Determines the bounding box of some object.
SVG path bounding box calculator
Takes a bounding box and calculates the minimum square bounding box that would contain the input.
Generates a bounding box around a GeoJSON feature.
Get bounding box of an svg path data
Converts a bounding box to a GeoJSON polygon.
Reproject a Bounding Box
Light-weight JavaScript Bounding Box Utility Functions
compute the bounding box of geojson features
Creates a triangular grid within a bounding box.
Creates a square grid within a bounding box.
Creates a honeycomb-like grid of hexagons within a bounding box.
Snap a Bounding Box to a Grid
Creates a grid of points within a bounding box.
Efficiently computes a GeoJSON's bounding box.
Takes a collection of points and a bounding box, and returns a collection of Voronoi polygons.
A bounding box collision detection constraint for d3 forceSimulation.
TypeScript definitions for svg-path-bounding-box
React Bounding Box Component
Find a bounding box for a set of points
Computes the bounding box of a set of vertices
Read Pixel Values from a GeoTIFF within a Bounding Box in almost any Projection
Handles logic for reactive bounding box monitoring
SVG bounding box calculator
A library for rectilinear, 2-dimensional bounding boxes
Parse, convert and evaluate bounding box annotations
Data structures for managing glyph bbox datasets and support for calculating string bbox's
glyph bbox dataset and bbox rendering
A backend implementation of Conway's Game of Life
Command-line tool for surface reconstruction of SPH particle data
Core types and utilities for calibration target detection
A toolbox for converting, checking and serving map tiles in various formats.
A quadtree that maps bounding-boxes to elements
Simplified processing for image-based cell profiling with pineapple
R-tree and geopoly spatial index extension
Hyperreal-backed planar curves, contours, and regions for CAD topology
a gem to convert point_radius geolocations to bounding boxes and split them into smaller boxes
Geographic point calculations including Haversine/Vincenty distance, bearing, midpoint, destination point, geohash encoding/decoding, cross-track distance, polygon containment, rhumb line navigation, bounding box, and DMS formatting. Zero dependencies.
Fix SVG bounding boxes
Calculates the x dimensions, y dimensions and z dimensions, volume and surface area for an STL file
Generates random map points, within an optional bounding box.
creates (W)ell(K)nown(T)ext bounding boxes from points
A Ruby gem for extracting and parsing table of contents from PDF documents with bounding box information
Lightweight gem to create weighted, directed graphs of streets in a given bounding box. The library builds graphs using Open Street Map data queried through the Overpass API.
## Overview Privileged Access Manager (PAM) is a Google Cloud native, managed solution to secure, manage and audit privileged access while ensuring operational velocity and developer productivity. PAM enables just-in-time, time-bound, approval-based access elevations, and auditing of privileged access elevations and activity. PAM lets you define the rules of who can request access, what they can request access to, and if they should be granted access with or without approvals based on the sensitivity of the access and emergency of the situation. ## Concepts ### Entitlement An entitlement is an eligibility or license that allows specified users (requesters) to request and obtain access to specified resources subject to a set of conditions such as duration, etc. entitlements can be granted to both human and non-human principals. ### Grant A grant is an instance of active usage against the entitlement. A user can place a request for a grant against an entitlement. The request may be forwarded to an approver for their decision. Once approved, the grant is activated, ultimately giving the user access (roles/permissions) on a resource per the criteria specified in entitlement. ### How does PAM work PAM creates and uses a service agent (Google-managed service account) to perform the required IAM policy changes for granting access at a specific resource/access scope. The service agent requires getIAMPolicy and setIAMPolicy permissions at the appropriate (or higher) access scope - Organization/Folder/Project to make policy changes on the resources listed in PAM entitlements. When enabling PAM for a resource scope, the user/ principal performing that action should have the appropriate permissions at that resource scope (resourcemanager.{projects|folders|organizations}.setIamPolicy, resourcemanager.{projects|folders|organizations}.getIamPolicy, and resourcemanager.{projects|folders|organizations}.get) to list and grant the service agent/account the required access to perform IAM policy changes. Note that google-cloud-privileged_access_manager-v1 is a version-specific client library. For most uses, we recommend installing the main client library google-cloud-privileged_access_manager instead. See the readme for more details.
## Overview Privileged Access Manager (PAM) is a Google Cloud native, managed solution to secure, manage and audit privileged access while ensuring operational velocity and developer productivity. PAM enables just-in-time, time-bound, approval-based access elevations, and auditing of privileged access elevations and activity. PAM lets you define the rules of who can request access, what they can request access to, and if they should be granted access with or without approvals based on the sensitivity of the access and emergency of the situation. ## Concepts ### Entitlement An entitlement is an eligibility or license that allows specified users (requesters) to request and obtain access to specified resources subject to a set of conditions such as duration, etc. entitlements can be granted to both human and non-human principals. ### Grant A grant is an instance of active usage against the entitlement. A user can place a request for a grant against an entitlement. The request may be forwarded to an approver for their decision. Once approved, the grant is activated, ultimately giving the user access (roles/permissions) on a resource per the criteria specified in entitlement. ### How does PAM work PAM creates and uses a service agent (Google-managed service account) to perform the required IAM policy changes for granting access at a specific resource/access scope. The service agent requires getIAMPolicy and setIAMPolicy permissions at the appropriate (or higher) access scope - Organization/Folder/Project to make policy changes on the resources listed in PAM entitlements. When enabling PAM for a resource scope, the user/ principal performing that action should have the appropriate permissions at that resource scope (resourcemanager.{projects|folders|organizations}.setIamPolicy, resourcemanager.{projects|folders|organizations}.getIamPolicy, and resourcemanager.{projects|folders|organizations}.get) to list and grant the service agent/account the required access to perform IAM policy changes.
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