MoRTH Resource & Machinery Planner

🚧 Road Project Resource & Machinery Planner

Project Name

Saved Projects

Work Order Date

Project Length (km)

Duration (Days)

Activity Description	Quantity	Unit	Start Date	End Date	Days	Machinery	Output/Day

Timeline Visualization

Road Project Resource & Machinery Planner – Civil Engineering Perspective

This code is an advanced Road Construction Planning and Scheduling System developed for civil engineering projects.

It automates:

Project Scheduling
Road Construction Planning
Machinery Requirement Analysis
Resource Allocation
Timeline Visualization
Gantt Chart Generation
Project Monitoring
PDF Reporting

1. Purpose of the Software

This software behaves like a digital:

Construction Planning Cell
Project Monitoring Unit (PMU)
Road Execution Scheduler
Machinery Deployment Planner

Engineering Activity	Code Function
Project Scheduling	`generateSchedule()`
Machinery Planning	`updateResources()`
Duration Analysis	`updateDuration()`
Timeline Visualization	`drawGantt()`
PDF Report Generation	`downloadPDF()`
Project Saving	`saveProject()`

2. Main User Interface

<div id="civil-scheduler">

This is the complete project planning dashboard.

The interface allows engineers to:

Create projects
Generate schedules
Manage timelines
Calculate machinery requirements
Export reports

3. Project Information Inputs

<input id="projectName">
<input id="woDate">
<input id="projLength">
<input id="totalDuration">

Engineering Meaning

Input	Engineering Purpose
Project Name	Identification of road work
Work Order Date	Project commencement reference
Project Length	Total road length in km
Duration	Total contractual period

Equivalent to:
Work Program Register
Contract Agreement Data
Construction Time Schedule

4. IndexedDB Project Storage

const request = indexedDB.open("MoRTHPlannerDB", 1);

Creates a local browser database for storing projects.

Engineering Interpretation

Acts like:

Digital DPR Archive
Construction Schedule Register
Project Monitoring Database

5. Saving Projects

function saveProject()

Stores:

Project Details
Schedule Table
Gantt Chart
Timeline Data
Resource Calculations

Equivalent to saving:

CPM Charts
Bar Charts
Construction Programs
Project Planning Reports

6. Project Loading & Deletion

loadProject()
deleteProject()

Allows:

Opening saved construction schedules
Revising project plans
Removing old schedules

7. Schedule Generation Engine

function generateSchedule()

This is the core planning engine of the software.

Engineering Purpose

Automatically generates:

Construction Activities
Start Dates
End Dates
Machinery Deployment
Execution Sequence

8. Activity Template

const activityTemplate = [
["Earthwork (Embankment/Subgrade)", 0.12, 0.50, "cum", 300]
]

Engineering Interpretation

Each activity contains:

Parameter	Meaning
Activity Name	Construction Operation
Start Fraction	Project Start Position
End Fraction	Project Completion Position
Unit	Measurement Unit
Output Rate	Daily Machinery Productivity

9. Pre-Construction Activities

The software includes planning activities such as:

DPR Preparation
Forest Clearance
Utility Shifting
Land Acquisition
Tender Process
Agreement Execution

This makes the software highly realistic for:
MoRTH Projects
PWD Road Works
EPC Contracts
BOT Highway Projects

10. Construction Activities

The software includes actual field construction operations:

Activity	Engineering Work
Earthwork	Formation & Embankment
GSB	Granular Sub Base
WMM	Wet Mix Macadam
DBM	Dense Bituminous Macadam
PQC	Pavement Quality Concrete
BC/SDBC	Bituminous Wearing Course

11. Automatic Quantity Estimation

const getQty = (name) => {
    if(name.includes("Embankment"))
        return km * 4500;
}

The software estimates quantities automatically using road length.

Engineering Meaning

Example:

Earthwork Quantity = Road Length × Standard Earthwork Factor

For a 10 km road:

Earthwork = 10 × 4500 = 45,000 cum

12. Unit Determination Logic

getUnit()

Automatically assigns engineering units:

cum → Earthwork
sqm → Pavement Layers
m → Drainage
nos → Structures
Ha → Forest Clearance

13. Dynamic Date Generation

addDays()
formatDate()

Automatically calculates:

Activity Start Date
Activity End Date
Total Duration

Engineering Significance

Equivalent to:

CPM Scheduling
PERT Planning
Bar Chart Planning

14. Monsoon Adjustment Logic

if (task[0].includes("Bituminous"))

This is one of the most important engineering features.

The software detects:

Bituminous activities during monsoon

and automatically postpones them.

Engineering Reason:
Bituminous works should not be executed during heavy rainfall
Moisture affects compaction
Rain damages hot mix quality
Temperature control becomes difficult

This reflects actual site engineering practice.

15. Machinery Requirement Calculation

machinesNeeded = qty / (dur × stdRate)

Machinery Sets Required = Quantity ÷ (Available Days × Daily Production)

Example

Parameter	Value
Earthwork Quantity	45,000 cum
Duration	50 Days
Excavator Output	300 cum/day

Machines Needed = 45000 ÷ (50 × 300) = 3 Sets

16. Resource Warning System

badge.style.background =
(machinesNeeded > 15)

If machinery requirement becomes excessive:

System shows warning color
Indicates unrealistic planning
Suggests schedule revision

17. Duration Update Logic

updateDuration()

If engineer changes dates:

Duration recalculates automatically
Machinery requirements update instantly
Gantt chart refreshes automatically

18. Gantt Chart Generation

drawGantt()
drawEditableGantt()

This generates a visual construction timeline.

Engineering Meaning

Equivalent to:

MS Project Charts
Primavera Schedules
Construction Bar Charts
Highway Execution Programs

19. Timeline Header

month:'short',
year:'2-digit'

The software automatically creates:

Monthly Progress Timeline
Year-wise Schedule Markers

Example:

Timeline
Jan-26
Feb-26
Mar-26

20. Gantt Bars

bar.style.left
bar.style.width

These determine:

Activity start position
Activity duration
Execution overlap

Engineering Interpretation

Allows engineers to visualize:

Critical activities
Parallel operations
Project sequencing
Resource conflicts

21. Editable Scheduling

When engineers manually edit dates:

Schedule updates dynamically
Resources recalculate
Timeline regenerates

Equivalent to live project planning in:

Primavera P6
MS Project
TILOS

22. PDF Report Generation

downloadPDF()

Generates:

A3 Project Schedule
Printable Gantt Charts
Construction Planning Reports

Engineering Importance

Useful for:

Review Meetings
Progress Monitoring
Client Submission
Authority Approvals
Site Execution Planning

23. Automatic File Naming

Road_Project_2026-05-14.pdf

The system automatically:

Adds Project Name
Adds Date
Creates organized documentation

24. Engineering Strengths of This Software

Realistic Construction Sequencing
Automatic Machinery Planning
Monsoon-sensitive Scheduling
Dynamic Resource Allocation
Editable Gantt Charts
Automatic Quantity Estimation
Project Database Storage
A3 PDF Reporting

25. Practical Applications

MoRTH Highway Projects
PWD Road Works
Rural Roads
Expressways
Bridge Approach Roads
Urban Roads
Industrial Corridor Projects
EPC Contracts

26. Equivalent Commercial Software

This code partially replicates features of:

Primavera P6
MS Project
TILOS
Asta Powerproject
Candy Construction Planning

27. Final Engineering Interpretation

This software is a browser-based road construction planning and machinery deployment system integrating:
Construction Scheduling
Road Activity Sequencing
Resource Planning
Machinery Analysis
Timeline Visualization
Gantt Chart Monitoring
Project Archiving
PDF Reporting

In practical civil engineering terms, this software automates the complete workflow from project initiation to construction scheduling, machinery deployment, and progress visualization for road infrastructure projects.

YogiPWD

Tentative Project schedule Generator