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Copy pathdo_local_lineshape_CKD.m
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do_local_lineshape_CKD.m
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function [out_array] = do_local_lineshape_CKD(outwave,out_array,AVOG,c2,...
temperature,press,partpress, GasAmt,...
CKD,CKD_0,selfmult,formult,profname,...
local,divide,ffin,nbox,MaxLen,MinLayer,Step,MaxLayer);
%% used by run8watercontinuum.m
MaxLenX = 50000;
if (ismember(CKD,[0 21 23 24 1 2 3 4 5 6 25 27 32]))
fprintf(1,'\n doing CKD continuum %3i lineshape = %2i \n',CKD,local);
haha = [outwave(1) outwave(end) mean(diff(outwave))];
fprintf(1,' outwave(1) outwave(end) diff(outwave) = %20.12f %20.12f %20.12f \n',haha);
fprintf(1,' length(outwave) MaxLen = %8i %8i \n',length(outwave),MaxLen)
dff=ffin*nbox;
if (length(outwave) <= MaxLenX) %can do it in one big chunk!
for jj=MinLayer:Step:MaxLayer %INNER LOOP 1..100 = bottom -> top
nn=(jj-MinLayer)/Step+1;
if (CKD_0 == 50)
scum = mst50(outwave,temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 51)
%%%scum = mst51(outwave,temperature,press,partpress,...
scum = mst51_tobin(outwave,temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 52)
scum = mst52(outwave,temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 53)
scum = mst53(outwave,temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 55)
scum = mst55(outwave,temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 56)
scum = mst56(outwave,temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 60)
scum = mst60(outwave,temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 5)
scum = tobin5(outwave,temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (ismember(CKD_0,[0 21 22 23 24 1 2 3 4 6]))
ponk = [jj press(jj) partpress(jj) temperature(jj) CKD];
str = 'using calconwater_loc in one gulp ... ii [p T pp] CKD = ';
fprintf(1,' %s %3i %8.6e %8.6e %8.6f %3i\n',str,ponk);
scum = calconwater_loc(1,length(outwave),outwave,dff,...
length(press),temperature,press,partpress,...
GasAmt,CKD,selfmult,formult,jj);
elseif (ismember(CKD_0,[25 27 32]))
ponk = [jj press(jj) partpress(jj) temperature(jj) CKD];
str = ...
'using calconwater_loc_ckd2p5,2p7,3p2 in one gulp ... ii [p T pp] CKD = ';
fprintf(1,'%s %3i %8.6e %8.6e %8.6f %3i\n',str,ponk)
if (ismember(CKD_0,25))
scum = calconwater_loc_ckd2p5(1,length(outwave),outwave,dff,...
length(press),temperature,press,partpress,...
GasAmt,CKD,selfmult,formult,jj);
elseif (ismember(CKD_0,27))
error('huh? CKD 27?')
scum = calconwater_loc_ckd2p7(1,length(outwave),outwave,dff,...
length(press),temperature,press,partpress,...
GasAmt,CKD,selfmult,formult,jj);
elseif (ismember(CKD_0,32))
scum = calconwater_loc_ckd3p2(1,length(outwave),outwave,dff,...
length(press),temperature,press,partpress,...
GasAmt,CKD,selfmult,formult,jj);
end
end
if (divide == -1)
tempfreq=ones(size(scum));
else
tempfreq = AVOG*GasAmt(jj)*outwave .* ...
tanh(c2*outwave/2/temperature(jj))* ...
(296/temperature(jj));
if ((selfmult >= 0.999999) & (formult <= 0.00000001))
tempfreq=tempfreq * partpress(jj);
elseif ((formult >= 0.999999) & (selfmult <= 0.00000001))
tempfreq=tempfreq * (press(jj)-partpress(jj));
end
end
if max(tempfreq) <= 1e-20
scum=scum./(tempfreq+1e-20); %% else we get divide by 0 = NAN
else
scum=scum./(tempfreq);
end
out_array(nn,:)=out_array(nn,:)+scum;
end
else % have to break it into frequency intervals
disp('using calconwater_loc in mini gulps...')
for jj=MinLayer:Step:MaxLayer %LOOP 1..100 = bottom -> top
nn=(jj-MinLayer)/Step+1;
index0=1:(MaxLenX-10);
number=floor(length(outwave)/(MaxLenX-10));
for kk=1:number %LOOP OVER FREQUENCY INTERVALS
index=index0+(kk-1)*(MaxLenX-10);
if (CKD_0 == 50)
scum = mst50(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 51)
%%%scum = mst51(outwave(index),temperature,press,partpress,...
scum = mst51_tobin(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 52)
scum = mst52(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 53)
scum = mst53(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 55)
scum = mst55(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 56)
scum = mst56(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 60)
scum = mst60(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 5)
scum = tobin5(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (ismember(CKD_0,[0 21 22 23 24 1 2 3 4 6]))
scum = calconwater_loc(1,length(index),outwave(index),dff,...
length(press),temperature,press,partpress,...
GasAmt,CKD,selfmult,formult,jj);
elseif (ismember(CKD_0,[25]))
scum =calconwater_loc_ckd2p5(1,length(index),outwave(index),dff,...
length(press),temperature,press,partpress,...
GasAmt,CKD,selfmult,formult,jj);
elseif (ismember(CKD_0,[27]))
error('huh? CKD 27?')
scum =calconwater_loc_ckd2p7(1,length(index),outwave(index),dff,...
length(press),temperature,press,partpress,...
GasAmt,CKD,selfmult,formult,jj);
elseif (ismember(CKD_0,[32]))
scum =calconwater_loc_ckd3p2(1,length(index),outwave(index),dff,...
length(press),temperature,press,partpress,...
GasAmt,CKD,selfmult,formult,jj);
end
if (divide == -1)
tempfreq=ones(size(scum));
else
tempfreq = AVOG*GasAmt(jj)*outwave(index) .* ...
tanh(c2*outwave(index)/2/temperature(jj))* ...
(296/temperature(jj));
if ((selfmult >= 0.999999) & (formult <= 0.00000001))
tempfreq=tempfreq * partpress(jj);
elseif ((formult >= 0.999999) & (selfmult <= 0.00000001))
tempfreq=tempfreq * (press(jj)-partpress(jj));
end
end
if max(tempfreq) <= 1e-20
scum=scum./(tempfreq+1e-20); %% else we get divide by 0 = NAN
else
scum=scum./(tempfreq);
end
out_array(nn,index)=out_array(nn,index)+scum;
end
%%see if anything left over
if (index(length(index))+1 <= length(outwave))
index=index(length(index))+1:length(outwave);
if (CKD_0 == 50)
scum = mst50(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 51)
%%%scum = mst51(outwave(index),temperature,press,partpress,...
scum = mst51_tobin(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 52)
scum = mst52(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 53)
scum = mst53(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 55)
scum = mst55(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 56)
scum = mst56(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 60)
scum = mst60(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (CKD_0 == 5)
scum = tobin5(outwave(index),temperature,press,partpress,...
GasAmt,CKD_0,selfmult,formult,jj,profname);
elseif (ismember(CKD_0,[0 21 22 23 24 1 2 3 4 6]))
scum = calconwater_loc(1,length(index),outwave(index),dff,...
length(press),...
temperature,press,partpress,GasAmt,CKD,selfmult,formult,jj);
elseif (ismember(CKD_0,[25]))
scum =calconwater_loc_ckd2p5(1,length(index),outwave(index),dff,...
length(press),...
temperature,press,partpress,GasAmt,CKD,selfmult,formult,jj);
elseif (ismember(CKD_0,[27]))
error('huh? CKD 27?')
scum =calconwater_loc_ckd2p7(1,length(index),outwave(index),dff,...
length(press),...
temperature,press,partpress,GasAmt,CKD,selfmult,formult,jj);
elseif (ismember(CKD_0,[32]))
scum =calconwater_loc_ckd3p2(1,length(index),outwave(index),dff,...
length(press),...
temperature,press,partpress,GasAmt,CKD,selfmult,formult,jj);
end
if (divide == -1)
tempfreq=ones(size(scum));
else
tempfreq = AVOG*GasAmt(jj)*outwave(index) .* ...
tanh(c2*outwave(index)/2/temperature(jj))* ...
(296/temperature(jj));
if ((selfmult >= 0.999999) & (formult <= 0.00000001))
tempfreq=tempfreq * partpress(jj);
elseif ((formult >= 0.999999) & (selfmult <= 0.00000001))
tempfreq=tempfreq * (press(jj)-partpress(jj));
end
end
if max(tempfreq) <= 1e-20
scum=scum./(tempfreq+1e-20); %% else we get divide by 0 = NAN
else
scum=scum./(tempfreq);
end
out_array(nn,index)=out_array(nn,index)+scum;
end
end
end %%%%if then else loop
end