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Status Editor

The Status Editor provides advanced State editing tools to streamline Process Design. It offers automatic state propagation, direct copying across Steps, and a clipboard buffer for complex state transfers.

Access it from the Module Ribbon Live Edit panel → Matrix button.


⚡ Edit Mode

The Edit Mode enables automatic propagation of state changes to neighboring Steps. When you assign a State using the Live Edit panel, the change can automatically propagate forward and/or backward through the Step sequence.

🔀 Propagation Options

Option

Description

Set forwards until status changes

Applies the state change to each consecutive Step, as long as that Engineering Item had the same old state

Set backwards until status changes

Applies the state change to each preceding Step, as long as that Engineering Item had the same old state

Both options can be enabled simultaneously for bidirectional propagation.

📖 How Propagation Works

Given 4 valves across 5 Steps, with Step 2 active:


Step 1

Step 2 (active)

Step 3

Step 4

Step 5

VP-1

open

closed

closed

open

closed

VP-2

closed

closed

closed

closed

open

VP-3

open

open

closed

open

open

VP-4

closed

closed

closed

open

open

Selecting VP-1, VP-2, and VP-3 in Step 2 and applying the State "pulsing":

➡️ Forward Propagation Only


Step 1

Step 2

Step 3

Step 4

Step 5

VP-1

open

pulsing

pulsing

open

closed

VP-2

closed

pulsing

pulsing

pulsing

open

VP-3

open

pulsing

closed

open

open

  • VP-1: Propagates to Step 3 (was "closed" like Step 2), stops at Step 4 (was "open" — different)

  • VP-2: Propagates to Steps 3 and 4 (all were "closed"), stops at Step 5 (was "open")

  • VP-3: No propagation — Step 3 was "closed", different from Step 2's "open"

⬅️ Backward Propagation Only


Step 1

Step 2

Step 3

Step 4

Step 5

VP-1

open

pulsing

closed

open

closed

VP-2

pulsing

pulsing

closed

closed

open

VP-3

pulsing

pulsing

closed

open

open

  • VP-1: No backward propagation — Step 1 was "open", different from Step 2's "closed"

  • VP-2: Propagates to Step 1 (was "closed" like Step 2)

  • VP-3: Propagates to Step 1 (was "open" like Step 2)

↔️ Bidirectional Propagation

Combines both forward and backward results for maximum reach.


📑 Copy to Steps

Manually transfer the active States of selected Engineering Items from the active Step to any other Steps.

📖 How to Use

  1. Select Engineering Items in AutoCAD

  2. In the Status Editor, check the destination Steps

  3. Click Copy to Steps

Example: Select VP-1 and VP-2 in Step 2, check Steps 1 and 5, press "Copy to Steps" — both valves get the same State in Steps 1 and 5 as they have in Step 2.

Before


Step 1

Step 2 (active)

Step 5

HA-164

open

open

closed

HA-165

closed

closed

open

After (copied to Steps 1 and 5)


Step 1

Step 2 (active)

Step 5

HA-164

open

open

open

HA-165

closed

closed

closed


📌 Copy and Paste Buffer

Save Engineering Item states to a temporary buffer for later application to different Steps or selections.

📥 Copy

  1. Select Engineering Items in AutoCAD — their current states appear in "Current Selection Statuses"

  2. Click Copy to save the states to the buffer

📤 Paste

  1. Navigate to any Step

  2. Select Engineering Items in AutoCAD

  3. The Status Editor previews how pasting will affect each item

  4. Click Paste to apply

🔀 Paste Logic

Scenario

Behavior

Single-State buffer

If only one State is in the buffer, it applies to all selected compatible Engineering Items

Same source as destination

If a valve exists in both the buffer and the selection, its buffered state takes priority over any other rule

Type matching

Buffer states are matched to destination items by valve type when applicable


🏭 Pharma Example: Propagating Valve States Across a SIP Sequence

When designing a SIP (Sterilization-in-Place) sequence, many valves share the same state across consecutive sterilization steps:

  1. Navigate to the first Steam Hold step

  2. Select all SIP supply valves (e.g., VP-101, VP-102, VP-103) and set them to "open"

  3. Enable forward propagation — the "open" state automatically carries forward through all consecutive Steam Hold steps that had the same previous state

  4. Use Copy to Steps to apply the drain valve configuration to the final Cooldown step

This eliminates repetitive manual state entry and ensures consistency across the entire sterilization sequence.