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plot_init(fignum,
w,
h)
initializes plot number fignum with width w and height h |
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gaussfunc(y,
ybar,
sigma)
cumulative normal distribution function of the variable y with
mean ybar,standard deviation sigma uses expression 7.1.26 from
Abramowitz & Stegun accuracy better than 1.5e-7 absolute |
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k_s(X)
finds the probability that the data are distributed as func - used
method of Numerical Recipes (Press et al., 1986) |
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qsnorm(p)
rational approximation for x where q(x)=d, q being the cumulative
normal distribution function. |
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| plotXY(fignum,
X,
Y,
sym,
xlab,
ylab,
title) |
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plotQQunf(fignum,
D,
title)
plots data against a uniform distribution in 0=>360. |
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plotQQexp(fignum,
I,
title)
plots data against an exponential distribution in 0=>90. |
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plotNET(fignum)
draws circle and tick marks for equal area projection |
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plotGC(fignum,
pole)
function to put a great circle on an equal area projection plot,
fig,fignum |
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plotZED(ZED,
datablock,
angle,
s)
function to make equal area plot and zijderveld plot |
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plotDir(ZED,
pars,
datablock,
angle)
function to put the great circle on the equal area projection and
plot start and end points of calculation |
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| plotSHAW(SHAW,
shawblock,
zijdblock,
field,
s) |
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plotLNP(fignum,
s,
datablock,
fpars,
direction_type_key)
plots lines and planes on a great circle with alpha 95 and
mean |
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dimap(D,
I)
FUNCTION TO MAP DECLINATION, INCLINATIONS INTO EQUAL AREA
PROJECTION, X,Y |
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plotEQ(fignum,
DIblock,
s)
plots directions |
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plotEVEC(fignum,
Vs,
symsize,
title)
plots eigenvector directions of S vectors |
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plotELL(fignum,
pars,
col,
lower)
function to calculate points on an ellipse about Pdec,Pdip with
angle beta,gamma |
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plotHYS(fignum,
B,
M,
s)
function to plot hysteresis data |
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plotDM(fignum,
B,
DM,
Bcr,
s)
function to plot Delta M curves |
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plotDDM(fignum,
Bdm,
DdeltaM,
s)
function to plot d (Delta M)/dB curves |
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plotHDD(HDD,
B,
M,
s)
function to make hysteresis, deltaM and DdeltaM plots |
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plotDay(fignum,
BcrBc,
S,
sym)
function to plot Day plots |
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plotSBc(fignum,
Bc,
S,
sym)
function to plot Squareness,Coercivity |
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plotSBcr(fignum,
Bcr,
S,
sym)
function to plot Squareness,Coercivity of remanence |
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plotBcr(fignum,
Bcr1,
Bcr2)
function to plot two estimates of Bcr against each other |
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plotHPARS(HDD,
hpars,
sym)
function to plot hysteresis parameters |
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plotIRM(fignum,
B,
M,
title)
function to plot IRM backfield curves |
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plotXTF(fignum,
XTF,
Fs,
e,
b)
function to plot series of chi measurements as a function of
temperature, holding field constant and varying frequency |
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plotXTB(fignum,
XTB,
Bs,
e,
f)
function to plot series of chi measurements as a function of
temperature, holding frequency constant and varying B |
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plotXFT(fignum,
XF,
T,
e,
b)
function to plot series of chi measurements as a function of
temperature, holding field constant and varying frequency |
source code
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plotXBT(fignum,
XB,
T,
e,
b)
function to plot series of chi measurements as a function of
temperature, holding field constant and varying frequency |
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plotzfcfc(MT,
e)
function to plot zero-field cooled, field cooled data |
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plotltc(LTC_CM,
LTC_CT,
LTC_WM,
LTC_WT,
e)
function to plot low temperature cycling experiments |
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| plotANIS(ANIS,
Ss,
iboot,
ihext,
ivec,
ipar,
title,
plt,
comp,
vec,
Dir) |
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| plotTRM(fig,
B,
TRM,
Bp,
Mp,
NLpars,
title) |
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plotCONF(fignum,
s,
datablock,
pars,
new)
plots directions and confidence ellipses |
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| plotX(fignum,
x,
y,
xmin,
xmax,
ymin,
ymax) |
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| addBorders(Figs,
titles,
border_color,
text_color) |
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