sync

isotest/bits/generic_processor.v

@@ -24,7 +24,8 @@ fn (gpc &GenericCrusherProcessor) process(ob &Object) {
 	println("processing object: ${ob.name}")
 
 	//if ob.elem.name == "stone" {
-	if ob.has_elem("stone") {
+	//if ob.has_elem("stone") {
+	if ob.parts_info.has_elem_name("stone") {
 		println("> create smaller stones")
 
 		//crush_stone_object(ob)

isotest/bits/main.v

@@ -76,7 +76,8 @@ pub fn bits_main() {
 	println("volume: ${ob.volume()}")
 	println("bits volume: ${ob.bits_volume()}")
 	//ob.elem = e4
-	ob.mat_info.add_elem_from_size([2, 2, 2], e4)
+	//ob.mat_info.add_elem_from_size([2, 2, 2], e4)
+	ob.parts_info.add_elem_from_size([2, 2, 2], e4)
 
 	// Position
 	//ob.transform.pos_x = 10.0

isotest/bits/material.v

@@ -38,6 +38,14 @@ fn new_parts_info() &PartsInfo {
 	return pi
 }
 
+fn (pi &PartsInfo) has_elem(elem &Elem) bool {
+	return !isnil(pi.elems[elem.name])
+}
+
+fn (pi &PartsInfo) has_elem_name(elem_name string) bool {
+	return !isnil(pi.elems[elem_name])
+}
+
 // Add elem record
 fn (mut pi PartsInfo) add_elem(bits_size int, elem &Elem) {
 
@@ -76,7 +84,7 @@ fn (mut pi PartsInfo) add_elem_from_size(size []f32, elem &Elem) {
 
 
 fn (pi &PartsInfo) elems_list() []&ObjectPart {
-	mut ret := []&ObjectPart
+	mut ret := []&ObjectPart{}
 	for k in pi.elems.keys() {
 		v := pi.elems[k]
 		ret << v

isotest/bits/processor.v

@@ -35,7 +35,9 @@ fn (p &Processor) process(mut o Object) {
 	}
 
 	// Process all elems
-	for me in o.parts_info.elems_list() {
+	mut elems_list := o.parts_info.elems_list()
+	for i, _ in elems_list {
+		mut me := elems_list[i]
 
 		if me.elem == p.in_elem {
 			println("process for ${me.elem}")