% put together the submission to WDCA
% MN Evans 12 Sep 2019
% better late than never?
clear; close all

% tuned and untuned results for SNR=0.5:
% from 9/26/13 results, mkvslpp_new11.m

% from mkvslpp_new11.m notes:

% v11 3/11/14: based on v8, except calculate tuned PPs and add noise
% to them

% v11b 3/24/14: rerun, with SNR=0.5 -- *work11b.mat

load ../vslppwork11b.mat pp_p pp_t pp_tp pp_vsl0 pp_vslc pp_vslt ...
    treelat treelon parest0 parestc parestt param

t=1000:1:1990; % time (CE) for simulations

% Variables:

% 
% treelat: latitude of sites, on 5x5 ECHO-G grid, n=191 sites

% treelon: longitude of sites (2.5, 7.5, ... 357.5E), on 5x5 ECHO-G
% grid, n=191 sites

% param: all VSL parameters default from Tolwinski-Ward et al (2011)
% as defined in VSLite_v2_4.m:
% [syear,eyear,T1,T2,M1,M2,Mmax,Mmin,alph,m_th,mu_th,rootd,I_0,I_f]';

% parest0: default np x 4 (T1,T2,M1,M2) VSL parameters

% parestc: climatological np x 4 (T1,T2,M1,M2) VSL parameters

% parestt: tuned np x 4 (T1,T2,M1,M2) VSL parameters

% pp_p: P pseudoproxies, np x nt = 191 sites x 991 years

% pp_t: P pseudoproxies, np x nt = 191 sites x 991 years

% pp_tp: T,P pseudoproxies, np x nt = 191 sites x 991 years

% pp_vsl0: VSL pseudoproxies, default parameters, np x nt = 191 sites
% x 991 years

% pp_vslc: VSL pseudoproxies, climatological parameters, np x nt = 191
% sites x 991 years

% pp_vslt: VSL pseudoproxies, tuned parameters, np x nt = 191 sites
% x 991 years

save evans_etal2014_wdca_submit



