home
***
CD-ROM
|
disk
|
FTP
|
other
***
search
/
PC World 2006 November
/
PCWorld_2006-11_cd.bin
/
domacnost a kancelar
/
findgraph
/
fgraph.exe
/
{app}
/
Models
/
Famous.dll
/
string.txt
Wrap
Text File
|
2006-06-06
|
13KB
|
436 lines
1000 Polynomial
1010 Const
1011 y = aa
1020 Straight Line
1021 y = aa + bb*x
1030 Parabola
1031 y = aa + bb*x + cc*x^2
1040 Polynomial4
1041 y = aa + bb*x + cc*x^2 + dd*x^3
1050 Polynomial5
1051 y = aa + bb*x + cc*x^2 + dd*x^3 + gg*x^4
1060 ParabolaSqrt
1061 y = aa + bb*x^2 + cc*sqrt(x)
1070 PolynomialSqrt 3
1071 y = aa + bb*sqrt(x) + cc*x
1080 PolynomialSqrt 4
1081 y = aa + bb*sqrt(x) + cc*x + dd*x^1.5
1090 Polynomial with fixed point
1091 y = y0 + cc*(x-x0) + dd*(x-x0)^2 + gg*(x-x0)^3 + hh*(x-x0)^4, x0=aa, y0=bb
1100 Polynomial (X-X1)(X-X2)
1101 y = aa + bb*(x-cc)*(x-dd)
1110 Polynomial (X-X1)(X-X2)(X-X3)
1111 y = aa + bb*(x-cc)*(x-dd)*(x-gg)
1120 Polynomial (X-X1)(X-X2)(X-X3)(X-X4)
1121 y = aa + bb*(x-cc)*(x-dd)*(x-gg)*(x-hh)
1130 Polynomial (X-X1)(X-X2)(X-X3)(X-X4)(X-X5)
1131 y = aa + bb*(x-cc)*(x-dd)*(x-gg)*(x-hh)*(x-kk)
1510 Linear regression
1560 Fourier
2000 Exponential
2010 Exponential 1
2011 y = bb^x
2020 Exponential 2-1
2021 y = ab*exp(bb*x)
2030 Exponential 2-2
2031 y = ab*exp(-bb*x)
2040 Exponential 2-3
2041 y = exp(aa-bb*x)
2050 Exponential 2-4
2051 y = aa*bb^x
2060 Exponential3
2061 y = aa + bb*exp(-cc*x)
2070 Stirling
2071 y = aa + bb*(exp(cc*x)-1)/cc
2100 ExpDecay 4
2101 y = aa + bb*exp(-(x-dd)/cc)
2110 ExpDecay 5
2111 y = aa + bb*exp(-x/cc) + dd*exp(-x/gg)
2120 Exp2Decay 5
2121 y = aa*exp(-(x-dd)/cc) + bb*exp(-(x-dd)/gg)
2130 ExpDecay 7
2131 y = aa + bb*exp(-x/cc) + dd*exp(-x/gg) + hh*exp(-x/kk)
2200 ExpGrowth 3
2201 y = aa + bb*exp(x/cc)
2210 ExpGrowth 4
2211 y = aa + bb*exp((x-dd)/cc)
2220 Exp2Growth 5-1
2221 y = aa + bb*exp(x/cc) + dd*exp(x/gg)
2230 Exp2Growth 5-2
2231 y = aa*exp((x-dd)/cc) + b*exp((x-dd)/gg)
2240 ExpGrowth 7
2241 y = aa + bb*exp(x/cc) + dd*exp(x/gg) + hh*exp(x/kk)
2300 Modified Exponential 2
2301 y = aa*exp(bb/x)
2310 Modified Exponential 3
2311 y = aa*exp(bb/(x+cc))
2320 Exp and Linear
2321 y = aa + bb*x + cc*exp(-x/dd)
2330 Shah
2331 y = aa + bb*x + cc*dd^x
2340 Yeild-fertilizer
2341 y = aa + cc*dd^x
2350 Vapor Pressure Model
2351 y = exp(aa+bb/x+cc*ln(x))
2360 ExpGauss
2361 y = exp(aa+bb*x+cc*x^2)
3000 Logarithm
3010 Logarithm 1
3011 y = ln(x-aa)
3020 Logarithm 2-1
3021 y = b*ln(x-aa)
3030 Logarithm 2-2
3031 y = aa + bb*ln(x)
3040 Logarithm 3-1
3041 y = aa + bb*ln(x-cc)
3050 Logarithm 3-2
3051 y = aa - bb*ln(x+cc)
3060 Bradley
3061 y = aa*ln(-bb*ln(x))
3070 Logarithm Polynomial
3071 y = aa + bb*ln(1+cc*x+dd*x^2)
4000 Power
4010 Power Fit
4011 y = aa*x^bb
4020 Allometric
4021 y = aa+cc*x^bb
4030 Power Series
4031 y = aa+cc*x^bb+gg*x^dd
4040 Shifted Power 2
4041 y = aa*(1 + x)^bb
4050 Shifted Power 3
4051 y = aa*(x-cc)^bb
4060 Shifted Power 4
4061 y = aa*(x-cc)^bb + dd
4070 Gamma
4071 y = aa*(x/bb)^c*exp(aa/bb)
4080 Geometric
4081 y = aa*x^(bb*x)
4090 Modified Geometric
4091 y = aa*x^(bb/x)
4100 Root Fit
4101 y = aa^(1/x)
4110 Hoerl
4111 y = aa*(bb^x)*(x^cc)
4120 Freundlich
4121 y = aa*x^(bb*x^(-cc))
4130 Gunary
4131 y = x/(aa + bb*x + cc*sqrt(x))
4140 Langmuir
4141 y = (aa*bb*x^(1-cc))/(1 + bb*x^(1-cc))
4150 Pareto
4151 y = 1 - 1/x^aa
5000 Hyperbola
5010 Saturation Growth
5011 y = aa*x/(bb + x)
5020 Double Hyperbola
5021 y = aa*x/(bb + x) + c*x/(dd + x) + gg*x
5030 Generalized Hyperbola
5031 y = aa - bb/(1 + cc*x)^(1/dd)
5040 Bent Hyperbola
5041 y = aa+bb*x-sqrt((cc+bb*x)^2+dd^2)
5050 Heat-Capacity Model
5051 y = aa + bbx + cc/x^2
5060 Inverse
5061 y = aa+bb/x+cc/x^2
6000 Rational
6010 Rational 2
6011 y = aa / (bb + x)
6020 Rational 3
6021 y = aa / (bb + x) + cc
6030 Rational 4
6031 y = (aa + bb*x) / (1 + cc*x + dd*x^2)
6040 Rational 5
6041 y = (aa + bb*x + cc*x^2) / (1 + dd*x + gg*x^2)
6050 Rational 7
6051 y = (aa + bb*x + cc*x^2 + dd*x^3) / (1 + gg*x + hh*x^2 + kk*x^3)
6060 Nelder
6061 y = (x + aa) / (bb + cc*(x+aa) + dd*(x+aa)^2)
6070 BET
6071 y = x/(aa+bb*x-(aa+bb)*x*x)
7000 Sigmoidal
7010 Gompertz Model
7011 y = aa * exp (-exp(-bb*(x - cc)))
7020 Logistic Model
7021 y = aa / (1 + exp(-bb*(x - cc)))
7030 Richards Model
7031 y = aa / (1 + exp(-bb*(x - cc))^(1/dd)
7040 Boltzmann
7041 y = aa + (bb-aa) /(1+exp(-(x-cc)/dd))
7050 Weibull
7051 y = aa * (1 - exp( -(bb*(x-cc))^dd) )
7060 MMF Model
7061 y = (aa*bb + cc*x^dd)/(bb + x^dd)
7070 Hill
7071 y = aa*x^dd / (cc^dd+x^dd)
7080 Dose Response
7081 y = aa + bb / (1 + 10^(cc*x+dd))
7090 Logistic 4
7091 y = aa + (bb-aa) /(1+(x/cc)^dd)
7100 Logistic 5
7101 y = aa + (bb-aa) /(1+((x-cc)/dd)^gg)
8000 Peak
8010 Beta Distribution
8011 y = aa + bb*z^gg*(1-z)^hh, z = (x-cc)/dd
8020 Extreme
8021 y = aa + bb*exp(-exp(-z)-z+1), z = (x-cc)/dd
8030 Gaussian
8031 y = aa + bb*exp(-0.5*((x-cc)/dd)^2)
8040 Log Normal
8041 y = aa + bb*exp(-(ln(x)-cc)^2/dd)
8050 Logistic Peak
8051 y = aa + bb*exp(-z)/(1+exp(-z))^2, z = (x-cc)/dd
8060 Lorentz Equation
8061 y = aa+bb*(cos(x-cc))^dd
8070 Lorentz Peak
8071 y = aa + bb*dd/(4*(x-cc)^2 + dd^2)
8080 Bell
8081 y = aa + bb/(1+(x-cc)^2)^dd
8090 Pulse
8091 y = aa + bb*(1-exp(-(x-cc)/dd))^gg * exp(-(x-cc)/hh)
8100 Rectangle function
8101 y = aa+bb if cc-dd < x < cc+dd, else y = aa
8110 Triangle function
8111 y = aa+bb*(x-cc+dd)/dd if cc-dd < x < cc, else y = aa+bb*(cc+dd-x)/dd if x < cc+dd, else y = aa
8120 Asym. Gaussian
8121 y = aa + bb*exp(-(x-cc)^2/2dd^2) if x < cc, else y = aa + bb*exp(-(x-cc)^2/2gg^2)
8130 Asym. Power
8131 y = aa + bb*(x-cc)^dd if x < cc, else y = aa + bb*(x-cc)^gg
8140 Asym. Sigmoidal
8141 y = aa+ bb*(1/(1+exp(-(x-cc+gg/2)/dd)))*(1-1/(1+exp(-(x-cc-gg/2)/hh)))
8150 Inverse Polynomial
8151 y = aa + bb/(1 + gg*z^2 + hh*z^4 + kk*z^6), z=2(x-cc)/dd
8160 Pseudo-Voigt
8161 y = aa + bb*(gg/dd/(1+(2(x-cc)/dd)^2) + (1-gg)/hh*exp(-(2(x-cc)/hh)^2))
8170 Gram-Charlier
8171 aa+ bb/dd/sqr(2pi)*exp(-z^2/2)*(1+H3*gg +H4*hh), z=(x-cc)/dd, H3(z)=(z3-3z)/6, H4(z)=(z4-6z3+3)/24
8180 Edgeworth-Cramer
8181 y = aa+ bb/dd/sqr(2pi)*exp(-z^2/2)*(1+H3*gg +H4*hh + H6*kk), z=(x-cc)/dd, H3(z)=(z3-3z)/6, H4(z)=(z4-6z3+3)/24, H6(z)=(z6-15z4+45z2-15)/72
8190 Beta Distribution*Exp
8191 y = aa + bb*(x-cc)^dd/(1+exp(x-gg)/kk)^hh
8200 Double exponential
8201 y = aa + bb*exp(-abs(x-cc)/dd)
8210 Weibull distribution
8211 y = aa + bb*z^(gg-1)*exp(-z^g), z = (x-cc)/dd
9000 Waveform
9010 Sinusoidal Fit
9011 y = aa + bb*cos(cc*x + dd)
9020 Sine
9021 y = aa*sin(PI*(x-bb)/cc)
9030 Sine2
9031 y = aa+bb*sin(PI*(x-cc)/dd)
9040 Sine Damp
9041 y = aa*sin(PI*(x-bb)/cc) * exp(-x/dd)
9050 Decaying Sinusoid
9051 y = (aa+bb*sin(cc*x+gg)) * exp(-x/dd)
9060 SineSqr
9061 y = aa*(sin(PI*(x-bb)/cc))^2
9070 SineSqr2
9071 y = aa+bb*(sin(PI*(x-cc)/dd))^2
9080 Truncated Fourier 1
9081 y = aa*cos(x+dd)+bb*cos(2*x+dd)+cc*cos(3*x+dd)
9090 Truncated Fourier 2
9091 y = aa+bb*cos(x+dd)+cc*cos(2*x+dd)+gg*cos(3*x+dd)
9100 Sinc
9101 y = aa+bb*sin(z)/z, z=PI*(x-cc)/dd
9200 SinSum2
9201 y = aa+bb*sin(PI*(x-cc)/dd)+gg*sin(PI*(x-hh)/kk)
9300 SinSum3
9301 y = aa+bb*sin(PI*x/cc)+dd*sin(PI*x/gg)+hh*sin(PI*x/kk)
10000 Asymptotic
10010 Asymptotic 1
10011 y = 1 - exp(-aa*x)
10020 Asymptotic 2-1
10021 y = 1 - aa^x
10030 Asymptotic 2-2
10031 y = cc+aa*(1-exp(-bbx))
10040 Asymptotic 3-1
10041 y = aa - bb*cc^x
10050 Asymptotic 3-2
10051 y = aa*(bb-exp(-ccx))
10060 Monomolecular 3-1
10061 y = aa*(1 - exp(-bb*(x-cc)))
10070 Monomolecular 3-2
10071 y = aa - b*exp(-cc*x)
10080 Box Lucas 2-1
10081 y = aa*(1 - exp(-bb*x))
10090 Box Lucas 2-2
10091 y = (aa/(aa-bb))*(exp(-bb*x) - exp(-aa*x))
10100 Chapman
10101 y = aa*(1 - exp(-bb*x))^cc
10110 Power Asymptotic 2-1
10111 y = aa*(1 - x^(-bb))
10120 Power Asymptotic 2-2
10121 y = 1 - 1/(1 + aa*x)^bb
10200 Reciprocal Model
10201 y = 1 / (aa + bb*x)
10210 Reciprocal Quadratic
10211 y = 1 / (aa + bb*x + cc*x^2)
10220 Reciprocal Logarithm
10221 y = 1/(aa+bb*ln(x))
10230 Bleasdale-Nelder3
10231 y = (aa + bb*x)^(-1/cc)
10240 Bleasdale-Nelder4
10241 y = (aa + bb*x^dd)^(-1/cc)
10250 Harris
10251 y = 1/(aa + bb*x^cc)
20000 Cartesian
20001 Polar
20002 Parametric
20010 Astroid
20011 x2/3 + y2/3 = aa^2/3
20013 x = aa*(cos(u))^3
20014 y = aa*(sin(u))^3
20020 Cardioid
20021 (x^2 + y^2 - 2aa*x)^2 = 4*aa^2*(x^2 + y^2)
20022 R = 2aa*(1 + cos(u))
20023 x = aa*(2*cos(u) - cos(2*u))
20024 y = aa*(2*sin(u) - sin(2(u))
20030 Catenary
20031 y = aa*cosh(x/aa)
20040 Cayley's Sextic
20041 4(x^2 + y^2 - aa*x)3 = 27*a^2*(x^2 + y^2)^2
20042 R = 4aa*(cos(u/3))^3
20050 Circle
20051 x^2 + y^2 = aa^2
20052 R = aa
20053 x = aa*cos(u)
20054 y = aa*sin(u)
20060 Cissoid of Diocles
20061 y^2 = x^3/(2*aa - x)
20062 R = 2aa*tan(u)*sin(u)
20070 Cochleoid
20072 R = aa*sin(u)/u
20080 Conchoid
20081 (x - bb)^2*(x^2 + y^2) - aa^2*x^2 = 0
20082 R = aa + bb/cos(u)
20090 Conchoid of de Sluze
20091 aa*(x - aa)(x^2 + y^2) = cc^2*x^2
20092 aa*(r*cos(u) - aa) = bb^2*(cos(u))^2
20100 Cycloid
20103 x = aa*u - bb*sin(u)
20104 y = aa - bb*cos(u)
20110 Devil's Curve
20112 R = a*sqrt[(25 - 24(tan(u))^2)/(1 - (tan(u))^2)]
20120 Double Folium
20121 (x^2 + y^2)^2 = 4aa*x*y^2
20122 R = 4*aa*cos(u)*(sin(u))^2
20130 Eight Curve
20131 x^4 = aa^2*(x^2-y^2)
20132 R^2 = aa^2*cos(2*u)/(cos(u))^4
20140 Ellipse
20141 x^2/aa^2 + y^2/bb^2 = 1
20143 x = aa*cos(u)
20144 y = bb*sin(u)
20150 Epicycloid
20153 x = (aa + bb)*cos(u) - bb*cos((aa/bb + 1)*u)
20154 y = (aa + bb)*sin(u) - bb*sin((aa/bb + 1)*u)
20160 Epitrochoid
20163 x = (aa + bb)*cos(u) - cc*cos((aa/bb + 1)*u)
20164 y = (aa + bb)*sin(u) - cc*sin((aa/bb + 1)*u)
20170 Equiangular Spiral
20172 R = aa*exp(u/tan(bb))
20180 Fermat's Spiral
20182 R^2 = a^2*u
20190 Folium
20192 R = -bb*cos(u) + 4*aa*cos(u)*sin(u)*sin(u)
20200 Folium of Descartes
20203 x = 3*aa*u/(1 + u^3)
20204 y = 3*aa*u^2/(1 + u^3)
20210 Freeth's Nephroid
20212 R = aa*(1 + 2*sin(u/2))
20220 Hyperbola
20221 x^2/aa^2 - y^2/bb^2 = 1
20223 x = aa/cos(u)
20224 y = bb*tan(u)
20230 Hyperbolic Spiral
20232 R = aa/u
20240 Hypocycloid
20243 x = (aa - bb)*cos(u) + bb*cos((aa/bb - 1)*u)
20244 y = (aa - bb)*sin(u) - bb*sin((aa/bb - 1)*u)
20250 Hypotrochoid
20253 x = (aa - bb)*cos(u) + cc*cos((aa/bb -1)*u)
20254 y = (aa - bb)*sin(u) - cc*sin((aa/bb -1)*u)
20260 Involute of a Circle
20263 x = aa*(cos(u) + u*sin(u))
20264 y = aa*(sin(u) - u*cos(u))
20270 Kampyle of Eudoxus
20271 aa^2x^4 = bb^4(x^2 + y^2)
20272 R = bb^2/(aa*(cos(u))^2)
20280 Kappa Curve
20281 y^2*(x^2 + y^2) = aa^2*x^2
20282 R = aa/tan(u)
20290 Lame Curves
20291 (x/aa)^cc + (y/bb)^cc = 1
20293 x=aa*cos(u)^(2/cc)
20294 y=aa*sin(u)^(2/cc)
20300 Lemniscate of Bernoulli
20302 r^2 = a^2*cos(2*u)
20310 Limacon of Pascal
20312 R = bb + 2*aa*cos(u)
20320 Lissajous Curves
20323 x = aa*sin(dd*u + cc)
20324 y = bb*sin(u)
20330 Lituus
20332 R^2 = a^2/u
20340 Neile's Semi-cubical Parabola
20341 y^3 = a*x^2
20350 Nephroid (kidney shaped)
20353 x = aa*(3*cos(u) - cos(3*u))
20354 y = aa*(3*sin(u) - sin(3*u))
20360 Newton's Diverging Parabolas
20361 aa*y^2 = x*(x^2 - 2*bb*x + cc), a > 0
20370 Parabola
20371 y = aa*x^2 + bb*x + cc
20380 Pearls of Sluze
20381 y = bb*(aa - x)^cc*x^dd
20390 Pear-shaped Quartic
20391 bb^2*y^2 = x^3*(aa-x)
20400 Plateau Curves
20403 x = aa*sin(bb + cc)*u/sin((bb - cc)*u)
20404 y = 2*aa*sin(bb*u)*sin(cc*u)/sin((bb - cc)*u)
20410 Pursuit Curve
20411 y = aa*x^2 - log(x)
20420 Quadratrix of Hippias
20421 y = x/tan(x/2/aa)
20422 R = 2*aa*u/(PI*sin(u))
20430 Rhodonea Curves
20432 R = aa* sin(bb*u)
20440 Right Strophoid
20441 y^2 = x^2*(aa - x)/(aa + x)
20442 R = bb*sin(aa - 2*u)/sin(aa - u)
20450 Serpentine
20451 x^2*y + aa*bb*y - a^2*x = 0, aa*bb > 0
20460 Sinusoidal Spirals
20462 R^bb = aa^bb*cos(bb*u)
20470 Spiral of Archimedes
20472 R = aa *u
20480 Spiric Sections
20481 (bb^2 - aa^2+ cc^2 + x^2 + y^2)^2 = 4*bb^2*(x^2 + c^2)
20490 Straight Line
20491 y = aa*x + bb
20493 x = aa*u + bb
20494 y = cc*u + dd
20500 Talbot's Curve
20503 x = (aa^2 + cc^2*(sin(u))^2)*cos(u)/aa
20504 y = (aa^2 - 2*cc^2 + cc^2*(sin(u))^2)*sin(u)/bb
20510 Tractrix (equitangential curve)
20513 x = aa/cosh(u)
20514 y = u - tanh(u)
20520 Tricuspoid (or deltoid)
20523 x = aa*(2*cos(u) + cos(2*u))
20524 y = aa*(2*sin(u) - sin(2*u))
20530 Trifolium (leaf-shaped)
20532 R = -bb*cos(u) + 4*aa*cos(u)*sin(u)*sin(u)
20540 Trisectrix of Maclaurin
20541 y^2*(aa + x) = x^2*(3*aa - x)
20542 R = 2*aa*sin(3*u)/sin(2*u)
20550 Tschirnhaus'S Cubic
20551 3*aa*y^2 = x*(x-aa)^2
20560 Watt's Curve
20562 R^2 = bb^2 - [aa*sin(u)(cc^2 - aa^2*(cos(u))^2)]^2
20570 Witch of Agnesi
20571 y*(x^2 + aa^2) = aa^3
20573 x = aa*u
20574 y = aa/(1 + u^2)