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Omniplan Windows, Corel Painter 2016 Review, Vmware Workstation 12 Installer, Cheap Adobe Premiere Pro CS6. Alternatives to OmniPlan for Web, Windows, Mac, iPhone, Android and more. Filter by license to discover only free or Open Source alternatives. This list contains a total of 25+ apps similar to OmniPlan. List updated: 9/10/2020 6:50:00 PM. Omni Group Announces OmniPlan 4, New Purchasing Options 20 July 2020, The Mac Observer. Hands On: OmniPlan 3.9 is project management for complex jobs on the Mac and iPad 17 February 2018, AppleInsider. OmniPlan For iPad Makes Project Management Simple 7 June 2012, Cult of Mac. OmniPlan for iPad to put project management at your fingertips in 2012. Omniplan Windows, Corel Painter 2016 Review, Vmware Workstation 12 Installer, Cheap Adobe Premiere Pro CS6.
Microsoft Project Vs. OmniPlan for Mac: Which is better?
Shlomi Lavi / Jul 20, 2020
Looking for the right Project Management solution for your business? buyers like you are primarily concerned about the real total implementation cost (TCO), full list of features, vendor reliability, user reviews, pros and cons. in this article we compare between the 2 software products:
Vendor comparison
Microsoft: Microsoft Corporation is an American corporation that develops, manufactures, licenses and supports a wide range of products and services related to computing. The company was founded by Bill Gates and Paul Allen on April 4, 1975. Microsoft is the world's largest software maker measured by revenues.
The Omni Group: The Omni Group develops applications exclusively for Mac, iPhone, and iPad. Omni’s distinctive productivity applications have won three Macworld Editors’ Choice awards, a MacUser UK “Maxine” award, Macworld Expo Best of Show, two Mac Observer Editors’ Choice Awards, an iPhone Alley Editors’ Choice award, and five Apple Design awards. Located in beautiful Seattle, Washington, the Omni Group is an employee-owned company dedicated to awesome software and gold-standard customer support. We think that Omni is a different sort of company and that it shows in both our products and our service. There are a bunch of things that make Omni a special place:
Pricing/cost comparison
The real cost of Project Management software includes the software license, subscription fees, software training cost, customization cost, required hardware, and the cost of maintenance & support and other related services. It's critical that you account for all of these costs to gain an understanding of the system's 'total cost of ownership'. We prepared a total cost calculator for Microsoft Project TCO and OmniPlan for Mac total cost to help with the total cost of ownership calculation.
Microsoft Project price Starting from $7 per month , on a scale between 1 to 10 Microsoft Project is rated 4, which is lower than the average cost of Project Management software.OmniPlan for Mac price Starting from $149 per license , when comparing OmniPlan for Mac to their competitors, the software is rated 4 - lower than the average Project Management software cost.
Bottom line: Microsoft Project cost is around the same cost of OmniPlan for Mac.
Features and functionality
As with any business software solutions, it’s important to consider the features & functionality. The tool should support the processes, workflows, reports and needs that matter to your team. To help you evaluate this, we've compared Microsoft Project Vs. OmniPlan for Mac based on some of the most important and required Project Management features.
Microsoft Project: Collaboration, Document Management, Issue Tracking, Project Management, Resource Management, Scheduling, Task Management, ..
OmniPlan for Mac list of features include the following: Collaboration, Document Management, Issue Tracking, Project Management, Resource Management, .
Target customer size
Microsoft Project is best for all sizes of business as well as individual users. The software is a useful product for businesses of all sizes and a variety of types.
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Questions about Microsoft Project or OmniPlan for Mac?
The “Big Picture”
Most scriptable applications are designed with a hierarchical organization where the scriptable elements are contained within other elements. For example, the OmniPlan application edits documents that contain projects that contain scenarios that contain tasks and resources.
In the OmniPlan scripting implementation:
- A Project represents the main contents of an OmniPlan Document and is used as the global object in any scripting session that is related to a particular document.
- A Scenario represents a set of tasks and resources and associated schedules. The actuals for a project are one scenario, and saved baselines are the others.
The illustration below shows the hierarchical nature and relationships of the scriptable OmniPlan objects (both on macOS and iOS).
Application
In Omni Automation scripts, the application object is represented by the abbreviation: “app”. The application object is addressed by scripts to determine the current system platform, pressed modifier keys, and for opening documents. (see Application section)
| 01 | app.name |
| 02 | --> OmniPlan |
Documents
Although documents are the sole and primary element of the OmniPlan application, the current document is not referenced using the app object, but is referenced instead as a top-level object:
| 01 | document.name |
| 01 | //--> 'Home Renovation' |
For the sake of security, documents are not allowed to be accessed by scripts run in the consoles of other documents, so the application object will not return references to other documents.
| 01 | //--> these are not supported |
| 02 | app.documents.length |
| 03 | app.documents[0] |
Document Windows
In the OmniPlan scripting implementation, windows belong to documents, and their references include their parent implied document object:
Document > Window
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| 01 | document.windows.length |
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And the current window is always the first item in the list (array) of open windows:
| 01 | currentWindow = document.windows[0] |
Document Selection
A document’s selection object belongs to the window class, which in turn, belongs to the parent implied document. The Selection class includes three properties whose values are a single item reference (selection, project) or arrays of references (resources, tasks) to the objects selected in the window: project, resources, and tasks
Document > Window > Selection
| 01 | document.windows[0].selection |
| 02 | //--> [object Selection] |
| 03 | document.windows[0].selection.project |
| 04 | //--> [object Project] |
| 05 | document.windows[0].selection.resources |
| 06 | //--> [[object Resource]] |
| 07 | document.windows[0].selection.tasks |
| 08 | //--> [[object Task],[object Task],[object Task]] |
For example, here’s a simple script for getting the titles of the selected tasks:
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| 01 | selectedTasks = document.windows[0].selection.tasks |
| 02 | taskTitles = selectedTasks.map((task)=>{returntask.title}) |
Project
A Project represents the contents of an OmniPlan document, and when writing scripts that target the content of the current document, the project becomes the topmost object, providing properties whose values are references to the scenarios (actual and baselines) the project contains.
| 01 | document.project.title |
| 02 | //-->'90-Day Blank Project' |
| 03 | |
| 04 | // The Project is the topmost object and can be referenced using the “this” keyword |
| 05 | this.title |
| 06 | //-->'90-Day Blank Project' |
| 07 | |
| 08 | // Since the Project is the top-level item, it is implied and so you can simply use the property name |
| 09 | title |
| 10 | //-->'90-Day Blank Project' |
Scenarios
A Scenario represents a set of tasks and resources and associated schedules. The actuals for a project are one scenario, and saved baselines are the others.
The project property “actual” references the current scenario, which has properties of its own, such as hasFixedEndDate:
| 01 | actual |
| 02 | //--> [objectScenario] |
| 03 | actual.hasFixedEndDate |
| 04 | //-->false |
The project property baselineNames provides an array of the names of any other scenarios, and references to those scenarios can be derived using the baselineNamed(…) scripting method:
| 01 | baselineNames |
| 02 | //--> [Baseline A,Baseline B] |
| 03 | baselineNamed('Baseline B') |
| 04 | //--> [objectScenario] |
Also note that an instance of the Scenario class contains two properties representing the origin items of their Task and Resource elements. These “root” items are used when creating and managing additional instances of their classes.
| 01 | actual.rootTask |
| 02 | //--> [object Task] |
| 03 | actual.rootResource |
| 04 | //--> [object Resource] |
Resources
Instances of the Resources class represent the people, groups, and physical materials and equipment used by the project. A Resource is an element of a Scenario and is created and added to a scenario by using the addMember() method of the Resource class on the root resource object of the scenario.
| Create New Resource | ||
| 01 | varresc = actual.rootResource.addMember() | |
| 02 | resc.type = ResourceType.staff | |
| 03 | resc.name = 'Sala Mander' | |
| 04 | resc.email = 'salamander@acmeprojects.com' | |
The members property of the Resource class when used with the root resource object, will return an array of references to the top-level resources for the scenario, as in this example script for getting the titles of a scenario’s top-level resources:
| Get Resource Names | ||
| 01 | resourceNames = actual.rootResource.members.map((rsc)=>{returnrsc.name}) | |
Creating a reference to an instance of the Resource class can be done using the resourceNamed() method of the parent instance of the Scenario class.
| 01 | actual.resourceNamed('Target Resource Title') |
| 02 | //--> returns the 1st matching object reference if one exists, otherwise returns null |
Tasks
A Task is anything that needs to get done in order for the project to move toward completion. Each task has attributes such as start and end dates, a completion percentage, and resource assignments.
A Task is an element of a Scenario and is created and added to a scenario by using the addSubtask() method of the Task class on the root task object of the scenario.
| Create a Task | ||
| 01 | newTask = actual.rootTask.addSubtask() | |
| 02 | newTask.title = 'NEW TASK' | |
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The descendents() method of the Task class when used with the root task object, will return an array of references to the tasks in the entire tree of the scenario, as in this example script for getting all the task titles of a scenario:
| Get All Task Titles | ||
| 01 | taskTitles = actual.rootTask.descendents().map((task)=>{ | |
| 02 | returntask.title | |
| 03 | }) | |
The property subtasks has a value that is an array of references to the subtasks of a specified task.
Creating a reference to an instance of the Task class can be done using the taskNamed() method of the parent instance of the Scenario class.
| 01 | actual.taskNamed('Target Task Title') |
| 02 | //--> returns the 1st matching object reference if one exists, otherwise returns null |