创作工具和卡点区分判断，临时方案

BFFramework/Classes/PQGPUImage/akfilters/PQImageFilter.swift

@@ -17,6 +17,8 @@ open class PQImageFilter: PQBaseFilter {
     var imageVertexBuffer: GLuint = 0
     var mSticker: PQEditVisionTrackMaterialsModel?
     var newImage: UIImage?
+    //临时方案，是否是卡点模式
+    public var isPointModel:Bool = false
     deinit {
         FilterLog(1, message: "image filter deinit 析构掉~")
         newImage = nil
@@ -135,8 +137,9 @@ open class PQImageFilter: PQBaseFilter {
         }
 
         FilterLog(2, message: " image filter 当前时间: \(currTime) \(newImage!.size)")
-
-        if currTime >= mSticker!.timelineIn && currTime <= mSticker!.timelineOut {
+        
+        if(isPointModel){
+            
             FilterLog(2, message: " 显示图片当前时间: \(currTime) 开始时间：\(mSticker!.timelineIn) 结束时间：\(mSticker!.timelineOut)  \(String(describing: newImage?.size))")
             // 取纹理坐标
             var textureCoordinates = PQGPUImageTools.getTextureCoordinates(sticker: mSticker!, textureSize: newImage!.size, cannvasSize: inputSize)
@@ -184,6 +187,58 @@ open class PQImageFilter: PQBaseFilter {
                 PQGPUImageTools.deleteVBO(imageVertexBuffer)
                 imageVertexBuffer = 0
             }
+        }else{
+            if currTime >= mSticker!.timelineIn && currTime <= mSticker!.timelineOut {
+                FilterLog(2, message: " 显示图片当前时间: \(currTime) 开始时间：\(mSticker!.timelineIn) 结束时间：\(mSticker!.timelineOut)  \(String(describing: newImage?.size))")
+                // 取纹理坐标
+                var textureCoordinates = PQGPUImageTools.getTextureCoordinates(sticker: mSticker!, textureSize: newImage!.size, cannvasSize: inputSize)
+
+                FilterLog(2, message: "textureCoordinates is \(textureCoordinates) image size :\(newImage!.size) cannvasSize:\(inputSize)  files path is \(mSticker?.locationPath)")
+
+                // imageTexture 有可能被析构导致黑屏
+                if imageTexture == 0 && newImage?.cgImage != nil {
+                    FilterLog(2, message: "imageTexture is error !!!!!重新创建")
+                    imageTexture = PQGPUImageTools.setupTexture(image: newImage!.cgImage!)
+                }
+
+                // 如果设置过大小位置，使用设置值，比如水印
+                if stickerInfo?.materialPosition?.width != 0 {
+                    textureCoordinates = [
+                        0.0, 0.0, // 1 bottom left
+                        1.0, 0.0, // 2 bottom right
+                        0.0, 1.0, // 3 top left
+                        1.0, 1.0, // 4 top right
+                    ]
+                }
+
+                let texturePropertiesimagetwo = InputTextureProperties(textureCoordinates: textureCoordinates, texture: imageTexture)
+
+                var verticesPoint: [GLfloat] = PQGPUImageTools.getVerticesPoint(sticker: mSticker!, textureSize: newImage!.size, cannvasSize: inputSize)
+
+                // 如果设置过大小位置，使用设置值，比如水印
+                if stickerInfo?.materialPosition?.width != 0 {
+                    verticesPoint = PQGPUImageTools.computeVertices(viewSize: CGSize(width: CGFloat(inputSize.width), height: CGFloat(inputSize.height)), _bounds: CGRect(x: stickerInfo?.materialPosition?.x ?? 0, y: stickerInfo?.materialPosition?.y ?? 0, width: stickerInfo?.materialPosition?.width ?? 0, height: stickerInfo?.materialPosition?.height ?? 0))
+                }
+
+                // 设置融合模式支持 alpha
+                glEnable(GLenum(GL_DEPTH_TEST))
+                glEnable(GLenum(GL_BLEND))
+                glBlendFunc(GLenum(GL_SRC_ALPHA), GLenum(GL_ONE_MINUS_SRC_ALPHA))
+
+                imageVertexBuffer = PQGPUImageTools.NXGenerateVBO(for: verticesPoint)
+
+                renderQuadWithShader(shader,
+                                     uniformSettings: uniformSettings,
+                                     vertexBufferObject: imageVertexBuffer, inputTextures: [texturePropertiesimagetwo])
+                releaseIncomingFramebuffers()
+
+                if imageVertexBuffer != 0 {
+                    PQGPUImageTools.deleteVBO(imageVertexBuffer)
+                    imageVertexBuffer = 0
+                }
+            }
         }
+
+       
     }
 }

BFFramework/Classes/PQGPUImage/akfilters/Tools/PQCompositionExporter.swift

@@ -210,6 +210,7 @@ public class PQCompositionExporter {
               
             } else if currentSticker!.type == StickerType.IMAGE.rawValue {
                 showFitler = PQImageFilter(sticker: currentSticker!)
+                (showFitler as? PQImageFilter)?.isPointModel = ((mStickers?.count ?? 0) > 0)
                 
             }
             input!.removeAllTargets()