/macosx-10.10/groff-38/groff/src/preproc/pic/ |
H A D | common.cpp | 26 void common_output::dashed_circle(const position ¢, double rad, argument 32 double dash_angle = lt.dash_width/rad; 45 circle(cent, rad, slt, -1.0); 55 solid_arc(cent, rad, start_angle, start_angle + dash_angle, lt); 61 void common_output::dotted_circle(const position ¢, double rad, argument 65 double gap_angle = lt.dash_width/rad; 78 dot(cent + position(cos(ang), sin(ang))*rad, lt); 263 double rad = hypot(c - start); local 264 double dash_angle = lt.dash_width/rad; 269 solid_arc(cent, rad, start_angl 296 double rad = hypot(c - start); local 308 solid_arc(const position ¢, double rad, double start_angle, double end_angle, const line_type <) argument 321 rounded_box(const position ¢, const distance &dim, double rad, const line_type <, double fill) argument 344 dashed_rounded_box(const position ¢, const distance &dim, double rad, const line_type <) argument 404 dash_arc(const position ¢, double rad, double start_angle, double end_angle, const line_type <, double dash_width, double gap_width, double *offsetp) argument 482 dotted_rounded_box(const position ¢, const distance &dim, double rad, const line_type <) argument 541 dot_arc(const position ¢, double rad, double start_angle, double end_angle, const line_type <, double gap_width, double *offsetp) argument 591 solid_rounded_box(const position ¢, const distance &dim, double rad, const line_type <) argument 626 filled_rounded_box(const position ¢, const distance &dim, double rad, double fill) argument [all...] |
H A D | common.h | 27 void dash_arc(const position ¢, double rad, 32 void dot_arc(const position ¢, double rad, 40 void dashed_circle(const position &, double rad, const line_type &); 41 void dotted_circle(const position &, double rad, const line_type &); 48 virtual void solid_arc(const position ¢, double rad, double start_angle, 60 void circle(const position &, double rad, const line_type &, double) = 0;
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H A D | tex.cpp | 42 void circle(const position &, double rad, const line_type &, double); 59 void solid_arc(const position ¢, double rad, double start_angle, 240 void tex_output::solid_arc(const position ¢, double rad, argument 249 milliinches(rad/scale), 250 milliinches(rad/scale), 285 void tex_output::circle(const position ¢, double rad, argument 293 ellipse(cent, position(rad*2.0, rad*2.0), ilt, fill); 297 dashed_circle(cent, rad, lt); 302 ellipse(cent, position(rad*2. [all...] |
H A D | troff.cpp | 34 virtual void simple_circle(int, const position &, double rad) = 0; 55 void circle(const position &, double rad, const line_type &, double); 160 void simple_output::circle(const position ¢, double rad, argument 166 simple_circle(1, cent, rad); 173 dashed_circle(cent, rad, lt); 176 dotted_circle(cent, rad, lt); 179 simple_circle(0, cent, rad); 234 void simple_circle(int, const position &, double rad); 322 void troff_output::simple_circle(int filled, const position ¢, double rad) argument 329 c.x - rad/scal [all...] |
H A D | output.h | 43 virtual void circle(const position &, double rad,
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H A D | object.cpp | 1515 double rad; member in class:arc_object 1520 double radius() { return rad; } 1539 rad = hypot(c - s); 1553 result.y += rad; 1560 result.y -= rad; 1567 result.x += rad; 1574 result.x -= rad; 1581 result.x += rad/M_SQRT2; 1582 result.y += rad/M_SQRT2; 1589 result.x -= rad/M_SQRT [all...] |
/macosx-10.10/pyobjc-45/2.5/pyobjc/pyobjc-framework-Cocoa/Examples/AppKit/FieldGraph/ |
H A D | fieldMath.py | 8 def radToDeg(rad): 9 return (rad/pi)*180.0
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/macosx-10.10/pyobjc-45/2.6/pyobjc/pyobjc-framework-Cocoa/Examples/AppKit/FieldGraph/ |
H A D | fieldMath.py | 8 def radToDeg(rad): 9 return (rad/pi)*180.0
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/macosx-10.10/pyobjc-45/pyobjc/pyobjc-framework-Cocoa-2.5.1/Examples/AppKit/FieldGraph/ |
H A D | fieldMath.py | 8 def radToDeg(rad): 9 return (rad/pi)*180.0
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/macosx-10.10/tcl-105/tcl_ext/ffidl/ffidl/demos/other/ |
H A D | gmpf.tcl | 14 proc ::gmp::fget_str {rad mpf} { 16 if {$rad < 2 || $rad > 36} { 17 error "radix $rad out of bounds, min 2, max 36" 18 } elseif {$rad == 2} { 20 } elseif {$rad <= 4} { 22 } elseif {$rad <= 8} { 24 } elseif {$rad <= 16} { 26 } elseif {$rad <= 32} { 33 set digits [mpf_get_str mpfdig mpfexp $rad [all...] |
H A D | gmpq.tcl | 35 proc ::gmp::qget_str {rad mpq} { 36 if {$rad < 2 || $rad > 36} { 37 error "radix $rad out of bounds, min 2, max 36" 41 set znum [zget_str $rad $num] 42 set zden [zget_str $rad $den]
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H A D | gmpz.tcl | 10 proc ::gmp::zget_str {rad mpz} { 11 if {$rad < 2 || $rad > 36} { 12 error "radix $rad out of bounds, min 2, max 36" 14 set mpzo [binary format x[expr {[mpz_sizeinbase $mpz $rad]+2}]] 15 mpz_get_str mpzo $rad $mpz
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/macosx-10.10/tcl-105/tcl_ext/tcllib/tcllib/modules/simulation/ |
H A D | random.tcl | 183 set rad [expr {sqrt(-log(rand()))}] 185 set r [expr {$rad*cos($phi)}] 270 set rad [expr {sqrt(-log(rand()))}] 272 set r [expr {$rad*cos($phi)}] 286 # rad Radius of the disk 292 proc ::simulation::random::prng_Disk {rad} { 298 proc $name {} [string map [list RAD $rad] \ 301 set rad [expr {RAD*sqrt((rand())}] 303 set x [expr {$rad*cos($phi)}] 304 set y [expr {$rad*si [all...] |
/macosx-10.10/tcl-105/tcl_ext/tklib/tklib/examples/diagrams/ |
H A D | draw_circle.tcl | 61 # rad Radius 65 proc circle {point rad} { 68 set p1 [list POINT [expr {$x+$rad}] [expr {$y+$rad}]] 69 set p2 [list POINT [expr {$x-$rad}] [expr {$y-$rad}]] 71 return [list CIRCLE $point $rad]
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/macosx-10.10/emacs-93/emacs/lisp/calc/ |
H A D | calc-units.el | 218 ( rad nil "*Radian" ) 219 ( circ "2 pi rad" "Full circle" ) 1226 (let ((rad (math-simplify-units 1229 (calc-angle-mode 'rad)) 1230 (and (eq (car-safe rad) '*) 1231 (math-realp (nth 1 rad)) 1232 (eq (car-safe (nth 2 rad)) 'var) 1233 (eq (nth 1 (nth 2 rad)) 'rad) 1234 (list 'calcFunc-sin (nth 1 rad)))))) [all...] |
/macosx-10.10/xnu-2782.1.97/osfmk/mach/ |
H A D | rpc.h | 92 struct rpc_routine_arg_descriptor rad[1]; member in struct:rpc_signature
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/macosx-10.10/tcpdump-61/tcpdump/ |
H A D | print-radius.c | 896 register const struct radius_hdr *rad; local 900 rad = (struct radius_hdr *)dat; 901 len = EXTRACT_16BITS(&rad->len); 914 tok2str(radius_command_values,"Unknown Command",rad->code), 915 rad->code, 916 rad->id, 923 tok2str(radius_command_values,"Unknown Command",rad->code), 924 rad->code, 925 rad->id); 928 printf("%02x", rad [all...] |
/macosx-10.10/tcl-105/tcl_ext/bwidget/bwidget/demo/ |
H A D | basic.tcl | 118 set rad [BWidget::wrap radiobutton $subf.$dir -text "$dir arrow" \ 121 pack $rad -anchor w -padx 5 131 set rad [BWidget::wrap radiobutton $f.$relief -text $relief \ 134 pack $rad -anchor w -padx 5
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/macosx-10.10/groff-38/groff/src/devices/grolbp/ |
H A D | lbp.h | 228 char x[4],y[4],rad[4]; local 231 vdmnum(radius,rad)); 238 char x[4],y[4],rad[4],stx[4],sty[4],styl[4],op[4]; local 242 vdmnum(radius,rad),vdmnum(startangle,stx),vdmnum(angle,sty),\ 251 char x[4],y[4],rad[4],stx[4],sty[4],enx[4],eny[4],styl[4],op[4]; local 255 vdmnum(radius,rad),vdmnum(startx,stx),vdmnum(starty,sty),\
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/macosx-10.10/ruby-106/ruby/ext/tk/sample/ |
H A D | 24hr_clock.rb | 85 rad = Math::PI * angle / 180.0 86 x_base = @size*Math::sin(rad) 87 y_base = @size*Math::cos(rad) 129 rad = Math::PI * angle / 180.0 130 x_base = @size*Math::sin(rad) 131 y_base = @size*Math::cos(rad)
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/macosx-10.10/ruby-106/ruby/ext/tk/sample/tkextlib/tcllib/ |
H A D | plotdemos1.rb | 73 rad = 1.0+Math.cos(angle*Math::PI/180.0) 74 s.plot('cardioid', rad, angle)
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/macosx-10.10/tcl-105/tcl_ext/tklib/tklib/modules/plotchart/ |
H A D | plotaxis.tcl | 622 set rad $rad_step 624 while { $rad < $rad_max+0.5*$rad_step } { 625 foreach {xright ytxt} [polarToPixel $w $rad 0.0] {break} 626 foreach {xleft ycrd} [polarToPixel $w $rad 180.0] {break} 627 foreach {xcrd ytop} [polarToPixel $w $rad 90.0] {break} 628 foreach {xcrd ybottom} [polarToPixel $w $rad 270.0] {break} 633 $w create text $xright [expr {$ytxt+3}] -text $rad -anchor n -fill $textcolor -font $textfont 635 set rad [expr {$rad+$rad_step}] 1313 set rad [all...] |
H A D | plotpriv.tcl | 1056 set rad [expr {45.0 * 3.1415926 / 180.0}] 1057 set xtext [expr {(${pxmin}+${pxmax}+cos(${rad})*(${pxmax}-${pxmin}+20))/2}] 1058 set ytext [expr {(${pymin}+${pymax}-sin(${rad})*(${pymax}-${pymin}+20))/2}] 1107 set rad [expr {($angle_bgn+0.5*$angle_ext)*3.1415926/180.0}] 1108 set xtext [expr {($pxmin+$pxmax+cos($rad)*($pxmax-$pxmin+20))/2}] 1109 set ytext [expr {($pymin+$pymax-sin($rad)*($pymax-$pymin+20))/2}] 1131 # rad Next radius 1138 proc ::Plotchart::DrawPolarData { w series rad phi } { 1140 set xcrd [expr {$rad*cos($phi*$torad)}] 1141 set ycrd [expr {$rad*si [all...] |
/macosx-10.10/OpenLDAP-499.27/OpenLDAP/contrib/slapd-modules/allowed/ |
H A D | allowed.c | 417 register_at( char *def, AttributeDescription **rad, int dupok ) argument 455 if ( rad ) *rad = ad;
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/macosx-10.10/xnu-2782.1.97/bsd/dev/ |
H A D | memdev.c | 531 int rad, dig; local 534 rad = 10; 540 rad = 16; 551 if(rad == 10) return pos; /* Leave if not base 10 */ 556 *num = (*num * rad) + dig; /* Accumulate the number */
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