.Res(obj)
value = obj.ssurf*obj.Uinf*obj.roinf/obj.muinf;
end
function value = obj.dUedx_eq(obj)
A = 6.7;
B = 0.75;
Hnow = obj.H;
Hknow = obj.Hk;
thetanow = obj.theta;
value = (1/(B*Hnow.*thetanow))*(0.5*obj.cf - ((Hknow-1)/(A*Hk))^2);
end
function value = ctau_eq(obj)
A = 6.7;
B = 0.75;
Hknow = obj.H_k;
value = (0.5/(A*A*B))*obj.H_ke.*(Hknow-1).^3./(obj.H.*Hknow.^2);
end
function value = cd_eq(obj)
%
% Us = obj.Us;
% value = 0.5*obj.cf'.*Us + obj.ctau_eq.*(1-Us);
%
value = obj.cd_mean_strain + obj.blPr_eq;
end
function plt = blDevPlot(obj, prop, varargin) % ax, lims, xrange, fmt)
x0 = min(obj.xSurf);
x1 = max(obj.xSurf);
defaultAx = gca;
defaultLims = 'auto';
defaultLineWidth = 1.5;
defaultFontSize = 12;
defaultFmtString = '';
defaultXRange = [x0-1 x1+1];
p = inputParser;
% addRequired(p, 'prop');
addParameter(p, 'ax', defaultAx);
addParameter(p, 'lims', defaultLims);
addParameter(p, 'xrange', defaultXRange);
addParameter(p, 'fmt', defaultFmtString);
addParameter(p, 'LineWidth', defaultLineWidth);
addParameter(p, 'FontSize', defaultFontSize)
parse(p, varargin{:})
% if nargin < 3 || isempty(ax)
% ax = gca;
% end
ax = p.Results.ax;
q = obj.(prop);
plt = plot(ax, obj.xSurf(obj.xSurf>p.Results.xrange(1)&obj.xSurf<p.Results.xrange(2)), ... % x vals withhin x range
q(obj.xSurf>p.Results.xrange(1)&obj.xSurf<p.Results.xrange(2)), ... % corresponding y vals
p.Results.fmt, ... % Set format string
'LineWidth', p.Results.LineWidth); % Set line width
set(ax,'FontSize',p.Results.FontSize)
xlim([x0 x1])
ylim(p.Results.lims) % Set y lims
% if nargin > 5 && ~isempty(fmt)
% if isempty(xrange)
% plt = plot(ax,obj.xSurf,q,fmt);
% else
% plt = plot(ax,obj.xSurf(obj.xSurf>xrange(1)&obj.xSurf<xrange(2)),q(obj.xSurf>xrange(1)&obj.xSurf<xrange(2)),fmt);
% end
% elseif nargin>4 && ~isempty(xrange)
% plt = plot(ax,obj.xSurf(obj.xSurf>xrange(1)&obj.xSurf<xrange(2)),q(obj.xSurf>xrange(1)&obj.xSurf<xrange(2)));
% else
% plt = plot(ax,obj.xSurf,q);
% end
% if nargin > 3 && ~isempty(lims)
% ylim(lims);
% end
% set(plt,'LineWidth',1.5)
disp('')
end
function value = thickness2ind(obj, del)
y = obj.yO;
if length(del) ~= size(y, 1)
value = [];
fprintf("Length of thickness vactor must equal lenghth of O grid\n");
else
for i=1:size(y,1)
[~, value(i)] = min(abs(y(i,:) - del(i)));
end
end
end
function value = edge_prop(obj, prop, varargin)
p = inputParser;
addParameter(p, 'thickness', 'delta99');
parse(p, varargin{:});
del = p.Results.thickness;
if ischar(del)
del = obj.(del);
end
inds = obj.thickness2ind(del);
value = zeros(length(inds),1);
q = obj.oGridProp(prop);
for i=1:length(inds)
value(i) = q(i, inds(i));
end
end
function plt = plot_along_edge(obj, prop, varargin)
x0 = min(obj.xSurf);
x1 = max(obj.xSurf);
defaultLineWidth = 1.5;
defaultFmtString = '';
defaultXRange = [x0 x1];
p = inputParser;
addParameter(p, 'ax', gca);
addParameter(p, 'xrange', defaultXRange);
addParameter(p, 'fmt', defaultFmtString);
addParameter(p, 'LineWidth', defaultLineWidth);
addParameter(p, 'ColorOrderIndex',[]);
addParameter(p, 'thickness', 'delta99');
parse(p, varargin{:});
x = obj.xSurf;
q = obj.edge_prop(prop, 'thickness', p.Results.thickness);
i1 = obj.x2ind(p.Results.xrange(1));
i2 = obj.x2ind(p.Results.xrange(2));
plt = plot(p.Results.ax, x(i1:i2), q(i1:i2), p.Results.fmt, 'LineWidth',p.Results.LineWidth);
end
function plt = plot_BL_edge(obj, varargin)
x0 = min(obj.xSurf);
x1 = max(obj.xSurf);
defaultLineWidth = 1.5;
defaultFmtString = '';
defaultXRange = [x0 x1];
p = inputParser;
addParameter(p, 'ax', gca);
addParameter(p, 'xrange', defaultXRange);
addParameter(p, 'fmt', defaultFmtString);
addParameter(p, 'LineWidth', defaultLineWidth);
addParameter(p, 'ColorOrderIndex',[]);
addParameter(p, 'thickness', 'delta99');
parse(p, varargin{:});
x = obj.xSurf;
if ischar(p.Results.thickness)
edge = obj.(p.Results.thickness);
else
edge = p.Results.thickness;
end
i1 = obj.x2ind(p.Results.xrange(1));
i2 = obj.x2ind(p.Results.xrange(2));
plt = plot(p.Results.ax, x(i1:i2), edge(i1:i2), p.Results.fmt, 'LineWidth',p.Results.LineWidth);
end
function [f] = plot_BL_summary(obj, varargin)
x0 = min(obj.xSurf);
x1 = max(obj.xSurf);
defaultLims = 'auto';
defaultLineWidth = 1.5;
defaultFmtString = '';
defaultXRange = [x0-1 x1+1];
if ~isempty(obj.label)
defaultLabel = obj.label;
else
defaultLabel = [];
end
p = inputParser;
% addRequired(p, 'prop');
addParameter(p, 'fig', []);
addParameter(p, 'lims', defaultLims);
addParameter(p, 'xrange', defaultXRange);
addParameter(p, 'loopxrange', []);
addParameter(p, 'ploteq', false);
addParameter(p, 'fmt', defaultFmtString);
addParameter(p, 'LineWidth', defaultLineWidth);
addParameter(p, 'label', defaultLabel);
addParameter(p, 'ColorOrderIndex',[]);
addParameter(p, 'FontSize', 12)
addParameter(p, 'title', [])
parse(p, varargin{:});
if isempty(p.Results.fig)
f = figure;
t = tiledlayout(3,3,'TileSpacing','tight');
else
f = p.Results.fig;
figure(f);
if isempty(f.Children)
t = tiledlayout(3,3,'TileSpacing','tight');
else
t = f.Children;
end
end
if isempty(p.Results.loopxrange)
loopxrange = p.Results.xrange;
else
loopxrange = p.Results.loopxrange;
end
try
% Surface isentropic Mach number
nexttile(1)
a = gca;
if ~isempty(p.Results.ColorOrderIndex)
a.ColorOrderIndex = p.Results.ColorOrderIndex;
end
hold on
obj.blDevPlot('Msurf','xrange',p.Results.xrange,'fmt',p.Results.fmt,'LineWidth',p.Results.LineWidth, 'FontSize', p.Results.FontSize);
ylabel('M_{surf}');
a.XTickLabel = [];
grid on
catch
disp('Could not plot Msurf')
end
try
% Kinematic shape factor
nexttile(2)
a = gca;
if ~isempty(p.Results.ColorOrderIndex)
a.ColorOrderIndex = p.Results.ColorOrderIndex;
end
hold on
obj.blDevPlot('H_k','xrange',p.Results.xrange,'fmt',p.Results.fmt,'LineWidth',p.Results.LineWidth, 'FontSize', p.Results.FontSize);
ylabel('H_k')
a.XTickLabel = [];
grid on
catch
disp('Could not plot Hk')
end
try
% H-Pr loop
nexttile(3,[2 1])
hold on
a = gca;
if ~isempty(p.Results.ColorOrderIndex)
a = gca;
a.ColorOrderIndex = p.Results.ColorOrderIndex;
end
s = obj.plot_Hk_Pr_locus('xrange',loopxrange,'fmt',p.Results.fmt,'LineWidth',p.Results.LineWidth, 'FontSize', p.Results.FontSize);
s.DisplayName = p.Results.label;
if isempty(a.Legend)
l = legend(s,'Interpreter','latex');
l.Layout.Tile = 'east';
end
if p.Results.ploteq
lims = axis;
eq = obj.plot_Hk_Pr_locus('LineWidth',p.Results.LineWidth,'ploteq',true);
eq.DisplayName = 'Equilibrium Line';
axis(lims);
a.ColorOrderIndex = max(a.ColorOrderIndex - 1,1);
if length(a.Legend.Children) > 2 && isempty(find(strcmp(a.Legend.String, "Equilibrium Line"),1))
i = find(strcmp(a.Legend.String, "Equilibrium Line"));
a.Legend.Children = [a.Legend.Children(1:i-1) a.Legend.Children(i+1:end) a.Legend.Children(i)];
end
end
catch
disp('Could not plot H-Pr loop')
end
try
% Displacement thickness
nexttile(4)
a = gca;
if ~isempty(p.Results.ColorOrderIndex)
a.ColorOrderIndex = p.Results.ColorOrderIndex;
end
hold on
obj.blDevPlot('delStar','xrange',p.Results.xrange,'fmt',p.Results.fmt,'LineWidth',p.Results.LineWidth, 'FontSize', p.Results.FontSize);
ylabel('\delta^*/L');
a.XTickLabel = [];
grid on
catch
disp('Could not plot delStar')
end
try
% Integrated production
nexttile(5)
a = gca;
if ~isempty(p.Results.ColorOrderIndex)
a.ColorOrderIndex = p.Results.ColorOrderIndex;
end
hold on
obj.blDevPlot('blPr','xrange',p.Results.xrange,'fmt',p.Results.fmt,'LineWidth',p.Results.LineWidth, 'FontSize', p.Results.FontSize);
ylabel('Production')
a.XTickLabel = [];
grid on
catch
disp('Could not plot Pr')
end
try
% Momentum thickness
nexttile(7)
if ~isempty(p.Results.ColorOrderIndex)
a = gca;
a.ColorOrderIndex = p.Results.ColorOrderIndex;
end
hold on
obj.blDevPlot('theta','xrange',p.Results.xrange,'fmt',p.Results.fmt,'LineWidth',p.Results.LineWidth, 'FontSize', p.Results.FontSize);
ylabel('\theta/L');
xlabel('x/L');
grid on
catch
disp('Could not plot theta')
end
try
% Skin friction coeffient
nexttile(8)
a = gca;
if ~isempty(p.Results.ColorOrderIndex)
a.ColorOrderIndex = p.Results.ColorOrderIndex;
end
hold on
obj.blDevPlot('cf','xrange',p.Results.xrange,'fmt',p.Results.fmt,'LineWidth',p.Results.LineWidth, 'FontSize', p.Results.FontSize);
ylabel('c_f')
xlabel('x/L');
grid on
catch
disp('Could not plot cf')
end
if ~isempty(p.Results.title)
title(t, p.Results.title, 'FontSize', p.Results.FontSize+2);
end
nexttile(3)
a = gca;
a.Legend
if isempty(a.Legend)
l = legend(s,'Interpreter','latex');
l.Layout.Tile = 'east';
end
end
function plt = plot_y_profile(obj, x, prop, ax)
if nargin < 4 || isempty(ax)
ax = gca;
disp('Creating axes')
end
[q, i] = BLprof(obj,x,prop);
size(q);
plot(ax, q, obj.yBL(i,:))