Add node descriptions with tooltips

PaperVision/src/main/kotlin/io/github/deltacv/papervision/node/vision/classification/GroupContoursByShapeNode.kt

@@ -27,7 +27,7 @@ enum class Shape(val sides: Int?) {
 @PaperNode(
     name = "nod_groupcontours_byshape",
     category = Category.CLASSIFICATION,
-    description = "Finds all the contours (list of points) of a given binary image."
+    description = "des_groupcontours_byshape"
 )
 class GroupContoursByShapeNode : DrawNode<GroupContoursByShapeNode.Session>() {
 

PaperVision/src/main/kotlin/io/github/deltacv/papervision/node/vision/classification/GroupRectsInsideAreaNode.kt

@@ -25,7 +25,7 @@ enum class Orientation { Vertical, Horizontal }
 @PaperNode(
     name = "nod_grouprects_insidearea",
     category = Category.CLASSIFICATION,
-    description = "Finds all the contours (list of points) of a given binary image."
+    description = "des_grouprects_insidearea"
 )
 class GroupRectsInsideAreaNode : DrawNode<GroupRectsInsideAreaNode.Session>() {
 

PaperVision/src/main/kotlin/io/github/deltacv/papervision/node/vision/classification/targets/ExportTargetNode.kt

@@ -15,7 +15,7 @@ import io.github.deltacv.papervision.node.PaperNode
 @PaperNode(
     name = "nod_exporttarget",
     category = Category.CLASSIFICATION,
-    description = "Export detected target to return from the pipeline"
+    description = "des_exporttarget"
 )
 class ExportTargetNode : DrawNode<NoSession>() {
 

PaperVision/src/main/kotlin/io/github/deltacv/papervision/node/vision/classification/targets/ExportTargetsNode.kt

@@ -17,7 +17,7 @@ import io.github.deltacv.papervision.node.PaperNode
 @PaperNode(
     name = "nod_exporttargets",
     category = Category.CLASSIFICATION,
-    description = "Export detected targets to return from the pipeline"
+    description = "des_exporttargets"
 )
 class ExportTargetsNode : DrawNode<NoSession>() {
 

PaperVision/src/main/kotlin/io/github/deltacv/papervision/node/vision/featuredet/BoundingRectsNode.kt

@@ -20,7 +20,7 @@ import io.github.deltacv.papervision.node.PaperNode
 @PaperNode(
     name = "nod_boundingrect",
     category = Category.FEATURE_DET,
-    description = "Calculates the bounding rectangles of a given list of points."
+    description = "des_boundingrect"
 )
 class BoundingRectsNode : DrawNode<BoundingRectsNode.Session>() {
 

PaperVision/src/main/kotlin/io/github/deltacv/papervision/node/vision/featuredet/FindCountoursNode.kt

@@ -21,7 +21,7 @@ import io.github.deltacv.papervision.node.PaperNode
 @PaperNode(
     name = "nod_findcontours",
     category = Category.FEATURE_DET,
-    description = "Finds all the contours (list of points) of a given binary image."
+    description = "des_findcontours"
 )
 class FindContoursNode : DrawNode<FindContoursNode.Session>() {
 

PaperVision/src/main/kotlin/io/github/deltacv/papervision/node/vision/featuredet/filter/FilterBiggestRectangleNode.kt

@@ -17,7 +17,7 @@ import io.github.deltacv.papervision.node.PaperNode
 @PaperNode(
     name = "nod_filterbiggest_rect",
     category = Category.FEATURE_DET,
-    description = "Finds all the contours (list of points) of a given binary image."
+    description = "des_filterbiggest_rect"
 )
 class FilterBiggestRectangleNode : DrawNode<FilterBiggestRectangleNode.Session>() {
 

PaperVision/src/main/kotlin/io/github/deltacv/papervision/node/vision/imageproc/BlurNode.kt

@@ -23,7 +23,7 @@ enum class BlurAlgorithm { Gaussian, Box, Median, Bilateral }
 @PaperNode(
     name = "nod_blur",
     category = Category.IMAGE_PROC,
-    description = "Takes a normal image and performs a mask based on a binary image, discards or includes areas from the normal image based on the binary image."
+    description = "des_blur"
 )
 class BlurNode : DrawNode<BlurNode.Session>() {
 

PaperVision/src/main/kotlin/io/github/deltacv/papervision/node/vision/imageproc/CvtColorNode.kt

@@ -19,7 +19,7 @@ import io.github.deltacv.papervision.node.vision.ColorSpace
 @PaperNode(
     name = "nod_cvtcolor",
     category = Category.IMAGE_PROC,
-    description = "Converts a Mat from its current color space to the specified color space. If the mat is already in the specified color space, no conversion is made."
+    description = "des_cvtcolor"
 )
 class CvtColorNode : DrawNode<CvtColorNode.Session>() {
 

PaperVision/src/main/kotlin/io/github/deltacv/papervision/node/vision/imageproc/ErodeDilateNode.kt

@@ -19,7 +19,7 @@ import io.github.deltacv.papervision.util.Range2i
 @PaperNode(
     name = "nod_erodedilate",
     category = Category.IMAGE_PROC,
-    description = "Erodes and dilates a given image"
+    description = "des_erodedilate"
 )
 class ErodeDilateNode : DrawNode<ErodeDilateNode.Session>() {
 

PaperVision/src/main/kotlin/io/github/deltacv/papervision/node/vision/imageproc/MaskNode.kt

@@ -17,7 +17,7 @@ import io.github.deltacv.papervision.node.PaperNode
 @PaperNode(
     name = "nod_binarymask",
     category = Category.IMAGE_PROC,
-    description = "Takes a normal image and performs a mask based on a binary image, discards or includes areas from the normal image based on the binary image."
+    description = "des_binarymask"
 )
 class MaskNode : DrawNode<MaskNode.Session>(){
 

PaperVision/src/main/kotlin/io/github/deltacv/papervision/node/vision/imageproc/ThresholdNode.kt

@@ -25,7 +25,7 @@ import io.github.deltacv.papervision.serialization.data.SerializeData
 @PaperNode(
     name = "nod_colorthresh",
     category = Category.IMAGE_PROC,
-    description = "Performs a threshold in the input image and returns a binary image, discarding the pixels that were outside the range in the color space specified."
+    description = "des_colorthresh"
 )
 class ThresholdNode : DrawNode<ThresholdNode.Session>() {
 

PaperVision/src/main/kotlin/io/github/deltacv/papervision/node/vision/overlay/DrawRectanglesNode.kt

@@ -24,7 +24,7 @@ import io.github.deltacv.papervision.node.vision.ColorSpace
 @PaperNode(
     name = "nod_drawrects",
     category = Category.OVERLAY,
-    description = "Draws the rectangles on a copy of the given image and outputs the result."
+    description = "des_drawrects"
 )
 open class DrawRectanglesNode
 @JvmOverloads constructor(val isDrawOnInput: Boolean = false) : DrawNode<DrawRectanglesNode.Session>() {
@@ -160,6 +160,6 @@ open class DrawRectanglesNode
 @PaperNode(
     name = "nod_drawrects_onimage",
     category = Category.OVERLAY,
-    description = "Draws the rectangles in the passed image."
+    description = "des_drawrects_onimage"
 )
 class DrawRectanglesOnImageNode : DrawRectanglesNode(true)

PaperVision/src/main/resources/lang.csv

@@ -66,7 +66,21 @@ att_groupedrects,Grouped Rects,Rectangulos Agrupados
 att_rectsinside,Rects Inside,Rectangulos Dentro
 att_targets,Targets,Objetivos
 att_label,Label,Etiqueta
-des_drawcontours,Draws the contours on a copy of<br>the given image and outputs the result.,Dibuja los contornos en una copia de<br>la imagen dada y devuelve el resultado.
+des_exporttargets,Export detected targets to hand to another program.,Exporta objetivos detectados para pasarlos a otro programa.
+des_exporttarget,Export detected target to hand to another program.,Exporta el objetivo detectado para pasarlo a otro programa.
+des_groupcontours_byshape,Finds contours that match a specific shape.,Encuentra los contornos que encajan<br>en una figura especificada.
+des_grouprects_insidearea,Selects rectangles that are inside a specified area.,Selecciona los rectángulos que están<br>dentro de un área especificada.
+des_filterbiggest_rect,Finds the biggest rectangle from a list of rectangles.,Encuentra el rectángulo más grande<br>de una lista de rectángulos.
+des_boundingrect,Calculates the bounding rectangles<br>of a given list of points.,Calcula los rectángulos delimitadores<br>de una lista de puntos dada.
+des_findcontours,Finds all the contours (list of points)<br>of a given binary image.,Encuentra todos los contornos (lista de puntos)<br>de una imagen binaria dada.
+des_blur,Blurs the input image using the specified algorithm.,Difumina la imagen de entrada con el algoritmo especificado.
+des_cvtcolor,"Converts a Mat from its current color space<br>to the specified color space. If the mat is already<br>in the specified color space, no conversion is made.","Convierte un Mat de su espacio de color actual<br>al espacio de color especificado. Si el Mat ya está<br>en el espacio de color especificado, no se realiza ninguna conversión."
+des_erodedilate,Erodes and dilates the areas of a given binary image.,Erosiona y dilata las áreas de una imagen binaria dada.
+des_binarymask,"Takes a normal image and performs a mask<br>based on a binary image, discards or includes areas<br>from the normal image based on the binary image.","Toma una imagen normal y aplica una máscara<br>basada en una imagen binaria, descartando o incluyendo áreas<br>de la imagen normal según la imagen binaria."
+des_colorthresh,"Performs a threshold in the input image<br>and returns a binary image, discarding<br>the pixels that were outside the range.","Realiza un umbral en la imagen de entrada<br>y devuelve una imagen binaria, descartando<br>los píxeles que estaban fuera del rango."
+des_drawrects,Draws the rectangles on a copy of the<br>given image and outputs the result.,Dibuja los rectangulos en una copia de la<br>imagen dada y devuelve el resultado.
+des_drawrects_onimage,Draws the rectangles in the passed image.,Dibuja los rectangulos en la imagen de entrada
+des_drawcontours,Draws the contours on a copy of the<br>given image and outputs the result.,Dibuja los contornos en una copia de la<br>imagen dada y devuelve el resultado.
 des_drawcontours_onimage,Draws the contours on the input image,Dibuja los contornos en la imagen de entrada.
 err_musthave_attachedattrib,Must have an attribute attached,Debe tener un atributo conectado
 err_attachedattrib_isnot,Attribute attached is not $[0],El atributo conectado no es $[0]
@@ -78,4 +92,4 @@ mis_input,Input,Entrada
 mis_output,Output,Salida
 mis_nodeslist_open,Press SPACE to open the nodes list,Presiona ESPACIO para abrir la lista de nodos
 mis_nodeslist_close,Press ESCAPE to close the nodes list,Presiona ESCAPE para cerrar la lista de nodos
-mis_searchingnodes_pleasewait,"Searching for nodes, please wait...","Buscando nodos, por favor espera..."
+mis_searchingnodes_pleasewait,"Searching for nodes, please wait...","Buscando nodos, por favor espera..."