switched signals to double and random to uint16

1 files changed, 18 insertions, 18 deletions

diff --git a/rotord/src/nodes_transform.h b/rotord/src/nodes_transform.h
index ea8f474..c4a29ea 100644
--- a/rotord/src/nodes_transform.h
+++ b/rotord/src/nodes_transform.h
@@ -17,12 +17,12 @@ namespace Rotor {
 		//aspect: scaled or homogenous
 		public:
 			Transformer(){
-				create_parameter("transformX","number","X transformation","Transform X",0.0f);
-				create_parameter("transformY","number","Y transformation","Transform Y",0.0f);
+				create_parameter("transformX","number","X transformation","Transform X",0.0);
+				create_parameter("transformY","number","Y transformation","Transform Y",0.0);
 				create_parameter("originX","number","X transformation origin","Origin X",0.5f);
 				create_parameter("originY","number","Y transformation origin","Origin Y",0.5f);
-				create_parameter("rotation","number","Rotation about origin","Rotation",0.0f);
-				create_parameter("scale","number","Scale about origin","Scale",1.0f);
+				create_parameter("rotation","number","Rotation about origin","Rotation",0.0);
+				create_parameter("scale","number","Scale about origin","Scale",1.0);
 				create_attribute("filter","Filtering mode","Filter mode","linear",{"nearest","linear","area","cubic","lanczos"});
 			};
 			Image *transform(Image *in){
@@ -51,12 +51,12 @@ namespace Rotor {
 								break;
 						}
 
-						float tX=parameters["transformX"]->value;
-						float tY=parameters["transformY"]->value;
-						float oX=parameters["originX"]->value;
-						float oY=parameters["originY"]->value;
-						float r=(parameters["rotation"]->value/180)*3.1415926f;
-						float s=parameters["scale"]->value;
+						double tX=parameters["transformX"]->value;
+						double tY=parameters["transformY"]->value;
+						double oX=parameters["originX"]->value;
+						double oY=parameters["originY"]->value;
+						double r=(parameters["rotation"]->value/180)*3.1415926f;
+						double s=parameters["scale"]->value;
 
 						//do opencv transform
 						cv::Point2f srcTri[3], dstTri[3];
@@ -70,18 +70,18 @@ namespace Rotor {
 
 						//using mipmaps: 
 						cv::Mat inter;
-						//int level=(int)ceil(log(1.0f/(s*((float)in.w/(float)image.w)))/log(2));
+						//int level=(int)ceil(log(1.0/(s*((double)in.w/(double)image.w)))/log(2));
 						
 
 						//if (s<1){
 						//	if (s<.01) s=.01;
-						//	float scalefac=((float)image.w/in->w)*s;
+						//	double scalefac=((double)image.w/in->w)*s;
 						//	cv::resize(in->rgb,inter,cv::Size(in->w*scalefac,in->h*scalefac),s,s); //double fx=0, double fy=0, int interpolation=INTER_LINEAR )¶
-						//	s=1.0f;
+						//	s=1.0;
 						//}
 						//else {
 							inter=in->rgb;
-							s=((float)image.w/in->w)*s;
+							s=((double)image.w/in->w)*s;
 						//}
 						
 						// Compute matrix by creating triangle and transforming
@@ -103,8 +103,8 @@ namespace Rotor {
 							dstTri[i].x*=s;
 							dstTri[i].y*=s;
 
-							float dx=(dstTri[i].x*cos(r))-(dstTri[i].y*sin(r));
-							float dy=(dstTri[i].x*sin(r))+(dstTri[i].y*cos(r));
+							double dx=(dstTri[i].x*cos(r))-(dstTri[i].y*sin(r));
+							double dy=(dstTri[i].x*sin(r))+(dstTri[i].y*cos(r));
 
 							dstTri[i].x=dx;
 							dstTri[i].y=dy;
@@ -129,8 +129,8 @@ namespace Rotor {
 
 						//trans_mat.resize(3);
 						//rot_mat.resize(3);
-						//trans_mat.data[8]=1.0f;
-						//rot_mat.data[8]=1.0f;
+						//trans_mat.data[8]=1.0;
+						//rot_mat.data[8]=1.0;
 						//out_mat=rot_mat*trans_mat;
 						//out_mat.resize(2);