- Fix error when linking dimension value.

PixelComposer.yyp

@@ -400,6 +400,7 @@
     {"$GMIncludedFile":"","%Name":"nodes.json","CopyToMask":-1,"filePath":"datafiles/data","name":"nodes.json","resourceType":"GMIncludedFile","resourceVersion":"2.0",},
     {"$GMIncludedFile":"","%Name":"Nodes.zip","CopyToMask":-1,"filePath":"datafiles/data","name":"Nodes.zip","resourceType":"GMIncludedFile","resourceVersion":"2.0",},
     {"$GMIncludedFile":"","%Name":"related_node.json","CopyToMask":-1,"filePath":"datafiles/data","name":"related_node.json","resourceType":"GMIncludedFile","resourceVersion":"2.0",},
+    {"$GMIncludedFile":"","%Name":"Theme.zip","CopyToMask":-1,"filePath":"datafiles/data","name":"Theme.zip","resourceType":"GMIncludedFile","resourceVersion":"2.0",},
     {"$GMIncludedFile":"","%Name":"Tooltip.zip","CopyToMask":-1,"filePath":"datafiles/data","name":"Tooltip.zip","resourceType":"GMIncludedFile","resourceVersion":"2.0",},
     {"$GMIncludedFile":"","%Name":"Node_2D_light.png","CopyToMask":-1,"filePath":"datafiles/data/Tooltip","name":"Node_2D_light.png","resourceType":"GMIncludedFile","resourceVersion":"2.0",},
     {"$GMIncludedFile":"","%Name":"Node_9Slice.png","CopyToMask":-1,"filePath":"datafiles/data/Tooltip","name":"Node_9Slice.png","resourceType":"GMIncludedFile","resourceVersion":"2.0",},

scripts/__shapes/__shapes.gml

@@ -1,369 +1,374 @@
-#region shapes
-	global.SHAPES = [];
+global.SHAPES = [];
 
-	enum SHAPE_TYPE {
-		points,
-		triangles,
+enum SHAPE_TYPE {
+	points,
+	triangles,
+}
+
+function SHAPE_rectangle(_sca) {
+	var triangles = [
+						[ new __vec2(-_sca[0], -_sca[1]), new __vec2( _sca[0], -_sca[1]), new __vec2(-_sca[0],  _sca[1]) ],
+						[ new __vec2( _sca[0], -_sca[1]), new __vec2(-_sca[0],  _sca[1]), new __vec2( _sca[0],  _sca[1]) ],
+					];
+	var segment = [ new __vec2(-_sca[0], -_sca[1]), new __vec2( _sca[0], -_sca[1]), 
+					new __vec2( _sca[0],  _sca[1]), new __vec2(-_sca[0],  _sca[1]),
+					new __vec2(-_sca[0], -_sca[1]) ];
+	
+	return [
+		[ { type: SHAPE_TYPE.triangles, triangles: triangles } ],
+		segment
+	];
+}
+
+function SHAPE_circle(_sca, data = {}) {
+	var prec	  = max(3, data.side);
+	var ang		  = 360 / prec;
+	var triangles = array_create(prec);
+	var segment   = array_create(prec + 1);
+	var explode   = data.explode;
+	
+	for( var i = 0; i < prec; i++ ) {
+		var d0 = (i + 0.) * ang;
+		var d5 = (i + .5) * ang;
+		var d1 = (i + 1.) * ang;
+		
+		var dx = lengthdir_x(explode * _sca[0], d5);
+		var dy = lengthdir_y(explode * _sca[1], d5);
+		
+		var x0 = lengthdir_x(_sca[0], d0) + dx;
+		var y0 = lengthdir_y(_sca[1], d0) + dy;
+		var x1 = lengthdir_x(_sca[0], d1) + dx;
+		var y1 = lengthdir_y(_sca[1], d1) + dy;
+		
+		triangles[i] = [ new __vec2(dx, dy), new __vec2(x0, y0), new __vec2(x1, y1) ];
+		
+		if(i == 0) segment[0] = new __vec2(x0, y0);
+		segment[i + 1] = new __vec2(x1, y1);
 	}
 	
-	function SHAPE_rectangle(_sca) { #region
-		var triangles = [
-							[ new __vec2(-_sca[0], -_sca[1]), new __vec2( _sca[0], -_sca[1]), new __vec2(-_sca[0],  _sca[1]) ],
-							[ new __vec2( _sca[0], -_sca[1]), new __vec2(-_sca[0],  _sca[1]), new __vec2( _sca[0],  _sca[1]) ],
-						];
-		var segment = [ new __vec2(-_sca[0], -_sca[1]), new __vec2( _sca[0], -_sca[1]), 
-						new __vec2( _sca[0],  _sca[1]), new __vec2(-_sca[0],  _sca[1]),
-						new __vec2(-_sca[0], -_sca[1]) ];
+	return [
+		[{ type: SHAPE_TYPE.triangles, triangles: triangles }],
+		segment
+	];
+}
 
-		return [
-			[ { type: SHAPE_TYPE.triangles, triangles: triangles } ],
-			segment
-		];
-	} #endregion
+function SHAPE_star(_sca, data = {}) {
+	var prec  = max(3, data.side);
+	var inner = data.inner;
+	var triangles = [];
+	var segment   = [];
 	
-	function SHAPE_circle(_sca, data = {}) { #region
-		var prec	  = max(3, data.side);
-		var triangles = [];
-		var ang		  = 360 / prec;
-		var segment   = [];
+	for( var i = 0; i < prec; i++ ) {
+		var otx = lengthdir_x(0.5, i / prec * 360) * _sca[0] * 2;
+		var oty = lengthdir_y(0.5, i / prec * 360) * _sca[1] * 2;
 		
-		for( var i = 0; i < prec; i++ ) {
-			var x0 = lengthdir_x(0.5, (i + 0) * ang) * _sca[0] * 2;
-			var y0 = lengthdir_y(0.5, (i + 0) * ang) * _sca[1] * 2;
-			var x1 = lengthdir_x(0.5, (i + 1) * ang) * _sca[0] * 2;
-			var y1 = lengthdir_y(0.5, (i + 1) * ang) * _sca[1] * 2;
+		var inx = lengthdir_x(inner / 2, (i + 0.5) / prec * 360) * _sca[0] * 2;
+		var iny = lengthdir_y(inner / 2, (i + 0.5) / prec * 360) * _sca[1] * 2;
+		array_push(triangles, [ new __vec2(0, 0), new __vec2(otx, oty), new __vec2(inx, iny) ]);
 		
-			array_push(triangles, [ new __vec2(0, 0), new __vec2(x0, y0), new __vec2(x1, y1) ]);
+		var pi0 = new __vec2(inx, iny);
 		
-			if(i == 0) array_push(segment, new __vec2(x0, y0));
-			array_push(segment, new __vec2(x1, y1));
+		var inx = lengthdir_x(inner / 2, (i - 0.5) / prec * 360) * _sca[0] * 2;
+		var iny = lengthdir_y(inner / 2, (i - 0.5) / prec * 360) * _sca[1] * 2;
+		array_push(triangles, [ new __vec2(0, 0), new __vec2(otx, oty), new __vec2(inx, iny) ]);
+		
+		array_push(segment, new __vec2(inx, iny));
+		array_push(segment, new __vec2(otx, oty));
+		array_push(segment, pi0);
+	}
+	
+	return [
+		[{ type: SHAPE_TYPE.triangles, triangles: triangles }],
+		segment
+	];
+}
+
+function SHAPE_capsule(_sca, data = {}) {
+	var rad		= data.radius;
+	var prec    = max(2, data.side);
+	var hh		= _sca[1] * rad;
+	var shapes  = [];
+	var segment = [];
+	array_push(segment, new __vec2(-_sca[0] + _sca[1], _sca[1]), new __vec2( _sca[0] - hh, hh));
+	
+	var triangles = [
+		[ new __vec2(-_sca[0] + _sca[1], -_sca[1]), new __vec2( _sca[0] - hh, -hh),           new __vec2(-_sca[0] + _sca[1],  _sca[1]) ],
+		[ new __vec2( _sca[0] - hh,      -hh),      new __vec2(-_sca[0] + _sca[1],  _sca[1]), new __vec2( _sca[0] - hh,       hh) ],
+	];
+	shapes[0] = { type: SHAPE_TYPE.triangles, triangles: triangles };
+	
+	var triangles = [];
+	var cx = -_sca[0] + _sca[1];
+	var cy = 0;
+	var ox, oy, nx, ny, oa, na;
+	for( var i = 0; i <= prec; i++ ) {
+		na = lerp(270, 90, i / prec);
+		nx = cx + lengthdir_x(_sca[1], na);
+		ny = cy + lengthdir_y(_sca[1], na);
+		
+		if(i) {
+			array_push(triangles, [ new __vec2(cx, cy), new __vec2(ox, oy), new __vec2(nx, ny) ]);
+			array_push(segment, new __vec2(ox, oy));
+		}
+		array_push(segment, new __vec2(nx, ny));
+		
+		oa = na;
+		ox = nx;
+		oy = ny;
+	}
+	
+	array_push(segment, new __vec2(-_sca[0] + _sca[1], -_sca[1]), new __vec2( _sca[0] - hh, -hh));
+	shapes[1] = { type: SHAPE_TYPE.triangles, triangles: triangles };
+	
+	var triangles = [];
+	var cx = _sca[0] - hh;
+	var cy = 0;
+	var ox, oy, nx, ny, oa, na;
+	var _seg = [];
+	for( var i = 0; i <= prec; i++ ) {
+		na = lerp(-90, 90, i / prec);
+		nx = cx + lengthdir_x(hh, na);
+		ny = cy + lengthdir_y(hh, na);
+		
+		if(i) {
+			array_push(triangles, [ new __vec2(cx, cy), new __vec2(ox, oy), new __vec2(nx, ny) ]);
+			array_push(_seg, new __vec2(ox, oy));
+		}
+		array_push(_seg, new __vec2(nx, ny));
+		
+		oa = na;
+		ox = nx;
+		oy = ny;
+	}
+	
+	for( var i = 0, n = array_length(_seg); i < n; i++ )
+		array_push(segment, _seg[array_length(_seg) - i - 1]);
+	
+	shapes[2] = { type: SHAPE_TYPE.triangles, triangles: triangles };
+	
+	return [
+		shapes,
+		segment
+	];
+}
+
+function SHAPE_ring(_sca, data = {}) {
+	var prec  = max(3, data.side);
+	var inner = data.inner;
+	var triangles = [];
+	var segment   = [];
+	
+	for( var i = 0; i < prec; i++ ) {
+		var ix0 = lengthdir_x(0.5 * inner, i / prec * 360) * _sca[0] * 2;
+		var iy0 = lengthdir_y(0.5 * inner, i / prec * 360) * _sca[1] * 2;
+		
+		var nx0 = lengthdir_x(0.5, i / prec * 360) * _sca[0] * 2;
+		var ny0 = lengthdir_y(0.5, i / prec * 360) * _sca[1] * 2;
+		
+		var ix1 = lengthdir_x(0.5 * inner, (i + 1) / prec * 360) * _sca[0] * 2;
+		var iy1 = lengthdir_y(0.5 * inner, (i + 1) / prec * 360) * _sca[1] * 2;
+		
+		var nx1 = lengthdir_x(0.5, (i + 1) / prec * 360) * _sca[0] * 2;
+		var ny1 = lengthdir_y(0.5, (i + 1) / prec * 360) * _sca[1] * 2;
+		
+		array_push(triangles, [ new __vec2(ix0, iy0), new __vec2(nx0, ny0), new __vec2(nx1, ny1) ]);
+		array_push(triangles, [ new __vec2(ix0, iy0), new __vec2(nx1, ny1), new __vec2(ix1, iy1) ]);
+		
+		if(i == 0)
+			array_push(segment, new __vec2(nx0, ny0));
+		array_push(segment, new __vec2(nx1, ny1));
+	}
+	
+	return [
+		[{ type: SHAPE_TYPE.triangles, triangles: triangles }],
+		segment
+	];
+}
+
+function SHAPE_gear(_sca, data = {}) {
+	var teeth  = max(3, data.teeth);
+	var teethH = data.teethH;
+	var teethT = data.teethT;
+	var prec   = teeth * 2;
+	var inner  = data.inner;
+	var body   = 0.5 * (1 - teethH);
+	var teth   = 0.5 * teethH;
+	var triangles = [];
+	var segment   = [];
+	
+	for( var i = 0; i < prec; i++ ) {
+		var ix0 = lengthdir_x(body * inner, i / prec * 360) * _sca[0] * 2;
+		var iy0 = lengthdir_y(body * inner, i / prec * 360) * _sca[1] * 2;
+		
+		var nx0 = lengthdir_x(body, i / prec * 360) * _sca[0] * 2;
+		var ny0 = lengthdir_y(body, i / prec * 360) * _sca[1] * 2;
+		
+		var ix1 = lengthdir_x(body * inner, (i + 1) / prec * 360) * _sca[0] * 2;
+		var iy1 = lengthdir_y(body * inner, (i + 1) / prec * 360) * _sca[1] * 2;
+		
+		var nx1 = lengthdir_x(body, (i + 1) / prec * 360) * _sca[0] * 2;
+		var ny1 = lengthdir_y(body, (i + 1) / prec * 360) * _sca[1] * 2;
+		
+		array_push(triangles, [ new __vec2(ix0, iy0), new __vec2(nx0, ny0), new __vec2(nx1, ny1) ]);
+		array_push(triangles, [ new __vec2(ix0, iy0), new __vec2(nx1, ny1), new __vec2(ix1, iy1) ]);
+		
+		if(i == 0)
+			array_push(segment, new __vec2(nx0, ny0));
+		
+		if(i % 2) {
+			var tx0 = nx0 + lengthdir_x(teth, (i + 0.5 - teethT) / prec * 360) * _sca[0] * 2;
+			var ty0 = ny0 + lengthdir_y(teth, (i + 0.5 - teethT) / prec * 360) * _sca[1] * 2;
+		
+			var tx1 = nx1 + lengthdir_x(teth, (i + 0.5 + teethT) / prec * 360) * _sca[0] * 2;
+			var ty1 = ny1 + lengthdir_y(teth, (i + 0.5 + teethT) / prec * 360) * _sca[1] * 2;
+			
+			array_push(triangles, [ new __vec2(tx0, ty0), new __vec2(nx0, ny0), new __vec2(nx1, ny1) ]);
+			array_push(triangles, [ new __vec2(tx0, ty0), new __vec2(nx1, ny1), new __vec2(tx1, ty1) ]);
+			
+			array_push(segment, new __vec2(tx0, ty0));
+			array_push(segment, new __vec2(tx1, ty1));
 		}
 		
-		return [
-			[{ type: SHAPE_TYPE.triangles, triangles: triangles }],
-			segment
-		];
-	} #endregion
+		array_push(segment, new __vec2(nx1, ny1));
+	}
 	
-	function SHAPE_star(_sca, data = {}) { #region
-		var prec  = max(3, data.side);
-		var inner = data.inner;
-		var triangles = [];
-		var segment   = [];
+	return [
+		[{ type: SHAPE_TYPE.triangles, triangles: triangles }],
+		segment
+	];
+}
 
-		for( var i = 0; i < prec; i++ ) {
-			var otx = lengthdir_x(0.5, i / prec * 360) * _sca[0] * 2;
-			var oty = lengthdir_y(0.5, i / prec * 360) * _sca[1] * 2;
+function SHAPE_cross(_sca, data = {}) {
+	var inner = data.inner;
+	var triangles = [];
+	var segment   = [];
+	var side = min(_sca[0], _sca[1]) * inner;
 	
-			var inx = lengthdir_x(inner / 2, (i + 0.5) / prec * 360) * _sca[0] * 2;
-			var iny = lengthdir_y(inner / 2, (i + 0.5) / prec * 360) * _sca[1] * 2;
-			array_push(triangles, [ new __vec2(0, 0), new __vec2(otx, oty), new __vec2(inx, iny) ]);
+	array_push(triangles,
+		[ new __vec2(-side, -side), new __vec2( side, -side), new __vec2(-side, side) ],
+		[ new __vec2( side, -side), new __vec2(-side,  side), new __vec2( side, side) ],
+	);
 	
-			var pi0 = new __vec2(inx, iny);
+	array_push(triangles, //top
+		[ new __vec2(-side, -side), new __vec2( side,    -side), new __vec2(-side, -_sca[1]) ],
+		[ new __vec2( side, -side), new __vec2(-side, -_sca[1]), new __vec2( side, -_sca[1]) ],
+	);
 	
-			var inx = lengthdir_x(inner / 2, (i - 0.5) / prec * 360) * _sca[0] * 2;
-			var iny = lengthdir_y(inner / 2, (i - 0.5) / prec * 360) * _sca[1] * 2;
-			array_push(triangles, [ new __vec2(0, 0), new __vec2(otx, oty), new __vec2(inx, iny) ]);
+	array_push(triangles, //bottom
+		[ new __vec2(-side, _sca[1]), new __vec2( side, _sca[1]), new __vec2(-side, side) ],
+		[ new __vec2( side, _sca[1]), new __vec2(-side,    side), new __vec2( side, side) ],
+	);
 	
-			array_push(segment, new __vec2(inx, iny));
-			array_push(segment, new __vec2(otx, oty));
-			array_push(segment, pi0);
+	array_push(triangles, //left
+		[ new __vec2(   -side, -side), new __vec2(-_sca[0], -side), new __vec2(-side,    side) ],
+		[ new __vec2(-_sca[0], -side), new __vec2(-side,     side), new __vec2(-_sca[0], side) ],
+	);
+	
+	array_push(triangles, //right
+		[ new __vec2(_sca[0], -side), new __vec2( side,   -side), new __vec2(_sca[0], side) ],
+		[ new __vec2(   side, -side), new __vec2(_sca[0],  side), new __vec2(   side, side) ],
+	);
+	
+	array_push(segment, new __vec2(-side, -side),   new __vec2(-side, -_sca[1]), new __vec2( side, -_sca[1]), new __vec2(side, -side) );
+	array_push(segment, new __vec2(_sca[0], -side), new __vec2(_sca[0], side), new __vec2( side, side));
+	array_push(segment, new __vec2(side, _sca[1]), new __vec2(-side, _sca[1]), new __vec2(-side, side));
+	array_push(segment, new __vec2(-_sca[0], side), new __vec2(-_sca[0], -side), new __vec2(-side, -side));
+	
+	return [
+		[{ type: SHAPE_TYPE.triangles, triangles: triangles }],
+		segment
+	];
+}
+
+function SHAPE_arc(_sca, data = {}) {
+	var prec   = max(3, data.side);
+	var inner  = data.inner;
+	var radRan = data.radRan;
+	var cap    = data.cap;
+	var triangles = [];
+	var segment   = [];
+	
+	var oa, na;		
+	var sgArcI = [], sgArcO = [];
+	
+	for( var i = 0; i <= prec; i++ ) {
+		na = lerp(radRan[0], radRan[1], i / prec);
+		
+		var ix1 = lengthdir_x(0.5 * inner, na) * _sca[0] * 2;
+		var iy1 = lengthdir_y(0.5 * inner, na) * _sca[1] * 2;
+		
+		var nx1 = lengthdir_x(0.5, na) * _sca[0] * 2;
+		var ny1 = lengthdir_y(0.5, na) * _sca[1] * 2;
+			
+		if(i) {
+			var ix0 = lengthdir_x(0.5 * inner, oa) * _sca[0] * 2;
+			var iy0 = lengthdir_y(0.5 * inner, oa) * _sca[1] * 2;
+		
+			var nx0 = lengthdir_x(0.5, oa) * _sca[0] * 2;
+			var ny0 = lengthdir_y(0.5, oa) * _sca[1] * 2;
+		
+			array_push(triangles, [ new __vec2(ix0, iy0), new __vec2(nx0, ny0), new __vec2(nx1, ny1) ]);
+			array_push(triangles, [ new __vec2(ix0, iy0), new __vec2(nx1, ny1), new __vec2(ix1, iy1) ]);
 		}
 		
-		return [
-			[{ type: SHAPE_TYPE.triangles, triangles: triangles }],
-			segment
-		];
-	} #endregion
+		array_push(sgArcI, new __vec2(ix1, iy1));
+		array_push(sgArcO, new __vec2(nx1, ny1));
 		
-	function SHAPE_capsule(_sca, data = {}) { #region
-		var rad		= data.radius;
-		var prec    = max(2, data.side);
-		var hh		= _sca[1] * rad;
-		var shapes  = [];
-		var segment = [];
-		array_push(segment, new __vec2(-_sca[0] + _sca[1], _sca[1]), new __vec2( _sca[0] - hh, hh));
+		oa = na;
+	}
 	
-		var triangles = [
-			[ new __vec2(-_sca[0] + _sca[1], -_sca[1]), new __vec2( _sca[0] - hh, -hh),           new __vec2(-_sca[0] + _sca[1],  _sca[1]) ],
-			[ new __vec2( _sca[0] - hh,      -hh),      new __vec2(-_sca[0] + _sca[1],  _sca[1]), new __vec2( _sca[0] - hh,       hh) ],
-		];
-		shapes[0] = { type: SHAPE_TYPE.triangles, triangles: triangles };
-		
-		var triangles = [];
-		var cx = -_sca[0] + _sca[1];
-		var cy = 0;
+	if(cap) { 
+		var cx = lengthdir_x(0.5 * (inner + 1) / 2, radRan[0]) * _sca[0] * 2;
+		var cy = lengthdir_y(0.5 * (inner + 1) / 2, radRan[0]) * _sca[1] * 2;
 		var ox, oy, nx, ny, oa, na;
-		for( var i = 0; i <= prec; i++ ) {
-			na = lerp(270, 90, i / prec);
-			nx = cx + lengthdir_x(_sca[1], na);
-			ny = cy + lengthdir_y(_sca[1], na);
+		var sgCapI = [], sgCapO = [];
+		prec = max(ceil(prec / 2), 2);
 		
-			if(i) {
-				array_push(triangles, [ new __vec2(cx, cy), new __vec2(ox, oy), new __vec2(nx, ny) ]);
-				array_push(segment, new __vec2(ox, oy));
-			}
-			array_push(segment, new __vec2(nx, ny));
+		for( var i = 0; i <= prec; i++ ) {
+			na = radRan[0] - 180 * i / prec;
+			nx = cx + lengthdir_x((1 - inner) / 2, na) * _sca[0];
+			ny = cy + lengthdir_y((1 - inner) / 2, na) * _sca[1];
+		
+			if(i) array_push(triangles, [ new __vec2(cx, cy), new __vec2(ox, oy), new __vec2(nx, ny) ]);
+			
+			array_push(sgCapI, new __vec2(nx, ny));
 			
 			oa = na;
 			ox = nx;
 			oy = ny;
 		}
 		
-		array_push(segment, new __vec2(-_sca[0] + _sca[1], -_sca[1]), new __vec2( _sca[0] - hh, -hh));
-		shapes[1] = { type: SHAPE_TYPE.triangles, triangles: triangles };
-		
-		var triangles = [];
-		var cx = _sca[0] - hh;
-		var cy = 0;
+		var cx = lengthdir_x(0.5 * (inner + 1) / 2, radRan[1]) * _sca[0] * 2;
+		var cy = lengthdir_y(0.5 * (inner + 1) / 2, radRan[1]) * _sca[1] * 2;
 		var ox, oy, nx, ny, oa, na;
-		var _seg = [];
-		for( var i = 0; i <= prec; i++ ) {
-			na = lerp(-90, 90, i / prec);
-			nx = cx + lengthdir_x(hh, na);
-			ny = cy + lengthdir_y(hh, na);
 		
-			if(i) {
-				array_push(triangles, [ new __vec2(cx, cy), new __vec2(ox, oy), new __vec2(nx, ny) ]);
-				array_push(_seg, new __vec2(ox, oy));
-			}
-			array_push(_seg, new __vec2(nx, ny));
+		for( var i = 0; i <= prec; i++ ) {
+			na = radRan[1] + 180 * i / prec;
+			nx = cx + lengthdir_x((1 - inner) / 2, na) * _sca[0];
+			ny = cy + lengthdir_y((1 - inner) / 2, na) * _sca[1];
+			
+			if(i) array_push(triangles, [ new __vec2(cx, cy), new __vec2(ox, oy), new __vec2(nx, ny) ]);
+			
+			array_push(sgCapO, new __vec2(nx, ny));
 			
 			oa = na;
 			ox = nx;
 			oy = ny;
 		}
 		
-		for( var i = 0, n = array_length(_seg); i < n; i++ )
-			array_push(segment, _seg[array_length(_seg) - i - 1]);
+		array_append(segment, sgArcI);
+		array_append(segment, array_reverse(sgCapO));
 		
-		shapes[2] = { type: SHAPE_TYPE.triangles, triangles: triangles };
+		array_append(segment, array_reverse(sgArcO));
+		array_append(segment, sgCapI);
+	} else {
+		array_append(segment, sgArcI);
+		array_append(segment, array_reverse(sgArcO));
+		array_push(segment, sgArcI[0].clone());
+	}
 	
-		return [
-			shapes,
-			segment
-		];
-	} #endregion
-	
-	function SHAPE_ring(_sca, data = {}) { #region
-		var prec  = max(3, data.side);
-		var inner = data.inner;
-		var triangles = [];
-		var segment   = [];
-		
-		for( var i = 0; i < prec; i++ ) {
-			var ix0 = lengthdir_x(0.5 * inner, i / prec * 360) * _sca[0] * 2;
-			var iy0 = lengthdir_y(0.5 * inner, i / prec * 360) * _sca[1] * 2;
-			
-			var nx0 = lengthdir_x(0.5, i / prec * 360) * _sca[0] * 2;
-			var ny0 = lengthdir_y(0.5, i / prec * 360) * _sca[1] * 2;
-			
-			var ix1 = lengthdir_x(0.5 * inner, (i + 1) / prec * 360) * _sca[0] * 2;
-			var iy1 = lengthdir_y(0.5 * inner, (i + 1) / prec * 360) * _sca[1] * 2;
-			
-			var nx1 = lengthdir_x(0.5, (i + 1) / prec * 360) * _sca[0] * 2;
-			var ny1 = lengthdir_y(0.5, (i + 1) / prec * 360) * _sca[1] * 2;
-			
-			array_push(triangles, [ new __vec2(ix0, iy0), new __vec2(nx0, ny0), new __vec2(nx1, ny1) ]);
-			array_push(triangles, [ new __vec2(ix0, iy0), new __vec2(nx1, ny1), new __vec2(ix1, iy1) ]);
-			
-			if(i == 0)
-				array_push(segment, new __vec2(nx0, ny0));
-			array_push(segment, new __vec2(nx1, ny1));
-		}
-		
-		return [
-			[{ type: SHAPE_TYPE.triangles, triangles: triangles }],
-			segment
-		];
-	} #endregion
-	
-	function SHAPE_gear(_sca, data = {}) { #region
-		var teeth  = max(3, data.teeth);
-		var teethH = data.teethH;
-		var teethT = data.teethT;
-		var prec   = teeth * 2;
-		var inner  = data.inner;
-		var body   = 0.5 * (1 - teethH);
-		var teth   = 0.5 * teethH;
-		var triangles = [];
-		var segment   = [];
-		
-		for( var i = 0; i < prec; i++ ) {
-			var ix0 = lengthdir_x(body * inner, i / prec * 360) * _sca[0] * 2;
-			var iy0 = lengthdir_y(body * inner, i / prec * 360) * _sca[1] * 2;
-			
-			var nx0 = lengthdir_x(body, i / prec * 360) * _sca[0] * 2;
-			var ny0 = lengthdir_y(body, i / prec * 360) * _sca[1] * 2;
-			
-			var ix1 = lengthdir_x(body * inner, (i + 1) / prec * 360) * _sca[0] * 2;
-			var iy1 = lengthdir_y(body * inner, (i + 1) / prec * 360) * _sca[1] * 2;
-			
-			var nx1 = lengthdir_x(body, (i + 1) / prec * 360) * _sca[0] * 2;
-			var ny1 = lengthdir_y(body, (i + 1) / prec * 360) * _sca[1] * 2;
-			
-			array_push(triangles, [ new __vec2(ix0, iy0), new __vec2(nx0, ny0), new __vec2(nx1, ny1) ]);
-			array_push(triangles, [ new __vec2(ix0, iy0), new __vec2(nx1, ny1), new __vec2(ix1, iy1) ]);
-			
-			if(i == 0)
-				array_push(segment, new __vec2(nx0, ny0));
-			
-			if(i % 2) {
-				var tx0 = nx0 + lengthdir_x(teth, (i + 0.5 - teethT) / prec * 360) * _sca[0] * 2;
-				var ty0 = ny0 + lengthdir_y(teth, (i + 0.5 - teethT) / prec * 360) * _sca[1] * 2;
-			
-				var tx1 = nx1 + lengthdir_x(teth, (i + 0.5 + teethT) / prec * 360) * _sca[0] * 2;
-				var ty1 = ny1 + lengthdir_y(teth, (i + 0.5 + teethT) / prec * 360) * _sca[1] * 2;
-				
-				array_push(triangles, [ new __vec2(tx0, ty0), new __vec2(nx0, ny0), new __vec2(nx1, ny1) ]);
-				array_push(triangles, [ new __vec2(tx0, ty0), new __vec2(nx1, ny1), new __vec2(tx1, ty1) ]);
-				
-				array_push(segment, new __vec2(tx0, ty0));
-				array_push(segment, new __vec2(tx1, ty1));
-			}
-			
-			array_push(segment, new __vec2(nx1, ny1));
-		}
-		
-		return [
-			[{ type: SHAPE_TYPE.triangles, triangles: triangles }],
-			segment
-		];
-	} #endregion
-	
-	function SHAPE_cross(_sca, data = {}) { #region
-		var inner = data.inner;
-		var triangles = [];
-		var segment   = [];
-		var side = min(_sca[0], _sca[1]) * inner;
-		
-		array_push(triangles,
-			[ new __vec2(-side, -side), new __vec2( side, -side), new __vec2(-side, side) ],
-			[ new __vec2( side, -side), new __vec2(-side,  side), new __vec2( side, side) ],
-		);
-		
-		array_push(triangles, //top
-			[ new __vec2(-side, -side), new __vec2( side,    -side), new __vec2(-side, -_sca[1]) ],
-			[ new __vec2( side, -side), new __vec2(-side, -_sca[1]), new __vec2( side, -_sca[1]) ],
-		);
-		
-		array_push(triangles, //bottom
-			[ new __vec2(-side, _sca[1]), new __vec2( side, _sca[1]), new __vec2(-side, side) ],
-			[ new __vec2( side, _sca[1]), new __vec2(-side,    side), new __vec2( side, side) ],
-		);
-		
-		array_push(triangles, //left
-			[ new __vec2(   -side, -side), new __vec2(-_sca[0], -side), new __vec2(-side,    side) ],
-			[ new __vec2(-_sca[0], -side), new __vec2(-side,     side), new __vec2(-_sca[0], side) ],
-		);
-		
-		array_push(triangles, //right
-			[ new __vec2(_sca[0], -side), new __vec2( side,   -side), new __vec2(_sca[0], side) ],
-			[ new __vec2(   side, -side), new __vec2(_sca[0],  side), new __vec2(   side, side) ],
-		);
-		
-		array_push(segment, new __vec2(-side, -side),   new __vec2(-side, -_sca[1]), new __vec2( side, -_sca[1]), new __vec2(side, -side) );
-		array_push(segment, new __vec2(_sca[0], -side), new __vec2(_sca[0], side), new __vec2( side, side));
-		array_push(segment, new __vec2(side, _sca[1]), new __vec2(-side, _sca[1]), new __vec2(-side, side));
-		array_push(segment, new __vec2(-_sca[0], side), new __vec2(-_sca[0], -side), new __vec2(-side, -side));
-		
-		return [
-			[{ type: SHAPE_TYPE.triangles, triangles: triangles }],
-			segment
-		];
-	} #endregion
-	
-	function SHAPE_arc(_sca, data = {}) { #region
-		var prec   = max(3, data.side);
-		var inner  = data.inner;
-		var radRan = data.radRan;
-		var cap    = data.cap;
-		var triangles = [];
-		var segment   = [];
-		
-		var oa, na;		
-		var sgArcI = [], sgArcO = [];
-		
-		for( var i = 0; i <= prec; i++ ) {
-			na = lerp(radRan[0], radRan[1], i / prec);
-			
-			var ix1 = lengthdir_x(0.5 * inner, na) * _sca[0] * 2;
-			var iy1 = lengthdir_y(0.5 * inner, na) * _sca[1] * 2;
-			
-			var nx1 = lengthdir_x(0.5, na) * _sca[0] * 2;
-			var ny1 = lengthdir_y(0.5, na) * _sca[1] * 2;
-				
-			if(i) {
-				var ix0 = lengthdir_x(0.5 * inner, oa) * _sca[0] * 2;
-				var iy0 = lengthdir_y(0.5 * inner, oa) * _sca[1] * 2;
-			
-				var nx0 = lengthdir_x(0.5, oa) * _sca[0] * 2;
-				var ny0 = lengthdir_y(0.5, oa) * _sca[1] * 2;
-			
-				array_push(triangles, [ new __vec2(ix0, iy0), new __vec2(nx0, ny0), new __vec2(nx1, ny1) ]);
-				array_push(triangles, [ new __vec2(ix0, iy0), new __vec2(nx1, ny1), new __vec2(ix1, iy1) ]);
-			}
-			
-			array_push(sgArcI, new __vec2(ix1, iy1));
-			array_push(sgArcO, new __vec2(nx1, ny1));
-			
-			oa = na;
-		}
-		
-		if(cap) { 
-			var cx = lengthdir_x(0.5 * (inner + 1) / 2, radRan[0]) * _sca[0] * 2;
-			var cy = lengthdir_y(0.5 * (inner + 1) / 2, radRan[0]) * _sca[1] * 2;
-			var ox, oy, nx, ny, oa, na;
-			var sgCapI = [], sgCapO = [];
-			prec = max(ceil(prec / 2), 2);
-			
-			for( var i = 0; i <= prec; i++ ) {
-				na = radRan[0] - 180 * i / prec;
-				nx = cx + lengthdir_x((1 - inner) / 2, na) * _sca[0];
-				ny = cy + lengthdir_y((1 - inner) / 2, na) * _sca[1];
-			
-				if(i) array_push(triangles, [ new __vec2(cx, cy), new __vec2(ox, oy), new __vec2(nx, ny) ]);
-				
-				array_push(sgCapI, new __vec2(nx, ny));
-				
-				oa = na;
-				ox = nx;
-				oy = ny;
-			}
-			
-			var cx = lengthdir_x(0.5 * (inner + 1) / 2, radRan[1]) * _sca[0] * 2;
-			var cy = lengthdir_y(0.5 * (inner + 1) / 2, radRan[1]) * _sca[1] * 2;
-			var ox, oy, nx, ny, oa, na;
-			
-			for( var i = 0; i <= prec; i++ ) {
-				na = radRan[1] + 180 * i / prec;
-				nx = cx + lengthdir_x((1 - inner) / 2, na) * _sca[0];
-				ny = cy + lengthdir_y((1 - inner) / 2, na) * _sca[1];
-				
-				if(i) array_push(triangles, [ new __vec2(cx, cy), new __vec2(ox, oy), new __vec2(nx, ny) ]);
-				
-				array_push(sgCapO, new __vec2(nx, ny));
-				
-				oa = na;
-				ox = nx;
-				oy = ny;
-			}
-			
-			array_append(segment, sgArcI);
-			array_append(segment, array_reverse(sgCapO));
-			
-			array_append(segment, array_reverse(sgArcO));
-			array_append(segment, sgCapI);
-		} else {
-			array_append(segment, sgArcI);
-			array_append(segment, array_reverse(sgArcO));
-			array_push(segment, sgArcI[0].clone());
-		}
-		
-		return [
-			[{ type: SHAPE_TYPE.triangles, triangles: triangles }],
-			segment
-		];
-	} #endregion
-	
-#endregion
+	return [
+		[{ type: SHAPE_TYPE.triangles, triangles: triangles }],
+		segment
+	];
+}

scripts/globals/globals.gml

@@ -37,10 +37,10 @@
 	globalvar HOTKEYS, HOTKEY_CONTEXT;
 
 	LATEST_VERSION	= 1_16_00_0;
-	VERSION			= 1_17_10_4;
+	VERSION			= 1_17_11_0;
 	SAVE_VERSION	= 1_17_10_0;
-	VERSION_STRING  = "1.17.10.4";
-	BUILD_NUMBER	= 1_17_10_4;
+	VERSION_STRING  = "1.17.11.001";
+	BUILD_NUMBER	= 1_17_11_0;
 	
 	HOTKEYS			= ds_map_create();
 	HOTKEY_CONTEXT	= ds_list_create();
@@ -59,7 +59,7 @@
 	globalvar DIALOG_CLICK;
 	
 	DOUBLE_CLICK_POS = [ 0, 0 ];
-	DOUBLE_CLICK = false;
+	DOUBLE_CLICK  = false;
 	
 	FOCUS	      = noone;
 	FOCUS_CONTENT = noone;

scripts/node_shape_polygon/node_shape_polygon.gml

@@ -1,6 +1,5 @@
 function Node_Shape_Polygon(_x, _y, _group = noone) : Node_Processor(_x, _y, _group) constructor {
 	name = "Draw Shape Polygon";
-	batch_output = false;
 	
 	shapesArray = [ "Rectangle", "Ellipse", "Star", "Capsule", "Ring", "Arc", "Gear", "Cross" ];
 	for( var i = 0, n = array_length(shapesArray); i < n; i++ ) 
@@ -49,6 +48,11 @@ function Node_Shape_Polygon(_x, _y, _group = noone) : Node_Processor(_x, _y, _gr
 	newInput(16, nodeValue("Mesh", self, CONNECT_TYPE.input, VALUE_TYPE.mesh, noone))
 		.setVisible(true, true);
 		
+	newInput(17, nodeValue_Float("Explode", self, 0))
+		.setDisplay(VALUE_DISPLAY.slider, { range: [-1, 1, 0.01] });
+	
+	newInput(18, nodeValue_Rotation("Piece Rotation", self, 0));
+	
 	outputs[0] = nodeValue_Output("Surface out", self, VALUE_TYPE.surface, noone);
 		
 	outputs[1] = nodeValue_Output("Mesh", self, VALUE_TYPE.mesh, noone);
@@ -58,7 +62,7 @@ function Node_Shape_Polygon(_x, _y, _group = noone) : Node_Processor(_x, _y, _gr
 	input_display_list = [ 16, 
 		["Output", 		false], 0, 
 		["Transform",	false], 5, 6, 7, 
-		["Shape",		false], 4, 8, 9, 10, 11, 12, 13, 14, 15, 
+		["Shape",		false], 4, 8, 9, 10, 11, 12, 13, 14, 15, 17, 18, 
 		["Render",		 true],	3, 
 		["Background",	 true, 1], 2, 
 	];
@@ -90,10 +94,7 @@ function Node_Shape_Polygon(_x, _y, _group = noone) : Node_Processor(_x, _y, _gr
 	mesh = new Mesh();
 	path = new PathSegment();
 	
-	static processData = function(_outSurf, _data, _output_index, _array_index) {
-		if(_output_index == 1) return mesh;
-		if(_output_index == 2) return path;
-		
+	static processData = function(_outData, _data, _output_index, _array_index) {
 		var _dim	= _data[0];
 		var _bg		= _data[1];
 		var _bgc	= _data[2];
@@ -111,27 +112,78 @@ function Node_Shape_Polygon(_x, _y, _group = noone) : Node_Processor(_x, _y, _gr
 		var _aRan   = _data[14];
 		var _cap    = _data[15];
 		var _mesh   = _data[16];
+		var _expld  = _data[17];
+		var _prot   = _data[18];
 		
-		inputs[ 8].setVisible(_shp == 1 || _shp == 2 || _shp == 3 || _shp == 4 || _shp == 5);
-		inputs[ 9].setVisible(_shp == 2 || _shp == 4 || _shp == 5 || _shp == 6 || _shp == 7);
-		inputs[10].setVisible(_shp == 3);
-		inputs[11].setVisible(_shp == 6);
-		inputs[12].setVisible(_shp == 6);
-		inputs[13].setVisible(_shp == 6);
-		inputs[14].setVisible(_shp == 5);
-		inputs[15].setVisible(_shp == 5);
+		inputs[ 8].setVisible(false);
+		inputs[ 9].setVisible(false);
+		inputs[10].setVisible(false);
+		inputs[11].setVisible(false);
+		inputs[12].setVisible(false);
+		inputs[13].setVisible(false);
+		inputs[14].setVisible(false);
+		inputs[15].setVisible(false);
+		inputs[17].setVisible(false);
 		
-		_outSurf = surface_verify(_outSurf, _dim[0], _dim[1], attrDepth());
+		var _shapeName = array_safe_get_fast(shapesArray, _shp).name; 
 		
+		switch(_shapeName) {
+			case "Rectangle" : // 0
+				break;
+				
+			case "Ellipse"	 : // 1
+				inputs[ 8].setVisible(true);
+				inputs[17].setVisible(true);
+				break;
+				
+			case "Star"		 : // 2
+				inputs[ 8].setVisible(true);
+				inputs[ 9].setVisible(true);
+				break;
+				
+			case "Capsule"	 : // 3
+				inputs[ 8].setVisible(true);
+				inputs[10].setVisible(true);
+				break;
+				
+			case "Ring"		 : // 4
+				inputs[ 8].setVisible(true);
+				inputs[ 9].setVisible(true);
+				break;
+				
+			case "Arc"		 : // 5
+				inputs[ 8].setVisible(true);
+				inputs[ 9].setVisible(true);
+				inputs[14].setVisible(true);
+				inputs[15].setVisible(true);
+				break;
+				
+			case "Gear"		 : // 6
+				inputs[ 9].setVisible(true);	
+				inputs[11].setVisible(true);
+				inputs[12].setVisible(true);
+				inputs[13].setVisible(true);
+				break;
+				
+			case "Cross"	 : // 7
+				inputs[ 9].setVisible(true);
+				break;
+				
+		}
+				
+		var _outSurf = surface_verify(_outData[0], _dim[0], _dim[1], attrDepth());
+		
+		print(attributes.use_project_dimension)
 		var data = {
-			side:	_side,
-			inner:	_inner,
-			radius: _rad,
-			radRan: _aRan,
-			teeth:	_teeth,
-			teethH: _thHei,
-			teethT: _thTap,
-			cap:    _cap,
+			side:	   _side,
+			inner:	   _inner,
+			radius:    _rad,
+			radRan:    _aRan,
+			teeth:	   _teeth,
+			teethH:    _thHei,
+			teethT:    _thTap,
+			cap:       _cap,
+			explode:   _expld,
 		};
 		
 		surface_set_target(_outSurf);
@@ -159,26 +211,49 @@ function Node_Shape_Polygon(_x, _y, _group = noone) : Node_Processor(_x, _y, _gr
 				
 				var shapeData = [];
 			
-				switch(array_safe_get_fast(shapesArray, _shp).name) {
-					case "Rectangle" : shapeData = SHAPE_rectangle(_sca);		break;
-					case "Ellipse"	 : shapeData = SHAPE_circle(_sca, data);	break;
-					case "Star"		 : shapeData = SHAPE_star(_sca, data);		break;
-					case "Capsule"	 : shapeData = SHAPE_capsule(_sca, data);	break;
-					case "Ring"		 : shapeData = SHAPE_ring(_sca, data);		break;
-					case "Arc"		 : shapeData = SHAPE_arc(_sca, data);		break;
-					case "Gear"		 : shapeData = SHAPE_gear(_sca, data);		break;
-					case "Cross"	 : shapeData = SHAPE_cross(_sca, data);		break;
+				switch(_shapeName) {
+					case "Rectangle" : shapeData = SHAPE_rectangle( _sca      );	break;
+					case "Ellipse"	 : shapeData = SHAPE_circle(	_sca, data);	break;
+					case "Star"		 : shapeData = SHAPE_star(  	_sca, data);	break;
+					case "Capsule"	 : shapeData = SHAPE_capsule(	_sca, data);	break;
+					case "Ring"		 : shapeData = SHAPE_ring(  	_sca, data);	break;
+					case "Arc"		 : shapeData = SHAPE_arc(       _sca, data);	break;
+					case "Gear"		 : shapeData = SHAPE_gear(  	_sca, data);	break;
+					case "Cross"	 : shapeData = SHAPE_cross( 	_sca, data);	break;
+					
 					default: 
 						draw_primitive_end();
 						draw_set_alpha(1);
 			
 						surface_reset_target();
-						return _outSurf;
+						return [ _outSurf, mesh, path ];
 				}
 				
 				var points  = shapeData[0];
 				var segment = shapeData[1];
 				
+				if(_prot != 0)
+				for( var i = 0, n = array_length(points); i < n; i++ ) {
+					if(points[i].type != SHAPE_TYPE.triangles) continue;
+					
+					var _tri = points[i].triangles;
+					for( var j = 0; j < array_length(_tri); j++ ) {
+						var tri = _tri[j];
+						var cx  = (tri[0].x + tri[1].x + tri[2].x) / 3;
+						var cy  = (tri[0].y + tri[1].y + tri[2].y) / 3;
+						
+						var p = point_rotate(tri[0].x, tri[0].y, cx, cy, _prot);
+						tri[0].x = p[0]; tri[0].y = p[1];
+						
+						var p = point_rotate(tri[1].x, tri[1].y, cx, cy, _prot);
+						tri[1].x = p[0]; tri[1].y = p[1];
+						
+						var p = point_rotate(tri[2].x, tri[2].y, cx, cy, _prot);
+						tri[2].x = p[0]; tri[2].y = p[1];
+						
+					}
+				}
+				
 				for( var i = 0, n = array_length(segment); i < n; i++ ) {
 					var _p = segment[i];
 					var p = point_rotate(_p.x, _p.y, 0, 0, _rot);
@@ -218,6 +293,6 @@ function Node_Shape_Polygon(_x, _y, _group = noone) : Node_Processor(_x, _y, _gr
 			
 		surface_reset_target();
 		
-		return _outSurf;
+		return [ _outSurf, mesh, path ];
 	}
 }

scripts/node_value_dimension/node_value_dimension.gml

@@ -1,7 +1,7 @@
 function nodeValue_Dimension(_node, value = DEF_SURF) { return new NodeValue_Dimension(_node, value); }
 
 function NodeValue_Dimension(_node, value) : NodeValue("Dimension", _node, CONNECT_TYPE.input, VALUE_TYPE.integer, value, "") constructor {
-	setDisplay(VALUE_DISPLAY.vector, 2);
+	setDisplay(VALUE_DISPLAY.vector);
 	
 	/////============== GET =============