70 root[
"layer"] =
Layer();
71 root[
"start"] =
Start();
83 if (!root[
"id"].isNull())
84 Id(root[
"id"].asString());
85 if (!root[
"position"].isNull())
86 Position(root[
"position"].asDouble());
87 if (!root[
"layer"].isNull())
88 Layer(root[
"layer"].asInt());
89 if (!root[
"start"].isNull())
90 Start(root[
"start"].asDouble());
91 if (!root[
"end"].isNull())
92 End(root[
"end"].asDouble());
96 Json::Value
ClipBase::add_property_json(std::string name,
float value, std::string type, std::string memo,
const Keyframe* keyframe,
float min_value,
float max_value,
bool readonly, int64_t requested_frame)
const {
99 const Point requested_point(requested_frame, requested_frame);
102 Json::Value prop = Json::Value(Json::objectValue);
104 prop[
"value"] = value;
107 prop[
"min"] = min_value;
108 prop[
"max"] = max_value;
110 prop[
"keyframe"] = keyframe->
Contains(requested_point);
111 prop[
"points"] = int(keyframe->
GetCount());
114 prop[
"closest_point_x"] = closest_point.co.X;
118 prop[
"keyframe"] =
false;
121 prop[
"closest_point_x"] = -1;
122 prop[
"previous_point_x"] = -1;
125 prop[
"readonly"] = readonly;
126 prop[
"choices"] = Json::Value(Json::arrayValue);
135 Json::Value new_choice = Json::Value(Json::objectValue);
136 new_choice[
"name"] = name;
137 new_choice[
"value"] = value;
138 new_choice[
"selected"] = (value == selected_value);
Header file for ClipBase class.
std::string Id() const
Get the Id of this clip object.
float Start() const
Get start position (in seconds) of clip (trim start of video)
InterpolationType interpolation
This is the interpolation mode.
virtual float End() const
Get end position (in seconds) of clip (trim end of video)
float position
The position on the timeline where this clip should start playing.
A Point is the basic building block of a key-frame curve.
Point GetPreviousPoint(Point p) const
Get previous point (.
bool Contains(Point p) const
Does this keyframe contain a specific point.
Header file for Timeline class.
int layer
The layer this clip is on. Lower clips are covered up by higher clips.
virtual Json::Value JsonValue() const =0
Generate Json::Value for this object.
virtual void SetJsonValue(const Json::Value root)=0
Load Json::Value into this object.
Point GetClosestPoint(Point p) const
Get current point (or closest point to the right) from the X coordinate (i.e. the frame number) ...
Json::Value add_property_choice_json(std::string name, int value, int selected_value) const
Generate JSON choice for a property (dropdown properties)
float start
The position in seconds to start playing (used to trim the beginning of a clip)
double X
The X value of the coordinate (usually representing the frame #)
float end
The position in seconds to end playing (used to trim the ending of a clip)
float Duration() const
Get the length of this clip (in seconds)
This namespace is the default namespace for all code in the openshot library.
Coordinate co
This is the primary coordinate.
int64_t GetCount() const
Get the number of points (i.e. # of points)
openshot::TimelineBase * ParentTimeline()
Get the associated Timeline pointer (if any)
void SortTimeline()
Sort all clips and effects on timeline - which affects the internal order of clips and effects arrays...
float Position() const
Get position on timeline (in seconds)
A Keyframe is a collection of Point instances, which is used to vary a number or property over time...
Json::Value add_property_json(std::string name, float value, std::string type, std::string memo, const Keyframe *keyframe, float min_value, float max_value, bool readonly, int64_t requested_frame) const
Generate JSON for a property.
Constant curves jump from their previous position to a new one (with no interpolation).
int Layer() const
Get layer of clip on timeline (lower number is covered by higher numbers)
This class represents a timeline.