/dports/lang/gcc10/gcc-10.3.0/gcc/testsuite/ada/acats/tests/c8/ |
H A D | c87b24b.ada | 38 PI : PIECE (1 .. 8) := (3, 1, 4, 1, 5, 9, 2, 6); variable 83 S1 := PI ("+" (3) .. "-" (5)); 84 S1 := PI (F2 (2) .. "+" (4)); 85 S1 := PI ("-" (6) .. F1 (8)); 86 S1 := PI (F2 (1) .. F2 (3)); 87 S2 := PI (F2 (4) .. F1 (8)); 88 S2 := PI (2 .. "+" (6)); 89 S2 := PI (F1 (1) .. 5); 90 S2 := PI ("+" (3) .. "+" (7));
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/dports/lang/gcc9-devel/gcc-9-20211007/gcc/testsuite/ada/acats/tests/c8/ |
H A D | c87b24b.ada | 38 PI : PIECE (1 .. 8) := (3, 1, 4, 1, 5, 9, 2, 6); variable 83 S1 := PI ("+" (3) .. "-" (5)); 84 S1 := PI (F2 (2) .. "+" (4)); 85 S1 := PI ("-" (6) .. F1 (8)); 86 S1 := PI (F2 (1) .. F2 (3)); 87 S2 := PI (F2 (4) .. F1 (8)); 88 S2 := PI (2 .. "+" (6)); 89 S2 := PI (F1 (1) .. 5); 90 S2 := PI ("+" (3) .. "+" (7));
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/dports/lang/gcc8/gcc-8.5.0/gcc/testsuite/ada/acats/tests/c8/ |
H A D | c87b24b.ada | 38 PI : PIECE (1 .. 8) := (3, 1, 4, 1, 5, 9, 2, 6); variable 83 S1 := PI ("+" (3) .. "-" (5)); 84 S1 := PI (F2 (2) .. "+" (4)); 85 S1 := PI ("-" (6) .. F1 (8)); 86 S1 := PI (F2 (1) .. F2 (3)); 87 S2 := PI (F2 (4) .. F1 (8)); 88 S2 := PI (2 .. "+" (6)); 89 S2 := PI (F1 (1) .. 5); 90 S2 := PI ("+" (3) .. "+" (7));
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/dports/lang/gcc11/gcc-11.2.0/gcc/testsuite/ada/acats/tests/c8/ |
H A D | c87b24b.ada | 38 PI : PIECE (1 .. 8) := (3, 1, 4, 1, 5, 9, 2, 6); 83 S1 := PI ("+" (3) .. "-" (5)); 84 S1 := PI (F2 (2) .. "+" (4)); 85 S1 := PI ("-" (6) .. F1 (8)); 86 S1 := PI (F2 (1) .. F2 (3)); 87 S2 := PI (F2 (4) .. F1 (8)); 88 S2 := PI (2 .. "+" (6)); 89 S2 := PI (F1 (1) .. 5); 90 S2 := PI ("+" (3) .. "+" (7));
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/dports/devel/zpu-binutils/zpu-toolchain-1.0/toolchain/gcc/gcc/testsuite/ada/acats/tests/c8/ |
H A D | c87b24b.ada | 38 PI : PIECE (1 .. 8) := (3, 1, 4, 1, 5, 9, 2, 6); variable 83 S1 := PI ("+" (3) .. "-" (5)); 84 S1 := PI (F2 (2) .. "+" (4)); 85 S1 := PI ("-" (6) .. F1 (8)); 86 S1 := PI (F2 (1) .. F2 (3)); 87 S2 := PI (F2 (4) .. F1 (8)); 88 S2 := PI (2 .. "+" (6)); 89 S2 := PI (F1 (1) .. 5); 90 S2 := PI ("+" (3) .. "+" (7));
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/dports/lang/gcc10-devel/gcc-10-20211008/gcc/testsuite/ada/acats/tests/c8/ |
H A D | c87b24b.ada | 38 PI : PIECE (1 .. 8) := (3, 1, 4, 1, 5, 9, 2, 6); variable 83 S1 := PI ("+" (3) .. "-" (5)); 84 S1 := PI (F2 (2) .. "+" (4)); 85 S1 := PI ("-" (6) .. F1 (8)); 86 S1 := PI (F2 (1) .. F2 (3)); 87 S2 := PI (F2 (4) .. F1 (8)); 88 S2 := PI (2 .. "+" (6)); 89 S2 := PI (F1 (1) .. 5); 90 S2 := PI ("+" (3) .. "+" (7));
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/dports/devel/mingw32-gcc/gcc-4.8.1/gcc/testsuite/ada/acats/tests/c8/ |
H A D | c87b24b.ada | 38 PI : PIECE (1 .. 8) := (3, 1, 4, 1, 5, 9, 2, 6); variable 83 S1 := PI ("+" (3) .. "-" (5)); 84 S1 := PI (F2 (2) .. "+" (4)); 85 S1 := PI ("-" (6) .. F1 (8)); 86 S1 := PI (F2 (1) .. F2 (3)); 87 S2 := PI (F2 (4) .. F1 (8)); 88 S2 := PI (2 .. "+" (6)); 89 S2 := PI (F1 (1) .. 5); 90 S2 := PI ("+" (3) .. "+" (7));
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/dports/lang/gcc12-devel/gcc-12-20211205/gcc/testsuite/ada/acats/tests/c8/ |
H A D | c87b24b.ada | 38 PI : PIECE (1 .. 8) := (3, 1, 4, 1, 5, 9, 2, 6); variable 83 S1 := PI ("+" (3) .. "-" (5)); 84 S1 := PI (F2 (2) .. "+" (4)); 85 S1 := PI ("-" (6) .. F1 (8)); 86 S1 := PI (F2 (1) .. F2 (3)); 87 S2 := PI (F2 (4) .. F1 (8)); 88 S2 := PI (2 .. "+" (6)); 89 S2 := PI (F1 (1) .. 5); 90 S2 := PI ("+" (3) .. "+" (7));
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/dports/math/saga/saga-8.1.3/saga-gis/src/tools/projection/pj_geotrans/geotrans/ |
H A D | eckert4.c | 97 #define PI_OVER_2 ( PI / 2.0) 98 #define TWO_PI (2.0 * PI) 188 if (Central_Meridian > PI) in Set_Eckert4_Parameters() 277 if ((Longitude < -PI) || (Longitude > TWO_PI)) in Convert_Geodetic_To_Eckert4() 286 if (dlam > PI) in Convert_Geodetic_To_Eckert4() 290 if (dlam < -PI) in Convert_Geodetic_To_Eckert4() 373 if (*Longitude > PI) in Convert_Eckert4_To_Geodetic() 375 if (*Longitude < -PI) in Convert_Eckert4_To_Geodetic() 379 *Longitude = PI; in Convert_Eckert4_To_Geodetic() 380 else if (*Longitude < -PI) in Convert_Eckert4_To_Geodetic() [all …]
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H A D | cassini.c | 101 #define PI_OVER_2 ( PI / 2.0) 102 #define TWO_PI (2.0 * PI) 209 if (Central_Meridian > PI) in Set_Cassini_Parameters() 343 if (fabs(dlam) > (4.0 * PI / 180)) in Convert_Geodetic_To_Cassini() 348 if (dlam > PI) in Convert_Geodetic_To_Cassini() 352 if (dlam < -PI) in Convert_Geodetic_To_Cassini() 469 if (*Longitude > PI) in Convert_Cassini_To_Geodetic() 471 if (*Longitude < -PI) in Convert_Cassini_To_Geodetic() 475 *Longitude = PI; in Convert_Cassini_To_Geodetic() 476 else if (*Longitude < -PI) in Convert_Cassini_To_Geodetic() [all …]
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H A D | polycon.c | 101 #define PI_OVER_2 ( PI / 2.0) 102 #define TWO_PI (2.0 * PI) 203 if (Central_Meridian > PI) in Set_Polyconic_Parameters() 323 if (fabs(dlam) > (PI / 2)) in Convert_Geodetic_To_Polyconic() 327 if (dlam > PI) in Convert_Geodetic_To_Polyconic() 331 if (dlam < -PI) in Convert_Geodetic_To_Polyconic() 456 if (*Longitude > PI) in Convert_Polyconic_To_Geodetic() 458 if (*Longitude < -PI) in Convert_Polyconic_To_Geodetic() 462 *Longitude = PI; in Convert_Polyconic_To_Geodetic() 463 else if (*Longitude < -PI) in Convert_Polyconic_To_Geodetic() [all …]
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/dports/comms/direwolf/direwolf-1.6/external/geotranz/ |
H A D | utm.c | 89 #define PI 3.14159265358979323e0 /* PI */ macro 208 if ((Longitude < -PI) || (Longitude > (2*PI))) in Convert_Geodetic_To_UTM() 217 Longitude += (2*PI) + 1.0e-10; in Convert_Geodetic_To_UTM() 219 Lat_Degrees = (long)(Latitude * 180.0 / PI); in Convert_Geodetic_To_UTM() 220 Long_Degrees = (long)(Longitude * 180.0 / PI); in Convert_Geodetic_To_UTM() 222 if (Longitude < PI) in Convert_Geodetic_To_UTM() 223 temp_zone = (long)(31 + ((Longitude * 180.0 / PI) / 6.0)); in Convert_Geodetic_To_UTM() 225 temp_zone = (long)(((Longitude * 180.0 / PI) / 6.0) - 29); in Convert_Geodetic_To_UTM() 266 Central_Meridian = (6 * temp_zone - 183) * PI / 180.0; in Convert_Geodetic_To_UTM() 268 Central_Meridian = (6 * temp_zone + 177) * PI / 180.0; in Convert_Geodetic_To_UTM() [all …]
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/dports/graphics/wdune/wdune-1.926/docs/typical_vrml_examples/ecmascript/ |
H A D | superellipsoid.wrl | 65 // range -PI to PI 66 if ((f < Math.PI/2.0 + EPSILON) && (f > Math.PI/2.0 - EPSILON)) 68 if (f > Math.PI/2.0) 70 if ((f < -Math.PI/2.0 + EPSILON) && (f > -Math.PI/2.0 - EPSILON)) 74 // -PI < x < -PI/2 80 // range -PI to PI 81 if ((f < Math.PI + EPSILON) && (f > Math.PI - EPSILON)) 83 if (f > Math.PI) 89 if ((f < -Math.PI + EPSILON) && (f > -Math.PI - EPSILON)) 91 if (f < -Math.PI) [all …]
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/dports/www/elixir-maru/maru-0.12.4/test/builder/ |
H A D | params_test.exs | 5 alias Maru.Struct.Parameter.Information, as: PI 37 %PI{attr_name: :bar, required: false} 64 %P{information: %PI{attr_name: :foo}}, 65 %P{information: %PI{attr_name: :bar}}, 67 %PI{attr_name: :baz}, 69 %PI{attr_name: :qux}, 73 %PI{attr_name: :qux} 169 %P{information: %PI{attr_name: :foo}} 206 %P{information: %PI{attr_name: :foo}}, 207 %P{information: %PI{attr_name: :bar}}, [all …]
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/dports/audio/ampache/ampache-php74-5.0.0/vendor/szymach/c-pchart/src/Barcode/ |
H A D | Barcode39.php | 107 $X1 = cos($Angle * PI / 180) * ($WOffset + $BarcodeLength); 108 $Y1 = sin($Angle * PI / 180) * ($WOffset + $BarcodeLength); 110 $X2 = $X1 + cos(($Angle + 90) * PI / 180) * ($HOffset + $Height); 184 $X1 = $X + cos(($Angle - 135) * PI / 180) * 10; 185 $Y1 = $Y + sin(($Angle - 135) * PI / 180) * 10; 192 + cos(($Angle + 90) * PI / 180) 196 + sin(($Angle + 90) * PI / 180) 221 $X1 = $X + cos($Angle * PI / 180) * $i; 222 $Y1 = $Y + sin($Angle * PI / 180) * $i; 223 $X2 = $X1 + cos(($Angle + 90) * PI / 180) * $Height; [all …]
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/dports/www/matomo/piwik/vendor/szymach/c-pchart/src/Barcode/ |
H A D | Barcode39.php | 107 $X1 = cos($Angle * PI / 180) * ($WOffset + $BarcodeLength); 108 $Y1 = sin($Angle * PI / 180) * ($WOffset + $BarcodeLength); 110 $X2 = $X1 + cos(($Angle + 90) * PI / 180) * ($HOffset + $Height); 184 $X1 = $X + cos(($Angle - 135) * PI / 180) * 10; 185 $Y1 = $Y + sin(($Angle - 135) * PI / 180) * 10; 192 + cos(($Angle + 90) * PI / 180) 196 + sin(($Angle + 90) * PI / 180) 221 $X1 = $X + cos($Angle * PI / 180) * $i; 222 $Y1 = $Y + sin($Angle * PI / 180) * $i; 223 $X2 = $X1 + cos(($Angle + 90) * PI / 180) * $Height; [all …]
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/dports/science/healpix/Healpix_3.50/src/java/src/healpix/essentials/test/ |
H A D | FastMathTest.java | 48 assertEquals("inconsistency", Math.PI,(atan2(p0, m0))); in testmain() 49 assertEquals("inconsistency",-Math.PI,(atan2(m0, m0))); in testmain() 52 assertEquals("inconsistency",3*Math.PI/4,atan2(pinf, minf)); in testmain() 54 assertEquals("inconsistency",Math.PI/4,atan2(pinf, pinf)); in testmain() 55 assertEquals("inconsistency",-Math.PI/4,atan2(minf, pinf)); in testmain() 64 assertEquals("inconsistency",Math.PI,atan2(p0, -a[i])); in testmain() 65 assertEquals("inconsistency",-Math.PI,atan2(m0, -a[i])); in testmain() 68 assertEquals("inconsistency",Math.PI/2,atan2(a[i], p0)); in testmain() 69 assertEquals("inconsistency",Math.PI/2,atan2(a[i], m0)); in testmain() 70 assertEquals("inconsistency",Math.PI/2,atan2(pinf,a[i])); in testmain() [all …]
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/dports/games/libretro-fbalpha/fbalpha-84eb9d9/src/intf/video/scalers/ |
H A D | ddt3x.cpp | 49 #define BIL3X(PF, PH, PI, N5, N7, N8) \ argument 54 ALPHA_BLEND_X_W(E[N8], PI, 3); \ 57 #define DDT3X_BC(PF, PH, PI, N5, N7, N8) \ argument 60 ALPHA_BLEND_X_W(E[N8], PI, 12); \ 72 if (PE!=PF || PE!=PH || PE!=PI) \ 74 ad = abs(PE-PI); bc = abs(PF-PH);\ 77 DDT3X_BC(PF, PH, PI, N5, N7, N8);\ 85 BIL3X(PF, PH, PI, N5, N7, N8) \ 96 unsigned short int PA, PB, PC, PD, PE, PF, PG, PH, PI; in ddt3x() local 153 PI = sa3[3]; in ddt3x() [all …]
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/dports/games/libretro-fbneo/FBNeo-bbe3c05/src/intf/video/scalers/ |
H A D | ddt3x.cpp | 49 #define BIL3X(PF, PH, PI, N5, N7, N8) \ argument 54 ALPHA_BLEND_X_W(E[N8], PI, 3); \ 57 #define DDT3X_BC(PF, PH, PI, N5, N7, N8) \ argument 60 ALPHA_BLEND_X_W(E[N8], PI, 12); \ 72 if (PE!=PF || PE!=PH || PE!=PI) \ 74 ad = abs(PE-PI); bc = abs(PF-PH);\ 77 DDT3X_BC(PF, PH, PI, N5, N7, N8);\ 85 BIL3X(PF, PH, PI, N5, N7, N8) \ 96 unsigned short int PA, PB, PC, PD, PE, PF, PG, PH, PI; in ddt3x() local 153 PI = sa3[3]; in ddt3x() [all …]
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/dports/net/libwebsockets/libwebsockets-v4.2.2/scripts/ |
H A D | ctest-background-kill.sh | 11 PI=`cat /tmp/sai-ctest-$J` 17 kill -0 $PI 20 echo "Background task $PI: $J" 23 echo "Background Process $PI unexpectedly dead already, their log" 30 kill $PI 39 kill -0 $PI 2>&1 49 kill -9 $PI 58 kill -0 $PI 2>&1
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/dports/math/dune-istl/dune-istl-fffb544a61d2c65a0d2fc7c751f36909f06be8f5/dune/istl/paamg/ |
H A D | fastamg.hh | 68 typedef PI ParallelInformation; 169 const PI& pinfo); 285 template<class M, class X, class PI, class A> 319 const PI& pinfo) in FastAMG() 344 const PI& pinfo) in createHierarchies() 474 std::size_t FastAMG<M,X,PI,A>::levels() in levels() 479 std::size_t FastAMG<M,X,PI,A>::maxlevels() in maxlevels() 520 bool FastAMG<M,X,PI,A> 567 void FastAMG<M,X,PI,A> 609 void FastAMG<M,X,PI,A> [all …]
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/dports/graphics/libpano13/libpano13-2.9.20/ |
H A D | remap.c | 59 if( a >= PI ) in remap() 103 if( a >= PI ) in remap() 145 if( a >= PI || b >= PI ) in remap() 156 if( b >= PI ) in remap() 208 destheight = (int)(PI * vars[0] * tan(r_prefs->vfov * PI / 360.0)); in remap() 209 destwidth = (int)(PI * vars[0] * PI); in remap() 215 destwidth = (int)(vars[0] * PI * PI); in remap() 248 if( a >= PI || b >= PI ) in remap() 306 destheight = (int)(PI * vars[0] * tan(r_prefs->vfov * PI / 360.0)); in remap() 307 destwidth = (int)(PI * vars[0] * PI); in remap() [all …]
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/dports/devel/fossology-nomos-standalone/fossology-3.11.0/src/ununpack/agent_tests/Unit/ |
H A D | test_Traverse.c | 24 static ParentInfo *PI = NULL; variable 64 PI = &PITest; in testTraverseNormal4Package() 65 Result = Traverse(Filename,Basename,Label,NewDir,Recurse,PI); in testTraverseNormal4Package() 83 PI = &PITest; in testTraverseNormal4Package2() 84 Result = Traverse(Filename,Basename,Label,NewDir,Recurse,PI); in testTraverseNormal4Package2() 108 PI = &PITest; in testTraverseNormal4Dir() 110 Result = Traverse(Filename,Basename,Label,NewDir,Recurse,PI); in testTraverseNormal4Dir() 129 PI = &PITest; in testTraverseNormal4Rpm() 130 Result = Traverse(Filename,Basename,Label,NewDir,Recurse,PI); in testTraverseNormal4Rpm() 149 PI = &PITest; in testTraverseNullParams() [all …]
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/dports/science/dcl/dcl-5.4.8/src/math1/maplib/ |
H A D | mpnwtn.f | 14 PARAMETER (PI = ATAN(1.0) * 4.0) 50 IF (XLON .GT. PI + EPSX) THEN 53 XLON = XLON - 2.0 * PI 55 XLON = PI - XMRGN 58 ELSE IF (XLON .LT. -PI - EPSX) THEN 61 XLON = XLON + 2.0 * PI 63 XLON = -PI + XMRGN 68 IF (YLAT .GT. 0.5 * PI) THEN 70 YLAT = 0.5 * PI - XMRGN 72 ELSE IF (YLAT .LT. -0.5 * PI) THEN [all …]
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H A D | mpfcyl.f | 11 PI = RFPI() 14 IF (Y.GT. PI/2) Y = PI/2 15 IF (Y.LT.-PI/2) Y = -PI/2 21 PI = RFPI() 24 IF (ABS(XLON) .LE. PI .AND. ABS(YLAT) .LE. PI/2) RETURN
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