Browse our Products

Aspose.Slides for Python via .NET 25.4 Release Notes

This page contains release notes for Aspose.Slides for Python via .NET 25.4

New Features and Enhancements

Key	Summary	Category	Related Documentation
SLIDESPYNET-258	Metered license fails to authenticate	Investigation

Other Improvements and Changes

Key	Summary	Category	Related Documentation
SLIDESPYNET-263	Use Aspose.Slides for Net 25.4 features	Enhancement	https://releases.aspose.com/slides/net/release-notes/2025/aspose-slides-for-net-25-4-release-notes/

Public API Changes

Added New Method: Metered.is_metered_licensed

The new method is_metered_licensed has been added to the Metered class.
This method allows you to check whether the metered system is licensed or not.

import aspose.slides as slides

metered = slides.Metered()
metered.set_metered_key("my_public_key", "my_private_key");
print("Is metered license accepted:", metered.is_metered_licensed())

Added New Property: IAdjustValue.type

The new property, type, has been added to the IAdjustValue interface and implemented in the AdjustValue class. This property allows you to get information about the type of shape adjustment.
The type property is of the ShapeAdjustmentType enumeration type and can take the following values:

Name	Description
`CUSTOM`	Custom type (unknown adjustment)
`CORNER_SIZE`	Controls the size of the corners.
`LEFT_UP_CORNER`	Controls the up left corner.
`RIGHT_UP_CORNER`	Controls the up right corner.
`UP_CORNERS`	Controls the upper corners.
`DOWN_CORNERS`	Controls the down corners.
`THICKNESS`	Controls the thickness of the figure.
`ARROW_TAIL_THICKNESS`	Controls the thickness of the arrow tail.
`ARROWHEAD_LENGTH`	Controls the length of the arrowhead.
`ARROWHEAD_WIDTH`	Controls the width of the arrowhead.
`RADIUS`	Controls the size of the radius of the shape or its part.
`DEPTH`	Controls the depth of the gear teeth or the bevel effect.
`SHAPE_PART_OFFSET`	Controls the offset of one part of the figure relative to another.
`ANGLE`	Controls the angle for figure or its part.
`START_ANGLE`	Start angle for pie and arc shapes.
`END_ANGLE`	End angle for pie and arc shapes.
`START_POINT_X`	Controls the callout start point X position.
`START_POINT_Y`	Controls the callout start point Y position.
`CONNECTOR_POINT_1X`	Controls the horizontal position of the callout angle adjustment point.
`CONNECTOR_POINT_1Y`	Controls the vertical position of the callout angle adjustment point.
`CONNECTOR_POINT_2X`	Controls the horizontal position of the callout angle adjustment point.
`CONNECTOR_POINT_2Y`	Controls the vertical position of the callout angle adjustment point.
`CONNECTOR_BEND_POSITION_X`	Controls the horizontal position of the bend in the connector.
`CONNECTOR_BEND_POSITION_Y`	Controls the vertical position of the bend in the connector.
`ATTACH_Y`	Controls the vertical attachment point of the figure.
`ATTACH_X`	Controls the horizontal attachment point of the figure.
`CALLOUT_HEIGHT`	Controls the vertical size of the callout.
`CALLOUT_WIDTH`	Controls the horizont size of the callout.
`CALLOUT_SIZE`	Controls the size of the callout.
`CURVATURE`	Curvature of a bent, braces, curved arrow or shape.
`HORIZONTAL_THICKNESS`	Controls the horizontal thickness of the corner shape.
`VERTICAL_THICKNESS`	Controls the vertical thickness of the corner shape.
`VERTICAL_SIZE`	Controls the vertical size of the shape.
`HORIZONTAL_SIZE`	Controls the horizontal size of the shape.
`TOP`	Controls the top side of a shape.

The following code sample demonstrates how to extract adjustment points of a shape:

import aspose.slides as slides

with slides.Presentation("sample.pptx") as pres:
    shape = pres.slides[0].shapes[1]

    for idx in range(shape.adjustments.length):
        adjustment = shape.adjustments[idx]
        print("Type:", adjustment.type.name, ". Raw value:", adjustment.raw_value)

Possible output:

Type: ARROW_TAIL_THICKNESS . Raw value: 52956
Type: ARROWHEAD_LENGTH . Raw value: 67839