rusty_snek_gaem/target/doc/search-index.js

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searchIndex["arrayvec"]={"doc":"arrayvec provides the types `ArrayVec` and `ArrayString`:  array-backed vector and string types, which store their contents inline.","items":[[3,"ArrayString","arrayvec","A string with a fixed capacity.",N,N],[3,"CapacityError","","Error value indicating insufficient capacity",N,N],[3,"ArrayVec","","A vector with a fixed capacity.",N,N],[3,"IntoIter","","By-value iterator for `ArrayVec`.",N,N],[3,"Drain","","A draining iterator for `ArrayVec`.",N,N],[11,"default","","Return an empty `ArrayString`",0,[[],["arraystring"]]],[11,"new","","Create a new empty `ArrayString`.",0,[[],["arraystring"]]],[11,"from","","Create a new `ArrayString` from a `str`.",0,[[["str"]],["result",["capacityerror"]]]],[11,"from_byte_string","","Create a new `ArrayString` from a byte string literal.",0,[[["a"]],["result",["utf8error"]]]],[11,"capacity","","Return the capacity of the `ArrayString`.",0,[[["self"]],["usize"]]],[11,"is_full","","Return if the `ArrayString` is completely filled.",0,[[["self"]],["bool"]]],[11,"push","","Adds the given char to the end of the string.",0,[[["self"],["char"]]]],[11,"try_push","","Adds the given char to the end of the string.",0,[[["self"],["char"]],["result",["capacityerror"]]]],[11,"push_str","","Adds the given string slice to the end of the string.",0,[[["self"],["str"]]]],[11,"try_push_str","","Adds the given string slice to the end of the string.",0,[[["self"],["str"]],["result",["capacityerror"]]]],[11,"pop","","Removes the last character from the string and returns it.",0,[[["self"]],["option",["char"]]]],[11,"truncate","","Shortens this `ArrayString` to the specified length.",0,[[["self"],["usize"]]]],[11,"remove","","Removes a `char` from this `ArrayString` at a byte position and returns it.",0,[[["self"],["usize"]],["char"]]],[11,"clear","","Make the string empty.",0,[[["self"]]]],[11,"set_len","","Set the strings’s length.",0,[[["self"],["usize"]]]],[11,"as_str","","Return a string slice of the whole `ArrayString`.",0,[[["self"]],["str"]]],[11,"deref","","",0,[[["self"]],["str"]]],[11,"deref_mut","","",0,[[["self"]],["str"]]],[11,"eq","","",0,[[["self"],["self"]],["bool"]]],[11,"eq","","",0,[[["self"],["str"]],["bool"]]],[11,"hash","","",0,[[["self"],["h"]]]],[11,"borrow","","",0,[[["self"]],["str"]]],[11,"as_ref","","",0,[[["self"]],["str"]]],[11,"fmt","","",0,[[["self"],["formatter"]],["result"]]],[11,"fmt","","",0,[[["self"],["formatter"]],["result"]]],[11,"write_char","","",0,[[["self"],["char"]],["result"]]],[11,"write_str","","",0,[[["self"],["str"]],["result"]]],[11,"clone","","",0,[[["self"]],["arraystring"]]],[11,"clone_from","","",0,[[["self"],["self"]]]],[11,"partial_cmp","","",0,[[["self"],["self"]],["option",["ordering"]]]],[11,"lt","","",0,[[["self"],["self"]],["bool"]]],[11,"le","","",0,[[["self"],["self"]],["bool"]]],[11,"gt","","",0,[[["self"],["self"]],["bool"]]],[11,"ge","","",0,[[["self"],["self"]],["bool"]]],[11,"partial_cmp","","",0,[[["self"],["str"]],["option",["ordering"]]]],[11,"lt","","",0,[[["self"],["str"]],["bool"]]],[11,"le","","",0,[[["self"],["str"]],["bool"]]],[11,"gt","","",0,[[["self"],["str"]],["bool"]]],[11,"ge","","",0,[[["self"],["str"]],["bool"]]],[11,"cmp","","",0,[[["self"],["self"]],["ordering"]]],[11,"clone","","",1,[[["self"]],["capacityerror"]]],[11,"cmp","","",1,[[["self"],["capacityerror"]],["ordering"]]],[11,"eq","","",1,[[["self"],["capacityerror"]],["bool"]]],[11,"ne","","",1,[[["self"],["capacityerror"]],["bool"]]],[11,"partial_cmp","","",1,[[["self"],["capacityerror"]],["option",["ordering"]]]],[11,"lt","","",1,[[["self"],["capacityerror"]],["bool"]]],[11,"le","","",1,[[["self"],["capacityerror"]],["bool"]]],[11,"gt","","",1,[[["self"],["capacityerror"]],["bool"]]],[11,"ge","","",1,[[["self"],["capacityerror"]],["bool"]]],[11,"new","","Create a new `CapacityError` from `element`.",1,[[["t"]],["capacityerror"]]],[11,"element","","Extract the overflowing element",1,[[["self"]],["t"]]],[11,"simplify","","Convert into a `CapacityError` that does not carry an element.",1,[[["self"]],["capacityerror"]]],[11,"descript
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searchIndex["byteorder"]={"doc":"This crate provides convenience methods for encoding and decoding numbers in either [big-endian or little-endian order].","items":[[4,"BigEndian","byteorder","Defines big-endian serialization.",N,N],[4,"LittleEndian","","Defines little-endian serialization.",N,N],[6,"BE","","A type alias for [`BigEndian`].",N,N],[6,"LE","","A type alias for [`LittleEndian`].",N,N],[6,"NetworkEndian","","Defines network byte order serialization.",N,N],[6,"NativeEndian","","Defines system native-endian serialization.",N,N],[8,"ReadBytesExt","","Extends [`Read`] with methods for reading numbers. (For `std::io`.)",N,N],[11,"read_u8","","Reads an unsigned 8 bit integer from the underlying reader.",0,[[["self"]],["result",["u8"]]]],[11,"read_i8","","Reads a signed 8 bit integer from the underlying reader.",0,[[["self"]],["result",["i8"]]]],[11,"read_u16","","Reads an unsigned 16 bit integer from the underlying reader.",0,[[["self"]],["result",["u16"]]]],[11,"read_i16","","Reads a signed 16 bit integer from the underlying reader.",0,[[["self"]],["result",["i16"]]]],[11,"read_u24","","Reads an unsigned 24 bit integer from the underlying reader.",0,[[["self"]],["result",["u32"]]]],[11,"read_i24","","Reads a signed 24 bit integer from the underlying reader.",0,[[["self"]],["result",["i32"]]]],[11,"read_u32","","Reads an unsigned 32 bit integer from the underlying reader.",0,[[["self"]],["result",["u32"]]]],[11,"read_i32","","Reads a signed 32 bit integer from the underlying reader.",0,[[["self"]],["result",["i32"]]]],[11,"read_u48","","Reads an unsigned 48 bit integer from the underlying reader.",0,[[["self"]],["result",["u64"]]]],[11,"read_i48","","Reads a signed 48 bit integer from the underlying reader.",0,[[["self"]],["result",["i64"]]]],[11,"read_u64","","Reads an unsigned 64 bit integer from the underlying reader.",0,[[["self"]],["result",["u64"]]]],[11,"read_i64","","Reads a signed 64 bit integer from the underlying reader.",0,[[["self"]],["result",["i64"]]]],[11,"read_uint","","Reads an unsigned n-bytes integer from the underlying reader.",0,[[["self"],["usize"]],["result",["u64"]]]],[11,"read_int","","Reads a signed n-bytes integer from the underlying reader.",0,[[["self"],["usize"]],["result",["i64"]]]],[11,"read_f32","","Reads a IEEE754 single-precision (4 bytes) floating point number from the underlying reader.",0,[[["self"]],["result",["f32"]]]],[11,"read_f64","","Reads a IEEE754 double-precision (8 bytes) floating point number from the underlying reader.",0,[[["self"]],["result",["f64"]]]],[11,"read_u16_into","","Reads a sequence of unsigned 16 bit integers from the underlying reader.",0,N],[11,"read_u32_into","","Reads a sequence of unsigned 32 bit integers from the underlying reader.",0,N],[11,"read_u64_into","","Reads a sequence of unsigned 64 bit integers from the underlying reader.",0,N],[11,"read_i16_into","","Reads a sequence of signed 16 bit integers from the underlying reader.",0,N],[11,"read_i32_into","","Reads a sequence of signed 32 bit integers from the underlying reader.",0,N],[11,"read_i64_into","","Reads a sequence of signed 64 bit integers from the underlying reader.",0,N],[11,"read_f32_into","","Reads a sequence of IEEE754 single-precision (4 bytes) floating point numbers from the underlying reader.",0,N],[11,"read_f32_into_unchecked","","DEPRECATED.",0,N],[11,"read_f64_into","","Reads a sequence of IEEE754 double-precision (8 bytes) floating point numbers from the underlying reader.",0,N],[11,"read_f64_into_unchecked","","DEPRECATED.",0,N],[8,"WriteBytesExt","","Extends [`Write`] with methods for writing numbers. (For `std::io`.)",N,N],[11,"write_u8","","Writes an unsigned 8 bit integer to the underlying writer.",1,[[["self"],["u8"]],["result"]]],[11,"write_i8","","Writes a signed 8 bit integer to the underlying writer.",1,[[["self"],["i8"]],["result"]]],[11,"write_u16","","Writes an unsigned 16 bit integer to the underlying writer.",1,[[["self"],["u16"]],["result"]]],[11,"write_i16","","Writes a signed 16 bit integer to the underlying writer.",1,[[["self"],["i16"]],["result"]]],[1
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searchIndex["color_quant"]={"doc":"Color quantization library This library provides a color quantizer based on the NEUQUANT quantization algorithm by Anthony Dekker. ### Usage `let data = vec![0; 40]; let nq = color_quant::NeuQuant::new(10, 256, &data); let indixes: Vec<u8> = data.chunks(4).map(|pix| nq.index_of(pix) as u8).collect(); let color_map = nq.color_map_rgba();`","items":[[3,"NeuQuant","color_quant","Neural network based color quantizer.",N,N],[11,"new","","Creates a new neuronal network and trains it with the supplied data.",0,N],[11,"init","","Initializes the neuronal network and trains it with the supplied data.",0,N],[11,"map_pixel","","Maps the rgba-pixel in-place to the best-matching color in the color map.",0,N],[11,"index_of","","Finds the best-matching index in the color map.",0,N],[11,"color_map_rgba","","Returns the RGBA color map calculated from the sample. ",0,[[["self"]],["vec",["u8"]]]],[11,"color_map_rgb","","Returns the RGBA color map calculated from the sample. ",0,[[["self"]],["vec",["u8"]]]]],"paths":[[3,"NeuQuant"]]};
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searchIndex["graphics"]={"doc":"A library for 2D graphics that works with multiple back-ends.","items":[[8,"ImageSize","graphics","Implemented by all images to be used with generic algorithms.",N,N],[10,"get_size","","Get the image size.",0,N],[11,"get_width","","Gets the image width.",0,[[["self"]],["u32"]]],[11,"get_height","","Gets the image height.",0,[[["self"]],["u32"]]],[3,"Viewport","","Stores viewport information.",N,N],[12,"rect","","Viewport in pixels. `[x, y, width height]` where `(x, y)` is lower left corner.",1,N],[12,"draw_size","","The size of frame buffer in pixels.",1,N],[12,"window_size","","The size of window in points.",1,N],[5,"clear","","Clears the screen.",N,[[["color"],["g"]]]],[5,"image","","Draws image.",N,N],[5,"ellipse","","Draws ellipse.",N,[[["color"],["r"],["matrix2d"],["g"]]]],[5,"circle_arc","","Draws arc",N,[[["color"],["radius"],["scalar"],["scalar"],["r"],["matrix2d"],["g"]]]],[5,"rectangle","","Draws rectangle.",N,[[["color"],["r"],["matrix2d"],["g"]]]],[5,"polygon","","Draws polygon.",N,[[["color"],["polygon"],["matrix2d"],["g"]]]],[5,"line","","Draws line.",N,[[["color"],["radius"],["l"],["matrix2d"],["g"]]]],[5,"text","","Draws text.",N,[[["color"],["fontsize"],["str"],["c"],["matrix2d"],["g"]],["result"]]],[0,"draw_state","","Graphics draw state.",N,N],[3,"DrawState","graphics::draw_state","Graphics draw state used for blending, clipping and stencil rendering.",N,N],[12,"scissor","","Scissor mask to use. If set, no pixel outside of this rectangle (in screen space) will be written to as a result of rendering.",2,N],[12,"stencil","","Stencil test to use. If None, no stencil testing is done.",2,N],[12,"blend","","Blend function to use. If None, blending is disabled.",2,N],[4,"Blend","","The blend setting to use when drawing.",N,N],[13,"Alpha","","Alpha blending (allows semi-transparent pixels).",3,N],[13,"Add","","Additive blending.",3,N],[13,"Multiply","","Multiply color components.",3,N],[13,"Invert","","Invert colors when rendering a white shape.",3,N],[4,"Stencil","","Stencil buffer settings.",N,N],[13,"Clip","","Draw to stencil buffer.",4,N],[13,"Inside","","Draw pixels that have stencil value.",4,N],[13,"Outside","","Draw pixels that does not have stencil value.",4,N],[11,"clone","","",2,[[["self"]],["drawstate"]]],[11,"eq","","",2,[[["self"],["drawstate"]],["bool"]]],[11,"ne","","",2,[[["self"],["drawstate"]],["bool"]]],[11,"fmt","","",2,[[["self"],["formatter"]],["result"]]],[11,"partial_cmp","","",2,[[["self"],["drawstate"]],["option",["ordering"]]]],[11,"lt","","",2,[[["self"],["drawstate"]],["bool"]]],[11,"le","","",2,[[["self"],["drawstate"]],["bool"]]],[11,"gt","","",2,[[["self"],["drawstate"]],["bool"]]],[11,"ge","","",2,[[["self"],["drawstate"]],["bool"]]],[11,"default","","",2,[[],["self"]]],[11,"new_alpha","","Uses alpha blending.",2,[[],["drawstate"]]],[11,"new_clip","","Draws to stencil buffer with value 255. This can be used for clipping.",2,[[],["drawstate"]]],[11,"new_inside","","Tests against stencil buffer with value 255. Draws inside the shape defined by stencil buffer.",2,[[],["drawstate"]]],[11,"new_outside","","Tests against stencil buffer with value 255. Draws outside the shape defined by stencil buffer.",2,[[],["drawstate"]]],[11,"blend","","Sets blending.",2,[[["self"],["blend"]],["drawstate"]]],[11,"scissor","","Sets scissor `[x, y, w, h]`.",2,N],[11,"clone","","",3,[[["self"]],["blend"]]],[11,"fmt","","",3,[[["self"],["formatter"]],["result"]]],[11,"eq","","",3,[[["self"],["blend"]],["bool"]]],[11,"partial_cmp","","",3,[[["self"],["blend"]],["option",["ordering"]]]],[11,"clone","","",4,[[["self"]],["stencil"]]],[11,"fmt","","",4,[[["self"],["formatter"]],["result"]]],[11,"eq","","",4,[[["self"],["stencil"]],["bool"]]],[11,"ne","","",4,[[["self"],["stencil"]],["bool"]]],[11,"partial_cmp","","",4,[[["self"],["stencil"]],["option",["ordering"]]]],[11,"lt","","",4,[[["self"],["stencil"]],["bool"]]],[11,"le","","",4,[[["self"],["stencil"]],["bool"]]],[11,"gt","","",4,[[["self"],["stencil"]],["bool"]]],[11,"ge","","",4,[[["self"],["stencil"]],["bool"]]],[
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searchIndex["inflate"]={"doc":"A DEFLATE decoder written in rust.","items":[[3,"InflateWriter","inflate","A DEFLATE decoder.",N,N],[3,"DeflateDecoder","","A DEFLATE decoder/decompressor.",N,N],[3,"DeflateDecoderBuf","","A DEFLATE decoder/decompressor.",N,N],[3,"InflateStream","","",N,N],[5,"inflate_bytes","","Decompress the given slice of DEFLATE compressed data.",N,N],[5,"inflate_bytes_zlib","","Decompress the given slice of DEFLATE compressed (with zlib headers and trailers) data.",N,N],[5,"inflate_bytes_zlib_no_checksum","","Decompress the given slice of DEFLATE compressed (with zlib headers and trailers) data, without calculating and validating the checksum.",N,N],[11,"new","","",0,[[["w"]],["inflatewriter"]]],[11,"from_zlib","","",0,[[["w"]],["inflatewriter"]]],[11,"finish","","",0,[[["self"]],["result"]]],[11,"write","","",0,N],[11,"flush","","",0,[[["self"]],["result"]]],[11,"new","","Create a new `Deflatedecoderbuf` to read from a raw deflate stream.",1,[[["r"]],["deflatedecoderbuf"]]],[11,"from_zlib","","Create a new `DeflateDecoderbuf` that reads from a zlib wrapped deflate stream.",1,[[["r"]],["deflatedecoderbuf"]]],[11,"from_zlib_no_checksum","","Create a new `DeflateDecoderbuf` that reads from a zlib wrapped deflate stream. without calculating and validating the checksum.",1,[[["r"]],["deflatedecoderbuf"]]],[11,"reset","","Resets the decompressor, and replaces the current inner `BufRead` instance by `r`. without doing any extra reallocations.",1,[[["self"],["r"]],["r"]]],[11,"reset_data","","Resets the decoder, but continue to read from the same reader.",1,[[["self"]]]],[11,"get_ref","","Returns a reference to the underlying `BufRead` instance.",1,[[["self"]],["r"]]],[11,"get_mut","","Returns a mutable reference to the underlying `BufRead` instance.",1,[[["self"]],["r"]]],[11,"into_inner","","Drops the decoder and return the inner `BufRead` instance.",1,[[["self"]],["r"]]],[11,"total_in","","Returns the total bytes read from the underlying `BufRead` instance.",1,[[["self"]],["u64"]]],[11,"total_out","","Returns the total number of bytes output from this decoder.",1,[[["self"]],["u64"]]],[11,"current_checksum","","Returns the calculated checksum value of the currently decoded data.",1,[[["self"]],["u32"]]],[11,"read","","",1,N],[11,"new","","Create a new `Deflatedecoderbuf` to read from a raw deflate stream.",2,[[["r"]],["deflatedecoder"]]],[11,"from_zlib","","Create a new `DeflateDecoderbuf` that reads from a zlib wrapped deflate stream.",2,[[["r"]],["deflatedecoder"]]],[11,"from_zlib_no_checksum","","Create a new `DeflateDecoderbuf` that reads from a zlib wrapped deflate stream. without calculating and validating the checksum.",2,[[["r"]],["deflatedecoder"]]],[11,"reset","","Resets the decompressor, and replaces the current inner `BufRead` instance by `r`. without doing any extra reallocations.",2,[[["self"],["r"]],["r"]]],[11,"get_ref","","Returns a reference to the underlying reader.",2,[[["self"]],["r"]]],[11,"get_mut","","Returns a mutable reference to the underlying reader.",2,[[["self"]],["r"]]],[11,"into_inner","","Returns the total number of bytes output from this decoder.",2,[[["self"]],["r"]]],[11,"reset_data","","Resets the decoder, but continue to read from the same reader.",2,[[["self"]]]],[11,"total_in","","Returns the total bytes read from the underlying reader.",2,[[["self"]],["u64"]]],[11,"total_out","","Returns the total number of bytes output from this decoder.",2,[[["self"]],["u64"]]],[11,"current_checksum","","Returns the calculated checksum value of the currently decoded data.",2,[[["self"]],["u32"]]],[11,"read","","",2,N],[11,"new","","Create a new stream for decoding raw deflate encoded data.",3,[[],["inflatestream"]]],[11,"from_zlib","","Create a new stream for decoding deflate encoded data with a zlib header and footer",3,[[],["inflatestream"]]],[11,"from_zlib_no_checksum","","Create a new stream for decoding deflate encoded data with a zlib header and footer",3,[[],["inflatestream"]]],[11,"reset","","",3,[[["self"]]]],[11,"reset_to_zlib","","",3,[[["self"]]]],[11,"update","","Try
searchIndex["input"]={"doc":"A flexible structure for user interactions to be used in window frameworks and widgets libraries.","items":[[3,"AfterRenderArgs","input","After render arguments.",N,N],[3,"CloseArgs","","Close arguments.",N,N],[3,"IdleArgs","","Idle arguments, such as expected idle time in seconds.",N,N],[12,"dt","","Expected idle time in seconds.",0,N],[3,"ButtonArgs","","Button arguments",N,N],[12,"state","","New state of the button.",1,N],[12,"button","","The button that changed state.",1,N],[12,"scancode","","An optional scancode that tells the physical layout of a keyboard key. For other devices than keyboard, this is set to `None`.",1,N],[3,"RenderArgs","","Render arguments",N,N],[12,"ext_dt","","Extrapolated time in seconds, used to do smooth animation.",2,N],[12,"width","","The width of rendered area in points.",2,N],[12,"height","","The height of rendered area in points.",2,N],[12,"draw_width","","The width of rendered area in pixels.",2,N],[12,"draw_height","","The height of rendered area in pixels.",2,N],[3,"TouchArgs","","Touch arguments",N,N],[12,"device","","A unique identifier for touch device.",3,N],[12,"id","","A unique identifier for touch event.",3,N],[12,"x","","The x coordinate of the touch position, normalized 0..1.",3,N],[12,"y","","The y coordinate of the touch position, normalized 0..1.",3,N],[12,"z","","The z coordinate of the touch position, normalized 0..1.",3,N],[12,"px","","The x coordinate of the touch pressure direction.",3,N],[12,"py","","The y coordinate of the touch pressure direction.",3,N],[12,"pz","","The z coordinate of the touch pressure direction.",3,N],[12,"is_3d","","Whether the touch is in 3D.",3,N],[12,"touch","","The touch state.",3,N],[3,"UpdateArgs","","Update arguments, such as delta time in seconds",N,N],[12,"dt","","Delta time in seconds.",4,N],[3,"EventId","","Used to identify events arguments provided by traits.",N,N],[12,"0","","",5,N],[4,"ButtonState","","Stores button state.",N,N],[13,"Press","","Button was pressed.",6,N],[13,"Release","","Button was released.",6,N],[4,"Touch","","Stores the touch state.",N,N],[13,"Start","","The start of touch, for example a finger pressed down on a touch screen.",7,N],[13,"Move","","The move of touch, for example a finger moving while touching a touch screen.",7,N],[13,"End","","The end of touch, for example taking a finger away from a touch screen.",7,N],[13,"Cancel","","The cancel of touch, for example the window loses focus.",7,N],[4,"Button","","Models different kinds of buttons.",N,N],[13,"Keyboard","","A keyboard button.",8,N],[13,"Mouse","","A mouse button.",8,N],[13,"Controller","","A controller button.",8,N],[13,"Hat","","A controller hat (d-Pad)",8,N],[4,"Motion","","Models different kinds of motion.",N,N],[13,"MouseCursor","","x and y in window coordinates.",9,N],[13,"MouseRelative","","x and y in relative coordinates.",9,N],[13,"MouseScroll","","x and y in scroll ticks.",9,N],[13,"ControllerAxis","","controller axis move event.",9,N],[13,"Touch","","touch event.",9,N],[4,"HatState","","",N,N],[13,"Centered","","",10,N],[13,"Up","","",10,N],[13,"Right","","",10,N],[13,"Down","","",10,N],[13,"Left","","",10,N],[13,"RightUp","","",10,N],[13,"RightDown","","",10,N],[13,"LeftUp","","",10,N],[13,"LeftDown","","",10,N],[4,"Input","","Models input events.",N,N],[13,"Button","","Changed button state.",11,N],[13,"Move","","Moved mouse cursor.",11,N],[13,"Text","","Text (usually from keyboard).",11,N],[13,"Resize","","Window got resized.",11,N],[13,"Focus","","Window gained or lost focus.",11,N],[13,"Cursor","","Window gained or lost cursor.",11,N],[13,"Close","","Window closed.",11,N],[4,"Loop","","Models loop events.",N,N],[13,"Render","","Render graphics.",12,N],[13,"AfterRender","","After rendering and swapping buffers.",12,N],[13,"Update","","Update the state of the application.",12,N],[13,"Idle","","Do background tasks that can be done incrementally.",12,N],[4,"Event","","Models all events.",N,N],[13,"Input","","Input events.",13,N],[13,"Loop","","Events that commonly used by event loops.",13,N],[13,"Custom",""
searchIndex["interpolation"]={"doc":"Interpolation algorithms.","items":[[4,"EaseFunction","interpolation","",N,N],[13,"QuadraticIn","","",0,N],[13,"QuadraticOut","","",0,N],[13,"QuadraticInOut","","",0,N],[13,"CubicIn","","",0,N],[13,"CubicOut","","",0,N],[13,"CubicInOut","","",0,N],[13,"QuarticIn","","",0,N],[13,"QuarticOut","","",0,N],[13,"QuarticInOut","","",0,N],[13,"QuinticIn","","",0,N],[13,"QuinticOut","","",0,N],[13,"QuinticInOut","","",0,N],[13,"SineIn","","",0,N],[13,"SineOut","","",0,N],[13,"SineInOut","","",0,N],[13,"CircularIn","","",0,N],[13,"CircularOut","","",0,N],[13,"CircularInOut","","",0,N],[13,"ExponentialIn","","",0,N],[13,"ExponentialOut","","",0,N],[13,"ExponentialInOut","","",0,N],[13,"ElasticIn","","",0,N],[13,"ElasticOut","","",0,N],[13,"ElasticInOut","","",0,N],[13,"BackIn","","",0,N],[13,"BackOut","","",0,N],[13,"BackInOut","","",0,N],[13,"BounceIn","","",0,N],[13,"BounceOut","","",0,N],[13,"BounceInOut","","",0,N],[5,"lerp","","Performs linear interpolation. A linear interpolation consists of two states 'a' and 'b'. The 't' variable is a factor between 0 and 1 that gives weight to 'a' or 'b'. When 't' is zero then 'a' has full weight. When 't' is one then 'b' has full weight.",N,N],[5,"quad_bez","","Performs quadratic beziér interpolation. This is done by nesting linear interpolations. For more information, see:",N,N],[5,"cub_bez","","Performs cubic beziér interpolation. This is done by interpolation between two quadratic beziér. For more information, see:",N,N],[11,"clone","","",0,[[["self"]],["easefunction"]]],[11,"eq","","",0,[[["self"],["easefunction"]],["bool"]]],[8,"Ease","","",N,N],[10,"calc","","Calculate the eased value, normalized",1,[[["self"],["easefunction"]],["self"]]],[10,"quadratic_in","","",1,[[["self"]],["self"]]],[10,"quadratic_out","","",1,[[["self"]],["self"]]],[10,"quadratic_in_out","","",1,[[["self"]],["self"]]],[10,"cubic_in","","",1,[[["self"]],["self"]]],[10,"cubic_out","","",1,[[["self"]],["self"]]],[10,"cubic_in_out","","",1,[[["self"]],["self"]]],[10,"quartic_in","","",1,[[["self"]],["self"]]],[10,"quartic_out","","",1,[[["self"]],["self"]]],[10,"quartic_in_out","","",1,[[["self"]],["self"]]],[10,"quintic_in","","",1,[[["self"]],["self"]]],[10,"quintic_out","","",1,[[["self"]],["self"]]],[10,"quintic_in_out","","",1,[[["self"]],["self"]]],[10,"sine_in","","",1,[[["self"]],["self"]]],[10,"sine_out","","",1,[[["self"]],["self"]]],[10,"sine_in_out","","",1,[[["self"]],["self"]]],[10,"circular_in","","",1,[[["self"]],["self"]]],[10,"circular_out","","",1,[[["self"]],["self"]]],[10,"circular_in_out","","",1,[[["self"]],["self"]]],[10,"exponential_in","","",1,[[["self"]],["self"]]],[10,"exponential_out","","",1,[[["self"]],["self"]]],[10,"exponential_in_out","","",1,[[["self"]],["self"]]],[10,"elastic_in","","",1,[[["self"]],["self"]]],[10,"elastic_out","","",1,[[["self"]],["self"]]],[10,"elastic_in_out","","",1,[[["self"]],["self"]]],[10,"back_in","","",1,[[["self"]],["self"]]],[10,"back_out","","",1,[[["self"]],["self"]]],[10,"back_in_out","","",1,[[["self"]],["self"]]],[10,"bounce_in","","",1,[[["self"]],["self"]]],[10,"bounce_out","","",1,[[["self"]],["self"]]],[10,"bounce_in_out","","",1,[[["self"]],["self"]]],[8,"Spatial","","Used for interpolation over spatial structures.",N,N],[16,"Scalar","","The scalar type.",2,N],[10,"add","","Add",2,[[["self"],["self"]],["self"]]],[10,"sub","","Subtract",2,[[["self"],["self"]],["self"]]],[10,"scale","","Scales with a scalar.",2,N]],"paths":[[4,"EaseFunction"],[8,"Ease"],[8,"Spatial"]]};
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searchIndex["piston"]={"doc":"A user friendly game engine written in Rust.","items":[],"paths":[]};
searchIndex["png"]={"doc":"PNG encoder and decoder This crate contains a PNG encoder and decoder. It supports reading of single lines or whole frames. ## The decoder The most important types for decoding purposes are `Decoder` and `Reader`. They both wrap a `std::io::Read`. `Decoder` serves as a builder for `Reader`. Calling `Decoder::read_info` reads from the `Read` until the image data is reached. ### Using the decoder     use std::fs::File;","items":[[3,"PixelDimensions","png","Pixel dimensions information",N,N],[12,"xppu","","Pixels per unit, X axis",0,N],[12,"yppu","","Pixels per unit, Y axis",0,N],[12,"unit","","Either Meter or Unspecified",0,N],[3,"FrameControl","","Frame control information",N,N],[12,"sequence_number","","Sequence number of the animation chunk, starting from 0",1,N],[12,"width","","Width of the following frame",1,N],[12,"height","","Height of the following frame",1,N],[12,"x_offset","","X position at which to render the following frame",1,N],[12,"y_offset","","Y position at which to render the following frame",1,N],[12,"delay_num","","Frame delay fraction numerator",1,N],[12,"delay_den","","Frame delay fraction denominator",1,N],[12,"dispose_op","","Type of frame area disposal to be done after rendering this frame",1,N],[12,"blend_op","","Type of frame area rendering for this frame",1,N],[3,"AnimationControl","","Animation control information",N,N],[12,"num_frames","","Number of frames",2,N],[12,"num_plays","","Number of times to loop this APNG.  0 indicates infinite looping.",2,N],[3,"Info","","PNG info struct",N,N],[12,"width","","",3,N],[12,"height","","",3,N],[12,"bit_depth","","",3,N],[12,"color_type","","",3,N],[12,"interlaced","","",3,N],[12,"trns","","",3,N],[12,"pixel_dims","","",3,N],[12,"palette","","",3,N],[12,"frame_control","","",3,N],[12,"animation_control","","",3,N],[3,"Transformations","","Output transformations",N,N],[3,"Decoder","","PNG Decoder",N,N],[3,"Reader","","PNG reader (mostly high-level interface)",N,N],[3,"OutputInfo","","Output info",N,N],[12,"width","","",4,N],[12,"height","","",4,N],[12,"color_type","","",4,N],[12,"bit_depth","","",4,N],[12,"line_size","","",4,N],[3,"StreamingDecoder","","PNG StreamingDecoder (low-level interface)",N,N],[3,"Encoder","","PNG Encoder",N,N],[3,"Writer","","PNG writer",N,N],[4,"ColorType","","",N,N],[13,"Grayscale","","",5,N],[13,"RGB","","",5,N],[13,"Indexed","","",5,N],[13,"GrayscaleAlpha","","",5,N],[13,"RGBA","","",5,N],[4,"BitDepth","","Bit depth of the png file",N,N],[13,"One","","",6,N],[13,"Two","","",6,N],[13,"Four","","",6,N],[13,"Eight","","",6,N],[13,"Sixteen","","",6,N],[4,"Unit","","Physical unit of the pixel dimensions",N,N],[13,"Unspecified","","",7,N],[13,"Meter","","",7,N],[4,"Decoded","","Result of the decoding process",N,N],[13,"Nothing","","Nothing decoded yet",8,N],[13,"Header","","",8,N],[13,"ChunkBegin","","",8,N],[13,"ChunkComplete","","",8,N],[13,"PixelDimensions","","",8,N],[13,"AnimationControl","","",8,N],[13,"FrameControl","","",8,N],[13,"ImageData","","Decoded raw image data.",8,N],[13,"PartialChunk","","",8,N],[13,"ImageEnd","","",8,N],[4,"DecodingError","","",N,N],[13,"IoError","","",9,N],[13,"Format","","",9,N],[13,"InvalidSignature","","",9,N],[13,"CrcMismatch","","",9,N],[12,"recover","png::DecodingError","bytes to skip to try to recover from this error",9,N],[12,"crc_val","","Stored CRC32 value",9,N],[12,"crc_sum","","Calculated CRC32 sum",9,N],[12,"chunk","","",9,N],[13,"Other","png","",9,N],[13,"CorruptFlateStream","","",9,N],[4,"EncodingError","","",N,N],[13,"IoError","","",10,N],[13,"Format","","",10,N],[0,"chunk","","Chunk types and functions",N,N],[5,"is_critical","png::chunk","Returns true if the chunk is critical.",N,[[["chunktype"]],["bool"]]],[5,"is_private","","Returns true if the chunk is private.",N,[[["chunktype"]],["bool"]]],[5,"reserved_set","","Checks whether the reserved bit of the chunk name is set. If it is set the chunk name is invalid.",N,[[["chunktype"]],["bool"]]],[5,"safe_to_copy","","Returns true if the chunk is safe to copy if unknown.",N,[[["chunktype"]],["bool"]]],[6,"
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searchIndex["rand"]={"doc":"Utilities for random number generation","items":[[8,"RngCore","rand","The core of a random number generator.",N,N],[10,"next_u32","","Return the next random `u32`.",0,[[["self"]],["u32"]]],[10,"next_u64","","Return the next random `u64`.",0,[[["self"]],["u64"]]],[10,"fill_bytes","","Fill `dest` with random data.",0,N],[10,"try_fill_bytes","","Fill `dest` entirely with random data.",0,N],[8,"CryptoRng","","A marker trait used to indicate that an [`RngCore`] or [`BlockRngCore`] implementation is supposed to be cryptographically secure.",N,N],[8,"SeedableRng","","A random number generator that can be explicitly seeded.",N,N],[16,"Seed","","Seed type, which is restricted to types mutably-dereferencable as `u8` arrays (we recommend `[u8; N]` for some `N`).",1,N],[10,"from_seed","","Create a new PRNG using the given seed.",1,N],[11,"seed_from_u64","","Create a new PRNG using a `u64` seed.",1,[[["u64"]],["self"]]],[11,"from_rng","","Create a new PRNG seeded from another `Rng`.",1,[[["r"]],["result",["error"]]]],[4,"ErrorKind","","Error kind which can be matched over.",N,N],[13,"Unavailable","","Feature is not available; not recoverable.",2,N],[13,"Unexpected","","General failure; there may be a chance of recovery on retry.",2,N],[13,"Transient","","A transient failure which likely can be resolved or worked around.",2,N],[13,"NotReady","","Not ready yet: recommended to try again a little later.",2,N],[3,"Error","","Error type of random number generators",N,N],[12,"kind","","The error kind",3,N],[12,"msg","","The error message",3,N],[3,"Generator","","Iterator which will generate a stream of random items.",N,N],[3,"AsciiGenerator","","Iterator which will continuously generate random ascii characters.",N,N],[5,"thread_rng","","Retrieve the lazily-initialized thread-local random number generator, seeded by the system. Intended to be used in method chaining style, e.g. `thread_rng().gen::<i32>()`, or cached locally, e.g. `let mut rng = thread_rng();`.",N,[[],["threadrng"]]],[5,"weak_rng","","DEPRECATED: use [`SmallRng`] instead.",N,[[],["xorshiftrng"]]],[5,"random","","Generates a random value using the thread-local random number generator.",N,[[],["t"]]],[5,"sample","","DEPRECATED: use `seq::sample_iter` instead.",N,[[["r"],["i"],["usize"]],["vec"]]],[0,"distributions","","Generating random samples from probability distributions.",N,N],[3,"Alphanumeric","rand::distributions","Sample a `char`, uniformly distributed over ASCII letters and numbers: a-z, A-Z and 0-9.",N,N],[3,"Uniform","","Sample values uniformly between two bounds.",N,N],[3,"OpenClosed01","","A distribution to sample floating point numbers uniformly in the half-open interval `(0, 1]`, i.e. including 1 but not 0.",N,N],[3,"Open01","","A distribution to sample floating point numbers uniformly in the open interval `(0, 1)`, i.e. not including either endpoint.",N,N],[3,"Gamma","","The Gamma distribution `Gamma(shape, scale)` distribution.",N,N],[3,"ChiSquared","","The chi-squared distribution `χ²(k)`, where `k` is the degrees of freedom.",N,N],[3,"FisherF","","The Fisher F distribution `F(m, n)`.",N,N],[3,"StudentT","","The Student t distribution, `t(nu)`, where `nu` is the degrees of freedom.",N,N],[3,"Normal","","The normal distribution `N(mean, std_dev**2)`.",N,N],[3,"LogNormal","","The log-normal distribution `ln N(mean, std_dev**2)`.",N,N],[3,"StandardNormal","","Samples floating-point numbers according to the normal distribution `N(0, 1)` (a.k.a. a standard normal, or Gaussian). This is equivalent to `Normal::new(0.0, 1.0)` but faster.",N,N],[3,"Exp","","The exponential distribution `Exp(lambda)`.",N,N],[3,"Exp1","","Samples floating-point numbers according to the exponential distribution, with rate parameter `λ = 1`. This is equivalent to `Exp::new(1.0)` or sampling with `-rng.gen::<f64>().ln()`, but faster.",N,N],[3,"Pareto","","Samples floating-point numbers according to the Pareto distribution",N,N],[3,"Poisson","","The Poisson distribution `Poisson(lambda)`.",N,N],[3,"Binomial","","The binomial distribution `Binomial(n, p)`.",N,N
searchIndex["rand_core"]={"doc":"Random number generation traits","items":[[4,"ErrorKind","rand_core","Error kind which can be matched over.",N,N],[13,"Unavailable","","Feature is not available; not recoverable.",0,N],[13,"Unexpected","","General failure; there may be a chance of recovery on retry.",0,N],[13,"Transient","","A transient failure which likely can be resolved or worked around.",0,N],[13,"NotReady","","Not ready yet: recommended to try again a little later.",0,N],[3,"Error","","Error type of random number generators",N,N],[12,"kind","","The error kind",1,N],[12,"msg","","The error message",1,N],[0,"block","","The `BlockRngCore` trait and implementation helpers",N,N],[8,"BlockRngCore","rand_core::block","A trait for RNGs which do not generate random numbers individually, but in blocks (typically `[u32; N]`). This technique is commonly used by cryptographic RNGs to improve performance.",N,N],[16,"Item","","Results element type, e.g. `u32`.",2,N],[16,"Results","","Results type. This is the 'block' an RNG implementing `BlockRngCore` generates, which will usually be an array like `[u32; 16]`.",2,N],[10,"generate","","Generate a new block of results.",2,N],[3,"BlockRng","","A wrapper type implementing [`RngCore`] for some type implementing [`BlockRngCore`] with `u32` array buffer; i.e. this can be used to implement a full RNG from just a `generate` function.",N,N],[12,"core","","The core part of the RNG, implementing the `generate` function.",3,N],[3,"BlockRng64","","A wrapper type implementing [`RngCore`] for some type implementing [`BlockRngCore`] with `u64` array buffer; i.e. this can be used to implement a full RNG from just a `generate` function.",N,N],[12,"core","","The core part of the RNG, implementing the `generate` function.",4,N],[0,"impls","rand_core","Helper functions for implementing `RngCore` functions.",N,N],[5,"next_u64_via_u32","rand_core::impls","Implement `next_u64` via `next_u32`, little-endian order.",N,[[["r"]],["u64"]]],[5,"fill_bytes_via_next","","Implement `fill_bytes` via `next_u64` and `next_u32`, little-endian order.",N,N],[5,"fill_via_u32_chunks","","Implement `fill_bytes` by reading chunks from the output buffer of a block based RNG.",N,N],[5,"fill_via_u64_chunks","","Implement `fill_bytes` by reading chunks from the output buffer of a block based RNG.",N,N],[5,"next_u32_via_fill","","Implement `next_u32` via `fill_bytes`, little-endian order.",N,[[["r"]],["u32"]]],[5,"next_u64_via_fill","","Implement `next_u64` via `fill_bytes`, little-endian order.",N,[[["r"]],["u64"]]],[0,"le","rand_core","Little-Endian utilities",N,N],[5,"read_u32_into","rand_core::le","Reads unsigned 32 bit integers from `src` into `dst`. Borrowed from the `byteorder` crate.",N,N],[5,"read_u64_into","","Reads unsigned 64 bit integers from `src` into `dst`. Borrowed from the `byteorder` crate.",N,N],[8,"RngCore","rand_core","The core of a random number generator.",N,N],[10,"next_u32","","Return the next random `u32`.",5,[[["self"]],["u32"]]],[10,"next_u64","","Return the next random `u64`.",5,[[["self"]],["u64"]]],[10,"fill_bytes","","Fill `dest` with random data.",5,N],[10,"try_fill_bytes","","Fill `dest` entirely with random data.",5,N],[8,"CryptoRng","","A marker trait used to indicate that an [`RngCore`] or [`BlockRngCore`] implementation is supposed to be cryptographically secure.",N,N],[8,"SeedableRng","","A random number generator that can be explicitly seeded.",N,N],[16,"Seed","","Seed type, which is restricted to types mutably-dereferencable as `u8` arrays (we recommend `[u8; N]` for some `N`).",6,N],[10,"from_seed","","Create a new PRNG using the given seed.",6,N],[11,"seed_from_u64","","Create a new PRNG using a `u64` seed.",6,[[["u64"]],["self"]]],[11,"from_rng","","Create a new PRNG seeded from another `Rng`.",6,[[["r"]],["result",["error"]]]],[11,"should_retry","","True if this kind of error may resolve itself on retry.",0,[[["self"]],["bool"]]],[11,"should_wait","","True if we should retry but wait before retrying",0,[[["self"]],["bool"]]],[11,"description","","A description of this error kind",0,[
searchIndex["rayon"]={"doc":"Data-parallelism library that makes it easy to convert sequential computations into parallel","items":[[5,"current_num_threads","rayon","Returns the number of threads in the current registry. If this code is executing within a Rayon thread-pool, then this will be the number of threads for the thread-pool of the current thread. Otherwise, it will be the number of threads for the global thread-pool.",N,[[],["usize"]]],[3,"ThreadPool","","Represents a user created [thread-pool].",N,N],[3,"ThreadPoolBuilder","","Used to create a new [`ThreadPool`] or to configure the global rayon thread pool. ## Creating a ThreadPool The following creates a thread pool with 22 threads.",N,N],[3,"ThreadPoolBuildError","","Error when initializing a thread pool.",N,N],[5,"join","","Takes two closures and potentially runs them in parallel. It returns a pair of the results from those closures.",N,N],[5,"join_context","","Identical to `join`, except that the closures have a parameter that provides context for the way the closure has been called, especially indicating whether they're executing on a different thread than where `join_context` was called.  This will occur if the second job is stolen by a different thread, or if `join_context` was called from outside the thread pool to begin with.",N,N],[3,"FnContext","","Provides the calling context to a closure called by `join_context`.",N,N],[5,"scope","","Create a \"fork-join\" scope `s` and invokes the closure with a reference to `s`. This closure can then spawn asynchronous tasks into `s`. Those tasks may run asynchronously with respect to the closure; they may themselves spawn additional tasks into `s`. When the closure returns, it will block until all tasks that have been spawned into `s` complete.",N,[[["op"]],["r"]]],[3,"Scope","","Represents a fork-join scope which can be used to spawn any number of tasks. See [`scope()`] for more information.",N,N],[5,"spawn","","Fires off a task into the Rayon threadpool in the \"static\" or \"global\" scope.  Just like a standard thread, this task is not tied to the current stack frame, and hence it cannot hold any references other than those with `'static` lifetime. If you want to spawn a task that references stack data, use [the `scope()` function][scope] to create a scope.",N,N],[0,"collections","","Parallel iterator types for [standard collections][std::collections]",N,N],[0,"binary_heap","rayon::collections","This module contains the parallel iterator types for heaps (`BinaryHeap<T>`). You will rarely need to interact with it directly unless you have need to name one of the iterator types.",N,N],[3,"IntoIter","rayon::collections::binary_heap","Parallel iterator over a binary heap",N,N],[3,"Iter","","Parallel iterator over an immutable reference to a binary heap",N,N],[11,"fmt","","",0,[[["self"],["formatter"]],["result"]]],[11,"clone","","",0,[[["self"]],["intoiter"]]],[11,"drive_unindexed","","",0,N],[11,"opt_len","","",0,[[["self"]],["option",["usize"]]]],[11,"drive","","",0,N],[11,"len","","",0,[[["self"]],["usize"]]],[11,"with_producer","","",0,N],[11,"fmt","","",1,[[["self"],["formatter"]],["result"]]],[11,"clone","","",1,[[["self"]],["self"]]],[11,"drive_unindexed","","",1,N],[11,"opt_len","","",1,[[["self"]],["option",["usize"]]]],[11,"drive","","",1,N],[11,"len","","",1,[[["self"]],["usize"]]],[11,"with_producer","","",1,N],[0,"btree_map","rayon::collections","This module contains the parallel iterator types for B-Tree maps (`BTreeMap<K, V>`). You will rarely need to interact with it directly unless you have need to name one of the iterator types.",N,N],[3,"IntoIter","rayon::collections::btree_map","Parallel iterator over a B-Tree map",N,N],[3,"Iter","","Parallel iterator over an immutable reference to a B-Tree map",N,N],[3,"IterMut","","Parallel iterator over a mutable reference to a B-Tree map",N,N],[11,"fmt","","",2,[[["self"],["formatter"]],["result"]]],[11,"drive_unindexed","","",2,N],[11,"opt_len","","",2,[[["self"]],["option",["usize"]]]],[11,"fmt","","",3,[[["self"],["formatter"]],["result"]]],[11,"clone"
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searchIndex["rusttype"]={"doc":"RustType is a pure Rust alternative to libraries like FreeType.","items":[[3,"Rect","rusttype","A rectangle, with top-left corner at `min`, and bottom-right corner at `max`.",N,N],[12,"min","","",0,N],[12,"max","","",0,N],[3,"Point","","A point in 2-dimensional space, with each dimension of type `N`.",N,N],[12,"x","","",1,N],[12,"y","","",1,N],[3,"Vector","","A vector in 2-dimensional space, with each dimension of type `N`.",N,N],[12,"x","","",2,N],[12,"y","","",2,N],[3,"Line","","A straight line between two points, `p[0]` and `p[1]`",N,N],[12,"p","","",3,N],[3,"Curve","","A quadratic Bezier curve, starting at `p[0]`, ending at `p[2]`, with control point `p[1]`.",N,N],[12,"p","","",4,N],[3,"FontCollection","","A collection of fonts read straight from a font file's data. The data in the collection is not validated. This structure may or may not own the font data.",N,N],[3,"Font","","A single font. This may or may not own the font data.",N,N],[3,"Codepoint","","Represents a Unicode code point.",N,N],[12,"0","","",5,N],[3,"GlyphId","","Represents a glyph identifier for a particular font. This identifier will not necessarily correspond to the correct glyph in a font other than the one that it was obtained from.",N,N],[12,"0","","",6,N],[3,"Glyph","","A single glyph of a font. this may either be a thin wrapper referring to the font and the glyph id, or it may be a standalone glyph that owns the data needed by it.",N,N],[3,"SharedGlyphData","","",N,N],[12,"id","","",7,N],[12,"extents","","",7,N],[12,"scale_for_1_pixel","","",7,N],[12,"unit_h_metrics","","",7,N],[12,"shape","","",7,N],[3,"HMetrics","","The \"horizontal metrics\" of a glyph. This is useful for calculating the horizontal offset of a glyph from the previous one in a string when laying a string out horizontally.",N,N],[12,"advance_width","","The horizontal offset that the origin of the next glyph should be from the origin of this glyph.",8,N],[12,"left_side_bearing","","The horizontal offset between the origin of this glyph and the leftmost edge/point of the glyph.",8,N],[3,"VMetrics","","The \"vertical metrics\" of a font at a particular scale. This is useful for calculating the amount of vertical space to give a line of text, and for computing the vertical offset between successive lines.",N,N],[12,"ascent","","The highest point that any glyph in the font extends to above the baseline. Typically positive.",9,N],[12,"descent","","The lowest point that any glyph in the font extends to below the baseline. Typically negative.",9,N],[12,"line_gap","","The gap to leave between the descent of one line and the ascent of the next. This is of course only a guideline given by the font's designers.",9,N],[3,"ScaledGlyph","","A glyph augmented with scaling information. You can query such a glyph for information that depends on the scale of the glyph.",N,N],[3,"PositionedGlyph","","A glyph augmented with positioning and scaling information. You can query such a glyph for information that depends on the scale and position of the glyph.",N,N],[3,"Scale","","Defines the size of a rendered face of a font, in pixels, horizontally and vertically. A vertical scale of `y` pixels means that the distance betwen the ascent and descent lines (see `VMetrics`) of the face will be `y` pixels. If `x` and `y` are equal the scaling is uniform. Non-uniform scaling by a factor f in the horizontal direction is achieved by setting `x` equal to f times `y`.",N,N],[12,"x","","Horizontal scale, in pixels.",10,N],[12,"y","","Vertical scale, in pixels.",10,N],[3,"IntoFontsIter","","",N,N],[3,"GlyphIter","","",N,N],[3,"LayoutIter","","",N,N],[3,"Contour","","A closed loop consisting of a sequence of `Segment`s.",N,N],[12,"segments","","",11,N],[4,"SharedBytes","","`SharedBytes` handles the lifetime of font data used in RustType. The data is either a shared reference to externally owned data, or managed by reference counting. `SharedBytes` can be conveniently used with `From` and `Into`, and dereferences to the contained bytes.",N,N],[13,"ByRef","","",12,N],[13,"ByArc","",
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searchIndex["serde"]={"doc":"Serde","items":[[0,"de","serde","Generic data structure deserialization framework.",N,N],[3,"IgnoredAny","serde::de","An efficient way of discarding data from a deserializer.",N,N],[4,"Unexpected","","`Unexpected` represents an unexpected invocation of any one of the `Visitor` trait methods.",N,N],[13,"Bool","","The input contained a boolean value that was not expected.",0,N],[13,"Unsigned","","The input contained an unsigned integer `u8`, `u16`, `u32` or `u64` that was not expected.",0,N],[13,"Signed","","The input contained a signed integer `i8`, `i16`, `i32` or `i64` that was not expected.",0,N],[13,"Float","","The input contained a floating point `f32` or `f64` that was not expected.",0,N],[13,"Char","","The input contained a `char` that was not expected.",0,N],[13,"Str","","The input contained a `&str` or `String` that was not expected.",0,N],[13,"Bytes","","The input contained a `&[u8]` or `Vec<u8>` that was not expected.",0,N],[13,"Unit","","The input contained a unit `()` that was not expected.",0,N],[13,"Option","","The input contained an `Option<T>` that was not expected.",0,N],[13,"NewtypeStruct","","The input contained a newtype struct that was not expected.",0,N],[13,"Seq","","The input contained a sequence that was not expected.",0,N],[13,"Map","","The input contained a map that was not expected.",0,N],[13,"Enum","","The input contained an enum that was not expected.",0,N],[13,"UnitVariant","","The input contained a unit variant that was not expected.",0,N],[13,"NewtypeVariant","","The input contained a newtype variant that was not expected.",0,N],[13,"TupleVariant","","The input contained a tuple variant that was not expected.",0,N],[13,"StructVariant","","The input contained a struct variant that was not expected.",0,N],[13,"Other","","A message stating what uncategorized thing the input contained that was not expected.",0,N],[0,"value","","Building blocks for deserializing basic values using the `IntoDeserializer` trait.",N,N],[3,"Error","serde::de::value","A minimal representation of all possible errors that can occur using the `IntoDeserializer` trait.",N,N],[3,"UnitDeserializer","","A deserializer holding a `()`.",N,N],[3,"BoolDeserializer","","A deserializer holding a `bool`.",N,N],[3,"I8Deserializer","","A deserializer holding an `i8`.",N,N],[3,"I16Deserializer","","A deserializer holding an `i16`.",N,N],[3,"I32Deserializer","","A deserializer holding an `i32`.",N,N],[3,"I64Deserializer","","A deserializer holding an `i64`.",N,N],[3,"IsizeDeserializer","","A deserializer holding an `isize`.",N,N],[3,"U8Deserializer","","A deserializer holding a `u8`.",N,N],[3,"U16Deserializer","","A deserializer holding a `u16`.",N,N],[3,"U64Deserializer","","A deserializer holding a `u64`.",N,N],[3,"UsizeDeserializer","","A deserializer holding a `usize`.",N,N],[3,"F32Deserializer","","A deserializer holding an `f32`.",N,N],[3,"F64Deserializer","","A deserializer holding an `f64`.",N,N],[3,"CharDeserializer","","A deserializer holding a `char`.",N,N],[3,"I128Deserializer","","A deserializer holding an `i128`.",N,N],[3,"U128Deserializer","","A deserializer holding a `u128`.",N,N],[3,"U32Deserializer","","A deserializer holding a `u32`.",N,N],[3,"StrDeserializer","","A deserializer holding a `&str`.",N,N],[3,"BorrowedStrDeserializer","","A deserializer holding a `&str` with a lifetime tied to another deserializer.",N,N],[3,"StringDeserializer","","A deserializer holding a `String`.",N,N],[3,"CowStrDeserializer","","A deserializer holding a `Cow<str>`.",N,N],[3,"BorrowedBytesDeserializer","","A deserializer holding a `&[u8]` with a lifetime tied to another deserializer.",N,N],[3,"SeqDeserializer","","A deserializer that iterates over a sequence.",N,N],[3,"SeqAccessDeserializer","","A deserializer holding a `SeqAccess`.",N,N],[3,"MapDeserializer","","A deserializer that iterates over a map.",N,N],[3,"MapAccessDeserializer","","A deserializer holding a `MapAccess`.",N,N],[11,"clone","","",1,[[["self"]],["error"]]],[11,"fmt","","",1,[[["self"],["formatter"]],["result"]]],[11,"eq","","",1,[[[
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searchIndex["shaders_graphics2d"]={"doc":"Shaders for 2D graphics backends.","items":[[0,"colored","shaders_graphics2d","Shaders for colored rendering.",N,N],[17,"VERTEX_GLSL_120","shaders_graphics2d::colored","Vertex shader for GLSL 1.20",N,N],[17,"VERTEX_GLSL_150_CORE","","Vertex shader for GLSL 1.50",N,N],[17,"FRAGMENT_GLSL_120","","Fragment shader for GLSL 1.20",N,N],[17,"FRAGMENT_GLSL_150_CORE","","Fragmentshader for GLSL 1.50",N,N],[17,"VERTEX_GLSL_120_WEBGL","","Vertex shader for GLSL 1.20 WebGL",N,N],[17,"VERTEX_GLSL_150_CORE_WEBGL","","Vertex shader for GLSL 1.50 WebGL",N,N],[17,"FRAGMENT_GLSL_120_WEBGL","","Fragment shader for GLSL 1.20 WebGL",N,N],[17,"FRAGMENT_GLSL_150_CORE_WEBGL","","Fragmentshader for GLSL 1.50 WebGL",N,N],[0,"textured","shaders_graphics2d","Shaders for textured rendering.",N,N],[17,"VERTEX_GLSL_120","shaders_graphics2d::textured","Vertex shader for GLSL 1.20",N,N],[17,"VERTEX_GLSL_150_CORE","","Vertex shader for GLSL 1.50",N,N],[17,"FRAGMENT_GLSL_120","","Fragment shader for GLSL 1.20",N,N],[17,"FRAGMENT_GLSL_150_CORE","","Fragment shader for GLSL 1.50",N,N],[17,"VERTEX_GLSL_120_WEBGL","","Vertex shader for GLSL 1.20",N,N],[17,"VERTEX_GLSL_150_CORE_WEBGL","","Vertex shader for GLSL 1.50",N,N],[17,"FRAGMENT_GLSL_120_WEBGL","","Fragment shader for GLSL 1.20",N,N],[17,"FRAGMENT_GLSL_150_CORE_WEBGL","","Fragment shader for GLSL 1.50",N,N]],"paths":[]};
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searchIndex["wayland_commons"]={"doc":"Common definitions for wayland","items":[[3,"AnonymousObject","wayland_commons","Anonymous interface",N,N],[4,"NoMessage","","An empty enum representing a MessageGroup with no messages",N,N],[5,"downcast_impl","","Attempt to downcast a boxed `Implementation` trait object.",N,[[["box",["implementation"]]],["result",["box","box"]]]],[8,"MessageGroup","","A group of messages",N,N],[10,"is_destructor","","Whether this message is a destructor",0,[[["self"]],["bool"]]],[10,"from_raw_c","","Construct a message of this group from its C representation",0,N],[10,"as_raw_c_in","","Build a C representation of this message",0,[[["self"],["f"]],["t"]]],[8,"Interface","","The description of a wayland interface",N,N],[16,"Request","","Set of requests associated to this interface",1,N],[16,"Event","","Set of events associated to this interface",1,N],[18,"NAME","","Name of this interface",1,N],[10,"c_interface","","Pointer to the C representation of this interface",1,N],[8,"Implementation","","Trait representing implementations for wayland objects",N,N],[10,"receive","","Receive a message",2,[[["self"],["msg"],["meta"]]]],[11,"is","","Returns true if the trait object wraps an object of type `__T`.",2,[[["self"]],["bool"]]],[11,"downcast","","Returns a boxed object from a boxed trait object if the underlying object is of type `__T`. Returns the original boxed trait if it isn't.",2,[[["box"]],["result",["box","box"]]]],[11,"downcast_ref","","Returns a reference to the object within the trait object if it is of type `__T`, or `None` if it isn't.",2,[[["self"]],["option"]]],[11,"downcast_mut","","Returns a mutable reference to the object within the trait object if it is of type `__T`, or `None` if it isn't.",2,[[["self"]],["option"]]],[11,"c_interface","","",3,N],[11,"is_destructor","","",4,[[["self"]],["bool"]]],[11,"from_raw_c","","",4,N],[11,"as_raw_c_in","","",4,[[["self"],["f"]],["t"]]]],"paths":[[8,"MessageGroup"],[8,"Interface"],[8,"Implementation"],[3,"AnonymousObject"],[4,"NoMessage"]]};
searchIndex["wayland_protocols"]={"doc":"This crate provides bindings to the official wayland protocol extensions provided in https://cgit.freedesktop.org/wayland/wayland-protocols","items":[[0,"unstable","wayland_protocols","Unstable protocols from wayland-protocols",N,N],[0,"fullscreen_shell","wayland_protocols::unstable","Fullscreen shell protocol",N,N],[0,"v1","wayland_protocols::unstable::fullscreen_shell","",N,N],[0,"client","wayland_protocols::unstable::fullscreen_shell::v1","Client-side API of this protocol",N,N],[0,"zwp_fullscreen_shell_v1","wayland_protocols::unstable::fullscreen_shell::v1::client","displays a single surface per output",N,N],[3,"ZwpFullscreenShellV1","wayland_protocols::unstable::fullscreen_shell::v1::client::zwp_fullscreen_shell_v1","",N,N],[4,"Capability","","capabilities advertised by the compositor",N,N],[13,"ArbitraryModes","","compositor is capable of almost any output mode",0,N],[13,"CursorPlane","","compositor has a separate cursor plane",0,N],[4,"PresentMethod","","different method to set the surface fullscreen",N,N],[13,"Default","","no preference, apply default policy",1,N],[13,"Center","","center the surface on the output",1,N],[13,"Zoom","","scale the surface, preserving aspect ratio, to the largest size that will fit on the output",1,N],[13,"ZoomCrop","","scale the surface, preserving aspect ratio, to fully fill the output cropping if needed",1,N],[13,"Stretch","","scale the surface to the size of the output ignoring aspect ratio",1,N],[4,"Error","","wl_fullscreen_shell error values",N,N],[13,"InvalidMethod","","present_method is not known",2,N],[4,"Request","","",N,N],[13,"Release","","release the wl_fullscreen_shell interface",3,N],[13,"PresentSurface","","present surface for display",3,N],[12,"surface","wayland_protocols::unstable::fullscreen_shell::v1::client::zwp_fullscreen_shell_v1::Request","",3,N],[12,"method","","",3,N],[12,"output","","",3,N],[13,"PresentSurfaceForMode","wayland_protocols::unstable::fullscreen_shell::v1::client::zwp_fullscreen_shell_v1","present surface for display at a particular mode",3,N],[12,"surface","wayland_protocols::unstable::fullscreen_shell::v1::client::zwp_fullscreen_shell_v1::Request","",3,N],[12,"output","","",3,N],[12,"framerate","","",3,N],[12,"feedback","","",3,N],[4,"Event","wayland_protocols::unstable::fullscreen_shell::v1::client::zwp_fullscreen_shell_v1","",N,N],[13,"Capability","","advertises a capability of the compositor",4,N],[12,"capability","wayland_protocols::unstable::fullscreen_shell::v1::client::zwp_fullscreen_shell_v1::Event","",4,N],[8,"RequestsTrait","wayland_protocols::unstable::fullscreen_shell::v1::client::zwp_fullscreen_shell_v1","",N,N],[10,"release","","release the wl_fullscreen_shell interface",5,N],[10,"present_surface","","present surface for display",5,N],[10,"present_surface_for_mode","","present surface for display at a particular mode",5,[[["self"],["proxy"],["proxy"],["i32"]],["result",["newproxy"]]]],[0,"zwp_fullscreen_shell_mode_feedback_v1","wayland_protocols::unstable::fullscreen_shell::v1::client","",N,N],[3,"ZwpFullscreenShellModeFeedbackV1","wayland_protocols::unstable::fullscreen_shell::v1::client::zwp_fullscreen_shell_mode_feedback_v1","",N,N],[4,"Request","","",N,N],[4,"Event","","",N,N],[13,"ModeSuccessful","","mode switch succeeded",6,N],[13,"ModeFailed","","mode switch failed",6,N],[13,"PresentCancelled","","mode switch cancelled",6,N],[8,"RequestsTrait","","",N,N],[0,"c_interfaces","wayland_protocols::unstable::fullscreen_shell::v1","C interfaces for this protocol",N,N],[7,"wl_surface_interface","wayland_protocols::unstable::fullscreen_shell::v1::c_interfaces","",N,N],[7,"wl_output_interface","","",N,N],[7,"zwp_fullscreen_shell_v1_requests","","",N,N],[7,"zwp_fullscreen_shell_v1_events","","",N,N],[7,"zwp_fullscreen_shell_v1_interface","","",N,N],[7,"zwp_fullscreen_shell_mode_feedback_v1_events","","",N,N],[7,"zwp_fullscreen_shell_mode_feedback_v1_interface","","",N,N],[11,"clone","wayland_protocols::unstable::fullscreen_shell::v1::client::zwp_fullscreen_shell_v1","",0,[[["self"]],["capabilit
searchIndex["wayland_sys"]={"doc":"FFI bindings to the wayland system libraries.","items":[[0,"common","wayland_sys","Various types and functions that are used by both the client and the server libraries.",N,N],[3,"wl_message","wayland_sys::common","",N,N],[12,"name","","",0,N],[12,"signature","","",0,N],[12,"types","","",0,N],[3,"wl_interface","","",N,N],[12,"name","","",1,N],[12,"version","","",1,N],[12,"request_count","","",1,N],[12,"requests","","",1,N],[12,"event_count","","",1,N],[12,"events","","",1,N],[3,"wl_list","","",N,N],[12,"prev","","",2,N],[12,"next","","",2,N],[3,"wl_array","","",N,N],[12,"size","","",3,N],[12,"alloc","","",3,N],[12,"data","","",3,N],[19,"wl_argument","","",N,N],[12,"i","","",4,N],[12,"u","","",4,N],[12,"f","","",4,N],[12,"s","","",4,N],[12,"o","","",4,N],[12,"n","","",4,N],[12,"a","","",4,N],[12,"h","","",4,N],[5,"wl_fixed_to_double","","",N,[[["wl_fixed_t"]],["f64"]]],[5,"wl_fixed_from_double","","",N,[[["f64"]],["wl_fixed_t"]]],[5,"wl_fixed_to_int","","",N,[[["wl_fixed_t"]],["i32"]]],[5,"wl_fixed_from_int","","",N,[[["i32"]],["wl_fixed_t"]]],[6,"wl_fixed_t","","",N,N],[6,"wl_dispatcher_func_t","","",N,N],[6,"wl_log_func_t","","",N,N],[0,"client","wayland_sys","Bindings to the client library `libwayland-client.so`",N,N],[3,"WaylandClient","wayland_sys::client","",N,N],[12,"wl_display_connect_to_fd","","",5,N],[12,"wl_display_connect","","",5,N],[12,"wl_display_disconnect","","",5,N],[12,"wl_display_get_fd","","",5,N],[12,"wl_display_roundtrip","","",5,N],[12,"wl_display_read_events","","",5,N],[12,"wl_display_prepare_read","","",5,N],[12,"wl_display_cancel_read","","",5,N],[12,"wl_display_dispatch","","",5,N],[12,"wl_display_dispatch_pending","","",5,N],[12,"wl_display_get_error","","",5,N],[12,"wl_display_get_protocol_error","","",5,N],[12,"wl_display_flush","","",5,N],[12,"wl_event_queue_destroy","","",5,N],[12,"wl_display_create_queue","","",5,N],[12,"wl_display_roundtrip_queue","","",5,N],[12,"wl_display_prepare_read_queue","","",5,N],[12,"wl_display_dispatch_queue","","",5,N],[12,"wl_display_dispatch_queue_pending","","",5,N],[12,"wl_proxy_create","","",5,N],[12,"wl_proxy_destroy","","",5,N],[12,"wl_proxy_add_listener","","",5,N],[12,"wl_proxy_get_listener","","",5,N],[12,"wl_proxy_add_dispatcher","","",5,N],[12,"wl_proxy_marshal_array_constructor","","",5,N],[12,"wl_proxy_marshal_array_constructor_versioned","","",5,N],[12,"wl_proxy_marshal_array","","",5,N],[12,"wl_proxy_set_user_data","","",5,N],[12,"wl_proxy_get_user_data","","",5,N],[12,"wl_proxy_get_id","","",5,N],[12,"wl_proxy_get_class","","",5,N],[12,"wl_proxy_set_queue","","",5,N],[12,"wl_proxy_get_version","","",5,N],[12,"wl_proxy_create_wrapper","","",5,N],[12,"wl_proxy_wrapper_destroy","","",5,N],[12,"wl_log_set_handler_client","","",5,N],[12,"wl_list_init","","",5,N],[12,"wl_list_insert","","",5,N],[12,"wl_list_remove","","",5,N],[12,"wl_list_length","","",5,N],[12,"wl_list_empty","","",5,N],[12,"wl_list_insert_list","","",5,N],[12,"wl_array_init","","",5,N],[12,"wl_array_release","","",5,N],[12,"wl_array_add","","",5,N],[12,"wl_array_copy","","",5,N],[12,"wl_proxy_marshal_constructor","","",5,N],[12,"wl_proxy_marshal_constructor_versioned","","",5,N],[12,"wl_proxy_marshal","","",5,N],[3,"WAYLAND_CLIENT_OPTION","","",N,N],[3,"WAYLAND_CLIENT_HANDLE","","",N,N],[4,"wl_proxy","","",N,N],[4,"wl_display","","",N,N],[4,"wl_event_queue","","",N,N],[5,"is_lib_available","","",N,[[],["bool"]]],[11,"open","","",5,[[["str"]],["result",["waylandclient","dlerror"]]]],[11,"deref","","",6,[[["self"]],["option"]]],[11,"initialize","","",6,[[["self"]]]],[11,"deref","","",7,[[["self"]],["waylandclient"]]],[11,"initialize","","",7,[[["self"]]]],[0,"egl","wayland_sys","Bindings to the EGL library `libwayland-egl.so`",N,N],[3,"WaylandEgl","wayland_sys::egl","",N,N],[12,"wl_egl_window_create","","",8,N],[12,"wl_egl_window_destroy","","",8,N],[12,"wl_egl_window_resize","","",8,N],[12,"wl_egl_window_get_attached_size","","",8,N],[3,"WAYLAND_EGL_OPTION","","",N,N],[3,"WAYLAND_EGL_HANDLE","","",N,N],[4,"wl_egl_window","","",N,N],[5,"is_lib_av
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