void fz_free(fz_context *ctx, void *ptr); There are also some macros that allocate structures and arrays, together with a type cast to catch typing errors. T *fz_malloc_struct(fz_context *ctx, T); // Allocate dimensions are in points unless otherwise specified. 6.2.1 Matrices Matrices are simply 6-element arrays representing a 3-by-3 transformation matrix as: / a b 0 \ | c d 0 | \ e f 1 / This matrix is represented 1.23.0 var m = mupdf.Matrix.invert([1,0.5,1,1,1,1]); 6.2.2 Rectangles Rectangles are 4-element arrays, specifying the minimum and maximum corners (typically upper left and lower right, in a coordinate

All dimensions are in points unless otherwise specified. Matrices Matrices are simply 6-element arrays representing a 3-by-3 transformation matrix as: / a b 0 \ | c d 0 | \ e f 1 / This matrix is represented multiplication is not commutative. Returns [a,b,c,d,e,f]. Rectangles Rectangles are 4-element arrays, specifying the minimum and maximum corners (typically upper left and lower right, in a coordinate mutool JavaScript API 53 MuPDF Documentation, Release 1.21.2 3.4.3 Colors Colors are specified as arrays with the appropriate number of components for the color space. Each number is a floating point between

void fz_free(fz_context *ctx, void *ptr); There are also some macros that allocate structures and arrays, together with a type cast to catch typing errors. T *fz_malloc_struct(fz_context *ctx, T); // Allocate dimensions are in points unless otherwise specified. 6.2.1 Matrices Matrices are simply 6-element arrays representing a 3-by-3 transformation matrix as: / a b 0 \ | c d 0 | \ e f 1 / This matrix is represented 1.24.0 var m = mupdf.Matrix.invert([1,0.5,1,1,1,1]); 6.2.2 Rectangles Rectangles are 4-element arrays, specifying the minimum and maximum corners (typically upper left and lower right, in a coordinate

void fz_free(fz_context *ctx, void *ptr); There are also some macros that allocate structures and arrays, together with a type cast to catch typing errors. T *fz_malloc_struct(fz_context *ctx, T); // Allocate dimensions are in points unless otherwise specified. 7.2.1 Matrices Matrices are simply 6-element arrays representing a 3-by-3 transformation matrix as: / a b 0 \ | c d 0 | \ e f 1 / This matrix is represented 1.25.0 var m = mupdf.Matrix.invert([1,0.5,1,1,1,1]); 7.2.2 Rectangles Rectangles are 4-element arrays, specifying the minimum and maximum corners (typically upper left and lower right, in a coordinate

Built-in support for SQLite, MySQL and Postgresql. numerous extensions available (postgres hstore/json/arrays, sqlite full-text- search, schema migrations, and much more). Peewee’s source code hosted on Peewee contains a Postgresql extension module which provides many postgres-specific features such as: Arrays HStore JSON Server-side cursors And more! If you would like to use these awesome features, use the type: one of the data-types (see json_type()). atom: the scalar value for primitive types, NULL for arrays and objects. id: a unique ID referencing the current node in the tree. parent: the ID of the containing

Built-in support for SQLite, MySQL and Postgresql. numerous extensions available (postgres hstore/json/arrays, sqlite full-text- search, schema migrations, and much more). Peewee’s source code hosted on Peewee contains a Postgresql extension module which provides many postgres-specific features such as: Arrays HStore JSON Server-side cursors And more! If you would like to use these awesome features, use the type: one of the data-types (see json_type()). atom: the scalar value for primitive types, NULL for arrays and objects. id: a unique ID referencing the current node in the tree. parent: the ID of the containing

Built-in support for SQLite, MySQL and Postgresql. numerous extensions available (postgres hstore/json/arrays, sqlite full-text- search, schema migrations, and much more). Peewee’s source code hosted on Peewee contains a Postgresql extension module which provides many postgres-specific features such as: Arrays HStore JSON Server-side cursors And more! If you would like to use these awesome features, use the type: one of the data-types (see json_type()). atom: the scalar value for primitive types, NULL for arrays and objects. id: a unique ID referencing the current node in the tree. parent: the ID of the containing

Built-in support for SQLite, MySQL and Postgresql. numerous extensions available (postgres hstore/json/arrays, sqlite full-text- search, schema migrations, and much more). Peewee’s source code hosted on Peewee contains a Postgresql extension module which provides many postgres-specific features such as: Arrays HStore JSON Server-side cursors And more! If you would like to use these awesome features, use the type: one of the data-types (see json_type()). atom: the scalar value for primitive types, NULL for arrays and objects. id: a unique ID referencing the current node in the tree. parent: the ID of the containing

support for SQLite, MySQL and Postgresql. • numerous extensions available (postgres hstore/json/arrays, sqlite full-text-search, schema migrations, and much more). Peewee’s source code hosted on GitHub contains a Postgresql extension module which provides many postgres-specific features such as: • Arrays • HStore • JSON • Server-side cursors • And more! 20 Chapter 1. Contents: peewee Documentation one of the data-types (see json_type()). • atom: the scalar value for primitive types, NULL for arrays and objects. • id: a unique ID referencing the current node in the tree. • parent: the ID of the

support for SQLite, MySQL and Postgresql. • numerous extensions available (postgres hstore/json/arrays, sqlite full-text-search, schema migrations, and much more). Peewee’s source code hosted on GitHub contains a Postgresql extension module which provides many postgres-specific features such as: • Arrays • HStore • JSON • Server-side cursors • And more! If you would like to use these awesome features one of the data-types (see json_type()). • atom: the scalar value for primitive types, NULL for arrays and objects. • id: a unique ID referencing the current node in the tree. • parent: the ID of the