/macosx-10.9.5/pyobjc-42/2.5/pyobjc/pyobjc-framework-Cocoa/Lib/PyObjCTools/ |
H A D | FndCategories.py | 10 def rotateByDegrees_atPoint_(self, angle, point): 12 Rotate the coordinatespace ``angle`` degrees around 15 self.rotateByDegrees_(angle) 18 tf.rotateByDegrees_(-angle) 24 def rotateByRadians_atPoint_(self, angle, point): 26 Rotate the coordinatespace ``angle`` radians around 29 self.rotateByRadians_(angle) 32 tf.rotateByRadians_(-angle)
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/macosx-10.9.5/pyobjc-42/pyobjc/pyobjc-framework-Cocoa/Lib/PyObjCTools/ |
H A D | FndCategories.py | 10 def rotateByDegrees_atPoint_(self, angle, point): 12 Rotate the coordinatespace ``angle`` degrees around 15 self.rotateByDegrees_(angle) 18 tf.rotateByDegrees_(-angle) 24 def rotateByRadians_atPoint_(self, angle, point): 26 Rotate the coordinatespace ``angle`` radians around 29 self.rotateByRadians_(angle) 32 tf.rotateByRadians_(-angle)
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/macosx-10.9.5/WebCore-7537.78.1/svg/ |
H A D | SVGTransform.idl | 36 readonly attribute float angle; 41 [StrictTypeChecking] void setRotate(float angle, float cx, float cy); 42 [StrictTypeChecking] void setSkewX(float angle); 43 [StrictTypeChecking] void setSkewY(float angle);
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H A D | SVGPathSegArc.h | 31 SVGPathSegArc(SVGPathElement* element, SVGPathSegRole role, float x, float y, float r1, float r2, float angle, bool largeArcFlag, bool sweepFlag) argument 37 , m_angle(angle) 71 float angle() const { return m_angle; } function in class:WebCore::SVGPathSegArc 72 void setAngle(float angle) argument 74 m_angle = angle; 105 static PassRefPtr<SVGPathSegArcAbs> create(SVGPathElement* element, SVGPathSegRole role, float x, float y, float r1, float r2, float angle, bool largeArcFlag, bool sweepFlag) argument 107 return adoptRef(new SVGPathSegArcAbs(element, role, x, y, r1, r2, angle, largeArcFlag, sweepFlag)); 111 SVGPathSegArcAbs(SVGPathElement* element, SVGPathSegRole role, float x, float y, float r1, float r2, float angle, bool largeArcFlag, bool sweepFlag) argument 112 : SVGPathSegArc(element, role, x, y, r1, r2, angle, largeArcFlag, sweepFlag) 122 static PassRefPtr<SVGPathSegArcRel> create(SVGPathElement* element, SVGPathSegRole role, float x, float y, float r1, float r2, float angle, boo argument 128 SVGPathSegArcRel(SVGPathElement* element, SVGPathSegRole role, float x, float y, float r1, float r2, float angle, bool largeArcFlag, bool sweepFlag) argument [all...] |
H A D | SVGMatrix.idl | 40 [Immutable, StrictTypeChecking] SVGMatrix rotate(float angle); 44 [Immutable, StrictTypeChecking] SVGMatrix skewX(float angle); 45 [Immutable, StrictTypeChecking] SVGMatrix skewY(float angle);
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H A D | SVGPathSegArcAbs.idl | 34 [StrictTypeChecking] attribute float angle;
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H A D | SVGPathSegArcRel.idl | 34 [StrictTypeChecking] attribute float angle;
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H A D | SVGTransform.h | 59 float angle() const { return m_angle; } function in class:WebCore::SVGTransform 65 void setRotate(float angle, float cx, float cy); 66 void setSkewX(float angle); 67 void setSkewY(float angle);
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H A D | SVGTransformDistance.cpp | 41 SVGTransformDistance::SVGTransformDistance(SVGTransform::SVGTransformType type, float angle, float cx, float cy, const AffineTransform& transform) argument 43 , m_angle(angle) 65 m_angle = toSVGTransform.angle() - fromSVGTransform.angle(); 83 m_angle = toSVGTransform.angle() - fromSVGTransform.angle(); 126 transform.setRotate(first.angle() + second.angle() * repeatCount, first.rotationCenter().x() + second.rotationCenter().x() * repeatCount, first.rotationCenter().y() + second.rotationCenter().y() * repeatCount); 143 transform.setSkewX(first.angle() + second.angle() * repeatCoun [all...] |
H A D | SVGTransform.cpp | 103 void SVGTransform::setRotate(float angle, float cx, float cy) argument 106 m_angle = angle; 112 m_matrix.rotate(angle); 116 void SVGTransform::setSkewX(float angle) argument 119 m_angle = angle; 122 m_matrix.skewX(angle); 125 void SVGTransform::setSkewY(float angle) argument 128 m_angle = angle; 131 m_matrix.skewY(angle);
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/macosx-10.9.5/tcl-102/tcl_ext/tklib/tklib/modules/diagrams/ |
H A D | direction.tcl | 13 # Standard attributes are 'angle' and 'oppposite', the first providing 14 # the angle of the direction, in degrees (0-360, 0 == right/east, 90 50 } elseif {![dict exists $args angle]} { 51 return -code error "Standard attribute 'angle' is missing" 58 # Should either check the angle, or auto-reduce to the proper 86 ## Public API :: Validate directions, either as explict angle, or named. 87 ## and return it normalized (angle reduced to 91 if {[Norm $direction angle]} { return $angle } 100 if {[Norm $d angle]} { retur [all...] |
/macosx-10.9.5/ruby-104/ruby/ext/tk/sample/tkextlib/vu/ |
H A D | pie.rb | 14 configure(:angle=>10, :origin=>90, :shadow=>10) 36 :x=>0, :y=>0, :pie_in=>false, :angle=>pie[:angle], :origin=>pie[:origin] 43 priv[:angle] = w[:angle] 49 w.configure(:angle=>priv[:angle] + (priv[:y] - y)/3,
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/macosx-10.9.5/WebCore-7537.78.1/platform/graphics/transforms/ |
H A D | RotateTransformOperation.h | 34 static PassRefPtr<RotateTransformOperation> create(double angle, OperationType type) argument 36 return adoptRef(new RotateTransformOperation(0, 0, 1, angle, type)); 39 static PassRefPtr<RotateTransformOperation> create(double x, double y, double z, double angle, OperationType type) argument 41 return adoptRef(new RotateTransformOperation(x, y, z, angle, type)); 47 double angle() const { return m_angle; } function in class:WebCore::RotateTransformOperation 71 RotateTransformOperation(double x, double y, double z, double angle, OperationType type) argument 75 , m_angle(angle)
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H A D | AffineTransform.cpp | 137 // angle is in degree. Switch to radian 213 AffineTransform& AffineTransform::skewX(double angle) argument 215 return shear(tan(deg2rad(angle)), 0); 218 AffineTransform& AffineTransform::skewY(double angle) argument 220 return shear(0, tan(deg2rad(angle))); 318 srA.angle += srA.angle < 0 ? piDouble : -piDouble; 322 srA.angle = fmod(srA.angle, 2 * piDouble); 323 srB.angle 373 double angle = atan2(m.b(), m.a()); local [all...] |
H A D | RotateTransformOperation.cpp | 81 double angle = 0; local 87 angle = rad2deg(acos(decomp.quaternionW) * 2); 93 return RotateTransformOperation::create(x, y, z, angle, ROTATE_3D);
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/macosx-10.9.5/WebCore-7537.78.1/css/ |
H A D | WebKitCSSMatrix.cpp | 149 PassRefPtr<WebKitCSSMatrix> WebKitCSSMatrix::rotateAxisAngle(double x, double y, double z, double angle) const 157 if (std::isnan(angle)) 158 angle = 0; 161 return WebKitCSSMatrix::create(TransformationMatrix(m_matrix).rotate3d(x, y, z, angle)); 164 PassRefPtr<WebKitCSSMatrix> WebKitCSSMatrix::skewX(double angle) const 166 if (std::isnan(angle)) 167 angle = 0; 168 return WebKitCSSMatrix::create(TransformationMatrix(m_matrix).skewX(angle)); 171 PassRefPtr<WebKitCSSMatrix> WebKitCSSMatrix::skewY(double angle) const 173 if (std::isnan(angle)) [all...] |
H A D | WebKitCSSMatrix.idl | 85 // Returns this matrix rotated about the passed axis by the passed angle. 91 [Default=Undefined] optional double angle); 95 [Immutable] WebKitCSSMatrix skewX([Default=Undefined] optional double angle); 99 [Immutable] WebKitCSSMatrix skewY([Default=Undefined] optional double angle);
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/macosx-10.9.5/RubyCocoa-80/RubyCocoa/sample/CGPDFViewer/ |
H A D | PDFView.rb | 13 @angle = 0.0 29 # NOTE: The angle must be a multiple of 90. This is why we control angle's value 32 @angle, true) 94 # As mentioned in -drawRect:, `angle' must be a multiple of 90. These methods 97 @angle += 90 102 @angle -= 90
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/macosx-10.9.5/WebCore-7537.78.1/rendering/svg/ |
H A D | SVGTextLayoutEngineBaseline.cpp | 187 float SVGTextLayoutEngineBaseline::calculateGlyphAdvanceAndOrientation(bool isVerticalText, SVGTextMetrics& metrics, float angle, float& xOrientationShift, float& yOrientationShift) const argument 189 bool orientationIsMultiplyOf180Degrees = glyphOrientationIsMultiplyOf180Degrees(angle); 193 // Spec: If the 'glyph-orientation-horizontal' results in an orientation angle that is not a multiple of 196 // Spec: If if the 'glyph-orientation-vertical' results in an orientation angle that is not a multiple of 204 if (!angle) { 207 } else if (angle == 180) 209 else if (angle == 270) { 215 if (angle && !orientationIsMultiplyOf180Degrees) 222 if (angle == 90) 224 else if (angle [all...] |
/macosx-10.9.5/WebCore-7537.78.1/Modules/webaudio/ |
H A D | PannerNode.h | 114 void setConeInnerAngle(double angle) { m_coneEffect.setInnerAngle(angle); } argument 117 void setConeOuterAngle(double angle) { m_coneEffect.setOuterAngle(angle); } argument 120 void setConeOuterGain(double angle) { m_coneEffect.setOuterGain(angle); } argument
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/macosx-10.9.5/WebCore-7537.78.1/platform/audio/ |
H A D | Cone.cpp | 59 double angle = 180.0 * acos(dotProduct) / piDouble; local 60 double absAngle = fabs(angle); 62 // Divide by 2.0 here since API is entire angle (not half-angle)
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/macosx-10.9.5/RubyCocoa-80/RubyCocoa/sample/Pong/ |
H A D | Model.rb | 60 @angle = 90 74 def angle=(angle) 75 @angle = angle 80 @angle *= -1 85 @angle = 180 - @angle 140 rad = radian(@angle) 145 def radian(angle) [all...] |
/macosx-10.9.5/pyobjc-42/2.5/pyobjc/pyobjc-framework-Cocoa/Examples/AppKit/Grady/ |
H A D | MyWindowController.py | 9 angle = objc.IBOutlet() variable in class:MyWindowController 20 # make sure our angle text input keep the right format 23 self.angle.cell().setFormatter_(formatter) 35 # setup the initial angle value 38 self.angle.setStringValue_("90.0") 70 theAngle = self.angle.floatValue() 74 theAngleDougle = self.angle.doubleValue() 83 self.angle.setDoubleValue_(angleValue) 90 # angle factor does not relate to radial draws 92 self.angle [all...] |
/macosx-10.9.5/pyobjc-42/pyobjc/pyobjc-framework-Cocoa/Examples/AppKit/Grady/ |
H A D | MyWindowController.py | 9 angle = objc.IBOutlet() variable in class:MyWindowController 20 # make sure our angle text input keep the right format 23 self.angle.cell().setFormatter_(formatter) 35 # setup the initial angle value 38 self.angle.setStringValue_("90.0") 70 theAngle = self.angle.floatValue() 74 theAngleDougle = self.angle.doubleValue() 83 self.angle.setDoubleValue_(angleValue) 90 # angle factor does not relate to radial draws 92 self.angle [all...] |
/macosx-10.9.5/tcl-102/tcl_ext/tklib/tklib/modules/controlwidget/ |
H A D | tachometer.tcl | 169 set angle 110.0 172 set a [expr {($angle+$delta*$i)*$pi}] 267 set angle [expr {((($v-$min)/($max-$min))*320.0+20.0)*$pi}] 273 set xl [expr {$half-$length*sin($angle)}] 274 set yl [expr {$half+$length*cos($angle)}] 276 set xs [expr {$half+0.2*$length*sin($angle)}] 277 set ys [expr {$half-0.2*$length*cos($angle)}] 301 # Compute the angle with the positive y-axis - easier to examine! 303 set angle [expr {atan2($xc - $x,$yc - $y) / $pi}] 304 if { $angle > [all...] |