User:SamanthaNguyen/sandbox

{	"params": { "name": { "label": "Name", "type": "wiki-page-name", "autovalue": "", "suggested": true },		"image": { "label": "Image", "type": "wiki-file-name" },		"imagesize": { "label": "Image size", "type": "string", "suggested": true },		"imagealt": { "label": "Alternative text" },		"caption": { "label": "Caption" },		"general_definition": { "label": "General definition" },		"deriver": { "label": "Deriver of general definition" },		"motivation_of_creation": { "label": "Motivation of invention" },		"fields_of_application": { "aliases": [ "mian_applications", "main_applications" ],			"label": "Fields of application" },		"date": { "label": "Date of solution" },		"extends": { "label": "Extends" },		"domain": { "label": "Domain", "description": "The set of values that the function accepts" },		"codomain": { "label": "Codomain", "description": "The set of all values that the function may possibly produce" },		"range": { "label": "Image", "description": "The set of all values the function that the function can actually produce" },		"parity": { "label": "Parity", "description": "The symmetry relations that the function satisfies, if any", "suggestedvalues": [ "Even", "Odd", "Not even and not odd" ]		},		"period": { "label": "Period", "description": "The interval at which values will repeat" },		"analytic": { "label": "Analytic?", "description": "Whether the function is given by a convergent power series", "type": "unknown" },		"meromorphic": { "label": "Meromorphic?", "description": "Whether the function is holomorphic on all of D except for the set of poles of the function" },		"holomorphic": { "label": "Holomorphic?", "description": "Whether a function is differentiable everywhere on an open set containing A"		}, "zero": { "label": "Y-intercept (value when x = zero)", "description": "The output value at which x equals zero" },		"plusinf": { "label": "Value at +∞ (positive infinity)", "description": "The output value at which x equals positive infinity" },		"minusinf": { "label": "Value at -∞ (negative infinity)", "description": "The output value at which x equals negative infinity" },		"max": { "label": "Maxima", "description": "The maximum value of a function, either local or absolute" },		"min": { "label": "Minima", "description": "The minimum value of a function, either local or absolute" },		"vr1": {}, "f1": {}, "vr2": {}, "f2": {}, "vr3": {}, "f3": {}, "vr4": {}, "f4": {}, "vr5": {}, "f5": {}, "asymptote": { "label": "Asymptote", "description": "The line of a function that approaches a curve towards infinity, but never touches it" },		"root": { "label": "Root", "description": "X-intercepts of the function" },		"critical": { "label": "Critical point" },		"inflection": { "label": "Inflection point" },		"fixed": { "label": "Fixed point" },		"poles": { "label": "Poles" },		"reciprocal": { "label": "Reciprocal" },		"other_related": { "label": "Other related functions" },		"inverse": { "label": "Inverse function" },		"derivative": { "label": "Derivative function" },		"antiderivative": { "label": "Antiderivative" },		"taylor_series": { "label": "Taylor series" },		"generalized_continued_fraction": { "label": "Generalized continued function" },		"fourier_series": { "label": "Fourier series" },		"corresponding_transform": { "label": "Corresponding transform" },		"corresponding_transform_formula": { "label": "Corresponding transform formula" },		"notes": { "label": "Notes" }	} }