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//-----------------------------------------------------------------------------
// Name: detailobjectlayer.cpp
// Developer: Wolfire Games LLC
// Description:
// License: Read below
//-----------------------------------------------------------------------------
//
//
// Copyright 2022 Wolfire Games LLC
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
//
//-----------------------------------------------------------------------------
#include "detailobjectlayer.h"
#include <Asset/Asset/character.h>
#include <Internal/filesystem.h>
#include <tinyxml.h>
#include <string>
DetailObjectLayer ReadDetailObjectLayerXML(const TiXmlElement* detail_object_element) {
DetailObjectLayer detail_object_layer;
detail_object_layer.obj_path = SanitizePath(detail_object_element->Attribute("obj_path"));
{
const char* str = detail_object_element->Attribute("weight_path");
if (str) {
detail_object_layer.weight_path = SanitizePath(detail_object_element->Attribute("weight_path"));
}
}
detail_object_element->QueryFloatAttribute("density", &detail_object_layer.density);
detail_object_element->QueryFloatAttribute("normal_conform", &detail_object_layer.normal_conform);
detail_object_element->QueryFloatAttribute("min_embed", &detail_object_layer.min_embed);
detail_object_element->QueryFloatAttribute("max_embed", &detail_object_layer.max_embed);
detail_object_element->QueryFloatAttribute("min_scale", &detail_object_layer.min_scale);
detail_object_element->QueryFloatAttribute("max_scale", &detail_object_layer.max_scale);
detail_object_element->QueryFloatAttribute("view_distance", &detail_object_layer.view_dist);
detail_object_element->QueryFloatAttribute("overbright", &detail_object_layer.overbright);
detail_object_element->QueryFloatAttribute("jitter_degrees", &detail_object_layer.jitter_degrees);
detail_object_element->QueryFloatAttribute("tint_weight", &detail_object_layer.tint_weight);
{
const char* chr = detail_object_element->Attribute("collision_type");
if (chr) {
std::string str(chr);
if (str == "static") {
detail_object_layer.collision_type = _static;
} else if (str == "plant") {
detail_object_layer.collision_type = _plant;
}
}
}
return detail_object_layer;
}
bool DetailObjectLayer::operator==(const DetailObjectLayer& other) const {
return obj_path == other.obj_path && weight_path == other.weight_path &&
density == other.density && min_embed == other.min_embed &&
max_embed == other.max_embed && min_scale == other.min_scale &&
max_scale == other.max_scale && view_dist == other.view_dist &&
normal_conform == other.normal_conform &&
overbright == other.overbright &&
jitter_degrees == other.jitter_degrees;
}
DetailObjectLayer::DetailObjectLayer() : density(1.0f),
normal_conform(0.0f),
min_embed(0.0f),
max_embed(0.0f),
min_scale(1.0f),
max_scale(1.0f),
view_dist(30.0f),
jitter_degrees(0.0f),
overbright(0.0f),
tint_weight(1.0f),
collision_type(_none) {
}
void DetailObjectLayer::ReturnPaths(PathSet& path_set) {
path_set.insert("object " + obj_path);
path_set.insert("image_sample " + weight_path);
}
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