Solar Software (nimajamshidi): ubcal - File Exchange

No BSD License

Highlights from
Solar Software (nimajamshidi)

IFIG()
aa()
airmass()
boundconductance()
collector()
collectoreficncyfactor()
declination()
go()
ht()
incidence()
nnnn()
qu() This is the machine-generated representation of a Handle Graphics object
reflectionfactor()
solartime()
solartransmitance()
solartransmitref() This is the machine-generated representation of a Handle Graphics object
stfinefficiency()
sunset() This is the machine-generated representation of a Handle Graphics object
t1
ta()
transition()
trn()
ttt()
ue()
ul() This is the machine-generated representation of a Handle Graphics object
zenith()
[yout,tout]=check_3D_step_mcg... Does forward integration ONE STEP ONLY for a 3D walker with
[yout]=int_3D_step_mcg(t0,tfi... Does forward integration ONE STEP ONLY for a 3D walker with
aacal
airmasscal
boundconductancecal
callsunset
collectoreficncyfactorcal
declinationcal
htcal
ifigcal
incidencecal msgbox('solar software','calculating')
irradiancecal
out=init_graphics_3D(y,y3incr... Code by Mariano Garcia (garcia@tam.cornell.edu), 1998
popupcall
qucal
reflectcal
solartimecal
stfinefficiencycal
tacal
tcal
transitioncal
trncal
ubcal
uecal
ulcal
utcal
zenithcal
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from Solar Software (nimajamshidi) by nima jamshidi
solar software for estimating solar and collector parameter

ubcal

function ubcal
h1=findobj(0,'tag','ubf');
m=findobj(h1,'tag','EditText1');
kK=get(m,'string');
k=str2num(kK)
ml=findobj(h1,'tag','EditText2');
lK=get(ml,'string');
l=str2num(lK)
ub=k/l
msgbox(num2str(ub),'back loss coefficient')

Highlights from Solar Software (nimajamshidi)

Highlights from
Solar Software (nimajamshidi)