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Facilitates integer input integration in Blender add-ons for precise parameter control and customization.
The BlenderInputInt node is designed to facilitate the integration of integer inputs within the Blender add-on environment. This node allows you to specify integer values that can be used to control various parameters in your Blender projects, providing a seamless way to input numerical data directly into your workflow. The primary benefit of this node is its ability to handle integer values with precision, offering a range of customization options such as setting default values, minimum and maximum limits, and step sizes. This flexibility ensures that you can tailor the input to suit specific needs, whether you're adjusting camera settings or other integer-based parameters in Blender. By incorporating this node, you can enhance the interactivity and control within your Blender projects, making it an essential tool for artists and developers looking to streamline their workflows.
This optional parameter allows you to specify a group for the integer input, which can be useful for organizing inputs within the Blender add-on. It does not have a default value and is not constrained by minimum or maximum limits.
This parameter determines the position of the input in the Blender add-on interface. It helps in organizing the display order of inputs, with a default value of 0. The minimum and maximum values are constrained by the system's integer limits, which are -2147483648 and 2147483647, respectively.
The default parameter sets the initial value of the integer input when the node is first used. It has a default value of 0, and it is crucial for initializing the input with a meaningful value that can be adjusted later.
This parameter defines the minimum allowable value for the integer input, ensuring that the input does not go below a specified threshold. The default minimum value is -2147483648, which is the lower limit for integer values in Blender.
The max parameter sets the upper limit for the integer input, preventing values from exceeding a certain threshold. The default maximum value is 2147483647, aligning with the maximum integer limit in Blender.
This parameter specifies the increment or decrement step size for the integer input, allowing for precise control over value adjustments. The default step size is 1, and it can be adjusted to suit the level of precision required for your project.
This boolean parameter, when enabled, displays a button to set or get the camera width in the Blender interface. It is disabled by default and does not have a minimum or maximum value.
Similar to camera_width, this boolean parameter allows you to set or get the camera height when enabled. It is also disabled by default and is used to control camera dimensions within Blender.
The primary output of the BlenderInputInt node is the integer value that has been set or adjusted through the input parameters. This value is used within the Blender workflow to control various aspects of the project, such as camera settings or other integer-dependent parameters. The output is crucial for ensuring that the specified integer values are accurately applied within the Blender environment.
default parameter to initialize your integer inputs with values that make sense for your specific project, reducing the need for manual adjustments later.min and max parameters to set appropriate boundaries for your integer inputs, ensuring that values remain within a logical range for your workflow.step parameter to control the granularity of value changes, which can be particularly useful when fine-tuning settings like camera dimensions.min or max limits.min and max parameters accordingly.step parameter is set to a non-positive value.step parameter to a positive integer to ensure proper increment and decrement functionality.camera_width or camera_height parameters are not enabled.camera_width or camera_height parameters to display the respective buttons for setting or getting camera dimensions.RunComfy is the premier ComfyUI platform, offering ComfyUI online environment and services, along with ComfyUI workflows featuring stunning visuals. RunComfy also provides AI Models, enabling artists to harness the latest AI tools to create incredible art.