| public AddProperty ( int atFrame, string propertyName, string propertyValue ) : void | ||
| atFrame | int | /// At frame. /// |
| propertyName | string | /// Property name. /// |
| propertyValue | string | /// Property value as string. /// |
| return | void | |
void LateUpdate()
{
if (_mode == InputVCRMode.Playback)
{
// update last frame and this frame
// this way, all changes are transmitted, even if a button press lasts less than a frame (like in Input)
lastFrameInputs = thisFrameInputs;
int lastFrame = currentFrame;
currentFrame = currentRecording.GetClosestFrame(playbackTime);
if (currentFrame > currentRecording.totalFrames)
{
// end of recording
if (finishedPlayback != null)
{
finishedPlayback( );
}
Stop();
}
else
{
// go through all changes in recorded input since last frame
var changedInputs = new Dictionary <string, InputInfo>();
for (int frame = lastFrame + 1; frame <= currentFrame; frame++)
{
foreach (InputInfo input in currentRecording.GetInputs(frame))
{
// thisFrameInputs only updated once per game frame, so all changes, no matter how brief, will be marked
// if button has changed
if (!thisFrameInputs.ContainsKey(input.inputName) || !thisFrameInputs[input.inputName].Equals(input))
{
if (changedInputs.ContainsKey(input.inputName))
{
changedInputs[input.inputName] = input;
}
else
{
changedInputs.Add(input.inputName, input);
}
}
}
if (snapToSyncedLocation) // custom code more effective, but this is enough sometimes
{
string posString = currentRecording.GetProperty(frame, "position");
if (!string.IsNullOrEmpty(posString))
{
transform.position = ParseVector3(posString);
}
string rotString = currentRecording.GetProperty(frame, "rotation");
if (!string.IsNullOrEmpty(rotString))
{
transform.eulerAngles = ParseVector3(rotString);
}
}
}
// update input to be used tihs frame
foreach (KeyValuePair <string, InputInfo> changedInput in changedInputs)
{
if (thisFrameInputs.ContainsKey(changedInput.Key))
{
thisFrameInputs[changedInput.Key] = changedInput.Value;
}
else
{
thisFrameInputs.Add(changedInput.Key, changedInput.Value);
}
}
playbackTime += Time.deltaTime;
}
}
else if (_mode == InputVCRMode.Record)
{
realRecordingTime += Time.deltaTime;
// record current input to frames, until recording catches up with realtime
while (currentTime < realRecordingTime)
{
// mouse position & buttons if required
if (recordMouseEvents)
{
currentRecording.AddProperty(currentFrame, new FrameProperty("mousePos", Input.mousePosition.x.ToString() + "," + Input.mousePosition.y));
for (int i = 0; i < 3; i++)
{
InputInfo mouseInput = new InputInfo();
mouseInput.inputName = "mousebutton" + i;
mouseInput.isAxis = false;
mouseInput.mouseButtonNum = i;
currentRecording.AddInput(currentFrame, mouseInput);
}
}
// and buttons
foreach (InputInfo input in inputsToRecord)
{
if (input.isAxis)
{
input.axisValue = Input.GetAxis(input.inputName);
}
else if (input.mouseButtonNum >= 0) // mouse buttons recorded above
{
input.buttonState = Input.GetButton(input.inputName);
}
currentRecording.AddInput(currentFrame, input);
}
// synced location
if (syncRecordLocations && Time.time > nextPosSyncTime)
{
SyncPosition(); // add position to properties
nextPosSyncTime = Time.time + 1f / autoSyncLocationRate;
}
// and any other properties
foreach (FrameProperty prop in nextPropertiesToRecord)
{
currentRecording.AddProperty(currentFrame, prop);
}
nextPropertiesToRecord.Clear();
currentFrame++;
}
}
}
void LateUpdate()
{
if (_mode == InputVCRMode.Playback)
{
// update last frame and this frame
// this way, all changes are transmitted, even if a button press lasts less than a frame (like in Input)
lastFrameInputs = new Dictionary <string, InputInfo>(thisFrameInputs);
int lastFrame = currentFrame;
currentFrame = currentRecording.GetClosestFrame(playbackTime);
if (currentFrame >= currentRecording.totalFrames)
{
imputRecorder.GetComponent <PlayButton>().SpawnCloneCopy(this.name, recordingNumber, 1, startPos, startRot);
imputRecorder.GetComponent <PlayButton>().DestroyClone(this.gameObject);
_mode = InputVCRMode.Pause;
}
else
{
if (firstLoopPlayback)
{
// float[] camRot = System.Array.ConvertAll(currentRecording.GetProperty(0, "camRot").Split(','), float.Parse);
// this.GetComponent<CameraBehaviour>().SetRotationX(camRot[0]);
// this.GetComponent<CameraBehaviour>().SetRotationZ(camRot[1]);
this.gameObject.GetComponent <PlayerBehaviour>().transformToRotate.rotation = startRot;
this.gameObject.GetComponent <PlayerBehaviour>().playerAnimator.rootRotation = startRot;
this.transform.GetChild(1).transform.localRotation = startRot;
this.transform.position = startPos;
firstLoopPlayback = false;
// currentFrame = 0;
// playbackTime = 0;
// thisFrameInputs.Clear();
// lastFrameInputs.Clear();
}
else
{
// go through all changes in recorded input since last frame
var changedInputs = new Dictionary <string, InputInfo>();
for (int frame = lastFrame + 1; frame <= currentFrame; frame++)
{
foreach (InputInfo input in currentRecording.GetInputs(frame))
{
if (!thisFrameInputs.ContainsKey(input.inputName) || !thisFrameInputs[input.inputName].Equals(input))
{
if (changedInputs.ContainsKey(input.inputName))
{
changedInputs[input.inputName] = input;
}
else
{
changedInputs.Add(input.inputName, input);
}
}
}
// Updates the camera rotation
try
{
if (playerObject != null)
{
if (playerObject.GetComponent <InputVCR>().recordMouseEvents == true)
{
float[] camRot = System.Array.ConvertAll(currentRecording.GetProperty(frame, "camRot").Split(','), float.Parse);
//Debug.Log("This is Playback - X: " + camRot[0] + " Y: " + camRot[1]);
this.GetComponent <CameraBehaviour>().SetRotationX(camRot[0]);
this.GetComponent <CameraBehaviour>().SetRotationZ(camRot[1]);
}
}
else
{
Debug.Log("No Player object found! Precise camera rotation not used!");
}
}
catch
{
Debug.Log("Try failed! Precise camera rotation not used!");
}
// if (currentFrame == 0) // custom code more effective, but this is enough sometimes
// {
// string posString = currentRecording.GetProperty(0, "position");
// if (!string.IsNullOrEmpty(posString))
// transform.position = ParseVector3(posString);
// string rotString = currentRecording.GetProperty(0, "rotation");
// if (!string.IsNullOrEmpty(rotString))
// transform.GetChild(1).transform.eulerAngles = ParseVector3(rotString);
// }
}
// update input to be used this frame
foreach (KeyValuePair <string, InputInfo> changedInput in changedInputs)
{
if (thisFrameInputs.ContainsKey(changedInput.Key))
{
thisFrameInputs[changedInput.Key] = changedInput.Value;
}
else
{
thisFrameInputs.Add(changedInput.Key, changedInput.Value);
}
//Debug.Log("Input: " + changedInput.Key + ", ButtonState: " + changedInput.Value.ToString());
}
playbackTime += Time.deltaTime;
}
}
}
else if (_mode == InputVCRMode.Record)
{
realRecordingTime += Time.deltaTime;
// record current input to frames, until recording catches up with realtime
while (currentTime < realRecordingTime)
{
if (currentRecording.totalFrames > (maxRecordTime * recordingFrameRate) * 2)
{
//currentRecording.RemoveOldestFrame();
//currentRecording.frames.RemoveRange(0, (int)(currentRecording.totalFrames - (maxRecordTime * recordingFrameRate)));
//currentFrame = currentRecording.frames.Count;
//realRecordingTime -= Time.deltaTime;
//realRecordingTime -= (1000 - maxRecordTime);
//Debug.Log("After: " + currentRecording.totalFrames);
//Debug.Log("Current Frame: " + currentFrame);
//Debug.Log("Recording Time: " + realRecordingTime);
}
//Debug.Log("Total Rec Frames: " + currentRecording.totalFrames); // This is the current recorded fram count.
// Camera Rotation & Buttons if Required
if (recordMouseEvents)
{
currentRecording.AddProperty(currentFrame, new FrameProperty("camRot", this.GetComponent <CameraBehaviour>().GetRotationX().ToString() + "," + this.GetComponent <CameraBehaviour>().GetRotationZ().ToString()));
//currentRecording.AddProperty(currentFrame, new FrameProperty("position", Vector3ToString(transform.position)));
//currentRecording.AddProperty(currentFrame, new FrameProperty("rotation", Vector3ToString(transform.GetChild(1).transform.eulerAngles)));
//Debug.Log(currentRecording.GetProperty(currentFrame, "camRot"));
//currentRecording.AddProperty(currentFrame, new FrameProperty("mousePos", Input.mousePosition.x.ToString() + "," + Input.mousePosition.y));
// for (int i = 0; i < 3; i++)
// {
// InputInfo mouseInput = new InputInfo();
// mouseInput.inputName = "mousebutton" + i;
// mouseInput.isAxis = false;
// mouseInput.mouseButtonNum = i;
// currentRecording.AddInput(currentFrame, mouseInput);
// }
}
// and buttons
foreach (InputInfo input in inputsToRecord)
{
if (input.isAxis)
{
input.axisValue = hardInput.GetAxis(input.inputName, 1);
}
else
{
input.buttonState = hardInput.GetKey(input.inputName);
}
// else if (input.mouseButtonNum >= 0) // mouse buttons recorded above
// {
// input.buttonState = hardInput.GetKey(input.inputName);
// }
currentRecording.AddInput(currentFrame, input);
}
// synced location
//SyncPosition(); // add position to properties
// if (Time.time > nextPosSyncTime)
// {
// SyncPosition(); // add position to properties
// nextPosSyncTime = Time.time + 1f / autoSyncLocationRate;
// }
// and any other properties
foreach (FrameProperty prop in nextPropertiesToRecord)
{
currentRecording.AddProperty(currentFrame, prop);
}
nextPropertiesToRecord.Clear();
currentFrame++;
//Debug.Log("Recording Current Frames: " + currentRecording.totalFrames);
}
}
}