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00:07
In this session,
00:08
we will discuss the organization of data within Flow
00:10
Production Tracking and bring up a few new terms,
00:13
entity and schema.
00:15
Data in Flow Production Tracking is organized into entities somewhat
00:19
similar to a table in a database or a spreadsheet.
00:22
Each thing, or entity, in Flow Production Tracking is
00:26
a container in which data can be stored.
00:29
Shots, sequences, assets, levels, episodes, tasks, time logs, and more
00:36
are all considered entities within Flow Production Tracking.
00:41
Now, the term schema refers to how data is organized and constructed.
00:45
The Flow Production Tracking
00:47
schema refers to how entities are used and configured
00:50
and how they are connected to one another.
00:53
Think about it in spreadsheet terms.
00:55
An entity type is the name of our spreadsheet.
00:59
Each spreadsheet contains a table of rows and columns.
01:03
Rows represent the records we'll be tracking
01:06
while column headers contain the information specific to what
01:09
we need to track on each of those records.
01:13
In each table, there is a set of cells where trackable data lives.
01:17
Flow Production Tracking is structured in a similar way where the column
01:21
headers equate to fields and cells equate to all the data
01:24
we will be entering and tracking based on those field headers.
01:28
Let's look at an example:
01:30
we have entities which are the containers for information about anything.
01:35
Let's consider the asset entity.
01:37
An asset could be a character model, an environment, a prop,
01:41
a vehicle, or anything in between.
01:43
Let's say our asset in this case is a character model.
01:46
Let's take a look at Hyperspace madness,
01:49
one of the projects in Flow Production Tracking
01:51
that we'll be using throughout this course.
01:54
Sven is one of the character models on this project.
01:57
In Flow Production Tracking,
01:59
Sven is an asset entity and this entity holds information about Sven.
02:05
The Sven asset entity holds asset information, tasks
02:09
that need to be completed to create Sven, versions
02:11
of Sven that artists are submitting, feedback notes
02:14
that supervisors are providing to artists, and more.
02:18
So, Sven the asset is a container for everything that is being done
02:22
and has been done related to this asset.
02:25
Sven is an asset and an asset is an entity.
02:28
But all of the information inside of the Sven asset,
02:31
which includes the tasks, versions, notes, these are also entities.
02:37
Many entities fall within others,
02:39
so you'll start to see that there is a
02:40
hierarchy in the structure of entities within each project.
02:44
Let's look at some project schemas to give you a bigger picture.
02:48
A simple film schema and Flow Production Tracking looks something like this.
02:53
The project entity is the container for
02:56
all the information tracked within that project.
02:59
Sequences, assets, and shots are entities that fall within that project.
03:04
Tasks, notes, and versions fall under the parent entities
03:08
they relate to, whether that's a specific sequence asset or shot.
03:13
Now,
03:13
a simple episodic schema in Flow Production Tracking
03:16
may function similarly to the film schema,
03:18
with the addition of seasons and episodes.
03:21
the project entity is a container for
03:24
all the information tracked within the project.
03:26
Seasons are entities that fall within that project that contain all episodes.
03:31
Episodes are entities that contain all sequences and shots.
03:35
Sequences and shots are entities within each episode,
03:39
and assets are entities within the project that may be used in any episode.
03:43
Tasks, notes, and versions fall under the parent entities
03:47
they relate to, whether that's a specific sequence shot or asset.
03:52
Let's demonstrate this with a diagram of how our
03:54
information flows through Flow Production Tracking on Hyperspace Madness.
03:58
Our project Hyperspace Madness is a VFX film with shots as the deliverables.
04:03
Our shots will be organized into sequences and
04:06
various assets will be linked to various shots.
04:08
For each shot and asset, a
04:10
set of tasks needs to be completed.
04:13
For each task time needs to be logged.
04:16
There are endless variations of schema that
04:18
can be applied within Flow Production Tracking.
04:21
The schema will depend upon the types of projects the company is working
04:24
on and how many layers of hierarchy users need to effectively track their data.
04:31
Standard built in templates are available in Flow Production Tracking and
04:35
may be used as is or customized by a site administrator.
04:39
Templates are a good schema base,
04:41
especially if we're not sure how to map out our workflow.
04:45
Here are the key takeaways when it comes to
04:47
schema and how data is structured in
04:49
Flow Production Tracking.
04:50
Data and Flow Production Tracking is organized into entities
04:54
which are containers in which data is stored.
04:56
The Flow Production Tracking schema refers to how entities are
04:60
used and how they are connected to one another.
05:03
There are many different ways to connect entities in Flow Production Tracking.
05:07
The hierarchy of entities will depend on your industry,
05:10
your project, and the type of information your team needs to track.
00:07
In this session,
00:08
we will discuss the organization of data within Flow
00:10
Production Tracking and bring up a few new terms,
00:13
entity and schema.
00:15
Data in Flow Production Tracking is organized into entities somewhat
00:19
similar to a table in a database or a spreadsheet.
00:22
Each thing, or entity, in Flow Production Tracking is
00:26
a container in which data can be stored.
00:29
Shots, sequences, assets, levels, episodes, tasks, time logs, and more
00:36
are all considered entities within Flow Production Tracking.
00:41
Now, the term schema refers to how data is organized and constructed.
00:45
The Flow Production Tracking
00:47
schema refers to how entities are used and configured
00:50
and how they are connected to one another.
00:53
Think about it in spreadsheet terms.
00:55
An entity type is the name of our spreadsheet.
00:59
Each spreadsheet contains a table of rows and columns.
01:03
Rows represent the records we'll be tracking
01:06
while column headers contain the information specific to what
01:09
we need to track on each of those records.
01:13
In each table, there is a set of cells where trackable data lives.
01:17
Flow Production Tracking is structured in a similar way where the column
01:21
headers equate to fields and cells equate to all the data
01:24
we will be entering and tracking based on those field headers.
01:28
Let's look at an example:
01:30
we have entities which are the containers for information about anything.
01:35
Let's consider the asset entity.
01:37
An asset could be a character model, an environment, a prop,
01:41
a vehicle, or anything in between.
01:43
Let's say our asset in this case is a character model.
01:46
Let's take a look at Hyperspace madness,
01:49
one of the projects in Flow Production Tracking
01:51
that we'll be using throughout this course.
01:54
Sven is one of the character models on this project.
01:57
In Flow Production Tracking,
01:59
Sven is an asset entity and this entity holds information about Sven.
02:05
The Sven asset entity holds asset information, tasks
02:09
that need to be completed to create Sven, versions
02:11
of Sven that artists are submitting, feedback notes
02:14
that supervisors are providing to artists, and more.
02:18
So, Sven the asset is a container for everything that is being done
02:22
and has been done related to this asset.
02:25
Sven is an asset and an asset is an entity.
02:28
But all of the information inside of the Sven asset,
02:31
which includes the tasks, versions, notes, these are also entities.
02:37
Many entities fall within others,
02:39
so you'll start to see that there is a
02:40
hierarchy in the structure of entities within each project.
02:44
Let's look at some project schemas to give you a bigger picture.
02:48
A simple film schema and Flow Production Tracking looks something like this.
02:53
The project entity is the container for
02:56
all the information tracked within that project.
02:59
Sequences, assets, and shots are entities that fall within that project.
03:04
Tasks, notes, and versions fall under the parent entities
03:08
they relate to, whether that's a specific sequence asset or shot.
03:13
Now,
03:13
a simple episodic schema in Flow Production Tracking
03:16
may function similarly to the film schema,
03:18
with the addition of seasons and episodes.
03:21
the project entity is a container for
03:24
all the information tracked within the project.
03:26
Seasons are entities that fall within that project that contain all episodes.
03:31
Episodes are entities that contain all sequences and shots.
03:35
Sequences and shots are entities within each episode,
03:39
and assets are entities within the project that may be used in any episode.
03:43
Tasks, notes, and versions fall under the parent entities
03:47
they relate to, whether that's a specific sequence shot or asset.
03:52
Let's demonstrate this with a diagram of how our
03:54
information flows through Flow Production Tracking on Hyperspace Madness.
03:58
Our project Hyperspace Madness is a VFX film with shots as the deliverables.
04:03
Our shots will be organized into sequences and
04:06
various assets will be linked to various shots.
04:08
For each shot and asset, a
04:10
set of tasks needs to be completed.
04:13
For each task time needs to be logged.
04:16
There are endless variations of schema that
04:18
can be applied within Flow Production Tracking.
04:21
The schema will depend upon the types of projects the company is working
04:24
on and how many layers of hierarchy users need to effectively track their data.
04:31
Standard built in templates are available in Flow Production Tracking and
04:35
may be used as is or customized by a site administrator.
04:39
Templates are a good schema base,
04:41
especially if we're not sure how to map out our workflow.
04:45
Here are the key takeaways when it comes to
04:47
schema and how data is structured in
04:49
Flow Production Tracking.
04:50
Data and Flow Production Tracking is organized into entities
04:54
which are containers in which data is stored.
04:56
The Flow Production Tracking schema refers to how entities are
04:60
used and how they are connected to one another.
05:03
There are many different ways to connect entities in Flow Production Tracking.
05:07
The hierarchy of entities will depend on your industry,
05:10
your project, and the type of information your team needs to track.
Data in Flow Production Tracking is organized into entities, somewhat similar to a table in a database or a spreadsheet.
Each thing, or Entity, in Flow Production Tracking is a container in which data can be stored.
Shots, Assets, Levels, Episodes, Tasks, Versions, Time Logs, and more are all considered entities within Flow Production Tracking. They are all containers in which data can be stored.
The term schema refers to how data is organized and constructed. The Flow Production Tracking schema refers to how entities are used and configured and how they are connected to one another.
Think about it in spreadsheet terms. An entity type is the name of our spreadsheet. Each spreadsheet contains a table of rows and columns. Rows represent the records we'll be tracking, while column headers contain the information specific to what we'll need to track on each of those records.
In each table, there is a set of cells where trackable data lives. Flow Production Tracking is structured in a similar way, where the column headers equate to fields, and cells equate to all the data we will be entering and tracking based on those field headers.
Consider the following example:
Flow Production Tracking comes with several pre-built schemas.
A simple film schema in Flow Production Tracking looks something like this:
A simple episodic schema in Flow Production Tracking may function similarly to the film schema, with the addition of seasons and episodes:
Consider the following diagram of how information flows through Flow Production Tracking on Hyperspace Madness:
There are endless variations of schema that can be applied within Flow Production Tracking. The schema will depend upon the types of projects a company is working on and how many layers of hierarchy users need to effectively track their data.
Standard built-in templates are available in Flow Production Tracking and may be used as-is or customized by a site Administrator. Templates are a good schema base, especially if you are not sure how to map out your workflow.
Here are the key takeaways when it comes to the Flow Production Tracking schema and how data is structured in Flow Production Tracking:
There are many different ways to connect entities in Flow Production Tracking. The hierarchy of entities will depend on your industry, your project, and the type of information your team needs to track.