comment { Carr1000.ufm Version 1.0 Ultra Fractal conversions of Robert Carr's formulas Carr1000 - Carr1099 by Erik Reckase, February 22, 2000 History: Version 1.0 - Initial Release Original formulas pulled from _rc1.frm Carr1023-1029,1080,1082, 1083,1093-1095,1098, 1099 : cosxx fix } Carr1000 { z=((1/pixel)/0.71)/(0.85/pixel+2.324) c=((1/pixel)/2)/z-2.5^(pixel+2.324)/(0.5/pixel): z=(z*1/sqr(cotanh(1/c))) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1001 { z=((1/pixel)/0.71)/(0.85/pixel+2.324) c=((1/pixel)/2)/z-2.5^(pixel+2.324)/(0.5/pixel): z=(z*1/fn4(cotanh(1/c))) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1002 { z=((1/pixel)/0.71)/(0.85/pixel+2.324) c=((1/pixel)/2)/z-2.5^(pixel+2.324)/(0.5/pixel): z=(z*sinh(1/(-c))) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1003 { z=((1/pixel)/0.71)/(0.85/pixel+2.324) c=((1/pixel)/2)/z-2.5^(pixel+2.324)/(0.5/pixel): z=(z*sinh(4/(-c))) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1004 { z=imag(1/(pixel*pixel)) c=((1/pixel)/2)/z-2.5^(pixel+2.324)/(0.5/pixel): z=z*z/c*c |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1005 { z=(1/pixel^pixel+2.3) c=conj(imag(pixel))/z-2.5^(pixel+2.324)/(5/pixel): z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1006 { z=(1/pixel^pixel+2.3) c=(imag(1/(pixel*pixel)))/z-2.5^(pixel+2.324)/(5/pixel): z=conj(z*1/c)/conj(pixel^pixel-c*c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1007 { z=sqr(sqr(sqr(1/pixel^pixel+2.3))) c=(imag(1/(pixel*pixel)))/z-2.5^(pixel+2.324)/(5/pixel): z=conj(z*1/c)/conj(pixel^pixel/c*c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1008 { z=(pixel*pixel+5.3)*(1.099,0) c=z-2.5^(pixel*pixel)/(1.099,0): z=z*1/c z=z*1/c z=(z*1/c)/(1.099,0) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1009 {; Piece of Barnsley thrown in here. z=1/(pixel*pixel) c=((0.6,1.1)*(|3.324|<=0)+3.324): z=z*z+1/c |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1010 {; Piece of Barnsley thrown in here. z=1/(pixel*pixel+2) c=((0.1,0.36)*(|3.324|<=0)+3.324): z=z*z+1/c |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1011 { z=1/((imag(pixel-2))+flip(real(pixel-2))) ; c=((4.299,-1.2)*cotanh(|1.024|<=0)+(1.024)): c2 = 1.048576 : z = (pixel-z*z)/(pixel-c2) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1012 {; SJMand variant z=(real(pixel))+1.224*(flip(imag(pixel))) c=2.224+(1.099,0)*(real(pixel))+flip(imag(pixel)): z=fn2(z*1/c) z=z*1/c |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1013 {; SJMand variant z=(real(pixel))+1.224*(flip(imag(pixel))) c=2.224+(1.224)*(real(pixel))+flip(imag(pixel)): z=(1/pixel*(z*2.234))*1/c |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1014 {; SJMand variant z=(real(pixel))+1.224*(flip(imag(pixel))) c=2.224+(1.224)*(real(pixel))+flip(imag(pixel)): z=((1/pixel*(z*(1.099,0)))*1/c)/((1.0,0.4)/(pixel-c*c)) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1015 { z=1/pixel c=2.224+(2.224)*(real(pixel))+flip(imag(pixel))-1/pixel: z=(1/z^z*z+z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1016 { z=1/pixel c=2.224+(2.224)*(real(pixel))+flip(imag(pixel))-1/pixel: z=(pixel-(1/z^z*z+z))/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1017 { z=1/pixel c=2.224+(2.224)*(real(pixel))+flip(imag(pixel))-1/pixel: z=(pixel-(z*1/c))/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1018 { z=1/pixel c=2.224+(2.224)*(real(pixel))+flip(imag(pixel))-1/pixel: z=(pixel-conj(z*z+c)+(1.099,0))/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1019 { z=1/(pixel*pixel*pixel) c=2.224+(2.224)*(real(pixel))+flip(imag(pixel))-1/pixel: z=((pixel-sqr(z+c))/(pixel-c*c))/1.3 |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1020 { z=1/flip(pixel) c=1/cos(z*z): z=(z/c/pixel)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1021 { z=pixel, c=1/(pixel^3): z=(pixel-z*z)/(pixel-(z*1/c/pixel)) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1022 { z=pixel c=1/(pixel^fn1(z/(1/pixel))): z=(pixel-(z*1/c))/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1023 { z=1/(pixel*pixel) c=1/(pixel^real(z/conj(cos(1/pixel)))): z=((pixel-sqr(z/c))/(pixel-c*c))/1.3 |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1024 { z=1/(pixel*pixel+2) c=1/(pixel^real(z/conj(cos(1/pixel+1)))): z=((pixel-sqr(z/c))/(pixel-c*c))/1.3 |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1025 { z=imag(1/(abs(pixel*pixel)/real(pixel))) c=1/(pixel^real(z/conj(cos(1/pixel+1)))): z=(1/z^z*z+z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1026 { z=imag(1/(abs(pixel*pixel)/real(pixel))) c=1/(pixel^real(1/z^z/conj(cos(1/pixel+1)))): z=(z/c/pixel)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1027 { z=imag(1/(abs(pixel*pixel)/real(pixel))) c=1/(pixel^real(1/z^z/conj(cos(1/pixel+3)))): z=(pixel-z*z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1028 { z=imag(1/(abs(pixel*pixel)/real(pixel))) c=1/(pixel^real(1/z^z/conj(cos(1/pixel+3)))): z=(pixel-z*z*z)/(pixel-c*c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1029 { z=imag(1/(abs(pixel*pixel)/real(pixel))) c=1/(pixel^real(1/z^z/conj(cos(1/pixel+3)))): z=(z^z*z+z)/(pixel-c*c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1030 { z=imag(1/(abs(pixel*pixel)/real(pixel))) c=1/(pixel^real(1/z^z/cos(1/pixel+3))): z=(z^z*z+z)/(pixel-c*c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1031 {; For Fractint 19.2 and above. z=1/pixel-1 c=1/((pixel^z)-2)*(pixel^(z-2)): z=sqrt(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1032 {; For Fractint 19.2 and above. z=1/pixel-1 c=1/atanh((pixel^z)+2)*(pixel^(z+2)): z=sqrt(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1033 {; 19.2 or above. z=1/pixel-1 c=1/((pixel^z)+2)*conj(pixel^(z+2)): z=acosh(1/z^z*z+z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1034 { z=1/(pixel*pixel) c=1/((pixel^z)+2)*(pixel^(z+2)): z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1035 { z=1/(pixel*pixel) c=1/((pixel^z*z)+2)*(pixel^(z+2)): z=sqrt(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1036 { z=1/(pixel*pixel) c=1/((pixel^z*z)+3)*(pixel^(z*z+3)): z=(z*1/z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1037 { z=1/(pixel*pixel) c=1/((pixel^z*z*z)+3)*(pixel^(z*z*z+3)): z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1038 { z=1/(pixel*pixel) c=1/((pixel^z*z*z)+3)*(pixel^(z*z*z+3)): z=(1/z^z*z+z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1039 { z=1/(pixel*pixel) c=1/((pixel^z)+3)*(pixel^(z+3)): z=(z*z+c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1040 { z=1/(pixel*pixel) c=1/((pixel^z)+3)*(pixel^(z+3)): z=(z*z*z+c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1041 { z=1/(pixel*pixel) c=1/((pixel^z)+3)*(pixel^(z+3)): z=(z^1/z+2*z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1042 { z=1/(pixel*pixel) c=1/((pixel^z*z)-1)*(pixel^(z*z-1)): z=(z^1/z+2*z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1043 { z=1/(pixel*pixel+2) c=1/((pixel^z*z)+2)*(pixel^(z*z+2)): z=(z^1/z+2*z*z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1044 { z=1/(pixel*pixel+2) c=1/((pixel^z*z)+2)*(pixel^(z*z+2)): z=(1/z*1/pixel*z*z+z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1045 { z=1/(pixel*pixel+2) c=1/(sqrt(pixel^z*z)+2)*sqrt(pixel^(z*z+2)): z=(1/z*1/pixel*z*z+z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1046 { z=1/(pixel*pixel+2) c=1/(sqrt(pixel^z*z*1/z)+2)*sqrt(pixel^(z*z*1/z+2)): z=(1/z*1/pixel*z*z+z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1047 { z=1/((pixel*pixel)+3) c=1/(sqrt(pixel^z*z)+2)*sqrt(pixel^(z*z+2)): z=((1/z*1/pixel*z*z+z)/sqrt(pixel-c*c))/1.4 |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1048 { z=1/((pixel*pixel)+3) c=1/(sqrt(pixel^z*z)+2)*sqrt(pixel^(z*z+2)): z=((z*1/c)/sqrt(pixel-c*c))/1.4 |real(z)| <=100 ;SOURCE: 24carr.frm } Carr1049 { z=1/(real(pixel)+flip(imag(pixel)*2.924)) c=1/(sqrt(pixel^z*z)+2)*sqrt(pixel^(z*z+2)): z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1050 { z=sqrt(1/pixel*4/pixel) c=1/(sqrt(pixel^z*z)+2)*sqrt(pixel^(z*z+2)): z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1051 { z=sqrt(1/pixel*4/pixel) c=1/(sqrt(pixel^z*z)+2)*sqrt(pixel^(z*z+2)): z=(z*1/c+1/pixel)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1052 { z=sqrt(1/pixel*4/pixel) c=1/(sqrt(pixel^z*z)+2)*sqrt(pixel^(z*z+2)): z=((z*2/c+4/pixel)/(pixel-c*c))/1.6 |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1053 { z=1/(pixel*pixel) c=1/(sqrt(pixel^z*z)+3)*1/sqrt(pixel^(z*z+3)): z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1054 { z=1/(pixel*pixel) c=pixel^z+pixel^1/z: z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1055 { z=1/(pixel*pixel) c=pixel^z+pixel^1/z: z=(z*z+flip(c*c))/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1056 { z=1/(pixel*pixel) c=z^pixel+1/z^pixel: z=(z*z+flip(c*c))/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1057 { z=1/(pixel*pixel) c=pixel^z+pixel^1/z: z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1058 { z=1/(pixel*pixel) c=sqrt(pixel^z+pixel^1/z): z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1059 { z=1/(pixel*pixel) c=fn1(pixel^z+pixel^1/z): z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1060 { z=1/(pixel*pixel) c=pixel^z+pixel^1/z: z=(1/z^z*z+z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1061 { z=1/(pixel*pixel) c=sqr(pixel^real(z)): z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1062 { z=1/(pixel*pixel) c=sqr(pixel^(1/z)): z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1063 { z=1/(pixel*pixel) c=pixel^z/pixel: z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1064 { z=1/(pixel*pixel) c=pixel^z/pixel: z=(2+(z*1/c)/(pixel-c*c))/1.67 |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1065 { z=real(1/(pixel*pixel)) c=pixel^z/pixel: z=((pixel-(z*1/c))/(pixel-c*c))/1.6 |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1066 { z=conj(1/(pixel*pixel*pixel)) c=pixel^(z*z+z): z=pixel*(z^1/c)/(pixel-conj(c^c)) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1067 { z=conj(1/(pixel*pixel*pixel)) c=pixel^(1/z^z*z+z): z=(pixel*(z^1/c)/(pixel-conj(c^c)))/1.8 |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1068 { z=1/pixel c=z*z^z: z=((pixel-z*z)/(pixel-c*c))/1.3 |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1069 { z=1/pixel, c=pixel^(z^(1/z^z*z+z)): z=((2*z)*1/c)/(pixel-c*c) z=((2*z*z)+c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1070 { z=1/pixel, c=1/cabs(1/pixel*1/pixel): z=(z*z*1/abs(c))/(pixel-c*c*c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1071 { z=1/pixel, c=1/cabs(1/pixel*1/pixel): z=(z*z*z*z+c)/(pixel-c*c*c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1072 { z=1/pixel, c=1/cabs(1/pixel*1/pixel): z=(1/z^z*z+z)/(pixel-c*c*c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1073 { z=1/pixel*1/pixel c=(z-2)^pixel: z=(1/z^z*z*z+z+2)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1074 { z=(1/pixel*0.91/pixel) c=((z-3)^pixel)+1/pixel: z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1075 { z=(1/pixel*0.91/pixel) c=((z-3)^pixel)+0.85/pixel: z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1076 { z=(pixel*0.91/pixel) c=((1.8*(z-3)^pixel)+0.65/pixel): z=(pixel-z*z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1077 { z=sqrt(0.91/pixel) c=(z-3)-pixel: z=1/z^z*z+z z=z*1/c |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1078 {; Modified Brad Beacham formula z=1/pixel, c=1/z^z*z+z, f=0: z=((f)*fn1(z))+((1-f)*fn2(c))+c f=(z*1/c)/(pixel-c*c) f< 1.0 ;SOURCE: 25carr.frm } Carr1079 { z=1/pixel, c=1/pixel*0.91/pixel: z=z*1/sin(c) z=(z+(1/pixel-sin(c)))/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1080 { z=1/pixel, c=conj(cos(z/pixel))*sqr(1/pixel): z=(2*z+(4/pixel-sqrt(c)))/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1081 { z=1/pixel, c=cotanh(z/pixel)*sqr(1/pixel): z=(2*z+(4/pixel-sqrt(c)))/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1082 { z=1/pixel, c=conj(cos(z^z/pixel-2)): z=((z*1/(c^c))/(pixel-c*c))/1.45 |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1083 { z=pixel, c=z^(conj(cos(2.524))/pixel): z=z/c z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1084 { z=1/pixel, c=1/z^(z/pixel): z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1085 { z=4/pixel, c=(z/pixel)/(z^(-z/pixel)): z=(z*1/c)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1086 {; DISECTED MANDELBROT ; TO GENERATE "STANDARD" MANDELBROT, SET P1 = 0,0 & ALL FN = IDENT z=1/pixel, cx=flip(real(1/pixel)), cy=flip(imag(z)), k=2+p1: zx=real(z), zy=imag(z) x=z*(zx*zx-zy*zy)+cx y=cx*(k*zx*zy)+cy z=((1/z^z*z+z)/(pixel-cx*cx))/1.32 |z| <(10+p2) ;SOURCE: 25carr.frm } Carr1087 { z=1/pixel, c=abs(real(1/pixel)): z=(sqr(z/pixel))/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1088 { z=1/pixel*0.91/pixel, c=abs(real(1/pixel)): z=pixel-(1/z^2.224+1/pixel)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1089 { z=1/pixel*0.91/pixel, c=1.75/pixel: z=((1.099,0)-z)/(pixel-c*c) |z| <=100 ;SOURCE: 25carr.frm } Carr1090 {; Use a counter to gradually change proportions of algorithms ; Bradley Beacham [74223,2745] ; Modofied Brad Beacham formula ; P1 sets starting value for k ; P2 varies step size for incrementing k ; P3 varies bailout value z =pixel, c=pixel, k = p1, kstep = .01 + p2, limit = 4 + p3: k = k + kstep z = k*(1/z^z*z+z) + (1-k)*(z*z) + c |z| < limit ;SOURCE: 25carr.frm } Carr1091 {; Use a counter to gradually change proportions of algorithms ; Bradley Beacham [74223,2745] ; Modified Brad Beacham formula ; P1 sets starting value for k ; P2 varies step size for incrementing k ; P3 varies bailout value z =pixel, c=pixel, k = p1, kstep = .01 + p2, limit = 4 + p3: k = k + kstep z = k*(1/z^z*z+z) + (1-k)*(z*1/c) + c |z| < limit ;SOURCE: 25carr.frm } Carr1092 { z=pixel+4/pixel, c=z+1/pixel: z=z/c z=z*z+c |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1093 { z=sin(1/pixel)/(1.099,0), c=conj(cos(1/pixel))/(1.099,0): z=z/c z=z*z+c |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1094 { z=sin(1/pixel)/(1.099,0), c=conj(cos(1/pixel))/(1.099,0): z=z*1/c z=z*z+c |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1095 { z=sin(1/pixel)/(0.3,0), c=conj(cos(1/pixel))/(0.3,0): z=z*1/c z=z*z+c |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1096 { z=sinh(1/pixel)/(0.3,0), c=cosh(1/pixel)/(0.3,0): z=z*1/c z=z*z+c |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1097 { z=sinh(1/pixel)/(0.45,0), c=cosh(1/pixel)/(0.45,0): z=z*1/c z=z*z+c |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1098 { z=sinh((1/pixel)/(0.95,0)), c=conj(cos((1/pixel)/(0.95,0))): z=(pixel-z*z)/(pixel-c*c) |real(z)| <=100 ;SOURCE: 25carr.frm } Carr1099 { z=sinh((1/pixel)/(2.95,0)), c=conj(cos((1/pixel)/(2.95,0))): z=(pixel-sqr(z/c)-1/pixel)/(pixel-c*c) z=z*1/c |real(z)| <=100 ;SOURCE: 25carr.frm }