/macosx-10.9.5/tcl-102/tcl_ext/tklib/tklib/examples/diagrams/ |
H A D | draw_chemical.tcl | 30 proc bond { {angle 0} {item {}} } { 34 switch -- $angle { 51 line $side $angle
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/macosx-10.9.5/WebCore-7537.78.1/css/ |
H A D | SVGCSSStyleSelector.cpp | 65 static float roundToNearestGlyphOrientationAngle(float angle) argument 67 angle = fabsf(fmodf(angle, 360.0f)); 69 if (angle <= 45.0f || angle > 315.0f) 71 else if (angle > 45.0f && angle <= 135.0f) 73 else if (angle > 135.0f && angle <= 225.0f) 79 static int angleToGlyphOrientation(float angle) argument [all...] |
H A D | TransformFunctions.cpp | 215 double angle = firstValue->computeDegrees(); local 216 operations.operations().append(RotateTransformOperation::create(0, 0, 1, angle, transformOperationType(transformValue->operationType()))); 225 double angle = firstValue->computeDegrees(); local 233 operations.operations().append(RotateTransformOperation::create(x, y, z, angle, transformOperationType(transformValue->operationType()))); 245 double angle = fourthValue->computeDegrees(); local 246 operations.operations().append(RotateTransformOperation::create(x, y, z, angle, transformOperationType(transformValue->operationType()))); 254 double angle = firstValue->computeDegrees(); local 256 angleY = angle; 258 angleX = angle;
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H A D | WebKitCSSMatrix.h | 131 // Returns this matrix rotated about the passed axis by the passed angle. 134 // the rotation values on the left (result = rotation(x,y,z,angle) * this) 135 PassRefPtr<WebKitCSSMatrix> rotateAxisAngle(double x, double y, double z, double angle) const; 140 // the skew values on the left (result = skewX(angle) * this) 141 PassRefPtr<WebKitCSSMatrix> skewX(double angle) const; 146 // the skew values on the left (result = skewY(angle) * this) 147 PassRefPtr<WebKitCSSMatrix> skewY(double angle) const;
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/macosx-10.9.5/WebCore-7537.78.1/rendering/svg/ |
H A D | SVGTextLayoutEngineBaseline.h | 44 float calculateGlyphAdvanceAndOrientation(bool isVerticalText, SVGTextMetrics&, float angle, float& xOrientationShift, float& yOrientationShift) const;
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H A D | RenderSVGResourceMarker.h | 56 AffineTransform markerTransformation(const FloatPoint& origin, float angle, float strokeWidth) const; 62 float angle() const;
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H A D | RenderSVGResourceMarker.cpp | 107 float RenderSVGResourceMarker::angle() const function in class:WebCore::RenderSVGResourceMarker 112 float angle = -1; local 114 angle = marker->orientAngle().value(); 116 return angle; 124 float markerAngle = angle();
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/macosx-10.9.5/WebCore-7537.78.1/svg/ |
H A D | SVGMatrix.h | 87 SVGMatrix skewX(double angle) argument 90 copy.skewX(angle); 94 SVGMatrix skewY(double angle) argument 97 copy.skewY(angle);
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H A D | SVGTransformDistance.h | 44 SVGTransformDistance(SVGTransform::SVGTransformType, float angle, float cx, float cy, const AffineTransform&);
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H A D | SVGMarkerElement.idl | 51 void setOrientToAngle([Default=Undefined] optional SVGAngle angle);
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H A D | SVGPathByteStreamSource.cpp | 102 bool SVGPathByteStreamSource::parseArcToSegment(float& rx, float& ry, float& angle, bool& largeArc, bool& sweep, FloatPoint& targetPoint) argument 106 angle = readFloat();
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H A D | SVGMarkerElement.cpp | 148 SVGAngle angle; local 149 SVGMarkerOrientType orientType = SVGPropertyTraits<SVGMarkerOrientType>::fromString(value, angle); 153 setOrientAngleBaseValue(angle); 205 void SVGMarkerElement::setOrientToAngle(const SVGAngle& angle) argument 208 setOrientAngleBaseValue(angle); 237 // If orient is not auto, the previous call to synchronizeOrientAngle already set the orientAttr to the right angle.
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H A D | SVGPathStringSource.cpp | 228 static bool parseArcToSegmentHelper(const CharacterType*& current, const CharacterType* end, float& rx, float& ry, float& angle, bool& largeArc, bool& sweep, FloatPoint& targetPoint) argument 234 || !parseNumber(current, end, angle) 244 bool SVGPathStringSource::parseArcToSegment(float& rx, float& ry, float& angle, bool& largeArc, bool& sweep, FloatPoint& targetPoint) argument 247 return parseArcToSegmentHelper(m_current.m_character8, m_end.m_character8, rx, ry, angle, largeArc, sweep, targetPoint); 248 return parseArcToSegmentHelper(m_current.m_character16, m_end.m_character16, rx, ry, angle, largeArc, sweep, targetPoint);
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H A D | SVGAnimatedAngle.cpp | 47 SVGAngle angle; local 48 SVGMarkerOrientType orientType = SVGPropertyTraits<SVGMarkerOrientType>::fromString(string, angle); 52 animatedPair.first = angle; 110 // Animating from an angle value to eg. 'auto' - this disabled additive as 'auto' is a keyword.. 134 // If the enumeration value is not angle or auto, its unknown. 141 // Regular from angle to angle animation, with all features like additive etc.
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H A D | SVGPathSegListSource.cpp | 138 bool SVGPathSegListSource::parseArcToSegment(float& rx, float& ry, float& angle, bool& largeArc, bool& sweep, FloatPoint& targetPoint) argument 145 angle = arcTo->angle();
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/macosx-10.9.5/tcl-102/tcl_ext/tklib/tklib/modules/controlwidget/ |
H A D | voltmeter.tcl | 124 set angle 255.0 130 set a [expr {($angle+$delta*$i)*$pi}] 236 set angle [expr {((($v-$min)/(1.0*($max-$min)))*30.0+165.0)*$pi}] 244 set xl [expr {$xcentre-$l1*sin($angle)}] 245 set yl [expr {$ycentre+$l1*cos($angle)}] 246 set xs [expr {$xcentre-$l2*sin($angle)}] 247 set ys [expr {$ycentre+$l2*cos($angle)}] 271 # Compute the angle with the positive y-axis - easier to examine! 273 set angle [expr {atan2($xc - $x,$yc - $y) / $pi}] 274 if { $angle > [all...] |
/macosx-10.9.5/tcl-102/tcl_ext/tklib/tklib/modules/diagrams/ |
H A D | point.tcl | 70 proc ::diagram::point::by {distance angle} { 71 return [list by [list $distance $angle]] 170 lassign $polar distance angle 171 return [geo::s* $distance [geo::direction $angle]]
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/macosx-10.9.5/RubyCocoa-80/RubyCocoa/sample/RubyRocks/ |
H A D | RubyRocks.rb | 113 @ship.angle = TURN_ANGLE if @ship 115 @ship.angle = -TURN_ANGLE if @ship 128 @ship.angle = 0 if @ship 180 attr_accessor :direction, :angle, :acceleration 187 @angle = @acceleration = 0 193 if @angle != 0 194 cosA = Math::cos(@angle) 195 sinA = Math::sin(@angle)
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/macosx-10.9.5/pyobjc-42/2.5/pyobjc/pyobjc-framework-Cocoa/Examples/AppKit/Grady/ |
H A D | MyBaseGradientView.py | 35 def setAngle_(self, angle): 36 self.myAngle = angle
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/macosx-10.9.5/pyobjc-42/pyobjc/pyobjc-framework-Cocoa/Examples/AppKit/Grady/ |
H A D | MyBaseGradientView.py | 35 def setAngle_(self, angle): 36 self.myAngle = angle
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/macosx-10.9.5/Chess-310.5/Sources/ |
H A D | MBCBoardViewMouse.mm | 455 float angle = fmod((fAzimuth = fRawAzimuth), 90.0f); 456 if (angle < kAzimuthRound) 457 fAzimuth -= angle; 458 else if (angle > 90.0f-kAzimuthRound) 459 fAzimuth += 90.0f-angle; 476 float angle = fmod((fAzimuth = fRawAzimuth), 90.0f); 477 if (angle < kAzimuthRound) 478 fAzimuth -= angle; 479 else if (angle > 90.0f-kAzimuthRound) 480 fAzimuth += 90.0f-angle; [all...] |
/macosx-10.9.5/ICU-511.35/icuSources/i18n/ |
H A D | astro.cpp | 217 * Normalize an angle so that it's in the range 0 - 2pi. 218 * For positive angles this is just (angle % 2pi), but the Java 221 inline static double norm2PI(double angle) { argument 222 return normalize(angle, CalendarAstronomer::PI * 2.0); 226 * Normalize an angle into the range -PI - PI 228 inline static double normPI(double angle) { argument 229 return normalize(angle + CalendarAstronomer::PI, CalendarAstronomer::PI * 2.0) - CalendarAstronomer::PI; 503 double H = getLocalSidereal()*CalendarAstronomer::PI/12 - equatorial.ascension; // Hour-angle 923 // // where 15 degrees corresponds to one hour. Since LST really is an angle, 1146 * This is really the angle betwee 1320 double angle = func.eval(*this); local 1384 double angle = ::acos(-tanL * ::tan(pos.declination)); local [all...] |
/macosx-10.9.5/RubyCocoa-80/RubyCocoa/sample/ViewModelDemo/ |
H A D | ViewModel.rb | 117 @angle = getAngleInRadians(frame.origin, @destPt) 118 @xDelta = Math.sin(@angle) * @speed 119 @yDelta = Math.cos(@angle) * @speed
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/macosx-10.9.5/WebCore-7537.78.1/platform/graphics/transforms/ |
H A D | AffineTransform.h | 112 AffineTransform& skewX(double angle); 113 AffineTransform& skewY(double angle); 183 double angle; member in struct:WebCore::AffineTransform::__anon5404
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/macosx-10.9.5/tcl-102/tcl_ext/tklib/tklib/examples/plotchart/ |
H A D | plotdemos7.tcl | 104 for { set angle 0 } { $angle < 360.0 } { set angle [expr {$angle+10.0}] } { 105 set rad [expr {1.0+cos($angle*$::Plotchart::torad)}] 106 $s plot "cardioid" $rad $angle
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