enderton/Diagnostics/DiagFieldParamA.m

ActTunitsA = 'K';
ActTrangeA = [190,310];
ActTcontourA = [190:10:310];

ETAunitsA = 'hPa';
ETArangeA = [-25,35];
ETAcontourA = [-25:5:35];

ThetaEcunitsA = 'K';
ThetaEcrangeA = [270,500];
ThetaEccontourA = [270:10:500];

SunitsA = 'g/kg';
SrangeA = [0,17];
ScontourA = [0:1:17];

TunitsA = 'K';
TrangeA = [250,500];
TcontourA = [250:10:500];

TempunitsA = 'K';
TemprangeA = [250,500];
TempcontourA = [250:10:500];

UunitsA = 'm/s';
UrangeA = [-60,60];
UcontourA = [-60:5:60];

fizhi_UunitsA = 'm/s';
fizhi_UrangeA = [-60,60];
fizhi_UcontourA = [-60:5:60];

uVelunitsA = 'm/s';
uVelrangeA = [-60,60];
uVelcontourA = [-60:5:60];

VunitsA = 'm/s';
VrangeA = [-15,15];
VcontourA = [-15:.5:15];

fizhi_VunitsA = 'm/s';
fizhi_VrangeA = [-15,15];
fizhi_VcontourA = [-15:.5:15];

vVelunitsA = 'm/s';
vVelrangeA = [-15,15];
vVelcontourA = [-15:.5:15];

WunitsA = 'hPa/s';
WrangeA = [-.001,.001];
WcontourA = [-.001:.00005:.001];

wVelunitsA = 'hPa/s';
wVelrangeA = [-.00025,.00025];
wVelcontourA = [-.00025:.00005:.00025];

PsiunitsA = '10^{9} kg/s';
PsirangeA = [-140,140];
PsicontourA = [-140:20:140];

TstdunitsA = 'K';
TstdrangeA = [0,10];
TstdcontourA = [0:1:10];

KEpriunitsA = 'm/s';
KEprirangeA = [0,25];
KEpricontourA = [0:2:25];

ETAstdunitsA = 'hPa';
ETAstdrangeA = [0,18];
ETAstdcontourA = [0:1:18];

phiHydunitsA = '???';
phiHydrangeA = [-15000,6000];
phiHydcontourA = [-15000:1000:6000];


% Aim physics package fields.
aim_RHunitsA = '%';
aim_RHrangeA = [0:1];
aim_RHcontourA = [0:.1:1.0];

USTRunitsA = 'Pa';
USTRrangeA = [-.15,.15];
USTRcontourA = [-.15:.01:.15];

VSTRunitsA = 'Pa';
VSTRrangeA = [-.1,.1];
VSTRcontourA = [-.1:.01:.1];

TSRunitsA = 'W/m^2';
TSRrangeA = [0,350];
TSRcontourA = [0:25:250];

OLRunitsA = 'W/m^2';
OLRrangeA = [170,290];
OLRcontourA = [170:10:290];

SSRunitsA = 'W/m^2';
SSRrangeA = [0,300];
SSRcontourA = [0:25:300];

SLRunitsA = 'W/m^2';
SLRrangeA = [0,130];
SLRcontourA = [0:10:130];

SHFunitsA = 'W/m^2';
SHFrangeA = [-40,60];
SHFcontourA = [-40:5:60];

EVAPunitsA = 'gm^{-2}s^{-1}';
EVAPrangeA = [0,0.1];
EVAPcontourA = [0:.01:.1];

PRECNVunitsA = 'gm^{-2}s^{-1}';
PRECNVrangeA = [0,.1];
PRECNVcontourA = [0:.01:.1];

PRECLSunitsA = 'gm^{-2}s^{-1}';
PRECLSrangeA = [0,.045];
PRECLScontourA = [0:.005:.045];

CLOUDCunitsA = 'frac';
CLOUDCrangeA = [0,1];
CLOUDCcontourA = [0:.1:1];

CLTOPunitsA = 'NormPre';
CLTOPrangeA = [0,1];
CLTOPcontourA = [0:.1:1];

CBMFunitsA = 'MassFlx';
CBMFrangeA = [0,6e-5];
CBMFcontourA = [0:.5e-5:6e-5];

DRAGunitsA = 'Cd*Rho*|V|';
DRAGrangeA = [0.005,0.012];
DRAGcontourA = [0.005:0.001:0.012];

aimV0unitsA = 'm/s';
aimV0rangeA = [5,13];
aimV0contourA = [5:1:13];

aimT0unitsA = 'K';
aimT0rangeA = [254,311];
aimT0contourA = [254:5:311];

aimQ0unitsA = 'g/kg';
aimQ0rangeA = [0,17];
aimQ0contourA = [0,17];

EnFxPrunitsA = 'W/m^2';
EnFxPrrangeA = [-6,15];
EnFxPrcontourA = [-6:1:15];

albedounitsA = 'frac';
albedorangeA = [0,1];
albedocontourA = [0:.1:1];

dTsurfunitsA = 'K';
dTsurfrangeA = [0,.05];
dTsurfcontourA = [0:.001:.05];

TotPunitsA = 'gm^{-2}s^{-1}';
TotPrangeA = [0,.08];
TotPcontourA = [0:.01:.08];

EmPunitsA = 'gm^{-2}s^{-1}';
EmPrangeA = [-.1,.12];
EmPcontourA = [-.1:.01:.12];
1	enderton	1.2	ActTunitsA = 'K';
2			ActTrangeA = [190,310];
3			ActTcontourA = [190:10:310];
4
5			ETAunitsA = 'hPa';
6			ETArangeA = [-25,35];
7			ETAcontourA = [-25:5:35];
8
9	enderton	1.3	ThetaEcunitsA = 'K';
10			ThetaEcrangeA = [270,500];
11			ThetaEccontourA = [270:10:500];
12	enderton	1.2
13	enderton	1.1	SunitsA = 'g/kg';
14			SrangeA = [0,17];
15			ScontourA = [0:1:17];
16
17			TunitsA = 'K';
18	enderton	1.3	TrangeA = [250,500];
19			TcontourA = [250:10:500];
20	enderton	1.1
21			TempunitsA = 'K';
22	enderton	1.3	TemprangeA = [250,500];
23			TempcontourA = [250:10:500];
24	enderton	1.1
25			UunitsA = 'm/s';
26	molod	1.4	UrangeA = [-60,60];
27			UcontourA = [-60:5:60];
28
29			fizhi_UunitsA = 'm/s';
30			fizhi_UrangeA = [-60,60];
31			fizhi_UcontourA = [-60:5:60];
32	enderton	1.1
33	enderton	1.2	uVelunitsA = 'm/s';
34	molod	1.4	uVelrangeA = [-60,60];
35			uVelcontourA = [-60:5:60];
36	enderton	1.2
37	enderton	1.1	VunitsA = 'm/s';
38			VrangeA = [-15,15];
39			VcontourA = [-15:.5:15];
40
41	molod	1.4	fizhi_VunitsA = 'm/s';
42			fizhi_VrangeA = [-15,15];
43			fizhi_VcontourA = [-15:.5:15];
44
45	enderton	1.2	vVelunitsA = 'm/s';
46			vVelrangeA = [-15,15];
47			vVelcontourA = [-15:.5:15];
48
49	enderton	1.1	WunitsA = 'hPa/s';
50			WrangeA = [-.001,.001];
51			WcontourA = [-.001:.00005:.001];
52
53			wVelunitsA = 'hPa/s';
54			wVelrangeA = [-.00025,.00025];
55			wVelcontourA = [-.00025:.00005:.00025];
56
57			PsiunitsA = '10^{9} kg/s';
58			PsirangeA = [-140,140];
59			PsicontourA = [-140:20:140];
60
61			TstdunitsA = 'K';
62			TstdrangeA = [0,10];
63			TstdcontourA = [0:1:10];
64
65			KEpriunitsA = 'm/s';
66			KEprirangeA = [0,25];
67			KEpricontourA = [0:2:25];
68
69			ETAstdunitsA = 'hPa';
70			ETAstdrangeA = [0,18];
71			ETAstdcontourA = [0:1:18];
72
73			phiHydunitsA = '???';
74			phiHydrangeA = [-15000,6000];
75			phiHydcontourA = [-15000:1000:6000];
76
77
78			% Aim physics package fields.
79			aim_RHunitsA = '%';
80			aim_RHrangeA = [0:1];
81			aim_RHcontourA = [0:.1:1.0];
82
83			USTRunitsA = 'Pa';
84			USTRrangeA = [-.15,.15];
85			USTRcontourA = [-.15:.01:.15];
86
87			VSTRunitsA = 'Pa';
88			VSTRrangeA = [-.1,.1];
89			VSTRcontourA = [-.1:.01:.1];
90
91			TSRunitsA = 'W/m^2';
92			TSRrangeA = [0,350];
93			TSRcontourA = [0:25:250];
94
95			OLRunitsA = 'W/m^2';
96			OLRrangeA = [170,290];
97			OLRcontourA = [170:10:290];
98
99			SSRunitsA = 'W/m^2';
100			SSRrangeA = [0,300];
101			SSRcontourA = [0:25:300];
102
103			SLRunitsA = 'W/m^2';
104			SLRrangeA = [0,130];
105			SLRcontourA = [0:10:130];
106
107			SHFunitsA = 'W/m^2';
108			SHFrangeA = [-40,60];
109			SHFcontourA = [-40:5:60];
110
111			EVAPunitsA = 'gm^{-2}s^{-1}';
112			EVAPrangeA = [0,0.1];
113			EVAPcontourA = [0:.01:.1];
114
115			PRECNVunitsA = 'gm^{-2}s^{-1}';
116			PRECNVrangeA = [0,.1];
117			PRECNVcontourA = [0:.01:.1];
118
119			PRECLSunitsA = 'gm^{-2}s^{-1}';
120			PRECLSrangeA = [0,.045];
121			PRECLScontourA = [0:.005:.045];
122
123			CLOUDCunitsA = 'frac';
124			CLOUDCrangeA = [0,1];
125			CLOUDCcontourA = [0:.1:1];
126
127			CLTOPunitsA = 'NormPre';
128			CLTOPrangeA = [0,1];
129			CLTOPcontourA = [0:.1:1];
130
131			CBMFunitsA = 'MassFlx';
132			CBMFrangeA = [0,6e-5];
133			CBMFcontourA = [0:.5e-5:6e-5];
134
135			DRAGunitsA = 'CdRho\|V\|';
136			DRAGrangeA = [0.005,0.012];
137			DRAGcontourA = [0.005:0.001:0.012];
138
139			aimV0unitsA = 'm/s';
140			aimV0rangeA = [5,13];
141			aimV0contourA = [5:1:13];
142
143			aimT0unitsA = 'K';
144			aimT0rangeA = [254,311];
145			aimT0contourA = [254:5:311];
146
147			aimQ0unitsA = 'g/kg';
148			aimQ0rangeA = [0,17];
149			aimQ0contourA = [0,17];
150
151			EnFxPrunitsA = 'W/m^2';
152			EnFxPrrangeA = [-6,15];
153			EnFxPrcontourA = [-6:1:15];
154
155			albedounitsA = 'frac';
156			albedorangeA = [0,1];
157			albedocontourA = [0:.1:1];
158
159			dTsurfunitsA = 'K';
160			dTsurfrangeA = [0,.05];
161			dTsurfcontourA = [0:.001:.05];
162
163			TotPunitsA = 'gm^{-2}s^{-1}';
164			TotPrangeA = [0,.08];
165			TotPcontourA = [0:.01:.08];
166
167			EmPunitsA = 'gm^{-2}s^{-1}';
168			EmPrangeA = [-.1,.12];
169	molod	1.4	EmPcontourA = [-.1:.01:.12];