[Easycalc-commits] PPCport/system - UI EasyCalc2.gif, NONE, 1.1 EasyCalc2.layout, NONE, 1.1 EasyCalc3.gif, NONE, 1.1 EasyCalc3.layout, NONE, 1.1

[Mapi B. <ma...@us...>]

Update of /cvsroot/easycalc/PPCport/system - UI
In directory sfp-cvsdas-1.v30.ch3.sourceforge.com:/tmp/cvs-serv17854

Added Files:
	EasyCalc2.gif EasyCalc2.layout EasyCalc3.gif EasyCalc3.layout 
Log Message:
1.25f, full skin support

--- NEW FILE: EasyCalc2.gif ---
(This appears to be a binary file; contents omitted.)

--- NEW FILE: EasyCalc3.gif ---
(This appears to be a binary file; contents omitted.)

--- NEW FILE: EasyCalc3.layout ---
# EasyCalc standard skin 3 (PocketPC)

# Skin rectangle coordinates x1,y1,x2,y2
Skin: 0,0,240,268
# Description of the display area: x1,y1 xscale yscale fg_color bg_color
# With xscale = 0, screen width is 216 dots (only value used for now).
# Do not touch yscale either for now.
Display: 10,13 0 3 a3b39d 0b2327

# Active elements:  num  x1,y1,l,h (on screen) x1_off,y1_off x1_on,y1_on (in the gif)
Annunciator: 1  8,6,22,7 50,268 -1,-1          # Shift indicator (no selection)
Annunciator: 2  34,6,16,7 20,268 20,275        # Degree indicator
Annunciator: 3  53,6,16,7 35,268 35,275        # Radian indicator
Annunciator: 4  72,6,21,7 30,268 30,275        # Gradian indicator
Annunciator: 5  97,6,16,7 71,268 71,275        # Decimal indicator
Annunciator: 6  116,6,15,7 86,268 86,275       # Octal indicator
Annunciator: 7  134,6,13,7 100,268 100,275     # Binary indicator
Annunciator: 8  150,6,16,7 112,268 112,275     # Hexadecimal indicator
Annunciator: 9  4,16,6,7 155,268 155,275       # Result scroll left indicator
Annunciator: 10 227,16,6,7 160,268 160,275     # Result scroll right indicator
Annunciator: 11 205,6,6,7 0,268 0,275          # Skin 1 indicator
Annunciator: 12 212,6,6,7 5,268 5,275          # Skin 2 indicator
Annunciator: 13 219,6,6,7 10,268 10,275        # Skin 3 indicator
Annunciator: 14 226,6,6,7 15,268 15,275        # Graph indicator
Annunciator: 15 170,6,7,7 139,268 139,275      # Var list indicator
Annunciator: 16 178,6,6,7 145,268 145,275      # User fct list indicator
Annunciator: 17 185,6,6,7 150,268 150,275      # Calc fct list indicator
Annunciator: 18 226,26,7,7 127,268 127,275     # Result Menu indicator
Annunciator: 19 226,34,7,7 133,268 133,275     # History Menu indicator

# Keys on the calculator gif:
# num[, shifted_num] x1_sel,y1_sel,l_sel,h_sel (selection zone)  x1_off,y1_off,l,h  x1_on,y1_on
# with num and shifted_num as follows:
# -5  ->   shift            // Note: practice is to put -4,-4 to ensure the same shift key can toggle on/off the shift state
# -4  ->   dot              // decimal dot
# -3  ->   EXE              // run evaluation
# -2  ->   bckspc           // back space. Note: if accessed through shift, will leave shift on to be able to do several in a row
# -1  ->   clr              // clear input and result fields
# 0   ->   0,"0"
# 1   ->   1,"1"
# 2   ->   2,"2"
# 3   ->   3,"3"
# 4   ->   4,"4"
# 5   ->   5,"5"
# 6   ->   6,"6"
# 7   ->   7,"7"
# 8   ->   8,"8"
# 9   ->   9,"9"
# 10  ->   A,"A"
# 11  ->   B,"B"
# 12  ->   C,"C"
# 13  ->   D,"D"
# 14  ->   E,"E"
# 15  ->   F,"F"
# 16  ->   And,"&"
# 17  ->   Or,"|"
# 18  ->   Xor,"^"
# 19  ->   Shl,"<<"
# 20  ->   Shr,">>"
# 21  ->   Plus,"+"
# 22  ->   Minus,"-"
# 23  ->   Neg,"-"
# 24  ->   Mult,"*"
# 25  ->   Divide,"/"
# 26  ->   Ans,"ans"
# 27  ->   OpBr,"("
# 28  ->   Pow,"^"
# 29  ->   Log,"log"
# 30  ->   Ln,"ln"
# 31  ->   Inv,"^(-1)"
# 32  ->   Sq1,"^(1/"
# 33  ->   Sqr,"^2"
# 34  ->   Sqrt,"sqrt"
# 35  ->   Sin,"sin"
# 36  ->   Cos,"cos"
# 37  ->   Tan,"tan"
# 38  ->   Exp,"exp"
# 39  ->   Pi,"pi"
# 40  ->   Degrees,"°"
# 41  ->   Minutes,"'"
# 42  ->   Magnitude,"abs"
# 43  ->   Angle,"angle"
# 44  ->   complex_i,"i"
# 45  ->   e,"e"
# 46  ->   Coln,":"
# 47  ->   ClBr,")"
# 48  ->   EE,"E"
# 49  ->   asin
# 50  ->   acos
# 51  ->   atan
# 52  ->   sinh
# 53  ->   cosh
# 54  ->   tanh
# 55  ->   asinh
# 56  ->   acosh
# 57  ->   atanh
# 58  ->   10^
# 59  ->   log2
# 60  ->   2^
# 61  ->   fact
# 62  ->   ncr
# 63  ->   npr
# 64  ->   round
# 65  ->   trunc
# 66  ->   ceil
# 67  ->   floor
# 68  ->   gamma
# 69  ->   beta
# 70  ->   rand
# 71  ->   fsimps
# 72  ->   real
# 73  ->   imag
# 74  ->   conj
# 75  ->   exp(i*
# 76  ->   fzero
# 77  ->   fvalue
# 78  ->   fmin
# 79  ->   fmax
# 80  ->   fd_dx            // d/dx
# 81  ->   fromberg         // integ
# 82  ->   fd2_dx           // d2/dx
# 83  ->   ()="
# 84  ->   "
# 85  ->   x
# 86  ->   list
# 87  ->   median
# 88  ->   mean
# 89  ->   sum
# 90  ->   lmin             // min
# 91  ->   lmax             // max
# 92  ->   prod
# 93  ->   variance
# 94  ->   stddev
# 95  ->   dim
# 96  ->   [
# 97  ->   matrix
# 98  ->   identity
# 99  ->   det
# 100 ->   qrs
# 101 ->   rref
# 102 ->   qrq
# 103 ->   qrr
# 104 ->   fintersect
# 105 ->   ]
# 106 ->   qBinomial
# 107 ->   qBeta
# 108 ->   qChiSq
# 109 ->   qF
# 110 ->   qPoisson
# 111 ->   qStudentt
# 112 ->   qWeibull
# 113 ->   qNormal
# 114 ->   range
# 115 ->   rNorm
# 116 ->   find
# 117 ->   sample
# 118 ->   filter
# 119 ->   conv
# 120 ->   fft
# 121 ->   ifft
# 122 ->   prevprime
# 123 ->   isprime
# 124 ->   nextprime
# 125 ->   gcd
# 126 ->   lcm
# 127 ->   phi
# 128 ->   gcdex
# 129 ->   chinese
# 130 ->   modinv
# 131 ->   modpow
# 132 ->   factor
# 133 ->   besseli
# 134 ->   besselj
# 135 ->   besselk
# 136 ->   bessely
# 137 ->   ellc1
# 138 ->   ellc2
# 139 ->   elli1
# 140 ->   elli2
# 141 ->   euler
# 142 ->   cn
# 143 ->   dn
# 144 ->   sn
# 145 ->   igamma
# 146 ->   ibeta
# 147 ->   erf
# 148 ->   erfc
# 149 ->   =
# 150 ->   Inf              // Infinity constant
# 151 ->   %                // modulo operator
# 152 ->   complex_j,"j"
# 153 -> //   Speed of light in vacuum (m s-1) c=299792458
# 154 -> //   Newtonian constant of gravitation (m3 kg-1 s-2) G=6.67428E-11
# 155 -> //   Standard gravitational acc. (N kg-1) g=9.80665
# 156 -> //   Electron mass (kg) me=9.10938215E-31
# 157 -> //   Proton mass (kg) mp=1.672621637E-27
# 158 -> //   Neutron mass (kg) mn=1.67492729E-27
# 159 -> //   Unified Atomic mass unit (kg) u=1.660538782E-27
# 160 -> //   Planck constant (J s) h=6.62606896-34
# 161 -> //   Boltzmann constant (J K-1) k=1.380 6504-23
# 162 -> //   Magnetic permeability - vacuum (magnetic constant) (H m-1) µ0=1.2566370614E-6
# 163 -> //   Dielectric permittivity (electric constant) (F m-1) e0=8.854187817E-12
# 164 -> //   Fine structure constant alpha=7.2973525376E-3
# 165 -> //   Rydberg constant (m-1) Rinf=10973731.568527
# 166 -> //   Classical electron radius (m) re=2.8179402894E-15
# 167 -> //   Bohr radius (m) a0=5.2917720859E-11
# 168 -> //   Fluxoid quantum (magnetic flux quantum) (W b) phi0=2.067833667E-15
# 169 -> //   Bohr magneton (J T-1) µb=9.27400915E-24
# 170 -> //   Electron magnetic moment (J T-1) µe=-9.28476377E-24
# 171 -> //   Nuclear magneton (J T-1) µN=5.05078324E-27
# 172 -> //   Proton magnetic moment (J T-1) µp=1.410606662E-26
# 173 -> //   Neutron magnetic moment (J T-1) µn=-9.6623641E-27
# 174 -> //   Compton wavelength (electron) (m) lc=2.4263102175E-12
# 175 -> //   Compton wavelength (proton) (m) lcp=1.3214098446E-15
# 176 -> //   Stefan-Boltzmann constant (W m-2 K-4) sigma=5.670400E-8
# 177 -> //   Avogadro's constant (mol-1) Na=6.02214179E+23
# 178 -> //   Ideal gas volume at STP (m3 mol-1) Vm=2.2413996E-2
# 179 -> //   Universal molar gas constant (J mol-1 K-1) R=8.314472
# 180 -> //   Electron charge (elementary charge) (C) e=1.602176487E-19
# 181 -> //   Faraday constant (C mol-1) F=96485.3399
# 182 -> //   Quantum Hall resistance = von Klitzing constant (Ohm) Rk=25812.807
# 183 ->   >=
# 184 ->   <=
# 185 ->   ==
# 186 ->   ;
#
# 1st row
#   shift  atanh  fmin  <=  x     CLR
#   shift  tanh   fmax  >=  ()="  bckspc
key: -5,-5   6,70,32,22   11,75,22,12  11,74
key: 54,57   45,70,32,22  50,75,22,12  50,74
key: 79,78   84,70,32,22  89,75,22,12  89,74
Key: 183,184 123,70,32,22 128,75,22,12 128,74
Key: 83,85   162,70,32,22 167,75,22,12 167,74
Key: -2,-1   201,70,32,22 206,75,22,12 206,74
# 2nd row
#  asinh  acosh  fvalue      f"(x)  Simpson
#  sinh   cosh   fzero   ==  f'(x)  Romberg
Key: 52,55   6,97,32,22   11,102,22,12  11,101
Key: 53,56   45,97,32,22  50,102,22,12  50,101
Key: 76,77   84,97,32,22  89,102,22,12  89,101
Key: 185     123,97,32,22 128,102,22,12 128,101
Key: 80,82   162,97,32,22 167,102,22,12 167,101
Key: 81,71   201,97,32,22 206,102,22,12 206,101
# 3rd row
#  bessely  besselk  elli1  elli2      dn
#  besselj  besseli  ellc1  ellc2  sn  cn
Key: 134,136 6,124,40,29   11,129,30,19  11,128
Key: 133,135 45,124,40,29  50,129,30,19  50,128
Key: 137,139 84,124,40,29  89,129,30,19  89,128
Key: 138,140 123,124,40,29 128,129,30,19 128,128
Key: 144     162,124,32,22 167,129,22,12 167,128
Key: 142,143 201,124,32,22 206,129,22,12 206,128
# 4th row
#  igamma  ibeta  erfc  c            G
#  gamma   beta   erf   euler_gamma  g  "
Key: 68,145  6,153,40,29   11,158,30,19  11,157
Key: 69,146  45,153,40,29  50,158,30,19  50,157
Key: 147,148 84,153,40,29  89,158,30,19  89,157
Key: 141,153 123,153,40,29 128,158,30,19 128,157
Key: 155,154 162,153,32,22 167,158,22,12 167,157
Key: 84      201,149,32,22 206,154,22,12 206,153
# 5th row
#  me  mn  k  e0  Rinf   ;
#  u   mp  h  µ0  alpha  :
Key: 159,156 6,183,40,29   11,188,30,19  11,187
Key: 157,158 45,183,40,29  50,188,30,19  50,187
Key: 160,161 84,183,40,29  89,188,30,19  89,187
Key: 162,163 123,183,40,29 128,188,30,19 128,187
Key: 164,165 162,183,40,29 167,188,30,19 167,187
Key: 46,186  201,174,40,29 206,179,30,19 206,178
# 6th row
#  re  µe  µn  µb    sigma
#  a0  µN  µp  phi0  Na     Ans
Key: 167,166 6,212,40,29   11,217,30,19  11,216
Key: 171,170 45,212,40,29  50,217,30,19  50,216
Key: 172,173 84,212,40,29  89,217,30,19  89,216
Key: 168,169 123,212,40,29 128,217,30,19 128,216
Key: 177,176 162,212,40,29 167,217,30,19 167,216
Key: 26      196,199,40,29 201,204,30,19 201,203
# 7th row
#  lc                 =
#  lcp  e  F  Rk  Vm  Exe
Key: 175,174 6,242,40,29   11,247,30,19  11,246
Key: 180     45,242,40,29  50,247,30,19  50,246
Key: 181     84,242,40,29  89,247,30,19  89,246
Key: 182     123,242,40,29 128,247,30,19 128,246
Key: 178     162,242,40,29 167,247,30,19 167,246
Key: -3,149  196,236,40,29 201,241,30,19 201,240

--- NEW FILE: EasyCalc2.layout ---
# EasyCalc standard skin 2 (PocketPC)

# Skin rectangle coordinates x1,y1,x2,y2
Skin: 0,0,240,268
# Description of the display area: x1,y1 xscale yscale fg_color bg_color
# With xscale = 0, screen width is 216 dots (only value used for now).
# Do not touch yscale either for now.
Display: 10,13 0 3 a3b39d 0b2327

# Active elements:  num  x1,y1,l,h (on screen) x1_off,y1_off x1_on,y1_on (in the gif)
Annunciator: 1  8,6,22,7 50,268 -1,-1          # Shift indicator (no selection)
Annunciator: 2  34,6,16,7 20,268 20,275        # Degree indicator
Annunciator: 3  53,6,16,7 35,268 35,275        # Radian indicator
Annunciator: 4  72,6,21,7 30,268 30,275        # Gradian indicator
Annunciator: 5  97,6,16,7 71,268 71,275        # Decimal indicator
Annunciator: 6  116,6,15,7 86,268 86,275       # Octal indicator
Annunciator: 7  134,6,13,7 100,268 100,275     # Binary indicator
Annunciator: 8  150,6,16,7 112,268 112,275     # Hexadecimal indicator
Annunciator: 9  4,16,6,7 155,268 155,275       # Result scroll left indicator
Annunciator: 10 227,16,6,7 160,268 160,275     # Result scroll right indicator
Annunciator: 11 205,6,6,7 0,268 0,275          # Skin 1 indicator
Annunciator: 12 212,6,6,7 5,268 5,275          # Skin 2 indicator
Annunciator: 13 219,6,6,7 10,268 10,275        # Skin 3 indicator
Annunciator: 14 226,6,6,7 15,268 15,275        # Graph indicator
Annunciator: 15 170,6,7,7 139,268 139,275      # Var list indicator
Annunciator: 16 178,6,6,7 145,268 145,275      # User fct list indicator
Annunciator: 17 185,6,6,7 150,268 150,275      # Calc fct list indicator
Annunciator: 18 226,26,7,7 127,268 127,275     # Result Menu indicator
Annunciator: 19 226,34,7,7 133,268 133,275     # History Menu indicator

# Keys on the calculator gif:
# num[, shifted_num] x1_sel,y1_sel,l_sel,h_sel (selection zone)  x1_off,y1_off,l,h  x1_on,y1_on
# with num and shifted_num as follows:
# -5  ->   shift            // Note: practice is to put -4,-4 to ensure the same shift key can toggle on/off the shift state
# -4  ->   dot              // decimal dot
# -3  ->   EXE              // run evaluation
# -2  ->   bckspc           // back space. Note: if accessed through shift, will leave shift on to be able to do several in a row
# -1  ->   clr              // clear input and result fields
# 0   ->   0,"0"
# 1   ->   1,"1"
# 2   ->   2,"2"
# 3   ->   3,"3"
# 4   ->   4,"4"
# 5   ->   5,"5"
# 6   ->   6,"6"
# 7   ->   7,"7"
# 8   ->   8,"8"
# 9   ->   9,"9"
# 10  ->   A,"A"
# 11  ->   B,"B"
# 12  ->   C,"C"
# 13  ->   D,"D"
# 14  ->   E,"E"
# 15  ->   F,"F"
# 16  ->   And,"&"
# 17  ->   Or,"|"
# 18  ->   Xor,"^"
# 19  ->   Shl,"<<"
# 20  ->   Shr,">>"
# 21  ->   Plus,"+"
# 22  ->   Minus,"-"
# 23  ->   Neg,"-"
# 24  ->   Mult,"*"
# 25  ->   Divide,"/"
# 26  ->   Ans,"ans"
# 27  ->   OpBr,"("
# 28  ->   Pow,"^"
# 29  ->   Log,"log"
# 30  ->   Ln,"ln"
# 31  ->   Inv,"^(-1)"
# 32  ->   Sq1,"^(1/"
# 33  ->   Sqr,"^2"
# 34  ->   Sqrt,"sqrt"
# 35  ->   Sin,"sin"
# 36  ->   Cos,"cos"
# 37  ->   Tan,"tan"
# 38  ->   Exp,"exp"
# 39  ->   Pi,"pi"
# 40  ->   Degrees,"°"
# 41  ->   Minutes,"'"
# 42  ->   Magnitude,"abs"
# 43  ->   Angle,"angle"
# 44  ->   complex_i,"i"
# 45  ->   e,"e"
# 46  ->   Coln,":"
# 47  ->   ClBr,")"
# 48  ->   EE,"E"
# 49  ->   asin
# 50  ->   acos
# 51  ->   atan
# 52  ->   sinh
# 53  ->   cosh
# 54  ->   tanh
# 55  ->   asinh
# 56  ->   acosh
# 57  ->   atanh
# 58  ->   10^
# 59  ->   log2
# 60  ->   2^
# 61  ->   fact
# 62  ->   ncr
# 63  ->   npr
# 64  ->   round
# 65  ->   trunc
# 66  ->   ceil
# 67  ->   floor
# 68  ->   gamma
# 69  ->   beta
# 70  ->   rand
# 71  ->   fsimps
# 72  ->   real
# 73  ->   imag
# 74  ->   conj
# 75  ->   exp(i*
# 76  ->   fzero
# 77  ->   fvalue
# 78  ->   fmin
# 79  ->   fmax
# 80  ->   fd_dx            // d/dx
# 81  ->   fromberg         // integ
# 82  ->   fd2_dx           // d2/dx
# 83  ->   ()="
# 84  ->   "
# 85  ->   x
# 86  ->   list
# 87  ->   median
# 88  ->   mean
# 89  ->   sum
# 90  ->   lmin             // min
# 91  ->   lmax             // max
# 92  ->   prod
# 93  ->   variance
# 94  ->   stddev
# 95  ->   dim
# 96  ->   [
# 97  ->   matrix
# 98  ->   identity
# 99  ->   det
# 100 ->   qrs
# 101 ->   rref
# 102 ->   qrq
# 103 ->   qrr
# 104 ->   fintersect
# 105 ->   ]
# 106 ->   qBinomial
# 107 ->   qBeta
# 108 ->   qChiSq
# 109 ->   qF
# 110 ->   qPoisson
# 111 ->   qStudentt
# 112 ->   qWeibull
# 113 ->   qNormal
# 114 ->   range
# 115 ->   rNorm
# 116 ->   find
# 117 ->   sample
# 118 ->   filter
# 119 ->   conv
# 120 ->   fft
# 121 ->   ifft
# 122 ->   prevprime
# 123 ->   isprime
# 124 ->   nextprime
# 125 ->   gcd
# 126 ->   lcm
# 127 ->   phi
# 128 ->   gcdex
# 129 ->   chinese
# 130 ->   modinv
# 131 ->   modpow
# 132 ->   factor
# 133 ->   besseli
# 134 ->   besselj
# 135 ->   besselk
# 136 ->   bessely
# 137 ->   ellc1
# 138 ->   ellc2
# 139 ->   elli1
# 140 ->   elli2
# 141 ->   euler
# 142 ->   cn
# 143 ->   dn
# 144 ->   sn
# 145 ->   igamma
# 146 ->   ibeta
# 147 ->   erf
# 148 ->   erfc
# 149 ->   =
# 150 ->   Inf              // Infinity constant
# 151 ->   %                // modulo operator
# 152 ->   complex_j,"j"
# 153 -> //   Speed of light in vacuum (m s-1) c=299792458
# 154 -> //   Newtonian constant of gravitation (m3 kg-1 s-2) G=6.67428E-11
# 155 -> //   Standard gravitational acc. (N kg-1) g=9.80665
# 156 -> //   Electron mass (kg) me=9.10938215E-31
# 157 -> //   Proton mass (kg) mp=1.672621637E-27
# 158 -> //   Neutron mass (kg) mn=1.67492729E-27
# 159 -> //   Unified Atomic mass unit (kg) u=1.660538782E-27
# 160 -> //   Planck constant (J s) h=6.62606896-34
# 161 -> //   Boltzmann constant (J K-1) k=1.380 6504-23
# 162 -> //   Magnetic permeability - vacuum (magnetic constant) (H m-1) µ0=1.2566370614E-6
# 163 -> //   Dielectric permittivity (electric constant) (F m-1) e0=8.854187817E-12
# 164 -> //   Fine structure constant alpha=7.2973525376E-3
# 165 -> //   Rydberg constant (m-1) Rinf=10973731.568527
# 166 -> //   Classical electron radius (m) re=2.8179402894E-15
# 167 -> //   Bohr radius (m) a0=5.2917720859E-11
# 168 -> //   Fluxoid quantum (magnetic flux quantum) (W b) phi0=2.067833667E-15
# 169 -> //   Bohr magneton (J T-1) µb=9.27400915E-24
# 170 -> //   Electron magnetic moment (J T-1) µe=-9.28476377E-24
# 171 -> //   Nuclear magneton (J T-1) µN=5.05078324E-27
# 172 -> //   Proton magnetic moment (J T-1) µp=1.410606662E-26
# 173 -> //   Neutron magnetic moment (J T-1) µn=-9.6623641E-27
# 174 -> //   Compton wavelength (electron) (m) lc=2.4263102175E-12
# 175 -> //   Compton wavelength (proton) (m) lcp=1.3214098446E-15
# 176 -> //   Stefan-Boltzmann constant (W m-2 K-4) sigma=5.670400E-8
# 177 -> //   Avogadro's constant (mol-1) Na=6.02214179E+23
# 178 -> //   Ideal gas volume at STP (m3 mol-1) Vm=2.2413996E-2
# 179 -> //   Universal molar gas constant (J mol-1 K-1) R=8.314472
# 180 -> //   Electron charge (elementary charge) (C) e=1.602176487E-19
# 181 -> //   Faraday constant (C mol-1) F=96485.3399
# 182 -> //   Quantum Hall resistance = von Klitzing constant (Ohm) Rk=25812.807
# 183 ->   >=
# 184 ->   <=
# 185 ->   ==
# 186 ->   ;
#
# 1st row
#   shift  isprime                CLR
#   shift  %        n!  angle  &  bckspc
key: -5,-5   6,70,32,22   11,75,22,12  11,74
key: 151,123 45,70,32,22  50,75,22,12  50,74
key: 61      84,70,32,22  89,75,22,12  89,74
Key: 43      123,70,32,22 128,75,22,12 128,74
Key: 16      162,70,32,22 167,75,22,12 167,74
Key: -2,-1   201,70,32,22 206,75,22,12 206,74
# 2nd row
#   gcdex   nextprime  C(r,n)=ncr  '(conjugate)  ^(xor)  >>
#   factor  prevprime  A(r,n)=npr  j             |(or)   <<
Key: 132,128 6,97,32,22   11,102,22,12  11,101
Key: 122,124 45,97,32,22  50,102,22,12  50,101
Key: 63,62   84,97,32,22  89,102,22,12  89,101
Key: 152,41  123,97,32,22 128,102,22,12 128,101
Key: 17,18   162,97,32,22 167,102,22,12 167,101
Key: 19,20   201,97,32,22 206,102,22,12 206,101
# 3rd row
#  lcm  phi      modinv  trunc  ceil
#  gcd  chinese  modpow  round  floor  [
Key: 125,126 6,124,40,29   11,129,30,19  11,128
Key: 129,127 45,124,40,29  50,129,30,19  50,128
Key: 131,130 84,124,40,29  89,129,30,19  89,128
Key: 64,65   123,124,40,29 128,129,30,19 128,128
Key: 67,66   162,124,32,22 167,129,22,12 167,128
Key: 96      201,124,32,22 206,129,22,12 206,128
# 4th row
#  qF         qWeibull  qStudentt  qPoisson  rnorm
#  qBinomial  qBeta     qChiSq     qNormal   rand   ]
Key: 106,109 6,154,40,29   11,159,30,19  11,158
Key: 107,112 45,154,40,29  50,159,30,19  50,158
Key: 108,111 84,154,40,29  89,159,30,19  89,158
Key: 113,110 123,154,40,29 128,159,30,19 128,158
Key: 70,115  162,154,32,22 167,159,22,12 167,158
Key: 105     201,149,32,22 206,154,22,12 206,153
# 5th row
#  matrix  median  prod  lmin  stddev
#  list    mean    sum   lmax  variance  ]
Key: 86,97 6,183,40,29   11,188,30,19  11,187
Key: 88,87 45,183,40,29  50,188,30,19  50,187
Key: 89,92 84,183,40,29  89,188,30,19  89,187
Key: 91,90 123,183,40,29 128,188,30,19 128,187
Key: 93,94 162,183,40,29 167,188,30,19 167,187
Key: 46    201,174,40,29 206,179,30,19 206,178
# 6th row
#  det       qrs   qrr  '(orthogonal)
#  identity  rref  qrq  1/x            dim  Ans
Key: 98,99   6,212,40,29   11,217,30,19  11,216
Key: 101,100 45,212,40,29  50,217,30,19  50,216
Key: 102,103 84,212,40,29  89,217,30,19  89,216
Key: 31,41   123,212,40,29 128,217,30,19 128,216
Key: 95      162,212,40,29 167,217,30,19 167,216
Key: 26      196,199,40,29 201,204,30,19 201,203
# 7th row
#         sample               ifft  =
#  range  find    filter conv  fft   Exe
Key: 114     6,242,40,29   11,247,30,19  11,246
Key: 116,117 45,242,40,29  50,247,30,19  50,246
Key: 118     84,242,40,29  89,247,30,19  89,246
Key: 119     123,242,40,29 128,247,30,19 128,246
Key: 120,121 162,242,40,29 167,247,30,19 167,246
Key: -3,149  196,236,40,29 201,241,30,19 201,240