Remove old Chromoting iOS client

remoting/ios/ui/scene_view.h

-// Copyright 2014 The Chromium Authors. All rights reserved.
-// Use of this source code is governed by a BSD-style license that can be
-// found in the LICENSE file.
-
-#ifndef REMOTING_IOS_UI_SCENE_VIEW_H_
-#define REMOTING_IOS_UI_SCENE_VIEW_H_
-
-#import <Foundation/Foundation.h>
-#import <GLKit/GLKit.h>
-
-#include "third_party/webrtc/modules/desktop_capture/desktop_geometry.h"
-
-typedef struct {
-  bool left;
-  bool right;
-  bool top;
-  bool bottom;
-} AnchorPosition;
-
-typedef struct {
-  int left;
-  int right;
-  int top;
-  int bottom;
-} MarginQuad;
-
-typedef struct {
-  CGPoint geometryVertex;
-  CGPoint textureVertex;
-} TexturedVertex;
-
-typedef struct {
-  TexturedVertex bl;
-  TexturedVertex br;
-  TexturedVertex tl;
-  TexturedVertex tr;
-} TexturedQuad;
-
-@interface SceneView : NSObject {
- @private
-
-  // GL name
-  GLuint _textureId;
-
-  GLKMatrix4 _projectionMatrix;
-  GLKMatrix4 _modelViewMatrix;
-
-  // The draw surface is a triangle strip (triangles defined by the intersecting
-  // vertexes) to create a rectangle surface.
-  // 1****3
-  // |  / |
-  // | /  |
-  // 2****4
-  // This also determines the resolution of our surface, being a unit (NxN) grid
-  // with finite divisions.  For our surface N = 1, and the number of divisions
-  // respects the CLIENT's desktop resolution.
-  TexturedQuad _glQuad;
-
-  // Cache of the CLIENT's desktop resolution.
-  webrtc::DesktopSize _contentSize;
-  // Cache of the HOST's desktop resolution.
-  webrtc::DesktopSize _frameSize;
-
-  // Location of the mouse according to the CLIENT in the prospective of the
-  // HOST resolution
-  webrtc::DesktopVector _mousePosition;
-
-  // When a user pans they expect the view to experience acceleration after
-  // they release the pan gesture.  We track that velocity vector as a position
-  // delta factored over the frame rate of the GL Context.  Velocity is
-  // accounted as a float.
-  CGPoint _panVelocity;
-}
-
-// The position of the scene is tracked in the prospective of the CLIENT
-// resolution.  The Z-axis is used to track the scale of the render, our scene
-// never changes position on the Z-axis.
-@property(nonatomic, readonly) GLKVector3 position;
-
-// Space around border consumed by non-scene elements, we can not draw here
-@property(nonatomic, readonly) MarginQuad margin;
-
-@property(nonatomic, readonly) AnchorPosition anchored;
-
-- (const GLKMatrix4&)projectionMatrix;
-
-// calculate and return the current model view matrix
-- (const GLKMatrix4&)modelViewMatrix;
-
-- (const webrtc::DesktopSize&)contentSize;
-
-// Update the CLIENT resolution and draw scene size, accounting for margins
-- (void)setContentSize:(const CGSize&)size;
-
-- (const webrtc::DesktopSize&)frameSize;
-
-// Update the HOST resolution and reinitialize the scene positioning
-- (void)setFrameSize:(const webrtc::DesktopSize&)size;
-
-- (const webrtc::DesktopVector&)mousePosition;
-
-- (void)setPanVelocity:(const CGPoint&)delta;
-
-- (void)setMarginsFromLeft:(int)left
-                     right:(int)right
-                       top:(int)top
-                    bottom:(int)bottom;
-
-// Draws to a GL Context
-- (void)draw;
-
-- (BOOL)containsTouchPoint:(CGPoint)point;
-
-// Applies translation and zoom.  Translation is bounded to screen edges.
-// Zooming is bounded on the lower side to the maximum of width and height, and
-// on the upper side by a constant, experimentally chosen.
-- (void)panAndZoom:(CGPoint)translation scaleBy:(float)scale;
-
-// Mouse is tracked in the perspective of the HOST desktop, but the projection
-// to the user is in the perspective of the CLIENT resolution.  Find the HOST
-// position that is the center of the current CLIENT view.  If the mouse is in
-// the half of the CLIENT screen that is closest to an anchor, then move the
-// mouse, otherwise the mouse should be centered.
-- (void)updateMousePositionAndAnchorsWithTranslation:(CGPoint)translation
-                                               scale:(float)scale;
-
-// When zoom is changed the scene is translated to keep an anchored point
-// (an anchored edge, or the spot the user is touching) at the same place in the
-// User's perspective.  Return the delta of the position of the lower endpoint
-// of the axis
-+ (float)positionDeltaFromScaling:(float)ratio
-                         position:(float)position
-                           length:(float)length
-                           anchor:(float)anchor;
-
-// Return the delta of the position of the lower endpoint of the axis
-+ (int)positionDeltaFromTranslation:(int)translation
-                           position:(int)position
-                          freeSpace:(int)freeSpace
-              scaleingPositionDelta:(int)scaleingPositionDelta
-                      isAnchoredLow:(BOOL)isAnchoredLow
-                     isAnchoredHigh:(BOOL)isAnchoredHigh;
-
-// |position + delta| is snapped to the bounds, return the delta in respect to
-// the bounding.
-+ (int)boundDeltaFromPosition:(float)position
-                        delta:(int)delta
-                   lowerBound:(int)lowerBound
-                   upperBound:(int)upperBound;
-
-// Return |nextPosition| when it is anchored and still in the respective 1/2 of
-// the screen.  When |nextPosition| is outside scene's edge, snap to edge.
-// Otherwise return |centerPosition|
-+ (int)boundMouseGivenNextPosition:(int)nextPosition
-                       maxPosition:(int)maxPosition
-                    centerPosition:(int)centerPosition
-                     isAnchoredLow:(BOOL)isAnchoredLow
-                    isAnchoredHigh:(BOOL)isAnchoredHigh;
-
-// If the mouse is at an edge return zero, otherwise return |velocity|
-+ (float)boundVelocity:(float)velocity
-            axisLength:(int)axisLength
-         mousePosition:(int)mousePosition;
-
-// Update the scene acceleration vector.
-// Returns true if velocity before 'ticking' is non-zero.
-- (BOOL)tickPanVelocity;
-
-@end
-
-#endif  // REMOTING_IOS_UI_SCENE_VIEW_H_