DIvan2000/ReplayModCinematic
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The ReplayProcess now respects the basic settings of SpectatingMethod.SHOULDER_CAM, Smoothness and interpolation between two SHOULDER_CAM Keyframes is yet to be implemented

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CrushedPixel
2015-09-09 15:27:21 +02:00
parent ed8eb318ea
commit fba579ebf8
1 changed files with 41 additions and 11 deletions
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52
src/main/java/eu/crushedpixel/replaymod/replay/ReplayProcess.java
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@@ -21,6 +21,7 @@ import net.minecraft.client.renderer.OpenGlHelper;
import net.minecraft.client.renderer.chunk.RenderChunk;
import net.minecraft.client.resources.I18n;
import net.minecraft.crash.CrashReport;
import net.minecraft.entity.Entity;
import net.minecraft.util.ReportedException;
import org.lwjgl.opengl.Display;
@@ -232,14 +233,25 @@ public class ReplayProcess {
Keyframe<AdvancedPosition> nextPos = positionKeyframes.getNextKeyframe(curRealReplayTime, true);
boolean spectating = false;
boolean spectateCamera = true;
SpectatorData.SpectatingMethod spectatingMethod = null;
//if it's between two spectator keyframes sharing the same entity, spectate this entity
SpectatorData previousSpectatorData = null;
SpectatorData nextSpectatorData = null;
//check whether between two Spectator Keyframes
if(lastPos != null && nextPos != null) {
if(lastPos.getValue() instanceof SpectatorData && nextPos.getValue() instanceof SpectatorData) {
SpectatorData lastSpec = (SpectatorData)lastPos.getValue();
SpectatorData nextSpec = (SpectatorData)nextPos.getValue();
if(lastSpec.getSpectatedEntityID() == nextSpec.getSpectatedEntityID()) {
previousSpectatorData = (SpectatorData)lastPos.getValue();
nextSpectatorData = (SpectatorData)nextPos.getValue();
if(previousSpectatorData.getSpectatedEntityID() == nextSpectatorData.getSpectatedEntityID()) {
spectating = true;
//the previous SpectatingMethod always applies
spectatingMethod = previousSpectatorData.getSpectatingMethod();
if(spectatingMethod == SpectatorData.SpectatingMethod.FIRST_PERSON) {
spectateCamera = false;
}
}
}
}
@@ -278,16 +290,34 @@ public class ReplayProcess {
}
}
if(!spectating) {
if(spectateCamera) {
ReplayHandler.spectateCamera();
AdvancedPosition pos = positionKeyframes.getInterpolatedValueForTimestamp(curRealReplayTime, linear);
}
if(pos != null) {
ReplayHandler.setCameraTilt((float)pos.getRoll());
ReplayHandler.getCameraEntity().movePath(pos);
}
AdvancedPosition cameraPosition = null;
if(!spectating) {
cameraPosition = positionKeyframes.getInterpolatedValueForTimestamp(curRealReplayTime, linear);
} else {
ReplayHandler.spectateEntity(mc.theWorld.getEntityByID(((SpectatorData)lastPos.getValue()).getSpectatedEntityID()));
Entity toSpectate = mc.theWorld.getEntityByID(((SpectatorData) lastPos.getValue()).getSpectatedEntityID());
//depending on the SpectatingMethod, position the camera relative to the spectated entity
if(spectatingMethod == SpectatorData.SpectatingMethod.FIRST_PERSON) {
ReplayHandler.spectateEntity(toSpectate);
} else if(spectatingMethod == SpectatorData.SpectatingMethod.SHOULDER_CAM) {
//calculate the camera position using the shoulder cam settings
AdvancedPosition entityPosition = new AdvancedPosition(toSpectate);
//first, rotate the camera pitch and yaw according to the settings
entityPosition.setYaw(entityPosition.getYaw() + previousSpectatorData.getShoulderCamYawOffset());
entityPosition.setPitch(entityPosition.getPitch() + previousSpectatorData.getShoulderCamPitchOffset());
//next, move the camera point to fulfill the specified distance to the entity
cameraPosition = entityPosition.getDestination(-1 * previousSpectatorData.getShoulderCamDistance());
}
}
if(cameraPosition != null) {
ReplayHandler.setCameraTilt((float)cameraPosition.getRoll());
ReplayHandler.getCameraEntity().movePath(cameraPosition);
}
Integer curTimestamp = timeKeyframes.getInterpolatedValueForTimestamp(curRealReplayTime, true).asInt();