Start working by creating a new file (File>New) that would have 1280x1024 px and 72 dpi.
Next we shall use the Rectangle Tool (U) to represent the background of the picture we'll get in the end.
Set the next indicated parameters on the layer we work with by making a click on this layer under process on the layers' panel: Blending Options>Gradient Overlay
Gradient's parameters:
Using the same instrument, try to represent the next layer belonging to the background too. The layer's color is #D0B659.
Next we'll select the Custom Shape Tool (U) to represent the rays on the picture. Press Alt button while using the Rectangle Tool (U) to erase the unnecessary rays from the top and from the bottom.
The layer's parameters: Blending Options>Gradient Overlay
Gradient's parameters:
Using the Rectangle Tool (U), try to represent the flatness along the upper edge.
The layer's parameters: Blending Options>Gradient Overlay
Gradient's parameters:
Blending Options>Stroke
Gradient's parameters:
Make a copy of the line's layer and select Free Transform option to situate it on the lowest edge of the rays' layer. Change also the layer's parameters:
The layer's parameters: Blending Options>Gradient Overlay
Gradient's parameters:
Blending Options>Stroke
Using the Ellipse Tool (U), try to represent the primary layer of the Easter egg. Select then the Convert Point Tool to make the appropriate corrections on the egg's shape. Its color is #D20100
The layer's parameters: Blending Options>Inner Shadow
Blending Options>Inner Glow
Make two copies of the last made layer and apply again Free Transform option to place the copies as it is demonstrated next image, setting also different parameters for the new copied layers.
The parameters for the green egg's layer are shown below: Blending Options>Inner Shadow
Blending Options>Inner Glow
Blending Options>Gradient Overlay
Gradient's parameters:
The parameters for the blue Easter egg may be seen below: Blending Options>Inner Shadow
Blending Options>Inner Glow
Blending Options>Gradient Overlay
Gradient's parameters:

