cinder Namespace

8-bit image channel. Synonym for Channel8u.

8-bit image channel

16-bit image channel. Suitable as an intermediate representation and ImageIo but not a first-class citizen.

32-bit floating point image channel

Represents a unique identifier for a callback.

8-bit image. Synonym for Surface8u.

8-bit image

16-bit image. Suitable as an intermediate representation and ImageIo but not a first-class citizen.

32-bit floating point image

A pointer to an instance of an IStreamUrl . Can be created using IStreamUrl::createRef()

Converts input into a Base64-encoded string. If charsPerLine > 0, carriage returns (
) are inserted every charsPerLine characters, rounded down to the nearest multiple of 4.

Converts input into a Base64-encoded string. If charsPerLine > 0, carriage returns (
) are inserted every charsPerLine characters, rounded down to the nearest multiple of 4.

Converts input of length inputSize into a Base64-encoded string. If charsPerLine > 0, carriage returns (
) are inserted every charsPerLine characters, rounded down to the nearest multiple of 4.

Converts Base64-encoded data input into unencoded data.

Converts Base64-encoded data input into unencoded data.

Converts Base64-encoded data input into unencoded data.

Returns the fractional part of x , calculated as x - floor( x )

Returns true if x is a power of two, false otherwise.

Returns the closest point to testPoint on the boundary of the ellipse defined by center , axisA and axisB . Algorithm due to David Eberly, http://www.geometrictools.com/Documentation/DistancePointEllipseEllipsoid.pdf .

Returns the closest point to testPoint on the line defined by the 2 controlPoints .

Returns the closest point to testPoint on the line defined by the control points p0 and p1 .

Returns the closest point to testPoint on the quadratic curve defined by the 3 controlPoints . Algorithm due to Olivier Besson, http://blog.gludion.com/2009/08/distance-to-quadratic-bezier-curve.html .

Returns the closest point to testPoint on the quadratic curve defined by the control points p0 , p1 and p2 . Algorithm due to Olivier Besson, http://blog.gludion.com/2009/08/distance-to-quadratic-bezier-curve.html .

Returns the closest point to testPoint on the cubic curve defined by the 4 controlPoints . Algorithm due to Philip J. Schneider, https://github.com/erich666/GraphicsGems/blob/master/gems/NearestPoint.c .

Returns the closest point to testPoint on the cubic curve defined by the control points p0 , p1 , p2 and p3 . Algorithm due to Philip J. Schneider, https://github.com/erich666/GraphicsGems/blob/master/gems/NearestPoint.c .

Converts the named colors of the SVG spec http://en.wikipedia.org/wiki/Web_colors#X11_color_names to sRGB Color8u. If found is non-NULL, it's set to whether the name was located. Returns black on failure.

Returns a DataTarget to file path path , and optionally creates any necessary directories when createParents is true .

Easing equation for a simple linear tweening with no easing.

Easing equation for a quadratic (t^2) ease-in, accelerating from zero velocity.

Easing equation for a quadratic (t^2) ease-out, decelerating to zero velocity.

Easing equation for a quadratic (t^2) ease-in/out, accelerating until halfway, then decelerating.

Easing equation for a quadratic (t^2) ease-out/in, decelerating until halfway, then accelerating.

Easing equation function for a cubic (t^3) ease-in, accelerating from zero velocity.

Easing equation for a cubic (t^3) ease-out, decelerating to zero velocity.

Easing equation for a cubic (t^3) ease-in/out, accelerating until halfway, then decelerating.

Easing equation for a cubic (t^3) ease-out/in, decelerating until halfway, then accelerating.

Easing equation for a quartic (t^4) ease-in, accelerating from zero velocity.

Easing equation for a quartic (t^4) ease-out, decelerating to zero velocity.

Easing equation for a quartic (t^4) ease-in/out, accelerating until halfway, then decelerating.

Easing equation for a quartic (t^4) ease-out/in, decelerating until halfway, then accelerating.

Easing equation function for a quintic (t^5) ease-in, accelerating from zero velocity.

Easing equation for a quintic (t^5) ease-out, decelerating to zero velocity.

Easing equation for a quintic (t^5) ease-in/out, accelerating until halfway, then decelerating.

Easing equation for a quintic (t^5) ease-out/in, decelerating until halfway, then accelerating.

Easing equation for a sinusoidal (sin(t)) ease-in, accelerating from zero velocity.

Easing equation for a sinusoidal (sin(t)) ease-out, decelerating from zero velocity.

Easing equation for a sinusoidal (sin(t)) ease-in/out, accelerating until halfway, then decelerating.

Easing equation for a sinusoidal (sin(t)) ease-out/in, decelerating until halfway, then accelerating.

Easing equation for an exponential (2^t) ease-in, accelerating from zero velocity.

Easing equation for an exponential (2^t) ease-out, decelerating from zero velocity.

Easing equation for an exponential (2^t) ease-in/out, accelerating until halfway, then decelerating.

Easing equation for an exponential (2^t) ease-out/in, decelerating until halfway, then accelerating.

Easing equation for a circular (sqrt(1-t^2)) ease-in, accelerating from zero velocity.

Easing equation for a circular (sqrt(1-t^2)) ease-out, decelerating from zero velocity.

Easing equation for a circular (sqrt(1-t^2)) ease-in/out, accelerating until halfway, then decelerating.

Easing equation for a circular (sqrt(1-t^2)) ease-out/in, decelerating until halfway, then accelerating.

Easing equation for a bounce (exponentially decaying parabolic bounce) ease-in, accelerating from zero velocity. The a parameter controls overshoot, the default producing a 10% overshoot.

Easing equation for a bounce (exponentially decaying parabolic bounce) ease-out, decelerating from zero velocity. The a parameter controls overshoot, the default producing a 10% overshoot.

Easing equation for a bounce (exponentially decaying parabolic bounce) ease-in/out, accelerating until halfway, then decelerating. The a parameter controls overshoot, the default producing a 10% overshoot.

Easing equation for a bounce (exponentially decaying parabolic bounce) ease-out/in, decelerating until halfway, then accelerating. The a parameter controls overshoot, the default producing a 10% overshoot.

Easing equation for a back (overshooting cubic easing: (s+1)*t^3 - s*t^2) ease-in, accelerating from zero velocity. The a parameter controls overshoot, the default producing a 10% overshoot.

Easing equation for a back (overshooting cubic easing: (s+1)*t^3 - s*t^2) ease-out, decelerating from zero velocity. The a parameter controls overshoot, the default producing a 10% overshoot.

Easing equation for a back (overshooting cubic easing: (s+1)*t^3 - s*t^2) ease-in/out, accelerating until halfway, then decelerating. The a parameter controls overshoot, the default producing a 10% overshoot.

Easing equation for a back (overshooting cubic easing: (s+1)*t^3 - s*t^2) ease-out/in, decelerating until halfway, then accelerating. The a parameter controls overshoot, the default producing a 10% overshoot.

Easing equation for an elastic (exponentially decaying sine wave) ease-in, accelerating from zero velocity.

Easing equation for an elastic (exponentially decaying sine wave) ease-out, decelerating from zero velocity.

Easing equation for an elastic (exponentially decaying sine wave) ease-in/out, accelerating until halfway, then decelerating.

Easing equation for an elastic (exponentially decaying sine wave) ease-out/in, decelerating until halfway, then accelerating.

Easing equation for an atan ease-in, accelerating from zero velocity. Used by permssion from Chris McKenzie.

Easing equation for an atan ease-out, decelerating from zero velocity. Used by permssion from Chris McKenzie.

Easing equation for an atan ease-in/out, accelerating until halfway, then decelerating. Used by permssion from Chris McKenzie.

Loads an image from the file path path . Optional extension parameter allows specification of a file type. For example, "jpg" would force the file to load as a JPEG.

Loads an image from dataSource . Optional extension parameter allows specification of a file type. For example, "jpg" would force the file to load as a JPEG.

Writes imageSource to dataTarget . Optional extension parameter allows specification of a file type. For example, "jpg" would force the file to load as a JPEG.

Writes imageSource to file path path . Optional extension parameter allows specification of a file type. For example, "jpg" would force the file to load as a JPEG

If path does not exist, the necessary directories are created automatically.

Writes imageSource to imageTarget .

Writes source to a new OBJ file to dataTarget .

Writes source to a new OBJ file to dataTarget .

Resets the static random generator to the specific seed seedValue .

returns a random boolean value

returns a random integer in the range [0,2147483647]

returns a random integer in the range [0,v)

returns a random integer in the range [a,b)

returns a random float in the range [0.0f,1.0f]

returns a random float in the range [0.0f,v]

returns a random float in the range [a,b]

returns a random float in the range [a,b] or the range [-b,-a]

returns a random vec3 that represents a point on the unit sphere

returns a random vec2 that represents a point on the unit circle

returns a random float via Gaussian distribution with a mean of 0 and a standard deviation of 1.0

Opens the file lcoated at path for read access as a stream.

Opens the file located at path for write access as a stream, and creates it if it does not exist. Optionally creates any intermediate directories when createParents is true.

Opens a path for read-write access as a stream.

Loads the contents of a stream into a contiguous block of memory, pointed to by resultData . The size of this block is stored in resultDataSize .

Loads the contents of a stream into a ref counted Buffer .

Renders a single string and returns it as a Surface. Optional baselineOffset pointer will receive how many pixels of descender are in the returned Surface. Offset rendering the result Surface by this amount in order to preserve a consistent baseline. Consider gl::drawString() as a more convenient alternative.

Returns the number of characters (not bytes) in the the UTF-8 string str . Optimize operation by supplying a non-default lengthInBytes of str .

Returns the UTF-32 code point of the next character in str , relative to the byte inOutByte . Increments inOutByte to be the first byte of the next character. Optimize operation by supplying a non-default lengthInBytes of str .

Returns the index in bytes of the next character in str , advanced by numChars characters. Optimize operation by supplying a non-default lengthInBytes of str .

Sets resultBreaks to be of the same length as the null-terminated UTF-8 string str with the values enumerated by UnicodeBreaks.

Sets resultBreaks to be of the same length as the UTF-8 string str with the values enumerated by UnicodeBreaks.

Sets resultBreaks to be of the same length as the null-terminated UTF-16 string str with the values enumerated by UnicodeBreaks.

Sets resultBreaks to be of the same length as the UTF-16 string str with the values enumerated by UnicodeBreaks.

Returns a canonical version of path . Collapses '.', ".." and "//". Converts '~' on Cocoa. Expands environment variables on MSW.

Returns a path to the user's home directory.

Returns a path to the user's documents directory.

Removes all files beyond maxFileCount.

Launches a path in a web browser.

Returns a vector of substrings split by the separator separator . split( "one two three", ' ' ) -> [ "one", "two", "three" ] If compress is true , it will consider consecutive separators as one.

Returns a vector of substrings split by the characters in separators . split( "one, two, three", " ," ) -> [ "one", "two", "three" ] If compress is true , it will consider consecutive separators as one.

Loads the contents of dataSource and returns it as a std::string.

Suspends the execution of the current thread until milliseconds have passed. Supports sub-millisecond precision only on Mac OS X.

Returns the path separator for the host operating system's file system, '\' on Windows and '/' on Mac OS.

Returns a std::map of the system's environment variables. Empty on WinRT.

returns true if ASCII strings a and b are case-insensitively equal. Not Unicode-aware.

returns true if ASCII strings a and b are case-insensitively equal. Not Unicode-aware.

returns equivalent of strcmp() using ASCII case-insensitive comparison

returns a copy of str with all whitespace (as defined by std::isspace()) removed from beginning and end. Unicode aware.

Returns a stack trace (aka backtrace) where stackTrace() [0] == caller, stackTrace() [1] == caller's parent, etc.

Sets the name of the current thread to name .

Returns a vector which is orthogonal to vec .

Streams the XmlTree xml to std::ostream out with standard formatting.

Returns the closest point to testPoint on the line defined by the 2 controlPoints .

Returns the closest point to testPoint on the quadratic curve defined by the 3 controlPoints . Algorithm due to Olivier Besson, http://blog.gludion.com/2009/08/distance-to-quadratic-bezier-curve.html .

Returns the closest point to testPoint on the cubic curve defined by the 4 controlPoints . Algorithm due to Philip J. Schneider, https://github.com/erich666/GraphicsGems/blob/master/gems/NearestPoint.c .