WHO Immunization Implementation Guide
0.2.0 - ci-build
WHO Immunization Implementation Guide, published by WHO. This guide is not an authorized publication; it is the continuous build for version 0.2.0 built by the FHIR (HL7® FHIR® Standard) CI Build. This version is based on the current content of https://github.com/WorldHealthOrganization/smart-immunizations/ and changes regularly. See the Directory of published versions
| Draft as of 2025-08-08 |
<Library xmlns="http://hl7.org/fhir">
<id value="IMMZD2DTDTPElements"/>
<meta>
<profile
value="http://hl7.org/fhir/uv/crmi/StructureDefinition/crmi-shareablelibrary"/>
<profile
value="http://hl7.org/fhir/uv/crmi/StructureDefinition/crmi-publishablelibrary"/>
<profile
value="http://hl7.org/fhir/uv/cql/StructureDefinition/cql-library"/>
<profile
value="http://hl7.org/fhir/uv/cql/StructureDefinition/cql-module"/>
</meta>
<text>
<status value="extensions"/>
<div xmlns="http://www.w3.org/1999/xhtml">
<div>
<table class="grid dict">
<tr>
<th scope="row"><b>Title: </b></th>
<td style="padding-left: 4px;">IMMZD2DTDTPElements</td>
</tr>
<tr>
<th scope="row"><b>Id: </b></th>
<td style="padding-left: 4px;">IMMZD2DTDTPElements</td>
</tr>
<tr>
<th scope="row"><b>Version: </b></th>
<td style="padding-left: 4px;">0.2.0</td>
</tr>
<tr>
<th scope="row"><b>Url: </b></th>
<td style="padding-left: 4px;"><a href="Library-IMMZD2DTDTPElements.html">IMMZD2DTDTPElements</a></td>
</tr>
<tr>
<th scope="row"><b>Status: </b></th>
<td style="padding-left: 4px;">draft</td>
</tr>
<tr>
<th scope="row"><b>Type: </b></th>
<td style="padding-left: 4px;">
<p style="margin-bottom: 5px;">
<b>system: </b> <span><a href="http://terminology.hl7.org/6.0.2/CodeSystem-library-type.html">http://terminology.hl7.org/CodeSystem/library-type</a></span>
</p>
<p style="margin-bottom: 5px;">
<b>code: </b> <span>logic-library</span>
</p>
</td>
</tr>
<tr>
<th scope="row"><b>Date: </b></th>
<td style="padding-left: 4px;">2025-08-08 19:12:11+0000</td>
</tr>
<tr>
<th scope="row"><b>Publisher: </b></th>
<td style="padding-left: 4px;">WHO</td>
</tr>
<tr>
<th scope="row"><b>Description: </b></th>
<td style="padding-left: 4px;"><div><p>This library defines context-independent elements for DTP used throughout the Immunization CPG</p>
</div></td>
</tr>
<tr>
<th scope="row"><b>Related Artifacts: </b></th>
<td style="padding-left: 4px;">
<p><b>Dependencies</b></p>
<ul>
<li><a href="Library-WHOConcepts.html">WHOConcepts</a></li>
<li><a href="Library-WHOCommon.html">WHOCommon</a></li>
<li><a href="Library-WHOElements.html">WHOElements</a></li>
<li><a href="Library-IMMZCommon.html">IMMZCommon</a></li>
<li><a href="Library-IMMZConcepts.html">IMMZConcepts</a></li>
<li><a href="Library-IMMZElements.html">IMMZElements</a></li>
</ul>
</td>
</tr>
<tr>
<th scope="row"><b>Parameters: </b></th>
<td style="padding-left: 4px;">
<table class="grid-dict">
<tr><th><b>Name</b></th><th><b>Type</b></th><th><b>Min</b></th><th><b>Max</b></th><th><b>In/Out</b></th></tr>
<tr><th>Patient</th><th>Patient</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>DTP Doses Administered to Patient</th><th>Immunization</th><th>0</th><th>*</th><th>Out</th></tr>
<tr><th>Td Doses Administered to Patient</th><th>Immunization</th><th>0</th><th>*</th><th>Out</th></tr>
<tr><th>Pertussis Doses Administered to Patient</th><th>Immunization</th><th>0</th><th>*</th><th>Out</th></tr>
<tr><th>Date of Latest DTP Dose</th><th>date</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Date of Latest Td Dose</th><th>date</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>DTP Primary Series Doses Administered to Patient</th><th>Immunization</th><th>0</th><th>*</th><th>Out</th></tr>
<tr><th>Number of DTP Primary Series Doses Administered</th><th>integer</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>No DTP primary series doses were administered</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>One DTP primary series dose was administered</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Two DTP primary series doses were administered</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Three DTP primary series doses were administered</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Td Booster Series Doses Administered to Patient</th><th>Immunization</th><th>0</th><th>*</th><th>Out</th></tr>
<tr><th>Number of Td Booster Series Doses Administered</th><th>integer</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>No tetanus and diphtheria booster doses were administered</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>No tetanus and diphtheria booster dose was administered</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>One tetanus and diphtheria booster dose was administered</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>One tetanus and diphtheria booster doses were administered</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Two tetanus and diphtheria booster doses were administered</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Three tetanus and diphtheria booster doses were administered</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Pertussis Booster Series Doses Administered to Patient</th><th>Immunization</th><th>0</th><th>*</th><th>Out</th></tr>
<tr><th>Number of Pertussis Booster Series Doses Administered</th><th>integer</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>No pertussis booster doses were administered</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>One pertussis booster dose was administered</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Client's age is less than 6 weeks</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Client's age is between 6 weeks and 1 year</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Client's age is less than 12 months</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Client's age is more than or equal to 12 months</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Client's age is less than 4 years</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Client's age is more than or equal to 4 years</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Client's age is less than 9 years</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Client's age is more than or equal to 9 years</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Client's age is less than 1 year</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Client's age is more than 1 year</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Client's age is between 1 year and 6 years</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Client's age is more than 6 years</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>The latest DTP dose was administered less than 4 weeks ago</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>The latest DTP dose was administered more than 4 weeks ago</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>The latest DTP dose was administered less than 6 months ago</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>The latest DTP dose was administered more than 6 months ago</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>The latest DTP dose was administered less than 1 year ago</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>The latest DTP dose was administered more than 1 year ago</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>The latest tetanus and diphtheria dose was administered less than 4 weeks ago</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>The latest tetanus and diphtheria dose was administered more than 4 weeks ago</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>The latest tetanus and diphtheria dose was administered less than 1 year ago</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>The latest tetanus and diphtheria dose was administered more than 1 year ago</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
<tr><th>Client is currently pregnant</th><th>boolean</th><th>0</th><th>1</th><th>Out</th></tr>
</table>
</td>
</tr>
<tr>
<td colspan="2">
<table>
<tr><th><a id="cql-content"><b>Content: </b></a> text/cql</th></tr>
<tr><td><pre><code class="language-cql">
/*
* Library: IMMZD2DTDTPElements
*/
library IMMZD2DTDTPElements
using FHIR version '4.0.1'
include FHIRHelpers version '4.0.1'
include WHOConcepts
include WHOCommon called WC
include WHOElements called WE
include IMMZCommon called Common
include IMMZConcepts called Concepts
include IMMZElements called Elements
context Patient
/*
@internal: DTP containing Doses Administered to Patient
*/
define "DTP Doses Administered to Patient":
Elements."Doses Administered to Patient" I
where
I.vaccineCode in Concepts."DTP-containing vaccines"
/*
@internal: Td containing Doses Administered to Patient
*/
define "Td Doses Administered to Patient":
Elements."Doses Administered to Patient" I
where
I.vaccineCode in Concepts."Tetanus and diphtheria-containing vaccines"
/*
@internal: Pertussis containing Doses Administered to Patient
*/
define "Pertussis Doses Administered to Patient":
Elements."Doses Administered to Patient" I
where
I.vaccineCode in Concepts."Pertussis-containing vaccines"
/*
@internal: Date and time of last DTP dose
*/
define "Date of Latest DTP Dose":
date from start of "DTP Doses Administered to Patient".mostRecent().occurrence.toInterval()
/*
@internal: Date and time of last Td dose
*/
define "Date of Latest Td Dose":
date from start of "Td Doses Administered to Patient".mostRecent().occurrence.toInterval()
/*
@internal: DTP containing Doses Administered to Patient that are in the Primary series
*/
define "DTP Primary Series Doses Administered to Patient":
"DTP Doses Administered to Patient".seriesPrimary()
/*
@internal: Number of DTP Primary Series doses
*/
define "Number of DTP Primary Series Doses Administered":
Count("DTP Primary Series Doses Administered to Patient")
/*
@input: No DTP primary series doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "DTP-containing vaccines" and "Type of dose" = "Primary series") = 0
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
*/
define "No DTP primary series doses were administered":
"Number of DTP Primary Series Doses Administered" = 0
/*
@input: One DTP primary series dose was administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "DTP-containing vaccines" and "Type of dose" = "Primary series") = 1
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "One DTP primary series dose was administered":
"Number of DTP Primary Series Doses Administered" = 1
/*
@input: Two DTP primary series doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "DTP-containing vaccines" and "Type of dose" = "Primary series") = 2
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "Two DTP primary series doses were administered":
"Number of DTP Primary Series Doses Administered" = 2
/*
@input: Three DTP primary series doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "DTP-containing vaccines" and "Type of dose" = "Primary series") = 3
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "Three DTP primary series doses were administered":
"Number of DTP Primary Series Doses Administered" = 3
/*
@internal: Td containing Doses Administered to Patient that are in the Booster series
*/
define "Td Booster Series Doses Administered to Patient":
"Td Doses Administered to Patient".seriesBooster()
/*
@internal: Number of Td Booster Series doses
*/
define "Number of Td Booster Series Doses Administered":
Count("Td Booster Series Doses Administered to Patient")
/*
@input: No tetanus and diphtheria booster doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines" and "Type of dose" = "Booster dose") = 0
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
*/
define "No tetanus and diphtheria booster doses were administered":
"Number of Td Booster Series Doses Administered" = 0
/*
@input: No tetanus and diphtheria booster dose was administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines" and "Type of dose" = "Booster dose") = 0
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
*/
define "No tetanus and diphtheria booster dose was administered":
"No tetanus and diphtheria booster doses were administered"
/*
@input: One tetanus and diphtheria booster dose was administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines" and "Type of dose" = "Booster dose") = 1
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "One tetanus and diphtheria booster dose was administered":
"Number of Td Booster Series Doses Administered" = 1
/*
@input: One tetanus and diphtheria booster doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines" and "Type of dose" = "Booster dose") = 1
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
*/
define "One tetanus and diphtheria booster doses were administered":
"One tetanus and diphtheria booster dose was administered"
/*
@input: Two tetanus and diphtheria booster doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines" and "Type of dose" = "Booster dose") = 2
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "Two tetanus and diphtheria booster doses were administered":
"Number of Td Booster Series Doses Administered" = 2
/*
@input: Three tetanus and diphtheria booster doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines" and "Type of dose" = "Booster dose") = 3
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "Three tetanus and diphtheria booster doses were administered":
"Number of Td Booster Series Doses Administered" = 3
/*
@internal: Pertussis containing Doses Administered to Patient that are in the Booster series
*/
define "Pertussis Booster Series Doses Administered to Patient":
"Pertussis Doses Administered to Patient".seriesBooster()
/*
@internal: Number of Pertussis Booster Series doses
*/
define "Number of Pertussis Booster Series Doses Administered":
Count("Pertussis Booster Series Doses Administered to Patient")
/*
@input: No pertussis booster doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Pertussis-containing vaccines" and "Type of dose" = "Booster dose") = 0
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "No pertussis booster doses were administered":
"Number of Pertussis Booster Series Doses Administered" = 0
/*
@input: One pertussis booster dose was administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Pertussis-containing vaccines" and "Type of dose" = "Booster dose") = 1
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "One pertussis booster dose was administered":
"Number of Pertussis Booster Series Doses Administered" = 1
/*
@input: Client's age is less than 6 weeks
@pseudocode: Today's date − "Date of birth" < 6 weeks
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is less than 6 weeks":
Elements."Current Patient Age In Weeks" < 6
/*
@input: Client's age is between 6 weeks and 1 year
@pseudocode: 6 weeks ≤ Today's date − "Date of birth" < 1 year
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is between 6 weeks and 1 year":
6 <= Elements."Current Patient Age In Weeks"
and Elements."Current Patient Age In Years" < 1
/*
@input: Client's age is less than 12 months
@pseudocode: Today's date − "Date of birth" < 12 months
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is less than 12 months":
Elements."Current Patient Age In Months" < 12
/*
@input: Client's age is more than or equal to 12 months
@pseudocode: Today's date − "Date of birth" ≥ 12 months
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is more than or equal to 12 months":
Elements."Current Patient Age In Months" >= 12
/*
@input: Client's age is less than 4 years
@pseudocode: Today's date − "Date of birth" < 4 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is less than 4 years":
Elements."Current Patient Age In Years" < 4
/*
@input: Client's age is more than or equal to 4 years
@pseudocode: Today's date − "Date of birth" ≥ 4 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is more than or equal to 4 years":
Elements."Current Patient Age In Years" >= 4
/*
@input: Client's age is less than 9 years
@pseudocode: Today's date − "Date of birth" < 9 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is less than 9 years":
Elements."Current Patient Age In Years" < 9
/*
@input: Client's age is more than or equal to 9 years
@pseudocode: Today's date − "Date of birth" ≥ 9 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is more than or equal to 9 years":
Elements."Current Patient Age In Years" >= 9
/*
@input: Client's age is less than 1 year
@pseudocode: Today's date − "Date of birth" < 1 year
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is less than 1 year":
Elements."Current Patient Age In Years" < 1
/*
@input: Client's age is more than 1 year
@pseudocode: Today's date − "Date of birth" >= 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "Client's age is more than 1 year":
Elements."Current Patient Age In Years" >= 1
/*
@input: Client's age is between 1 year and 6 years
@pseudocode: 1 year ≤ Today's date − "Date of birth" ≤ 6 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "Client's age is between 1 year and 6 years":
1 <= Elements."Current Patient Age In Years"
and Elements."Current Patient Age In Years" <= 6
/*
@input: Client's age is more than 6 years
@pseudocode: Today's date − "Date of birth" > 6 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "Client's age is more than 6 years":
Elements."Current Patient Age In Years" > 6
/*
@input: The latest DTP dose was administered less than 4 weeks ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "DTP-containing vaccines") < 4 weeks
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "The latest DTP dose was administered less than 4 weeks ago":
"Date of Latest DTP Dose" is not null
and duration in weeks between "Date of Latest DTP Dose" and Now() < 4
/*
@input: The latest DTP dose was administered more than 4 weeks ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "DTP-containing vaccines") ≥ 4 weeks
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "The latest DTP dose was administered more than 4 weeks ago":
not("The latest DTP dose was administered less than 4 weeks ago")
/*
@input: The latest DTP dose was administered less than 6 months ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "DTP-containing vaccines") < 6 months
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "The latest DTP dose was administered less than 6 months ago":
"Date of Latest DTP Dose" is not null
and duration in months between "Date of Latest DTP Dose" and Now() < 6
/*
@input: The latest DTP dose was administered more than 6 months ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "DTP-containing vaccines") ≥ 6 months
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "The latest DTP dose was administered more than 6 months ago":
not("The latest DTP dose was administered less than 6 months ago")
/*
@input: The latest DTP dose was administered less than 1 year ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "DTP-containing vaccines") < 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "The latest DTP dose was administered less than 1 year ago":
"Date of Latest DTP Dose" is not null
and duration in years between "Date of Latest DTP Dose" and Now() < 1
/*
@input: The latest DTP dose was administered more than 1 year ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "DTP-containing vaccines") ≥ 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "The latest DTP dose was administered more than 1 year ago":
not("The latest DTP dose was administered less than 1 year ago")
/*
@input: The latest tetanus and diphtheria dose was administered less than 4 weeks ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "Tetanus and diphtheria-containing
vaccines") < 4 weeks
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
*/
define "The latest tetanus and diphtheria dose was administered less than 4 weeks ago":
"Date of Latest Td Dose" is not null
and duration in weeks between "Date of Latest Td Dose" and Now() < 4
/*
@input: The latest tetanus and diphtheria dose was administered more than 4 weeks ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "Tetanus and diphtheria-containing
vaccines") > 4 weeks
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
*/
define "The latest tetanus and diphtheria dose was administered more than 4 weeks ago":
not("The latest tetanus and diphtheria dose was administered less than 4 weeks ago")
/*
@input: The latest tetanus and diphtheria dose was administered less than 1 year ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines") < 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "The latest tetanus and diphtheria dose was administered less than 1 year ago":
"Date of Latest Td Dose" is not null
and duration in years between "Date of Latest Td Dose" and Now() < 1
/*
@input: The latest tetanus and diphtheria dose was administered more than 1 year ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines") ≥ 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "The latest tetanus and diphtheria dose was administered more than 1 year ago":
not("The latest tetanus and diphtheria dose was administered less than 1 year ago")
/*
@input: Client is currently pregnant
@pseudocode: "Currently pregnant" = TRUE
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "Client is currently pregnant":
Elements."The client is pregnant"</code></pre></td></tr>
</table>
</td>
</tr>
<tr>
<td colspan="2">
<table>
<tr><th><b>Content: </b> application/elm+xml</th></tr>
<tr><td><pre><code>Encoded data (151672 characters)</code></pre></td></tr>
</table>
</td>
</tr>
</table>
</div>
</div>
</text>
<extension
url="http://hl7.org/fhir/StructureDefinition/cqf-knowledgeCapability">
<valueCode value="computable"/>
</extension>
<url
value="http://smart.who.int/immunizations/Library/IMMZD2DTDTPElements"/>
<version value="0.2.0"/>
<name value="IMMZD2DTDTPElements"/>
<title value="IMMZD2DTDTPElements"/>
<status value="draft"/>
<experimental value="false"/>
<type>
<coding>
<system value="http://terminology.hl7.org/CodeSystem/library-type"/>
<code value="logic-library"/>
</coding>
</type>
<date value="2025-08-08T19:12:11+00:00"/>
<publisher value="WHO"/>
<contact>
<name value="WHO"/>
<telecom>
<system value="url"/>
<value value="http://who.int"/>
</telecom>
</contact>
<description
value="This library defines context-independent elements for DTP used throughout the Immunization CPG"/>
<relatedArtifact>
<type value="depends-on"/>
<display value="Library WHOConcepts"/>
<resource value="http://smart.who.int/immunizations/Library/WHOConcepts"/>
</relatedArtifact>
<relatedArtifact>
<type value="depends-on"/>
<display value="Library WC"/>
<resource value="http://smart.who.int/immunizations/Library/WHOCommon"/>
</relatedArtifact>
<relatedArtifact>
<type value="depends-on"/>
<display value="Library WE"/>
<resource value="http://smart.who.int/immunizations/Library/WHOElements"/>
</relatedArtifact>
<relatedArtifact>
<type value="depends-on"/>
<display value="Library Common"/>
<resource value="http://smart.who.int/immunizations/Library/IMMZCommon"/>
</relatedArtifact>
<relatedArtifact>
<type value="depends-on"/>
<display value="Library Concepts"/>
<resource
value="http://smart.who.int/immunizations/Library/IMMZConcepts"/>
</relatedArtifact>
<relatedArtifact>
<type value="depends-on"/>
<display value="Library Elements"/>
<resource
value="http://smart.who.int/immunizations/Library/IMMZElements"/>
</relatedArtifact>
<parameter>
<name value="Patient"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="Patient"/>
</parameter>
<parameter>
<name value="DTP Doses Administered to Patient"/>
<use value="out"/>
<min value="0"/>
<max value="*"/>
<type value="Immunization"/>
</parameter>
<parameter>
<name value="Td Doses Administered to Patient"/>
<use value="out"/>
<min value="0"/>
<max value="*"/>
<type value="Immunization"/>
</parameter>
<parameter>
<name value="Pertussis Doses Administered to Patient"/>
<use value="out"/>
<min value="0"/>
<max value="*"/>
<type value="Immunization"/>
</parameter>
<parameter>
<name value="Date of Latest DTP Dose"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="date"/>
</parameter>
<parameter>
<name value="Date of Latest Td Dose"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="date"/>
</parameter>
<parameter>
<name value="DTP Primary Series Doses Administered to Patient"/>
<use value="out"/>
<min value="0"/>
<max value="*"/>
<type value="Immunization"/>
</parameter>
<parameter>
<name value="Number of DTP Primary Series Doses Administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="integer"/>
</parameter>
<parameter>
<name value="No DTP primary series doses were administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="One DTP primary series dose was administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Two DTP primary series doses were administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Three DTP primary series doses were administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Td Booster Series Doses Administered to Patient"/>
<use value="out"/>
<min value="0"/>
<max value="*"/>
<type value="Immunization"/>
</parameter>
<parameter>
<name value="Number of Td Booster Series Doses Administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="integer"/>
</parameter>
<parameter>
<name value="No tetanus and diphtheria booster doses were administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="No tetanus and diphtheria booster dose was administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="One tetanus and diphtheria booster dose was administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="One tetanus and diphtheria booster doses were administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Two tetanus and diphtheria booster doses were administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name
value="Three tetanus and diphtheria booster doses were administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Pertussis Booster Series Doses Administered to Patient"/>
<use value="out"/>
<min value="0"/>
<max value="*"/>
<type value="Immunization"/>
</parameter>
<parameter>
<name value="Number of Pertussis Booster Series Doses Administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="integer"/>
</parameter>
<parameter>
<name value="No pertussis booster doses were administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="One pertussis booster dose was administered"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Client's age is less than 6 weeks"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Client's age is between 6 weeks and 1 year"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Client's age is less than 12 months"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Client's age is more than or equal to 12 months"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Client's age is less than 4 years"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Client's age is more than or equal to 4 years"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Client's age is less than 9 years"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Client's age is more than or equal to 9 years"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Client's age is less than 1 year"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Client's age is more than 1 year"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Client's age is between 1 year and 6 years"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Client's age is more than 6 years"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="The latest DTP dose was administered less than 4 weeks ago"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="The latest DTP dose was administered more than 4 weeks ago"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name
value="The latest DTP dose was administered less than 6 months ago"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name
value="The latest DTP dose was administered more than 6 months ago"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="The latest DTP dose was administered less than 1 year ago"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="The latest DTP dose was administered more than 1 year ago"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name
value="The latest tetanus and diphtheria dose was administered less than 4 weeks ago"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name
value="The latest tetanus and diphtheria dose was administered more than 4 weeks ago"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name
value="The latest tetanus and diphtheria dose was administered less than 1 year ago"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name
value="The latest tetanus and diphtheria dose was administered more than 1 year ago"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<parameter>
<name value="Client is currently pregnant"/>
<use value="out"/>
<min value="0"/>
<max value="1"/>
<type value="boolean"/>
</parameter>
<content>
<contentType value="text/cql"/>
<data
value="
/*
  * Library: IMMZD2DTDTPElements
  */
library IMMZD2DTDTPElements

using FHIR version '4.0.1'
include FHIRHelpers version '4.0.1'

include WHOConcepts
include WHOCommon called WC
include WHOElements called WE

include IMMZCommon called Common
include IMMZConcepts called Concepts
include IMMZElements called Elements

context Patient

/*
@internal: DTP containing Doses Administered to Patient
*/
define "DTP Doses Administered to Patient":
  Elements."Doses Administered to Patient" I
  where
    I.vaccineCode in Concepts."DTP-containing vaccines"

/*
@internal: Td containing Doses Administered to Patient
*/
define "Td Doses Administered to Patient":
  Elements."Doses Administered to Patient" I
  where
    I.vaccineCode in Concepts."Tetanus and diphtheria-containing vaccines"

/*
@internal: Pertussis containing Doses Administered to Patient
*/
define "Pertussis Doses Administered to Patient":
  Elements."Doses Administered to Patient" I
  where
    I.vaccineCode in Concepts."Pertussis-containing vaccines"

/*
@internal: Date and time of last DTP dose
*/
define "Date of Latest DTP Dose":
  date from start of "DTP Doses Administered to Patient".mostRecent().occurrence.toInterval()

/*
@internal: Date and time of last Td dose
*/
define "Date of Latest Td Dose":
  date from start of "Td Doses Administered to Patient".mostRecent().occurrence.toInterval()

/*
@internal: DTP containing Doses Administered to Patient that are in the Primary series
*/
define "DTP Primary Series Doses Administered to Patient":
  "DTP Doses Administered to Patient".seriesPrimary()

/*
@internal: Number of DTP Primary Series doses
*/
define "Number of DTP Primary Series Doses Administered":
  Count("DTP Primary Series Doses Administered to Patient")

/*
@input: No DTP primary series doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "DTP-containing vaccines" and "Type of dose" = "Primary series") = 0
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
*/
define "No DTP primary series doses were administered":
  "Number of DTP Primary Series Doses Administered" = 0

/*
@input: One DTP primary series dose was administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "DTP-containing vaccines" and "Type of dose" = "Primary series") = 1
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "One DTP primary series dose was administered":
  "Number of DTP Primary Series Doses Administered" = 1

/*
@input: Two DTP primary series doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "DTP-containing vaccines" and "Type of dose" = "Primary series") = 2
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "Two DTP primary series doses were administered":
  "Number of DTP Primary Series Doses Administered" = 2

/*
@input: Three DTP primary series doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "DTP-containing vaccines" and "Type of dose" = "Primary series") = 3
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "Three DTP primary series doses were administered":
  "Number of DTP Primary Series Doses Administered" = 3

/*
@internal: Td containing Doses Administered to Patient that are in the Booster series
*/
define "Td Booster Series Doses Administered to Patient":
  "Td Doses Administered to Patient".seriesBooster()

/*
@internal: Number of Td Booster Series doses
*/
define "Number of Td Booster Series Doses Administered":
  Count("Td Booster Series Doses Administered to Patient")

/*
@input: No tetanus and diphtheria booster doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines" and "Type of dose" = "Booster dose") = 0
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
*/
define "No tetanus and diphtheria booster doses were administered":
  "Number of Td Booster Series Doses Administered" = 0

/*
@input: No tetanus and diphtheria booster dose was administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines" and "Type of dose" = "Booster dose") = 0
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
*/
define "No tetanus and diphtheria booster dose was administered":
  "No tetanus and diphtheria booster doses were administered"

/*
@input: One tetanus and diphtheria booster dose was administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines" and "Type of dose" = "Booster dose") = 1
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "One tetanus and diphtheria booster dose was administered":
  "Number of Td Booster Series Doses Administered" = 1

/*
@input: One tetanus and diphtheria booster doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines" and "Type of dose" = "Booster dose") = 1
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
*/
define "One tetanus and diphtheria booster doses were administered":
  "One tetanus and diphtheria booster dose was administered"


/*
@input: Two tetanus and diphtheria booster doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines" and "Type of dose" = "Booster dose") = 2
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "Two tetanus and diphtheria booster doses were administered":
  "Number of Td Booster Series Doses Administered" = 2

/*
@input: Three tetanus and diphtheria booster doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines" and "Type of dose" = "Booster dose") = 3
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "Three tetanus and diphtheria booster doses were administered":
  "Number of Td Booster Series Doses Administered" = 3

/*
@internal: Pertussis containing Doses Administered to Patient that are in the Booster series
*/
define "Pertussis Booster Series Doses Administered to Patient":
  "Pertussis Doses Administered to Patient".seriesBooster()

/*
@internal: Number of Pertussis Booster Series doses
*/
define "Number of Pertussis Booster Series Doses Administered":
  Count("Pertussis Booster Series Doses Administered to Patient")

/*
@input: No pertussis booster doses were administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Pertussis-containing vaccines" and "Type of dose" = "Booster dose") = 0
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "No pertussis booster doses were administered":
  "Number of Pertussis Booster Series Doses Administered" = 0

/*
@input: One pertussis booster dose was administered
@pseudocode: Count of vaccines administered (where "Vaccine type" = "Pertussis-containing vaccines" and "Type of dose" = "Booster dose") = 1
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "One pertussis booster dose was administered":
  "Number of Pertussis Booster Series Doses Administered" = 1

/*
@input: Client's age is less than 6 weeks
@pseudocode: Today's date − "Date of birth" < 6 weeks
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is less than 6 weeks":
  Elements."Current Patient Age In Weeks" < 6

/*
@input: Client's age is between 6 weeks and 1 year
@pseudocode: 6 weeks ≤ Today's date − "Date of birth" < 1 year
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is between 6 weeks and 1 year":
  6 <= Elements."Current Patient Age In Weeks"
  and Elements."Current Patient Age In Years" < 1

/*
@input: Client's age is less than 12 months
@pseudocode: Today's date − "Date of birth" < 12 months
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is less than 12 months":
  Elements."Current Patient Age In Months" < 12

/*
@input: Client's age is more than or equal to 12 months
@pseudocode: Today's date − "Date of birth" ≥ 12 months
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is more than or equal to 12 months":
  Elements."Current Patient Age In Months" >= 12

/*
@input: Client's age is less than 4 years
@pseudocode: Today's date − "Date of birth" < 4 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is less than 4 years":
  Elements."Current Patient Age In Years" < 4

/*
@input: Client's age is more than or equal to 4 years
@pseudocode: Today's date − "Date of birth" ≥ 4 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is more than or equal to 4 years":
  Elements."Current Patient Age In Years" >= 4

/*
@input: Client's age is less than 9 years
@pseudocode: Today's date − "Date of birth" < 9 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is less than 9 years":
  Elements."Current Patient Age In Years" < 9

/*
@input: Client's age is more than or equal to 9 years
@pseudocode: Today's date − "Date of birth" ≥ 9 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is more than or equal to 9 years":
  Elements."Current Patient Age In Years" >= 9

/*
@input: Client's age is less than 1 year
@pseudocode: Today's date − "Date of birth" < 1 year
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define "Client's age is less than 1 year":
  Elements."Current Patient Age In Years" < 1

/*
@input: Client's age is more than 1 year
@pseudocode: Today's date − "Date of birth" >= 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "Client's age is more than 1 year":
  Elements."Current Patient Age In Years" >= 1

/*
@input: Client's age is between 1 year and 6 years
@pseudocode: 1 year ≤  Today's date − "Date of birth" ≤  6 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "Client's age is between 1 year and 6 years":
  1 <= Elements."Current Patient Age In Years" 
  and Elements."Current Patient Age In Years" <= 6

/*
@input: Client's age is more than 6 years
@pseudocode: Today's date − "Date of birth" >  6 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "Client's age is more than 6 years":
  Elements."Current Patient Age In Years" > 6

/*
@input: The latest DTP dose was administered less than 4 weeks ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "DTP-containing vaccines") < 4 weeks
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "The latest DTP dose was administered less than 4 weeks ago":
  "Date of Latest DTP Dose" is not null
    and duration in weeks between "Date of Latest DTP Dose" and Now() < 4
/*
@input: The latest DTP dose was administered more than 4 weeks ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "DTP-containing vaccines") ≥ 4 weeks
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "The latest DTP dose was administered more than 4 weeks ago":
  not("The latest DTP dose was administered less than 4 weeks ago")

/*
@input: The latest DTP dose was administered less than 6 months ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "DTP-containing vaccines") < 6 months
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "The latest DTP dose was administered less than 6 months ago":
  "Date of Latest DTP Dose" is not null
    and duration in months between "Date of Latest DTP Dose" and Now() < 6
    
/*
@input: The latest DTP dose was administered more than 6 months ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "DTP-containing vaccines") ≥ 6 months
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "The latest DTP dose was administered more than 6 months ago":
  not("The latest DTP dose was administered less than 6 months ago")

/*
@input: The latest DTP dose was administered less than 1 year ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "DTP-containing vaccines") < 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "The latest DTP dose was administered less than 1 year ago":
  "Date of Latest DTP Dose" is not null
    and duration in years between "Date of Latest DTP Dose" and Now() < 1

/*
@input: The latest DTP dose was administered more than 1 year ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "DTP-containing vaccines") ≥ 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define "The latest DTP dose was administered more than 1 year ago":
  not("The latest DTP dose was administered less than 1 year ago")

/*
@input: The latest tetanus and diphtheria dose was administered less than 4 weeks ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "Tetanus and diphtheria-containing
 vaccines") < 4 weeks
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
*/
define "The latest tetanus and diphtheria dose was administered less than 4 weeks ago":
  "Date of Latest Td Dose" is not null
    and duration in weeks between "Date of Latest Td Dose" and Now() < 4

/*
@input: The latest tetanus and diphtheria dose was administered more than 4 weeks ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "Tetanus and diphtheria-containing
 vaccines") > 4 weeks
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
*/
define "The latest tetanus and diphtheria dose was administered more than 4 weeks ago":
  not("The latest tetanus and diphtheria dose was administered less than 4 weeks ago")

/*
@input: The latest tetanus and diphtheria dose was administered less than 1 year ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines") < 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "The latest tetanus and diphtheria dose was administered less than 1 year ago":
  "Date of Latest Td Dose" is not null
    and duration in years between "Date of Latest Td Dose" and Now() < 1

/*
@input: The latest tetanus and diphtheria dose was administered more than 1 year ago
@pseudocode: Today's date − latest "Date and time of vaccination" (where "Vaccine type" = "Tetanus and diphtheria-containing vaccines") ≥ 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "The latest tetanus and diphtheria dose was administered more than 1 year ago":
  not("The latest tetanus and diphtheria dose was administered less than 1 year ago")

/*
@input: Client is currently pregnant
@pseudocode: "Currently pregnant" = TRUE
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define "Client is currently pregnant":
  Elements."The client is pregnant""/>
</content>
<content>
<contentType value="application/elm+xml"/>
<data
value="<?xml version="1.0" encoding="UTF-8"?>
<library xmlns="urn:hl7-org:elm:r1" xmlns:t="urn:hl7-org:elm-types:r1" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns:fhir="http://hl7.org/fhir" xmlns:qdm43="urn:healthit-gov:qdm:v4_3" xmlns:qdm53="urn:healthit-gov:qdm:v5_3" xmlns:a="urn:hl7-org:cql-annotations:r1" localId="0">
   <annotation translatorOptions="EnableAnnotations,EnableLocators,DisableListDemotion,DisableListPromotion" signatureLevel="Overloads" xsi:type="a:CqlToElmInfo"/>
   <annotation message="An operand identifier reference is hiding another identifier of the same name." errorType="semantic" errorSeverity="warning" xsi:type="a:CqlToElmError"/>
   <annotation message="An operand identifier reference is hiding another identifier of the same name." errorType="semantic" errorSeverity="warning" xsi:type="a:CqlToElmError"/>
   <annotation message="An operand identifier reference is hiding another identifier of the same name." errorType="semantic" errorSeverity="warning" xsi:type="a:CqlToElmError"/>
   <annotation xsi:type="a:Annotation">
      <a:s r="671">
         <a:s>/*
  * Library: IMMZD2DTDTPElements
  */
library IMMZD2DTDTPElements</a:s>
      </a:s>
   </annotation>
   <identifier id="IMMZD2DTDTPElements" system="http://smart.who.int/immunizations"/>
   <schemaIdentifier id="urn:hl7-org:elm" version="r1"/>
   <usings>
      <def localId="1" localIdentifier="System" uri="urn:hl7-org:elm-types:r1"/>
      <def localId="206" locator="7:1-7:26" localIdentifier="FHIR" uri="http://hl7.org/fhir" version="4.0.1">
         <annotation xsi:type="a:Annotation">
            <a:s r="206">
               <a:s>using </a:s>
               <a:s>
                  <a:s>FHIR</a:s>
               </a:s>
               <a:s> version '4.0.1'</a:s>
            </a:s>
         </annotation>
      </def>
   </usings>
   <includes>
      <def localId="208" locator="8:1-8:35" localIdentifier="FHIRHelpers" path="http://hl7.org/fhir/FHIRHelpers" version="4.0.1">
         <annotation xsi:type="a:Annotation">
            <a:s r="208">
               <a:s>include </a:s>
               <a:s>
                  <a:s>FHIRHelpers</a:s>
               </a:s>
               <a:s> version '4.0.1'</a:s>
            </a:s>
         </annotation>
      </def>
      <def localId="210" locator="10:1-10:19" localIdentifier="WHOConcepts" path="http://smart.who.int/immunizations/WHOConcepts">
         <annotation xsi:type="a:Annotation">
            <a:s r="210">
               <a:s>include </a:s>
               <a:s>
                  <a:s>WHOConcepts</a:s>
               </a:s>
            </a:s>
         </annotation>
      </def>
      <def localId="212" locator="11:1-11:27" localIdentifier="WC" path="http://smart.who.int/immunizations/WHOCommon">
         <annotation xsi:type="a:Annotation">
            <a:s r="212">
               <a:s>include </a:s>
               <a:s>
                  <a:s>WHOCommon</a:s>
               </a:s>
               <a:s> called WC</a:s>
            </a:s>
         </annotation>
      </def>
      <def localId="214" locator="12:1-12:29" localIdentifier="WE" path="http://smart.who.int/immunizations/WHOElements">
         <annotation xsi:type="a:Annotation">
            <a:s r="214">
               <a:s>include </a:s>
               <a:s>
                  <a:s>WHOElements</a:s>
               </a:s>
               <a:s> called WE</a:s>
            </a:s>
         </annotation>
      </def>
      <def localId="216" locator="14:1-14:32" localIdentifier="Common" path="http://smart.who.int/immunizations/IMMZCommon">
         <annotation xsi:type="a:Annotation">
            <a:s r="216">
               <a:s>include </a:s>
               <a:s>
                  <a:s>IMMZCommon</a:s>
               </a:s>
               <a:s> called Common</a:s>
            </a:s>
         </annotation>
      </def>
      <def localId="218" locator="15:1-15:36" localIdentifier="Concepts" path="http://smart.who.int/immunizations/IMMZConcepts">
         <annotation xsi:type="a:Annotation">
            <a:s r="218">
               <a:s>include </a:s>
               <a:s>
                  <a:s>IMMZConcepts</a:s>
               </a:s>
               <a:s> called Concepts</a:s>
            </a:s>
         </annotation>
      </def>
      <def localId="220" locator="16:1-16:36" localIdentifier="Elements" path="http://smart.who.int/immunizations/IMMZElements">
         <annotation xsi:type="a:Annotation">
            <a:s r="220">
               <a:s>include </a:s>
               <a:s>
                  <a:s>IMMZElements</a:s>
               </a:s>
               <a:s> called Elements</a:s>
            </a:s>
         </annotation>
      </def>
   </includes>
   <contexts>
      <def localId="225" locator="18:1-18:15" name="Patient"/>
   </contexts>
   <statements>
      <def localId="223" locator="18:1-18:15" name="Patient" context="Patient">
         <expression localId="224" xsi:type="SingletonFrom">
            <operand localId="222" locator="18:1-18:15" dataType="fhir:Patient" templateId="http://hl7.org/fhir/StructureDefinition/Patient" xsi:type="Retrieve"/>
         </expression>
      </def>
      <def localId="228" locator="23:1-26:55" name="DTP Doses Administered to Patient" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="internal" value="DTP containing Doses Administered to Patient"/>
            <a:s r="228">
               <a:s>/*
@internal: DTP containing Doses Administered to Patient
*/
define &quot;DTP Doses Administered to Patient&quot;:
  </a:s>
               <a:s r="240">
                  <a:s>
                     <a:s r="229">
                        <a:s r="231">
                           <a:s>
                              <a:s>Elements.&quot;Doses Administered to Patient&quot;</a:s>
                           </a:s>
                        </a:s>
                        <a:s> I</a:s>
                     </a:s>
                  </a:s>
                  <a:s>
  </a:s>
                  <a:s r="237">
                     <a:s>where
    </a:s>
                     <a:s r="237">
                        <a:s r="234">
                           <a:s r="233">
                              <a:s>I</a:s>
                           </a:s>
                           <a:s>.</a:s>
                           <a:s r="234">
                              <a:s>vaccineCode</a:s>
                           </a:s>
                        </a:s>
                        <a:s> in </a:s>
                        <a:s r="236">
                           <a:s r="235">
                              <a:s>Concepts</a:s>
                           </a:s>
                           <a:s>.</a:s>
                           <a:s r="236">
                              <a:s>&quot;DTP-containing vaccines&quot;</a:s>
                           </a:s>
                        </a:s>
                     </a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="240" locator="24:3-26:55" xsi:type="Query">
            <source localId="229" locator="24:3-24:44" alias="I">
               <expression localId="231" locator="24:3-24:42" name="Doses Administered to Patient" libraryName="Elements" xsi:type="ExpressionRef"/>
            </source>
            <where localId="237" locator="25:3-26:55" xsi:type="InValueSet">
               <signature localId="239" name="t:Concept" xsi:type="NamedTypeSpecifier"/>
               <code localId="238" name="ToConcept" libraryName="FHIRHelpers" xsi:type="FunctionRef">
                  <operand localId="234" locator="26:5-26:17" path="vaccineCode" scope="I" xsi:type="Property"/>
               </code>
               <valueset localId="236" locator="26:22-26:55" name="DTP-containing vaccines" libraryName="Concepts" preserve="true"/>
            </where>
         </expression>
      </def>
      <def localId="243" locator="31:1-34:74" name="Td Doses Administered to Patient" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="internal" value="Td containing Doses Administered to Patient"/>
            <a:s r="243">
               <a:s>/*
@internal: Td containing Doses Administered to Patient
*/
define &quot;Td Doses Administered to Patient&quot;:
  </a:s>
               <a:s r="255">
                  <a:s>
                     <a:s r="244">
                        <a:s r="246">
                           <a:s>
                              <a:s>Elements.&quot;Doses Administered to Patient&quot;</a:s>
                           </a:s>
                        </a:s>
                        <a:s> I</a:s>
                     </a:s>
                  </a:s>
                  <a:s>
  </a:s>
                  <a:s r="252">
                     <a:s>where
    </a:s>
                     <a:s r="252">
                        <a:s r="249">
                           <a:s r="248">
                              <a:s>I</a:s>
                           </a:s>
                           <a:s>.</a:s>
                           <a:s r="249">
                              <a:s>vaccineCode</a:s>
                           </a:s>
                        </a:s>
                        <a:s> in </a:s>
                        <a:s r="251">
                           <a:s r="250">
                              <a:s>Concepts</a:s>
                           </a:s>
                           <a:s>.</a:s>
                           <a:s r="251">
                              <a:s>&quot;Tetanus and diphtheria-containing vaccines&quot;</a:s>
                           </a:s>
                        </a:s>
                     </a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="255" locator="32:3-34:74" xsi:type="Query">
            <source localId="244" locator="32:3-32:44" alias="I">
               <expression localId="246" locator="32:3-32:42" name="Doses Administered to Patient" libraryName="Elements" xsi:type="ExpressionRef"/>
            </source>
            <where localId="252" locator="33:3-34:74" xsi:type="InValueSet">
               <signature localId="254" name="t:Concept" xsi:type="NamedTypeSpecifier"/>
               <code localId="253" name="ToConcept" libraryName="FHIRHelpers" xsi:type="FunctionRef">
                  <operand localId="249" locator="34:5-34:17" path="vaccineCode" scope="I" xsi:type="Property"/>
               </code>
               <valueset localId="251" locator="34:22-34:74" name="Tetanus and diphtheria-containing vaccines" libraryName="Concepts" preserve="true"/>
            </where>
         </expression>
      </def>
      <def localId="258" locator="39:1-42:61" name="Pertussis Doses Administered to Patient" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="internal" value="Pertussis containing Doses Administered to Patient"/>
            <a:s r="258">
               <a:s>/*
@internal: Pertussis containing Doses Administered to Patient
*/
define &quot;Pertussis Doses Administered to Patient&quot;:
  </a:s>
               <a:s r="270">
                  <a:s>
                     <a:s r="259">
                        <a:s r="261">
                           <a:s>
                              <a:s>Elements.&quot;Doses Administered to Patient&quot;</a:s>
                           </a:s>
                        </a:s>
                        <a:s> I</a:s>
                     </a:s>
                  </a:s>
                  <a:s>
  </a:s>
                  <a:s r="267">
                     <a:s>where
    </a:s>
                     <a:s r="267">
                        <a:s r="264">
                           <a:s r="263">
                              <a:s>I</a:s>
                           </a:s>
                           <a:s>.</a:s>
                           <a:s r="264">
                              <a:s>vaccineCode</a:s>
                           </a:s>
                        </a:s>
                        <a:s> in </a:s>
                        <a:s r="266">
                           <a:s r="265">
                              <a:s>Concepts</a:s>
                           </a:s>
                           <a:s>.</a:s>
                           <a:s r="266">
                              <a:s>&quot;Pertussis-containing vaccines&quot;</a:s>
                           </a:s>
                        </a:s>
                     </a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="270" locator="40:3-42:61" xsi:type="Query">
            <source localId="259" locator="40:3-40:44" alias="I">
               <expression localId="261" locator="40:3-40:42" name="Doses Administered to Patient" libraryName="Elements" xsi:type="ExpressionRef"/>
            </source>
            <where localId="267" locator="41:3-42:61" xsi:type="InValueSet">
               <signature localId="269" name="t:Concept" xsi:type="NamedTypeSpecifier"/>
               <code localId="268" name="ToConcept" libraryName="FHIRHelpers" xsi:type="FunctionRef">
                  <operand localId="264" locator="42:5-42:17" path="vaccineCode" scope="I" xsi:type="Property"/>
               </code>
               <valueset localId="266" locator="42:22-42:61" name="Pertussis-containing vaccines" libraryName="Concepts" preserve="true"/>
            </where>
         </expression>
      </def>
      <def localId="273" locator="47:1-48:93" name="Date of Latest DTP Dose" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="internal" value="Date and time of last DTP dose"/>
            <a:s r="273">
               <a:s>/*
@internal: Date and time of last DTP dose
*/
define &quot;Date of Latest DTP Dose&quot;:
  </a:s>
               <a:s r="274">
                  <a:s>date from </a:s>
                  <a:s r="275">
                     <a:s>start of </a:s>
                     <a:s r="281">
                        <a:s r="280">
                           <a:s r="277">
                              <a:s r="276">
                                 <a:s>&quot;DTP Doses Administered to Patient&quot;</a:s>
                              </a:s>
                              <a:s>.</a:s>
                              <a:s r="277">
                                 <a:s>mostRecent()</a:s>
                              </a:s>
                           </a:s>
                           <a:s>.</a:s>
                           <a:s r="280">
                              <a:s>occurrence</a:s>
                           </a:s>
                        </a:s>
                        <a:s>.</a:s>
                        <a:s r="281">
                           <a:s>toInterval()</a:s>
                        </a:s>
                     </a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="274" locator="48:3-48:93" xsi:type="DateFrom">
            <operand localId="275" locator="48:13-48:93" xsi:type="Start">
               <operand localId="281" locator="48:22-48:93" name="toInterval" libraryName="WC" xsi:type="FunctionRef">
                  <operand localId="280" locator="48:22-48:80" path="occurrence" xsi:type="Property">
                     <source localId="277" locator="48:22-48:69" name="mostRecent" libraryName="WC" xsi:type="FunctionRef">
                        <signature localId="278" xsi:type="ListTypeSpecifier">
                           <elementType localId="279" name="fhir:Immunization" xsi:type="NamedTypeSpecifier"/>
                        </signature>
                        <operand localId="276" locator="48:22-48:56" name="DTP Doses Administered to Patient" xsi:type="ExpressionRef"/>
                     </source>
                  </operand>
               </operand>
            </operand>
         </expression>
      </def>
      <def localId="284" locator="53:1-54:92" name="Date of Latest Td Dose" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="internal" value="Date and time of last Td dose"/>
            <a:s r="284">
               <a:s>/*
@internal: Date and time of last Td dose
*/
define &quot;Date of Latest Td Dose&quot;:
  </a:s>
               <a:s r="285">
                  <a:s>date from </a:s>
                  <a:s r="286">
                     <a:s>start of </a:s>
                     <a:s r="292">
                        <a:s r="291">
                           <a:s r="288">
                              <a:s r="287">
                                 <a:s>&quot;Td Doses Administered to Patient&quot;</a:s>
                              </a:s>
                              <a:s>.</a:s>
                              <a:s r="288">
                                 <a:s>mostRecent()</a:s>
                              </a:s>
                           </a:s>
                           <a:s>.</a:s>
                           <a:s r="291">
                              <a:s>occurrence</a:s>
                           </a:s>
                        </a:s>
                        <a:s>.</a:s>
                        <a:s r="292">
                           <a:s>toInterval()</a:s>
                        </a:s>
                     </a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="285" locator="54:3-54:92" xsi:type="DateFrom">
            <operand localId="286" locator="54:13-54:92" xsi:type="Start">
               <operand localId="292" locator="54:22-54:92" name="toInterval" libraryName="WC" xsi:type="FunctionRef">
                  <operand localId="291" locator="54:22-54:79" path="occurrence" xsi:type="Property">
                     <source localId="288" locator="54:22-54:68" name="mostRecent" libraryName="WC" xsi:type="FunctionRef">
                        <signature localId="289" xsi:type="ListTypeSpecifier">
                           <elementType localId="290" name="fhir:Immunization" xsi:type="NamedTypeSpecifier"/>
                        </signature>
                        <operand localId="287" locator="54:22-54:55" name="Td Doses Administered to Patient" xsi:type="ExpressionRef"/>
                     </source>
                  </operand>
               </operand>
            </operand>
         </expression>
      </def>
      <def localId="295" locator="59:1-60:53" name="DTP Primary Series Doses Administered to Patient" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="internal" value="DTP containing Doses Administered to Patient that are in the Primary series"/>
            <a:s r="295">
               <a:s>/*
@internal: DTP containing Doses Administered to Patient that are in the Primary series
*/
define &quot;DTP Primary Series Doses Administered to Patient&quot;:
  </a:s>
               <a:s r="297">
                  <a:s r="296">
                     <a:s>&quot;DTP Doses Administered to Patient&quot;</a:s>
                  </a:s>
                  <a:s>.</a:s>
                  <a:s r="297">
                     <a:s>seriesPrimary()</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="297" locator="60:3-60:53" name="seriesPrimary" libraryName="Common" xsi:type="FunctionRef">
            <operand localId="296" locator="60:3-60:37" name="DTP Doses Administered to Patient" xsi:type="ExpressionRef"/>
         </expression>
      </def>
      <def localId="300" locator="65:1-66:59" name="Number of DTP Primary Series Doses Administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="internal" value="Number of DTP Primary Series doses"/>
            <a:s r="300">
               <a:s>/*
@internal: Number of DTP Primary Series doses
*/
define &quot;Number of DTP Primary Series Doses Administered&quot;:
  </a:s>
               <a:s r="304">
                  <a:s>Count(</a:s>
                  <a:s r="301">
                     <a:s>&quot;DTP Primary Series Doses Administered to Patient&quot;</a:s>
                  </a:s>
                  <a:s>)</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="304" locator="66:3-66:59" xsi:type="Count">
            <source localId="301" locator="66:9-66:58" name="DTP Primary Series Doses Administered to Patient" xsi:type="ExpressionRef"/>
         </expression>
      </def>
      <def localId="307" locator="75:1-76:55" name="No DTP primary series doses were administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="No DTP primary series doses were administered"/>
            <a:t name="pseudocode" value="&quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Primary series&quot;) = 0"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:t name="decision" value="Determine whether DTP-containing vaccines are needed for pregnant women"/>
            <a:s r="307">
               <a:s>/*
@input: No DTP primary series doses were administered
@pseudocode: Count of vaccines administered (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Primary series&quot;) = 0
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
*/
define &quot;No DTP primary series doses were administered&quot;:
  </a:s>
               <a:s r="308">
                  <a:s r="309">
                     <a:s>&quot;Number of DTP Primary Series Doses Administered&quot;</a:s>
                  </a:s>
                  <a:s r="310"> = 0</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="308" locator="76:3-76:55" xsi:type="Equal">
            <signature localId="311" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="312" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="309" locator="76:3-76:51" name="Number of DTP Primary Series Doses Administered" xsi:type="ExpressionRef"/>
            <operand localId="310" locator="76:55" valueType="t:Integer" value="0" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="315" locator="84:1-85:55" name="One DTP primary series dose was administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="One DTP primary series dose was administered"/>
            <a:t name="pseudocode" value="&quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Primary series&quot;) = 1"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:s r="315">
               <a:s>/*
@input: One DTP primary series dose was administered
@pseudocode: Count of vaccines administered (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Primary series&quot;) = 1
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define &quot;One DTP primary series dose was administered&quot;:
  </a:s>
               <a:s r="316">
                  <a:s r="317">
                     <a:s>&quot;Number of DTP Primary Series Doses Administered&quot;</a:s>
                  </a:s>
                  <a:s r="318"> = 1</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="316" locator="85:3-85:55" xsi:type="Equal">
            <signature localId="319" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="320" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="317" locator="85:3-85:51" name="Number of DTP Primary Series Doses Administered" xsi:type="ExpressionRef"/>
            <operand localId="318" locator="85:55" valueType="t:Integer" value="1" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="323" locator="93:1-94:55" name="Two DTP primary series doses were administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Two DTP primary series doses were administered"/>
            <a:t name="pseudocode" value="&quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Primary series&quot;) = 2"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:s r="323">
               <a:s>/*
@input: Two DTP primary series doses were administered
@pseudocode: Count of vaccines administered (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Primary series&quot;) = 2
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define &quot;Two DTP primary series doses were administered&quot;:
  </a:s>
               <a:s r="324">
                  <a:s r="325">
                     <a:s>&quot;Number of DTP Primary Series Doses Administered&quot;</a:s>
                  </a:s>
                  <a:s r="326"> = 2</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="324" locator="94:3-94:55" xsi:type="Equal">
            <signature localId="327" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="328" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="325" locator="94:3-94:51" name="Number of DTP Primary Series Doses Administered" xsi:type="ExpressionRef"/>
            <operand localId="326" locator="94:55" valueType="t:Integer" value="2" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="331" locator="105:1-106:55" name="Three DTP primary series doses were administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Three DTP primary series doses were administered"/>
            <a:t name="pseudocode" value="&quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Primary series&quot;) = 3"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:t name="decision" value="Determine whether DTP-containing vaccines are needed for pregnant women"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses"/>
            <a:s r="331">
               <a:s>/*
@input: Three DTP primary series doses were administered
@pseudocode: Count of vaccines administered (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Primary series&quot;) = 3
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define &quot;Three DTP primary series doses were administered&quot;:
  </a:s>
               <a:s r="332">
                  <a:s r="333">
                     <a:s>&quot;Number of DTP Primary Series Doses Administered&quot;</a:s>
                  </a:s>
                  <a:s r="334"> = 3</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="332" locator="106:3-106:55" xsi:type="Equal">
            <signature localId="335" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="336" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="333" locator="106:3-106:51" name="Number of DTP Primary Series Doses Administered" xsi:type="ExpressionRef"/>
            <operand localId="334" locator="106:55" valueType="t:Integer" value="3" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="339" locator="111:1-112:52" name="Td Booster Series Doses Administered to Patient" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="internal" value="Td containing Doses Administered to Patient that are in the Booster series"/>
            <a:s r="339">
               <a:s>/*
@internal: Td containing Doses Administered to Patient that are in the Booster series
*/
define &quot;Td Booster Series Doses Administered to Patient&quot;:
  </a:s>
               <a:s r="341">
                  <a:s r="340">
                     <a:s>&quot;Td Doses Administered to Patient&quot;</a:s>
                  </a:s>
                  <a:s>.</a:s>
                  <a:s r="341">
                     <a:s>seriesBooster()</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="341" locator="112:3-112:52" name="seriesBooster" libraryName="Common" xsi:type="FunctionRef">
            <operand localId="340" locator="112:3-112:36" name="Td Doses Administered to Patient" xsi:type="ExpressionRef"/>
         </expression>
      </def>
      <def localId="344" locator="117:1-118:58" name="Number of Td Booster Series Doses Administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="internal" value="Number of Td Booster Series doses"/>
            <a:s r="344">
               <a:s>/*
@internal: Number of Td Booster Series doses
*/
define &quot;Number of Td Booster Series Doses Administered&quot;:
  </a:s>
               <a:s r="348">
                  <a:s>Count(</a:s>
                  <a:s r="345">
                     <a:s>&quot;Td Booster Series Doses Administered to Patient&quot;</a:s>
                  </a:s>
                  <a:s>)</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="348" locator="118:3-118:58" xsi:type="Count">
            <source localId="345" locator="118:9-118:57" name="Td Booster Series Doses Administered to Patient" xsi:type="ExpressionRef"/>
         </expression>
      </def>
      <def localId="351" locator="127:1-128:54" name="No tetanus and diphtheria booster doses were administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="No tetanus and diphtheria booster doses were administered"/>
            <a:t name="pseudocode" value="&quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 0"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses"/>
            <a:s r="351">
               <a:s>/*
@input: No tetanus and diphtheria booster doses were administered
@pseudocode: Count of vaccines administered (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 0
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
*/
define &quot;No tetanus and diphtheria booster doses were administered&quot;:
  </a:s>
               <a:s r="352">
                  <a:s r="353">
                     <a:s>&quot;Number of Td Booster Series Doses Administered&quot;</a:s>
                  </a:s>
                  <a:s r="354"> = 0</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="352" locator="128:3-128:54" xsi:type="Equal">
            <signature localId="355" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="356" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="353" locator="128:3-128:50" name="Number of Td Booster Series Doses Administered" xsi:type="ExpressionRef"/>
            <operand localId="354" locator="128:54" valueType="t:Integer" value="0" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="359" locator="135:1-136:61" name="No tetanus and diphtheria booster dose was administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="No tetanus and diphtheria booster dose was administered"/>
            <a:t name="pseudocode" value="&quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 0"/>
            <a:t name="decision" value="Determine whether DTP-containing vaccines are needed for pregnant women"/>
            <a:s r="359">
               <a:s>/*
@input: No tetanus and diphtheria booster dose was administered
@pseudocode: Count of vaccines administered (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 0
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
*/
define &quot;No tetanus and diphtheria booster dose was administered&quot;:
  </a:s>
               <a:s r="360">
                  <a:s>&quot;No tetanus and diphtheria booster doses were administered&quot;</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="360" locator="136:3-136:61" name="No tetanus and diphtheria booster doses were administered" xsi:type="ExpressionRef"/>
      </def>
      <def localId="363" locator="146:1-147:54" name="One tetanus and diphtheria booster dose was administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="One tetanus and diphtheria booster dose was administered"/>
            <a:t name="pseudocode" value="&quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 1"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:t name="decision" value="Determine whether DTP-containing vaccines are needed for pregnant women"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses"/>
            <a:s r="363">
               <a:s>/*
@input: One tetanus and diphtheria booster dose was administered
@pseudocode: Count of vaccines administered (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 1
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define &quot;One tetanus and diphtheria booster dose was administered&quot;:
  </a:s>
               <a:s r="364">
                  <a:s r="365">
                     <a:s>&quot;Number of Td Booster Series Doses Administered&quot;</a:s>
                  </a:s>
                  <a:s r="366"> = 1</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="364" locator="147:3-147:54" xsi:type="Equal">
            <signature localId="367" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="368" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="365" locator="147:3-147:50" name="Number of Td Booster Series Doses Administered" xsi:type="ExpressionRef"/>
            <operand localId="366" locator="147:54" valueType="t:Integer" value="1" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="371" locator="154:1-155:60" name="One tetanus and diphtheria booster doses were administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="One tetanus and diphtheria booster doses were administered"/>
            <a:t name="pseudocode" value="&quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 1"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses"/>
            <a:s r="371">
               <a:s>/*
@input: One tetanus and diphtheria booster doses were administered
@pseudocode: Count of vaccines administered (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 1
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
*/
define &quot;One tetanus and diphtheria booster doses were administered&quot;:
  </a:s>
               <a:s r="372">
                  <a:s>&quot;One tetanus and diphtheria booster dose was administered&quot;</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="372" locator="155:3-155:60" name="One tetanus and diphtheria booster dose was administered" xsi:type="ExpressionRef"/>
      </def>
      <def localId="375" locator="167:1-168:54" name="Two tetanus and diphtheria booster doses were administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Two tetanus and diphtheria booster doses were administered"/>
            <a:t name="pseudocode" value="&quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 2"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:t name="decision" value="Determine whether DTP-containing vaccines are needed for pregnant women"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses"/>
            <a:s r="375">
               <a:s>/*
@input: Two tetanus and diphtheria booster doses were administered
@pseudocode: Count of vaccines administered (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 2
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define &quot;Two tetanus and diphtheria booster doses were administered&quot;:
  </a:s>
               <a:s r="376">
                  <a:s r="377">
                     <a:s>&quot;Number of Td Booster Series Doses Administered&quot;</a:s>
                  </a:s>
                  <a:s r="378"> = 2</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="376" locator="168:3-168:54" xsi:type="Equal">
            <signature localId="379" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="380" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="377" locator="168:3-168:50" name="Number of Td Booster Series Doses Administered" xsi:type="ExpressionRef"/>
            <operand localId="378" locator="168:54" valueType="t:Integer" value="2" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="383" locator="178:1-179:54" name="Three tetanus and diphtheria booster doses were administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Three tetanus and diphtheria booster doses were administered"/>
            <a:t name="pseudocode" value="&quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 3"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="Determine whether DTP-containing vaccines are needed for pregnant women"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses"/>
            <a:s r="383">
               <a:s>/*
@input: Three tetanus and diphtheria booster doses were administered
@pseudocode: Count of vaccines administered (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 3
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define &quot;Three tetanus and diphtheria booster doses were administered&quot;:
  </a:s>
               <a:s r="384">
                  <a:s r="385">
                     <a:s>&quot;Number of Td Booster Series Doses Administered&quot;</a:s>
                  </a:s>
                  <a:s r="386"> = 3</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="384" locator="179:3-179:54" xsi:type="Equal">
            <signature localId="387" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="388" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="385" locator="179:3-179:50" name="Number of Td Booster Series Doses Administered" xsi:type="ExpressionRef"/>
            <operand localId="386" locator="179:54" valueType="t:Integer" value="3" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="391" locator="184:1-185:59" name="Pertussis Booster Series Doses Administered to Patient" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="internal" value="Pertussis containing Doses Administered to Patient that are in the Booster series"/>
            <a:s r="391">
               <a:s>/*
@internal: Pertussis containing Doses Administered to Patient that are in the Booster series
*/
define &quot;Pertussis Booster Series Doses Administered to Patient&quot;:
  </a:s>
               <a:s r="393">
                  <a:s r="392">
                     <a:s>&quot;Pertussis Doses Administered to Patient&quot;</a:s>
                  </a:s>
                  <a:s>.</a:s>
                  <a:s r="393">
                     <a:s>seriesBooster()</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="393" locator="185:3-185:59" name="seriesBooster" libraryName="Common" xsi:type="FunctionRef">
            <operand localId="392" locator="185:3-185:43" name="Pertussis Doses Administered to Patient" xsi:type="ExpressionRef"/>
         </expression>
      </def>
      <def localId="396" locator="190:1-191:65" name="Number of Pertussis Booster Series Doses Administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="internal" value="Number of Pertussis Booster Series doses"/>
            <a:s r="396">
               <a:s>/*
@internal: Number of Pertussis Booster Series doses
*/
define &quot;Number of Pertussis Booster Series Doses Administered&quot;:
  </a:s>
               <a:s r="400">
                  <a:s>Count(</a:s>
                  <a:s r="397">
                     <a:s>&quot;Pertussis Booster Series Doses Administered to Patient&quot;</a:s>
                  </a:s>
                  <a:s>)</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="400" locator="191:3-191:65" xsi:type="Count">
            <source localId="397" locator="191:9-191:64" name="Pertussis Booster Series Doses Administered to Patient" xsi:type="ExpressionRef"/>
         </expression>
      </def>
      <def localId="403" locator="199:1-200:61" name="No pertussis booster doses were administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="No pertussis booster doses were administered"/>
            <a:t name="pseudocode" value="&quot;Vaccine type&quot; = &quot;Pertussis-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 0"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:s r="403">
               <a:s>/*
@input: No pertussis booster doses were administered
@pseudocode: Count of vaccines administered (where &quot;Vaccine type&quot; = &quot;Pertussis-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 0
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define &quot;No pertussis booster doses were administered&quot;:
  </a:s>
               <a:s r="404">
                  <a:s r="405">
                     <a:s>&quot;Number of Pertussis Booster Series Doses Administered&quot;</a:s>
                  </a:s>
                  <a:s r="406"> = 0</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="404" locator="200:3-200:61" xsi:type="Equal">
            <signature localId="407" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="408" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="405" locator="200:3-200:57" name="Number of Pertussis Booster Series Doses Administered" xsi:type="ExpressionRef"/>
            <operand localId="406" locator="200:61" valueType="t:Integer" value="0" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="411" locator="208:1-209:61" name="One pertussis booster dose was administered" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="One pertussis booster dose was administered"/>
            <a:t name="pseudocode" value="&quot;Vaccine type&quot; = &quot;Pertussis-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 1"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:s r="411">
               <a:s>/*
@input: One pertussis booster dose was administered
@pseudocode: Count of vaccines administered (where &quot;Vaccine type&quot; = &quot;Pertussis-containing vaccines&quot; and &quot;Type of dose&quot; = &quot;Booster dose&quot;) = 1
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define &quot;One pertussis booster dose was administered&quot;:
  </a:s>
               <a:s r="412">
                  <a:s r="413">
                     <a:s>&quot;Number of Pertussis Booster Series Doses Administered&quot;</a:s>
                  </a:s>
                  <a:s r="414"> = 1</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="412" locator="209:3-209:61" xsi:type="Equal">
            <signature localId="415" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="416" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="413" locator="209:3-209:57" name="Number of Pertussis Booster Series Doses Administered" xsi:type="ExpressionRef"/>
            <operand localId="414" locator="209:61" valueType="t:Integer" value="1" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="419" locator="216:1-217:45" name="Client's age is less than 6 weeks" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Client's age is less than 6 weeks"/>
            <a:t name="pseudocode" value="&quot;Date of birth&quot; &lt; 6 weeks"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:s r="419">
               <a:s>/*
@input: Client's age is less than 6 weeks
@pseudocode: Today's date − &quot;Date of birth&quot; &lt; 6 weeks
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define &quot;Client's age is less than 6 weeks&quot;:
  </a:s>
               <a:s r="420">
                  <a:s r="422">
                     <a:s r="421">
                        <a:s>Elements</a:s>
                     </a:s>
                     <a:s>.</a:s>
                     <a:s r="422">
                        <a:s>&quot;Current Patient Age In Weeks&quot;</a:s>
                     </a:s>
                  </a:s>
                  <a:s r="423"> &lt; 6</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="420" locator="217:3-217:45" xsi:type="Less">
            <signature localId="424" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="425" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="422" locator="217:3-217:41" name="Current Patient Age In Weeks" libraryName="Elements" xsi:type="ExpressionRef"/>
            <operand localId="423" locator="217:45" valueType="t:Integer" value="6" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="428" locator="224:1-226:49" name="Client's age is between 6 weeks and 1 year" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Client's age is between 6 weeks and 1 year"/>
            <a:t name="pseudocode" value="&quot;Date of birth&quot; &lt; 1 year"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:s r="428">
               <a:s>/*
@input: Client's age is between 6 weeks and 1 year
@pseudocode: 6 weeks ≤ Today's date − &quot;Date of birth&quot; &lt; 1 year
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define &quot;Client's age is between 6 weeks and 1 year&quot;:
  </a:s>
               <a:s r="429">
                  <a:s r="430">
                     <a:s r="431">6 &lt;= </a:s>
                     <a:s r="433">
                        <a:s r="432">
                           <a:s>Elements</a:s>
                        </a:s>
                        <a:s>.</a:s>
                        <a:s r="433">
                           <a:s>&quot;Current Patient Age In Weeks&quot;</a:s>
                        </a:s>
                     </a:s>
                  </a:s>
                  <a:s>
  and </a:s>
                  <a:s r="436">
                     <a:s r="438">
                        <a:s r="437">
                           <a:s>Elements</a:s>
                        </a:s>
                        <a:s>.</a:s>
                        <a:s r="438">
                           <a:s>&quot;Current Patient Age In Years&quot;</a:s>
                        </a:s>
                     </a:s>
                     <a:s r="439"> &lt; 1</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="429" locator="225:3-226:49" xsi:type="And">
            <operand localId="430" locator="225:3-225:46" xsi:type="LessOrEqual">
               <signature localId="434" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <signature localId="435" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <operand localId="431" locator="225:3" valueType="t:Integer" value="6" xsi:type="Literal"/>
               <operand localId="433" locator="225:8-225:46" name="Current Patient Age In Weeks" libraryName="Elements" xsi:type="ExpressionRef"/>
            </operand>
            <operand localId="436" locator="226:7-226:49" xsi:type="Less">
               <signature localId="440" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <signature localId="441" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <operand localId="438" locator="226:7-226:45" name="Current Patient Age In Years" libraryName="Elements" xsi:type="ExpressionRef"/>
               <operand localId="439" locator="226:49" valueType="t:Integer" value="1" xsi:type="Literal"/>
            </operand>
         </expression>
      </def>
      <def localId="444" locator="233:1-234:47" name="Client's age is less than 12 months" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Client's age is less than 12 months"/>
            <a:t name="pseudocode" value="&quot;Date of birth&quot; &lt; 12 months"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:s r="444">
               <a:s>/*
@input: Client's age is less than 12 months
@pseudocode: Today's date − &quot;Date of birth&quot; &lt; 12 months
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define &quot;Client's age is less than 12 months&quot;:
  </a:s>
               <a:s r="445">
                  <a:s r="447">
                     <a:s r="446">
                        <a:s>Elements</a:s>
                     </a:s>
                     <a:s>.</a:s>
                     <a:s r="447">
                        <a:s>&quot;Current Patient Age In Months&quot;</a:s>
                     </a:s>
                  </a:s>
                  <a:s r="448"> &lt; 12</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="445" locator="234:3-234:47" xsi:type="Less">
            <signature localId="449" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="450" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="447" locator="234:3-234:42" name="Current Patient Age In Months" libraryName="Elements" xsi:type="ExpressionRef"/>
            <operand localId="448" locator="234:46-234:47" valueType="t:Integer" value="12" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="453" locator="241:1-242:48" name="Client's age is more than or equal to 12 months" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Client's age is more than or equal to 12 months"/>
            <a:t name="pseudocode" value="&quot;Date of birth&quot; ≥ 12 months"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:s r="453">
               <a:s>/*
@input: Client's age is more than or equal to 12 months
@pseudocode: Today's date − &quot;Date of birth&quot; ≥ 12 months
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define &quot;Client's age is more than or equal to 12 months&quot;:
  </a:s>
               <a:s r="454">
                  <a:s r="456">
                     <a:s r="455">
                        <a:s>Elements</a:s>
                     </a:s>
                     <a:s>.</a:s>
                     <a:s r="456">
                        <a:s>&quot;Current Patient Age In Months&quot;</a:s>
                     </a:s>
                  </a:s>
                  <a:s r="457"> >= 12</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="454" locator="242:3-242:48" xsi:type="GreaterOrEqual">
            <signature localId="458" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="459" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="456" locator="242:3-242:42" name="Current Patient Age In Months" libraryName="Elements" xsi:type="ExpressionRef"/>
            <operand localId="457" locator="242:47-242:48" valueType="t:Integer" value="12" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="462" locator="249:1-250:45" name="Client's age is less than 4 years" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Client's age is less than 4 years"/>
            <a:t name="pseudocode" value="&quot;Date of birth&quot; &lt; 4 years"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:s r="462">
               <a:s>/*
@input: Client's age is less than 4 years
@pseudocode: Today's date − &quot;Date of birth&quot; &lt; 4 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define &quot;Client's age is less than 4 years&quot;:
  </a:s>
               <a:s r="463">
                  <a:s r="465">
                     <a:s r="464">
                        <a:s>Elements</a:s>
                     </a:s>
                     <a:s>.</a:s>
                     <a:s r="465">
                        <a:s>&quot;Current Patient Age In Years&quot;</a:s>
                     </a:s>
                  </a:s>
                  <a:s r="466"> &lt; 4</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="463" locator="250:3-250:45" xsi:type="Less">
            <signature localId="467" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="468" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="465" locator="250:3-250:41" name="Current Patient Age In Years" libraryName="Elements" xsi:type="ExpressionRef"/>
            <operand localId="466" locator="250:45" valueType="t:Integer" value="4" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="471" locator="257:1-258:46" name="Client's age is more than or equal to 4 years" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Client's age is more than or equal to 4 years"/>
            <a:t name="pseudocode" value="&quot;Date of birth&quot; ≥ 4 years"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:s r="471">
               <a:s>/*
@input: Client's age is more than or equal to 4 years
@pseudocode: Today's date − &quot;Date of birth&quot; ≥ 4 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define &quot;Client's age is more than or equal to 4 years&quot;:
  </a:s>
               <a:s r="472">
                  <a:s r="474">
                     <a:s r="473">
                        <a:s>Elements</a:s>
                     </a:s>
                     <a:s>.</a:s>
                     <a:s r="474">
                        <a:s>&quot;Current Patient Age In Years&quot;</a:s>
                     </a:s>
                  </a:s>
                  <a:s r="475"> >= 4</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="472" locator="258:3-258:46" xsi:type="GreaterOrEqual">
            <signature localId="476" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="477" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="474" locator="258:3-258:41" name="Current Patient Age In Years" libraryName="Elements" xsi:type="ExpressionRef"/>
            <operand localId="475" locator="258:46" valueType="t:Integer" value="4" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="480" locator="265:1-266:45" name="Client's age is less than 9 years" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Client's age is less than 9 years"/>
            <a:t name="pseudocode" value="&quot;Date of birth&quot; &lt; 9 years"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:s r="480">
               <a:s>/*
@input: Client's age is less than 9 years
@pseudocode: Today's date − &quot;Date of birth&quot; &lt; 9 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define &quot;Client's age is less than 9 years&quot;:
  </a:s>
               <a:s r="481">
                  <a:s r="483">
                     <a:s r="482">
                        <a:s>Elements</a:s>
                     </a:s>
                     <a:s>.</a:s>
                     <a:s r="483">
                        <a:s>&quot;Current Patient Age In Years&quot;</a:s>
                     </a:s>
                  </a:s>
                  <a:s r="484"> &lt; 9</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="481" locator="266:3-266:45" xsi:type="Less">
            <signature localId="485" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="486" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="483" locator="266:3-266:41" name="Current Patient Age In Years" libraryName="Elements" xsi:type="ExpressionRef"/>
            <operand localId="484" locator="266:45" valueType="t:Integer" value="9" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="489" locator="273:1-274:46" name="Client's age is more than or equal to 9 years" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Client's age is more than or equal to 9 years"/>
            <a:t name="pseudocode" value="&quot;Date of birth&quot; ≥ 9 years"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:s r="489">
               <a:s>/*
@input: Client's age is more than or equal to 9 years
@pseudocode: Today's date − &quot;Date of birth&quot; ≥ 9 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define &quot;Client's age is more than or equal to 9 years&quot;:
  </a:s>
               <a:s r="490">
                  <a:s r="492">
                     <a:s r="491">
                        <a:s>Elements</a:s>
                     </a:s>
                     <a:s>.</a:s>
                     <a:s r="492">
                        <a:s>&quot;Current Patient Age In Years&quot;</a:s>
                     </a:s>
                  </a:s>
                  <a:s r="493"> >= 9</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="490" locator="274:3-274:46" xsi:type="GreaterOrEqual">
            <signature localId="494" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="495" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="492" locator="274:3-274:41" name="Current Patient Age In Years" libraryName="Elements" xsi:type="ExpressionRef"/>
            <operand localId="493" locator="274:46" valueType="t:Integer" value="9" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="498" locator="281:1-282:45" name="Client's age is less than 1 year" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Client's age is less than 1 year"/>
            <a:t name="pseudocode" value="&quot;Date of birth&quot; &lt; 1 year"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:s r="498">
               <a:s>/*
@input: Client's age is less than 1 year
@pseudocode: Today's date − &quot;Date of birth&quot; &lt; 1 year
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
*/
define &quot;Client's age is less than 1 year&quot;:
  </a:s>
               <a:s r="499">
                  <a:s r="501">
                     <a:s r="500">
                        <a:s>Elements</a:s>
                     </a:s>
                     <a:s>.</a:s>
                     <a:s r="501">
                        <a:s>&quot;Current Patient Age In Years&quot;</a:s>
                     </a:s>
                  </a:s>
                  <a:s r="502"> &lt; 1</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="499" locator="282:3-282:45" xsi:type="Less">
            <signature localId="503" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="504" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="501" locator="282:3-282:41" name="Current Patient Age In Years" libraryName="Elements" xsi:type="ExpressionRef"/>
            <operand localId="502" locator="282:45" valueType="t:Integer" value="1" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="507" locator="289:1-290:46" name="Client's age is more than 1 year" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Client's age is more than 1 year"/>
            <a:t name="pseudocode" value="&quot;Date of birth&quot; >= 1 year"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:s r="507">
               <a:s>/*
@input: Client's age is more than 1 year
@pseudocode: Today's date − &quot;Date of birth&quot; >= 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define &quot;Client's age is more than 1 year&quot;:
  </a:s>
               <a:s r="508">
                  <a:s r="510">
                     <a:s r="509">
                        <a:s>Elements</a:s>
                     </a:s>
                     <a:s>.</a:s>
                     <a:s r="510">
                        <a:s>&quot;Current Patient Age In Years&quot;</a:s>
                     </a:s>
                  </a:s>
                  <a:s r="511"> >= 1</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="508" locator="290:3-290:46" xsi:type="GreaterOrEqual">
            <signature localId="512" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="513" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="510" locator="290:3-290:41" name="Current Patient Age In Years" libraryName="Elements" xsi:type="ExpressionRef"/>
            <operand localId="511" locator="290:46" valueType="t:Integer" value="1" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="516" locator="298:1-300:50" name="Client's age is between 1 year and 6 years" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Client's age is between 1 year and 6 years"/>
            <a:t name="pseudocode" value="&quot;Date of birth&quot; ≤  6 years"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:s r="516">
               <a:s>/*
@input: Client's age is between 1 year and 6 years
@pseudocode: 1 year ≤  Today's date − &quot;Date of birth&quot; ≤  6 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define &quot;Client's age is between 1 year and 6 years&quot;:
  </a:s>
               <a:s r="517">
                  <a:s r="518">
                     <a:s r="519">1 &lt;= </a:s>
                     <a:s r="521">
                        <a:s r="520">
                           <a:s>Elements</a:s>
                        </a:s>
                        <a:s>.</a:s>
                        <a:s r="521">
                           <a:s>&quot;Current Patient Age In Years&quot;</a:s>
                        </a:s>
                     </a:s>
                  </a:s>
                  <a:s> 
  and </a:s>
                  <a:s r="524">
                     <a:s r="526">
                        <a:s r="525">
                           <a:s>Elements</a:s>
                        </a:s>
                        <a:s>.</a:s>
                        <a:s r="526">
                           <a:s>&quot;Current Patient Age In Years&quot;</a:s>
                        </a:s>
                     </a:s>
                     <a:s r="527"> &lt;= 6</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="517" locator="299:3-300:50" xsi:type="And">
            <operand localId="518" locator="299:3-299:46" xsi:type="LessOrEqual">
               <signature localId="522" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <signature localId="523" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <operand localId="519" locator="299:3" valueType="t:Integer" value="1" xsi:type="Literal"/>
               <operand localId="521" locator="299:8-299:46" name="Current Patient Age In Years" libraryName="Elements" xsi:type="ExpressionRef"/>
            </operand>
            <operand localId="524" locator="300:7-300:50" xsi:type="LessOrEqual">
               <signature localId="528" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <signature localId="529" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <operand localId="526" locator="300:7-300:45" name="Current Patient Age In Years" libraryName="Elements" xsi:type="ExpressionRef"/>
               <operand localId="527" locator="300:50" valueType="t:Integer" value="6" xsi:type="Literal"/>
            </operand>
         </expression>
      </def>
      <def localId="532" locator="308:1-309:45" name="Client's age is more than 6 years" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Client's age is more than 6 years"/>
            <a:t name="pseudocode" value="&quot;Date of birth&quot; >  6 years"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:s r="532">
               <a:s>/*
@input: Client's age is more than 6 years
@pseudocode: Today's date − &quot;Date of birth&quot; >  6 years
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define &quot;Client's age is more than 6 years&quot;:
  </a:s>
               <a:s r="533">
                  <a:s r="535">
                     <a:s r="534">
                        <a:s>Elements</a:s>
                     </a:s>
                     <a:s>.</a:s>
                     <a:s r="535">
                        <a:s>&quot;Current Patient Age In Years&quot;</a:s>
                     </a:s>
                  </a:s>
                  <a:s r="536"> > 6</a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="533" locator="309:3-309:45" xsi:type="Greater">
            <signature localId="537" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <signature localId="538" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
            <operand localId="535" locator="309:3-309:41" name="Current Patient Age In Years" libraryName="Elements" xsi:type="ExpressionRef"/>
            <operand localId="536" locator="309:45" valueType="t:Integer" value="6" xsi:type="Literal"/>
         </expression>
      </def>
      <def localId="541" locator="317:1-319:73" name="The latest DTP dose was administered less than 4 weeks ago" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="The latest DTP dose was administered less than 4 weeks ago"/>
            <a:t name="pseudocode" value="&quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot;) &lt; 4 weeks"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:s r="541">
               <a:s>/*
@input: The latest DTP dose was administered less than 4 weeks ago
@pseudocode: Today's date − latest &quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot;) &lt; 4 weeks
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define &quot;The latest DTP dose was administered less than 4 weeks ago&quot;:
  </a:s>
               <a:s r="542">
                  <a:s r="545">
                     <a:s r="543">
                        <a:s>&quot;Date of Latest DTP Dose&quot;</a:s>
                     </a:s>
                     <a:s> is not null</a:s>
                  </a:s>
                  <a:s>
    and </a:s>
                  <a:s r="546">
                     <a:s r="547">
                        <a:s>duration in weeks between </a:s>
                        <a:s r="548">
                           <a:s>&quot;Date of Latest DTP Dose&quot;</a:s>
                        </a:s>
                        <a:s> and </a:s>
                        <a:s r="551">
                           <a:s>Now()</a:s>
                        </a:s>
                     </a:s>
                     <a:s r="557"> &lt; 4</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="542" locator="318:3-319:73" xsi:type="And">
            <operand localId="545" locator="318:3-318:39" xsi:type="Not">
               <operand localId="544" locator="318:3-318:39" xsi:type="IsNull">
                  <operand localId="543" locator="318:3-318:27" name="Date of Latest DTP Dose" xsi:type="ExpressionRef"/>
               </operand>
            </operand>
            <operand localId="546" locator="319:9-319:73" xsi:type="Less">
               <signature localId="558" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <signature localId="559" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <operand localId="547" locator="319:9-319:69" precision="Week" xsi:type="DurationBetween">
                  <signature localId="555" name="t:DateTime" xsi:type="NamedTypeSpecifier"/>
                  <signature localId="556" name="t:DateTime" xsi:type="NamedTypeSpecifier"/>
                  <operand localId="553" xsi:type="ToDateTime">
                     <signature localId="554" name="t:Date" xsi:type="NamedTypeSpecifier"/>
                     <operand localId="548" locator="319:35-319:59" name="Date of Latest DTP Dose" xsi:type="ExpressionRef"/>
                  </operand>
                  <operand localId="551" locator="319:65-319:69" xsi:type="Now"/>
               </operand>
               <operand localId="557" locator="319:73" valueType="t:Integer" value="4" xsi:type="Literal"/>
            </operand>
         </expression>
      </def>
      <def localId="562" locator="326:1-327:67" name="The latest DTP dose was administered more than 4 weeks ago" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="The latest DTP dose was administered more than 4 weeks ago"/>
            <a:t name="pseudocode" value="&quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot;) ≥ 4 weeks"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:s r="562">
               <a:s>/*
@input: The latest DTP dose was administered more than 4 weeks ago
@pseudocode: Today's date − latest &quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot;) ≥ 4 weeks
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define &quot;The latest DTP dose was administered more than 4 weeks ago&quot;:
  </a:s>
               <a:s r="563">
                  <a:s>not</a:s>
                  <a:s r="564">
                     <a:s>(</a:s>
                     <a:s r="564">
                        <a:s>&quot;The latest DTP dose was administered less than 4 weeks ago&quot;</a:s>
                     </a:s>
                     <a:s>)</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="563" locator="327:3-327:67" xsi:type="Not">
            <operand localId="564" locator="327:6-327:67" name="The latest DTP dose was administered less than 4 weeks ago" xsi:type="ExpressionRef"/>
         </expression>
      </def>
      <def localId="567" locator="335:1-337:74" name="The latest DTP dose was administered less than 6 months ago" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="The latest DTP dose was administered less than 6 months ago"/>
            <a:t name="pseudocode" value="&quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot;) &lt; 6 months"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:s r="567">
               <a:s>/*
@input: The latest DTP dose was administered less than 6 months ago
@pseudocode: Today's date − latest &quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot;) &lt; 6 months
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define &quot;The latest DTP dose was administered less than 6 months ago&quot;:
  </a:s>
               <a:s r="568">
                  <a:s r="571">
                     <a:s r="569">
                        <a:s>&quot;Date of Latest DTP Dose&quot;</a:s>
                     </a:s>
                     <a:s> is not null</a:s>
                  </a:s>
                  <a:s>
    and </a:s>
                  <a:s r="572">
                     <a:s r="573">
                        <a:s>duration in months between </a:s>
                        <a:s r="574">
                           <a:s>&quot;Date of Latest DTP Dose&quot;</a:s>
                        </a:s>
                        <a:s> and </a:s>
                        <a:s r="577">
                           <a:s>Now()</a:s>
                        </a:s>
                     </a:s>
                     <a:s r="583"> &lt; 6</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="568" locator="336:3-337:74" xsi:type="And">
            <operand localId="571" locator="336:3-336:39" xsi:type="Not">
               <operand localId="570" locator="336:3-336:39" xsi:type="IsNull">
                  <operand localId="569" locator="336:3-336:27" name="Date of Latest DTP Dose" xsi:type="ExpressionRef"/>
               </operand>
            </operand>
            <operand localId="572" locator="337:9-337:74" xsi:type="Less">
               <signature localId="584" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <signature localId="585" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <operand localId="573" locator="337:9-337:70" precision="Month" xsi:type="DurationBetween">
                  <signature localId="581" name="t:DateTime" xsi:type="NamedTypeSpecifier"/>
                  <signature localId="582" name="t:DateTime" xsi:type="NamedTypeSpecifier"/>
                  <operand localId="579" xsi:type="ToDateTime">
                     <signature localId="580" name="t:Date" xsi:type="NamedTypeSpecifier"/>
                     <operand localId="574" locator="337:36-337:60" name="Date of Latest DTP Dose" xsi:type="ExpressionRef"/>
                  </operand>
                  <operand localId="577" locator="337:66-337:70" xsi:type="Now"/>
               </operand>
               <operand localId="583" locator="337:74" valueType="t:Integer" value="6" xsi:type="Literal"/>
            </operand>
         </expression>
      </def>
      <def localId="588" locator="345:1-346:68" name="The latest DTP dose was administered more than 6 months ago" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="The latest DTP dose was administered more than 6 months ago"/>
            <a:t name="pseudocode" value="&quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot;) ≥ 6 months"/>
            <a:t name="decision" value="DTP vaccination schedule, on-time start (at ≤ 12 months of age)"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:s r="588">
               <a:s>/*
@input: The latest DTP dose was administered more than 6 months ago
@pseudocode: Today's date − latest &quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot;) ≥ 6 months
@decision: DTP vaccination schedule, on-time start (at ≤ 12 months of age)
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define &quot;The latest DTP dose was administered more than 6 months ago&quot;:
  </a:s>
               <a:s r="589">
                  <a:s>not</a:s>
                  <a:s r="590">
                     <a:s>(</a:s>
                     <a:s r="590">
                        <a:s>&quot;The latest DTP dose was administered less than 6 months ago&quot;</a:s>
                     </a:s>
                     <a:s>)</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="589" locator="346:3-346:68" xsi:type="Not">
            <operand localId="590" locator="346:6-346:68" name="The latest DTP dose was administered less than 6 months ago" xsi:type="ExpressionRef"/>
         </expression>
      </def>
      <def localId="593" locator="353:1-355:73" name="The latest DTP dose was administered less than 1 year ago" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="The latest DTP dose was administered less than 1 year ago"/>
            <a:t name="pseudocode" value="&quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot;) &lt; 1 year"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:s r="593">
               <a:s>/*
@input: The latest DTP dose was administered less than 1 year ago
@pseudocode: Today's date − latest &quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot;) &lt; 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define &quot;The latest DTP dose was administered less than 1 year ago&quot;:
  </a:s>
               <a:s r="594">
                  <a:s r="597">
                     <a:s r="595">
                        <a:s>&quot;Date of Latest DTP Dose&quot;</a:s>
                     </a:s>
                     <a:s> is not null</a:s>
                  </a:s>
                  <a:s>
    and </a:s>
                  <a:s r="598">
                     <a:s r="599">
                        <a:s>duration in years between </a:s>
                        <a:s r="600">
                           <a:s>&quot;Date of Latest DTP Dose&quot;</a:s>
                        </a:s>
                        <a:s> and </a:s>
                        <a:s r="603">
                           <a:s>Now()</a:s>
                        </a:s>
                     </a:s>
                     <a:s r="609"> &lt; 1</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="594" locator="354:3-355:73" xsi:type="And">
            <operand localId="597" locator="354:3-354:39" xsi:type="Not">
               <operand localId="596" locator="354:3-354:39" xsi:type="IsNull">
                  <operand localId="595" locator="354:3-354:27" name="Date of Latest DTP Dose" xsi:type="ExpressionRef"/>
               </operand>
            </operand>
            <operand localId="598" locator="355:9-355:73" xsi:type="Less">
               <signature localId="610" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <signature localId="611" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <operand localId="599" locator="355:9-355:69" precision="Year" xsi:type="DurationBetween">
                  <signature localId="607" name="t:DateTime" xsi:type="NamedTypeSpecifier"/>
                  <signature localId="608" name="t:DateTime" xsi:type="NamedTypeSpecifier"/>
                  <operand localId="605" xsi:type="ToDateTime">
                     <signature localId="606" name="t:Date" xsi:type="NamedTypeSpecifier"/>
                     <operand localId="600" locator="355:35-355:59" name="Date of Latest DTP Dose" xsi:type="ExpressionRef"/>
                  </operand>
                  <operand localId="603" locator="355:65-355:69" xsi:type="Now"/>
               </operand>
               <operand localId="609" locator="355:73" valueType="t:Integer" value="1" xsi:type="Literal"/>
            </operand>
         </expression>
      </def>
      <def localId="614" locator="362:1-363:66" name="The latest DTP dose was administered more than 1 year ago" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="The latest DTP dose was administered more than 1 year ago"/>
            <a:t name="pseudocode" value="&quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot;) ≥ 1 year"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:s r="614">
               <a:s>/*
@input: The latest DTP dose was administered more than 1 year ago
@pseudocode: Today's date − latest &quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;DTP-containing vaccines&quot;) ≥ 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
*/
define &quot;The latest DTP dose was administered more than 1 year ago&quot;:
  </a:s>
               <a:s r="615">
                  <a:s>not</a:s>
                  <a:s r="616">
                     <a:s>(</a:s>
                     <a:s r="616">
                        <a:s>&quot;The latest DTP dose was administered less than 1 year ago&quot;</a:s>
                     </a:s>
                     <a:s>)</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="615" locator="363:3-363:66" xsi:type="Not">
            <operand localId="616" locator="363:6-363:66" name="The latest DTP dose was administered less than 1 year ago" xsi:type="ExpressionRef"/>
         </expression>
      </def>
      <def localId="619" locator="371:1-373:72" name="The latest tetanus and diphtheria dose was administered less than 4 weeks ago" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="The latest tetanus and diphtheria dose was administered less than 4 weeks ago"/>
            <a:t name="pseudocode" value="&quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses"/>
            <a:s r="619">
               <a:s>/*
@input: The latest tetanus and diphtheria dose was administered less than 4 weeks ago
@pseudocode: Today's date − latest &quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing
 vaccines&quot;) &lt; 4 weeks
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
*/
define &quot;The latest tetanus and diphtheria dose was administered less than 4 weeks ago&quot;:
  </a:s>
               <a:s r="620">
                  <a:s r="623">
                     <a:s r="621">
                        <a:s>&quot;Date of Latest Td Dose&quot;</a:s>
                     </a:s>
                     <a:s> is not null</a:s>
                  </a:s>
                  <a:s>
    and </a:s>
                  <a:s r="624">
                     <a:s r="625">
                        <a:s>duration in weeks between </a:s>
                        <a:s r="626">
                           <a:s>&quot;Date of Latest Td Dose&quot;</a:s>
                        </a:s>
                        <a:s> and </a:s>
                        <a:s r="629">
                           <a:s>Now()</a:s>
                        </a:s>
                     </a:s>
                     <a:s r="635"> &lt; 4</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="620" locator="372:3-373:72" xsi:type="And">
            <operand localId="623" locator="372:3-372:38" xsi:type="Not">
               <operand localId="622" locator="372:3-372:38" xsi:type="IsNull">
                  <operand localId="621" locator="372:3-372:26" name="Date of Latest Td Dose" xsi:type="ExpressionRef"/>
               </operand>
            </operand>
            <operand localId="624" locator="373:9-373:72" xsi:type="Less">
               <signature localId="636" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <signature localId="637" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <operand localId="625" locator="373:9-373:68" precision="Week" xsi:type="DurationBetween">
                  <signature localId="633" name="t:DateTime" xsi:type="NamedTypeSpecifier"/>
                  <signature localId="634" name="t:DateTime" xsi:type="NamedTypeSpecifier"/>
                  <operand localId="631" xsi:type="ToDateTime">
                     <signature localId="632" name="t:Date" xsi:type="NamedTypeSpecifier"/>
                     <operand localId="626" locator="373:35-373:58" name="Date of Latest Td Dose" xsi:type="ExpressionRef"/>
                  </operand>
                  <operand localId="629" locator="373:64-373:68" xsi:type="Now"/>
               </operand>
               <operand localId="635" locator="373:72" valueType="t:Integer" value="4" xsi:type="Literal"/>
            </operand>
         </expression>
      </def>
      <def localId="640" locator="381:1-382:86" name="The latest tetanus and diphtheria dose was administered more than 4 weeks ago" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="The latest tetanus and diphtheria dose was administered more than 4 weeks ago"/>
            <a:t name="pseudocode" value="&quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses"/>
            <a:s r="640">
               <a:s>/*
@input: The latest tetanus and diphtheria dose was administered more than 4 weeks ago
@pseudocode: Today's date − latest &quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing
 vaccines&quot;) > 4 weeks
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
*/
define &quot;The latest tetanus and diphtheria dose was administered more than 4 weeks ago&quot;:
  </a:s>
               <a:s r="641">
                  <a:s>not</a:s>
                  <a:s r="642">
                     <a:s>(</a:s>
                     <a:s r="642">
                        <a:s>&quot;The latest tetanus and diphtheria dose was administered less than 4 weeks ago&quot;</a:s>
                     </a:s>
                     <a:s>)</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="641" locator="382:3-382:86" xsi:type="Not">
            <operand localId="642" locator="382:6-382:86" name="The latest tetanus and diphtheria dose was administered less than 4 weeks ago" xsi:type="ExpressionRef"/>
         </expression>
      </def>
      <def localId="645" locator="391:1-393:72" name="The latest tetanus and diphtheria dose was administered less than 1 year ago" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="The latest tetanus and diphtheria dose was administered less than 1 year ago"/>
            <a:t name="pseudocode" value="&quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot;) &lt; 1 year"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses"/>
            <a:s r="645">
               <a:s>/*
@input: The latest tetanus and diphtheria dose was administered less than 1 year ago
@pseudocode: Today's date − latest &quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot;) &lt; 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define &quot;The latest tetanus and diphtheria dose was administered less than 1 year ago&quot;:
  </a:s>
               <a:s r="646">
                  <a:s r="649">
                     <a:s r="647">
                        <a:s>&quot;Date of Latest Td Dose&quot;</a:s>
                     </a:s>
                     <a:s> is not null</a:s>
                  </a:s>
                  <a:s>
    and </a:s>
                  <a:s r="650">
                     <a:s r="651">
                        <a:s>duration in years between </a:s>
                        <a:s r="652">
                           <a:s>&quot;Date of Latest Td Dose&quot;</a:s>
                        </a:s>
                        <a:s> and </a:s>
                        <a:s r="655">
                           <a:s>Now()</a:s>
                        </a:s>
                     </a:s>
                     <a:s r="661"> &lt; 1</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="646" locator="392:3-393:72" xsi:type="And">
            <operand localId="649" locator="392:3-392:38" xsi:type="Not">
               <operand localId="648" locator="392:3-392:38" xsi:type="IsNull">
                  <operand localId="647" locator="392:3-392:26" name="Date of Latest Td Dose" xsi:type="ExpressionRef"/>
               </operand>
            </operand>
            <operand localId="650" locator="393:9-393:72" xsi:type="Less">
               <signature localId="662" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <signature localId="663" name="t:Integer" xsi:type="NamedTypeSpecifier"/>
               <operand localId="651" locator="393:9-393:68" precision="Year" xsi:type="DurationBetween">
                  <signature localId="659" name="t:DateTime" xsi:type="NamedTypeSpecifier"/>
                  <signature localId="660" name="t:DateTime" xsi:type="NamedTypeSpecifier"/>
                  <operand localId="657" xsi:type="ToDateTime">
                     <signature localId="658" name="t:Date" xsi:type="NamedTypeSpecifier"/>
                     <operand localId="652" locator="393:35-393:58" name="Date of Latest Td Dose" xsi:type="ExpressionRef"/>
                  </operand>
                  <operand localId="655" locator="393:64-393:68" xsi:type="Now"/>
               </operand>
               <operand localId="661" locator="393:72" valueType="t:Integer" value="1" xsi:type="Literal"/>
            </operand>
         </expression>
      </def>
      <def localId="666" locator="402:1-403:85" name="The latest tetanus and diphtheria dose was administered more than 1 year ago" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="The latest tetanus and diphtheria dose was administered more than 1 year ago"/>
            <a:t name="pseudocode" value="&quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot;) ≥ 1 year"/>
            <a:t name="decision" value="DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses"/>
            <a:s r="666">
               <a:s>/*
@input: The latest tetanus and diphtheria dose was administered more than 1 year ago
@pseudocode: Today's date − latest &quot;Date and time of vaccination&quot; (where &quot;Vaccine type&quot; = &quot;Tetanus and diphtheria-containing vaccines&quot;) ≥ 1 year
@decision: DTP vaccination schedule for the following groups: children ≥ 1 year of age with no previous immunization, adolescents and adults with no previous immunization (including pregnant women) and supplementary immunization activities in high-risk areas, for women of reproductive age
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define &quot;The latest tetanus and diphtheria dose was administered more than 1 year ago&quot;:
  </a:s>
               <a:s r="667">
                  <a:s>not</a:s>
                  <a:s r="668">
                     <a:s>(</a:s>
                     <a:s r="668">
                        <a:s>&quot;The latest tetanus and diphtheria dose was administered less than 1 year ago&quot;</a:s>
                     </a:s>
                     <a:s>)</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="667" locator="403:3-403:85" xsi:type="Not">
            <operand localId="668" locator="403:6-403:85" name="The latest tetanus and diphtheria dose was administered less than 1 year ago" xsi:type="ExpressionRef"/>
         </expression>
      </def>
      <def localId="671" locator="412:1-413:35" name="Client is currently pregnant" context="Patient" accessLevel="Public">
         <annotation xsi:type="a:Annotation">
            <a:t name="input" value="Client is currently pregnant"/>
            <a:t name="pseudocode" value="&quot;Currently pregnant&quot; = TRUE"/>
            <a:t name="decision" value="Determine whether DTP-containing vaccines are needed for pregnant women"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses"/>
            <a:t name="decision" value="Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses"/>
            <a:s r="671">
               <a:s>/*
@input: Client is currently pregnant
@pseudocode: &quot;Currently pregnant&quot; = TRUE
@decision: Determine whether DTP-containing vaccines are needed for pregnant women
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 3 childhood DTP doses
@decision: Diphtheria and tetanus vaccination schedule in pregnant women who received 4 childhood DTP doses
*/
define &quot;Client is currently pregnant&quot;:
  </a:s>
               <a:s r="673">
                  <a:s r="672">
                     <a:s>Elements</a:s>
                  </a:s>
                  <a:s>.</a:s>
                  <a:s r="673">
                     <a:s>&quot;The client is pregnant&quot;</a:s>
                  </a:s>
               </a:s>
            </a:s>
         </annotation>
         <expression localId="673" locator="413:3-413:35" name="The client is pregnant" libraryName="Elements" xsi:type="ExpressionRef"/>
      </def>
   </statements>
</library>
"/>
</content>
</Library>