---
title: "Equals Method (PointF, Double)"
canonical: https://customerscanvas.com/docs/cc6/M_Aurigma_DesignAtoms_Common_Math_PointF_Equals_2_17676cde.htm
archived: true
applies_to:
  - product: "Customer's Canvas On-Premises"
  - product: "Design Atoms .NET"
    versions: ["6.0.0", "6.x (may differ)"]
---

**You’re viewing outdated documentation.** [View the latest Customer’s Canvas On-Premises documentation](https://customerscanvas.com/docs/on-premises/).

# Equals Method (PointF, Double)

**Applies to:** Customer's Canvas On-Premises; Design Atoms .NET 6.0.0, 6.x (may differ) · **Archived documentation**
 
Tests whether the specified [PointF](https://customerscanvas.com/docs/cc6/T_Aurigma_DesignAtoms_Common_Math_PointF.htm.md) is equivalent to this [PointF](https://customerscanvas.com/docs/cc6/T_Aurigma_DesignAtoms_Common_Math_PointF.htm.md).
 
**Namespace:** [Aurigma.DesignAtoms.Common.Math](https://customerscanvas.com/docs/cc6/N_Aurigma_DesignAtoms_Common_Math.htm.md) 
 **Assembly:** Aurigma.DesignAtoms (in Aurigma.DesignAtoms.dll)
 
## Syntax
  
```csharp
public bool Equals(PointF p,double tolerance
)
```
 
### Parameters
 
 - p
     - Type: [Aurigma.DesignAtoms.Common.Math.PointF](https://customerscanvas.com/docs/cc6/T_Aurigma_DesignAtoms_Common_Math_PointF.htm.md)
The [PointF](https://customerscanvas.com/docs/cc6/T_Aurigma_DesignAtoms_Common_Math_PointF.htm.md) to test.

 - tolerance
     - Type: System.Double
The tolerance for the points in range [0, 1].
 
### Return Value
 `true` if both instances are equivalent; otherwise, `false`.
 
## See Also
  
### Reference
 
- [PointF Class](https://customerscanvas.com/docs/cc6/T_Aurigma_DesignAtoms_Common_Math_PointF.htm.md)
- [Equals Overload](https://customerscanvas.com/docs/cc6/O_T_Aurigma_DesignAtoms_Common_Math_PointF_Equals.htm.md)
- [Aurigma.DesignAtoms.Common.Math Namespace](https://customerscanvas.com/docs/cc6/N_Aurigma_DesignAtoms_Common_Math.htm.md)