throw new ColladaParseException("Found " + vertexWeightsVCountDataSet.size()

                                                + " vertex weights vcount sets for controller id=" + controller.id() + " name=" + controller.name());

            }

            Element vertexWeightsVCountData = vertexWeightsVCountDataSet.first();

            String[] vertexWeightsVCountStrings = getItemsInString(vertexWeightsVCountString);

            if (vertexWeightsVCountStrings.length != vertexWeightsCount) {

                throw new ColladaParseException("Expected " + vertexWeightsCount + " but was "

                                                + vertexWeightsVCountStrings.length + " for controller id=" + controller.id() + " name=" + controller.name());

            }

                throw new ColladaParseException("Found " + vertexWeightsVDataSet.size()

                                                + " vertex weights v sets for controller id=" + controller.id() + " name=" + controller.name());

            }

            Element vertexWeightsVData = vertexWeightsVDataSet.first();

            String[] vertexWeightsVStrings = getItemsInString(vertexWeightsVDataString);

            //            if (vertexWeightsVStrings.length != (vertexWeightsCount * vertexWeightsInputList.size())) {

            //                throw new ColladaParseException("Expected " + vertexWeightsCount + " * input count of "

            //                                                + vertexWeightsInputList.size() + " but was "

            //                                                + vertexWeightsVStrings.length + " for controller id=" + controller.id() + " name=" + controller.name());

        ElementSet matrixSet = jointNodeElement.find("matrix");

        if (1 == matrixSet.size()) {

            Element matrix = matrixSet.first();

            String[] floatStrings = getItemsInString(floatStringArray);

            if (floatStrings.length != 16) {

                throw new ColladaParseException("Found float list of " + floatStrings.length + " instead of 16 for joint matrix sets for element " + jointNodeElement.id());

            }

            float[] matrixDataArray = new float[16];

        if (1 != upAxisSet.size()) {

            throw new ColladaParseException("Found multiple up_axis asset values");

        }

        Element upAxisElement = upAxisSet.first();

        ElementSet unitSet = rootElement.find("asset", "unit");

        if (1 != unitSet.size()) {

            throw new ColladaParseException("Found multiple unit asset values");

        }

                    }

                    Element vCountElement = vCountSet.first();

                    TIntList vcountList = new TIntArrayList();

                    for (String string : vCountStrings) {

                        int vCount = Integer.parseInt(string);

                        vcountList.add(vCount);

                    }

                    ElementSet colorSet = effect.find("profile_COMMON", "technique", "lambert", "diffuse", "color");

                    if (1 == colorSet.size()) {

                        Element color = colorSet.first();

                        String[] colorString = getItemsInString(colorListString);

                        if (4 != colorString.length) {

                            throw new ColladaParseException("mesh only supports 4-float color arrays but color list was '" + colorListString + "' for geometry id="

                                                            + geometry.id() + " name=" + geometry.name());

                        }

        if (1 != faceDataSet.size()) {

            throw new ColladaParseException("Found " + faceDataSet.size() + " triangleData sets for geometry id=" + geometry.id() + " name=" + geometry.name());

        }

        Element faceData = faceDataSet.first();

        String[] facesStrings = getItemsInString(faceDataString);

        // TODO: for now, assume the offsets will always perfectly match the sorted-by-offset list indexes

        Collections.sort(faceInputs, new Comparator<Input>() {

            @Override

                                            + sourceElement.name());

        }

        String arraySizeString = objectArray.attr("count");

        int arraySize = Integer.parseInt(arraySizeString);

        // TODO: we should really parse each parameter type, but we'll assume they are homogeneneous for now

        if (("float".equalsIgnoreCase(source.parameterTypes[0]))

            || ("float4x4".equalsIgnoreCase(source.parameterTypes[0]))) {

            source.floatValues = new float[arraySize];