Material

The 'HasProperty' method checks whether the material has a property with a given name. This can be useful to prevent errors before trying to set or get a property. Learn more by checking Unity's Material.HasProperty Documentation.

The 'HasFloat' method checks if the material has a specific float property. This is useful to prevent errors before attempting to access a float property. More details can be obtained from Unity's Material.HasFloat Documentation.

'HasInt' method checks whether the material has a specific integer property. This is useful when working with a custom shader that may or may not have specific properties. For more extensive information, visit Unity's Material.HasInt Documentation.

The 'HasInteger' method checks if the material has a specific integer property. This is useful when dealing with custom shaders that may or may not have specific properties. To learn more about this method, check Unity's Material.HasInteger Documentation.

'HasTexture' is a method that checks if the material has a specific texture property. This is handy to avoid errors when trying to access a texture property. More information can be found in Unity's Material.HasTexture Documentation.

The 'HasMatrix' method checks if the material has a specific matrix property. It's useful in preventing errors when trying to access a matrix property. To learn more, refer to Unity's Material.HasMatrix Documentation.

'HasVector' method checks if a specific vector property exists in the material. This can help in preventing errors when trying to access this property. More information can be found in Unity's Material.HasVector Documentation.

The 'HasColor' method is used to check if the material has a certain color property. This is done before getting or setting a color property to avoid errors. Find out more about color properties in Unity's Material.HasColor Documentation.

The 'HasBuffer' method verifies if the material has a particular buffer property. This is useful when dealing with advanced rendering techniques that involve ComputeBuffers or GraphicsBuffers. Learn more from Unity's Material.HasBuffer Documentation.

The 'HasConstantBuffer' method checks if the material has a specific constant buffer property. This can be important in high-end graphics where constant buffers are used to hold resources for shaders. More info can be obtained from Unity's Material.HasConstantBuffer Documentation.

The 'EnableKeyword' method allows you to enable a specific shader keyword for this material. This can be used for activating certain behavior of a multi-feature shader. You can find more information in Unity's Material.EnableKeyword Documentation.

'DisableKeyword' is a method that allows you to disable certain shader keywords on this material. This can be used to switch off specific features of a multi-purpose shader. To learn more, refer to Unity's Material.DisableKeyword Documentation.

The 'IsKeywordEnabled' method checks if a specific shader keyword is enabled for this material. This can be used to verify the state of a feature of a multi-function shader. Learn more by checking the Unity's Material.IsKeywordEnabled Documentation.

The 'SetShaderPassEnabled' method enables or disables a specific Shader pass on the material. This offers more control over the rendering process, which can be useful for complex materials or advanced rendering techniques. For more information, see the Unity's Material.SetShaderPassEnabled Documentation.

The 'GetShaderPassEnabled' method gets the status (enabled/disabled) of a specific Shader pass on the material. This can be used to check how the material is being drawn, which is helpful when understanding complex materials or rendering techniques. Instructions for how to use the method can be found in Unity's Material.GetShaderPassEnabled Documentation.

The 'GetPassName' method fetches the name of a particular pass from a material. A pass in Unity represents a single rendering step, and knowing their names can be useful when dealing with complex rendering logic. Find out more from Unity's Material.GetPassName Documentation.

The 'FindPass' method retrieves the index of a pass by its name. This can be helpful when dealing with complex rendering pipelines where specific passes need to be identified and modified. More details can be found in Unity's Material.FindPass Documentation.

The 'SetOverrideTag' method overrides or sets a shader tag for this material. Shader tags in Unity are used to determine how to render an object, and overriding them can help achieve unique rendering effects for particular materials. You can learn more in Unity's Material.SetOverrideTag Documentation.

The 'GetTag' method retrieves the value of a shader tag from this material, providing more control over the rendering process. If the specified tag does not exist, a fallback value can be provided. For more information, check Unity's Material.GetTag Documentation.

The 'Lerp' method linearly interpolates between two Materials based on t parameter and applies the result to this Material. It's useful to blend between different materials dynamically, creating a transition effect. More details are in Unity's Material.Lerp Documentation.

'SetPass' activates a given Shader Pass for rendering current object. It's used to set a particular pass in the material’s shader to the rendering hardware. More information can be found in Unity's Material.SetPass Documentation.

The 'CopyPropertiesFromMaterial' method copies properties from specified material to current material. This is helpful when you need to create a new material with the same properties as an existing one. Find more details in Unity's Material.CopyPropertiesFromMaterial Documentation.

'CopyMatchingPropertiesFromMaterial' copies properties from another material that match with properties of the current material. This can be useful for duplicating only the relevant properties from another material. Unity's Material.CopyMatchingPropertiesFromMaterial Documentation provides more information.

The 'ComputeCRC' method computes a cyclic redundancy check value for the material. This can be useful for comparing materials or for caching materials without storing them entirely. More details can be found in Unity's Material.ComputeCRC Documentation.

'SetInt' method sets an integer property in the material. This can be used to interact with integer properties defined in the shader used by the material. More information can be found in Unity's Material.SetInt Documentation.

'SetFloat' is a method used to set a float property in the material. It is typically used to interact with float properties defined in the shader used by the material. Learn more about this method in Unity's Material.SetFloat Documentation.

The 'SetInteger' method is used to set an integer property in the material. It can be used to interact with integer properties defined in the shader used by the material. Detailed information can be found in Unity's Material.SetInteger Documentation.

The 'SetColor' method sets a color property in the material. This can be used to change the color of the material at runtime, allowing for dynamic visual effects. Refer to Unity's Material.SetColor Documentation for more details.

The 'SetVector' method sets a Vector4 property in the material. This can be very useful when applying transformations or other operations that can be done through vector properties of a shader. Find more details in Unity's Material.SetVector Documentation.

'SetMatrix' is a method that sets a Matrix4x4 property in the material. This can be used to affect transformations or other matrix operations within the shader used by the material. For a better understanding, refer to Unity's Material.SetMatrix Documentation.

The 'SetTexture' method assigns a texture to a named property within a shader. It can be used to dynamically change the textures used by a material at runtime. The details can be found in Unity's Material.SetTexture Documentation.

The 'GetInt' method retrieves the integer value of a named property in a material. It is mainly used when we need a specific integer property for calculations or conditions. Refer to Unity's Material.GetInt Documentation for more information.

The 'GetFloat' method fetches the float value of a named property within a material. This method is often used when working with float properties of a shader that are needed for mathematical operations. You can find more details in Unity's Material.GetFloat Documentation.

The 'GetInteger' method gets the integer value of a named property in a material. This can be useful when working with shader properties that represent quantifiable data or entries in an array. See Unity's Material.GetInteger Documentation for more information.

The 'GetColor' method fetches the color value of a named property from a material. The retrieved color can be used in various ways such as coloring other elements or calculations affecting color data. More details are in Unity's Material.GetColor Documentation.

The 'GetVector' method retrieves the Vector4 value of a named property in a material. This can be useful when dealing with vector properties of a shader. You can learn more about it from Unity's Material.GetVector Documentation.

The 'GetMatrix' method fetches the Matrix4x4 value of a named property in a material. This can be useful when manipulating transformations or other matrix operations within the shader used by the material. For an expanded explanation, see Unity's Material.GetMatrix Documentation.

'GetTexture' is a method that retrieves the texture mapped to a named property within a material. This allows you to access and potentially change the texture used by a material at runtime. More information is available in Unity's Material.GetTexture Documentation.

The 'SetTextureOffset' method adjusts the texture coordinates of a material, effectively shifting the texture. This can be useful for creating effects like scrolling textures. More information can be found in Unity's Material.SetTextureOffset Documentation.

'SetTextureScale' adjusts the scaling of the texture coordinates of a material, effectively altering the tiling of the texture. This feature can be used for various visual effects, like magnifying or shrinking the appearance of a texture. Refer to Unity's Material.SetTextureScale Documentation.

The 'GetTextureOffset' method retrieves the current texture offset of a property. This can be used to ascertain the current texture offset applied to a material. More info can be found in Unity's Material.GetTextureOffset Documentation.

The 'GetTextureScale' method gets the current texture tiling of a property. This can be used in your project to determine the scaling factor applied to the texture of a material. See more in Unity's Material.GetTextureScale Documentation.