MoveDef::MoveDef(const LuaTable& moveDefTable, int moveDefID) {
*this = MoveDef();
name = StringToLower(moveDefTable.GetString("name", ""));
pathType = moveDefID - 1;
crushStrength = moveDefTable.GetFloat("crushStrength", 10.0f);
const LuaTable& depthModTable = moveDefTable.SubTable("depthModParams");
const LuaTable& speedModMultsTable = moveDefTable.SubTable("speedModMults");
const float minWaterDepth = moveDefTable.GetFloat("minWaterDepth", GetDefaultMinWaterDepth());
const float maxWaterDepth = moveDefTable.GetFloat("maxWaterDepth", GetDefaultMaxWaterDepth());
switch ((speedModClass = ParseSpeedModClass(name, moveDefTable))) {
case MoveDef::Tank: {
// fall-through
}
case MoveDef::KBot: {
depthModParams[DEPTHMOD_MIN_HEIGHT] = std::max(0.00f, depthModTable.GetFloat("minHeight", 0.0f ));
depthModParams[DEPTHMOD_MAX_HEIGHT] = ( depthModTable.GetFloat("maxHeight", std::numeric_limits<float>::max() ));
depthModParams[DEPTHMOD_MAX_SCALE ] = std::max(0.01f, depthModTable.GetFloat("maxScale", std::numeric_limits<float>::max() ));
depthModParams[DEPTHMOD_QUA_COEFF ] = std::max(0.00f, depthModTable.GetFloat("quadraticCoeff", 0.0f ));
depthModParams[DEPTHMOD_LIN_COEFF ] = std::max(0.00f, depthModTable.GetFloat("linearCoeff", moveDefTable.GetFloat("depthMod", 0.1f)));
depthModParams[DEPTHMOD_CON_COEFF ] = std::max(0.00f, depthModTable.GetFloat("constantCoeff", 1.0f ));
// ensure [depthModMinHeight, depthModMaxHeight] is a valid range
depthModParams[DEPTHMOD_MAX_HEIGHT] = std::max(depthModParams[DEPTHMOD_MIN_HEIGHT], depthModParams[DEPTHMOD_MAX_HEIGHT]);
depth = maxWaterDepth;
maxSlope = DegreesToMaxSlope(moveDefTable.GetFloat("maxSlope", 60.0f));
} break;
case MoveDef::Hover: {
depth = maxWaterDepth;
maxSlope = DegreesToMaxSlope(moveDefTable.GetFloat("maxSlope", 15.0f));
} break;
case MoveDef::Ship: {
depth = minWaterDepth;
subMarine = moveDefTable.GetBool("subMarine", false);
} break;
}
speedModMults[SPEEDMOD_MOBILE_BUSY_MULT] = std::max(0.01f, speedModMultsTable.GetFloat("mobileBusyMult", 1.0f /*0.10f*/));
speedModMults[SPEEDMOD_MOBILE_IDLE_MULT] = std::max(0.01f, speedModMultsTable.GetFloat("mobileIdleMult", 1.0f /*0.35f*/));
speedModMults[SPEEDMOD_MOBILE_MOVE_MULT] = std::max(0.01f, speedModMultsTable.GetFloat("mobileMoveMult", 1.0f /*0.65f*/));
avoidMobilesOnPath = moveDefTable.GetBool("avoidMobilesOnPath", true);
allowTerrainCollisions = moveDefTable.GetBool("allowTerrainCollisions", true);
heatMapping = moveDefTable.GetBool("heatMapping", false);
flowMapping = moveDefTable.GetBool("flowMapping", true);
heatMod = moveDefTable.GetFloat("heatMod", (1.0f / (GAME_SPEED * 2)) * 0.25f);
flowMod = moveDefTable.GetFloat("flowMod", 1.0f);
// by default heat decays to zero after N=2 seconds
//
// the cost contribution to a square from heat must
// be on the same order as its normal movement cost
// PER FRAME, i.e. such that heatMod * heatProduced
// ~= O(1 / (GAME_SPEED * N)) because unit behavior
// in groups quickly becomes FUBAR if heatMod >>> 1
//
heatProduced = moveDefTable.GetInt("heatProduced", GAME_SPEED * 2);
// <maxSlope> ranges from 0.0 to 60 * 1.5 degrees, ie. from 0.0 to
// 0.5 * PI radians, ie. from 1.0 - cos(0.0) to 1.0 - cos(0.5 * PI)
// = [0, 1] --> DEFAULT <slopeMod> values range from (4 / 0.001) to
// (4 / 1.001) = [4000.0, 3.996]
//
// speedMod values for a terrain-square slope in [0, 1] are given by
// (1.0 / (1.0 + slope * slopeMod)) and therefore have a MAXIMUM at
// <slope=0, slopeMod=...> and a MINIMUM at <slope=1, slopeMod=4000>
// (of 1.0 / (1.0 + 0.0 * ...) = 1.0 and 1.0 / (1.0 + 1.0 * 4000.0)
// = 0.00025 respectively)
//
slopeMod = moveDefTable.GetFloat("slopeMod", 4.0f / (maxSlope + 0.001f));
// ground units hug the ocean floor when in water,
// ships stay at a "fixed" level (their waterline)
followGround = (speedModClass == MoveDef::Tank || speedModClass == MoveDef::KBot);
// TODO:
// remove terrainClass, not used anywhere
// and only AI's MIGHT have benefit from it
//
// tank or bot that cannot get its threads / feet
// wet, or hovercraft (which doesn't touch ground
// or water)
if ((followGround && maxWaterDepth <= 0.0f) || speedModClass == MoveDef::Hover)
terrainClass = MoveDef::Land;
// ship (or sub) that cannot crawl onto shore, OR tank
// or bot restricted to snorkling (strange but possible)
if ((speedModClass == MoveDef::Ship && minWaterDepth > 0.0f) || (followGround && minWaterDepth > 0.0f))
terrainClass = MoveDef::Water;
// tank or kbot that CAN go skinny-dipping (amph.),
// or ship that CAN sprout legs when at the beach
if ((followGround && maxWaterDepth > 0.0f) || (speedModClass == MoveDef::Ship && minWaterDepth < 0.0f))
terrainClass = MoveDef::Mixed;
const int xsizeDef = std::max(1, moveDefTable.GetInt("footprintX", 1));
const int zsizeDef = std::max(1, moveDefTable.GetInt("footprintZ", xsizeDef));
// make all mobile footprints point-symmetric in heightmap space
// (meaning that only non-even dimensions are possible and each
// footprint always has a unique center square)
xsize = xsizeDef * SPRING_FOOTPRINT_SCALE;
zsize = zsizeDef * SPRING_FOOTPRINT_SCALE;
xsize -= ((xsize & 1)? 0: 1);
zsize -= ((zsize & 1)? 0: 1);
// precalculated data for MoveMath
xsizeh = xsize >> 1;
zsizeh = zsize >> 1;
assert((xsize & 1) == 1);
assert((zsize & 1) == 1);
}
MoveDef::MoveDef(const LuaTable& moveTable, int moveDefID) {
*this = MoveDef();
name = StringToLower(moveTable.GetString("name", ""));
pathType = moveDefID - 1;
crushStrength = moveTable.GetFloat("crushStrength", 10.0f);
const LuaTable& depthModTable = moveTable.SubTable("depthModParams");
const LuaTable& speedModMultsTable = moveTable.SubTable("speedModMults");
const float minWaterDepth = moveTable.GetFloat("minWaterDepth", 10.0f);
const float maxWaterDepth = moveTable.GetFloat("maxWaterDepth", 0.0f);
if ((name.find("boat") != string::npos) ||
(name.find("ship") != string::npos)) {
depth = minWaterDepth;
moveFamily = MoveDef::Ship;
subMarine = moveTable.GetBool("subMarine", false);
} else if (name.find("hover") != string::npos) {
maxSlope = DegreesToMaxSlope(moveTable.GetFloat("maxSlope", 15.0f));
moveFamily = MoveDef::Hover;
} else {
depthModParams[DEPTHMOD_MIN_HEIGHT] = std::max(0.00f, depthModTable.GetFloat("minHeight", 0.0f ));
depthModParams[DEPTHMOD_MAX_HEIGHT] = ( depthModTable.GetFloat("maxHeight", std::numeric_limits<float>::max() ));
depthModParams[DEPTHMOD_MAX_SCALE ] = std::max(0.01f, depthModTable.GetFloat("maxScale", std::numeric_limits<float>::max() ));
depthModParams[DEPTHMOD_QUA_COEFF ] = std::max(0.00f, depthModTable.GetFloat("quadraticCoeff", 0.0f ));
depthModParams[DEPTHMOD_LIN_COEFF ] = std::max(0.00f, depthModTable.GetFloat("linearCoeff", moveTable.GetFloat("depthMod", 0.1f)));
depthModParams[DEPTHMOD_CON_COEFF ] = std::max(0.00f, depthModTable.GetFloat("constantCoeff", 1.0f ));
// ensure [depthModMinHeight, depthModMaxHeight] is a valid range
depthModParams[DEPTHMOD_MAX_HEIGHT] = std::max(depthModParams[DEPTHMOD_MIN_HEIGHT], depthModParams[DEPTHMOD_MAX_HEIGHT]);
depth = maxWaterDepth;
maxSlope = DegreesToMaxSlope(moveTable.GetFloat("maxSlope", 60.0f));
if (name.find("tank") != string::npos) {
moveFamily = MoveDef::Tank;
} else {
moveFamily = MoveDef::KBot;
}
}
speedModMults[SPEEDMOD_MOBILE_BUSY_MULT] = std::max(0.01f, speedModMultsTable.GetFloat("mobileBusyMult", 1.0f /*0.10f*/));
speedModMults[SPEEDMOD_MOBILE_IDLE_MULT] = std::max(0.01f, speedModMultsTable.GetFloat("mobileIdleMult", 1.0f /*0.35f*/));
speedModMults[SPEEDMOD_MOBILE_MOVE_MULT] = std::max(0.01f, speedModMultsTable.GetFloat("mobileMoveMult", 1.0f /*0.65f*/));
avoidMobilesOnPath = moveTable.GetBool("avoidMobilesOnPath", true);
heatMapping = moveTable.GetBool("heatMapping", false);
flowMapping = moveTable.GetBool("flowMapping", true);
heatMod = moveTable.GetFloat("heatMod", 50.0f);
flowMod = moveTable.GetFloat("flowMod", 1.0f);
heatProduced = moveTable.GetInt("heatProduced", GAME_SPEED * 2);
// <maxSlope> ranges from 0.0 to 60 * 1.5 degrees, ie. from 0.0 to
// 0.5 * PI radians, ie. from 1.0 - cos(0.0) to 1.0 - cos(0.5 * PI)
// = [0, 1] --> DEFAULT <slopeMod> values range from (4 / 0.001) to
// (4 / 1.001) = [4000.0, 3.996]
//
// speedMod values for a terrain-square slope in [0, 1] are given by
// (1.0 / (1.0 + slope * slopeMod)) and therefore have a MAXIMUM at
// <slope=0, slopeMod=...> and a MINIMUM at <slope=1, slopeMod=4000>
// (of 1.0 / (1.0 + 0.0 * ...) = 1.0 and 1.0 / (1.0 + 1.0 * 4000.0)
// = 0.00025 respectively)
//
slopeMod = moveTable.GetFloat("slopeMod", 4.0f / (maxSlope + 0.001f));
// ground units hug the ocean floor when in water,
// ships stay at a "fixed" level (their waterline)
followGround =
(moveFamily == MoveDef::Tank ||
moveFamily == MoveDef::KBot);
// tank or bot that cannot get its threads / feet
// wet, or hovercraft (which doesn't touch ground
// or water)
const bool b0 = ((followGround && maxWaterDepth <= 0.0) || moveFamily == MoveDef::Hover);
// ship (or sub) that cannot crawl onto shore, OR tank or
// kbot restricted to snorkling (strange but possible)
const bool b1 = ((moveFamily == MoveDef::Ship && minWaterDepth > 0.0) || ((followGround) && minWaterDepth > 0.0));
// tank or kbot that CAN go skinny-dipping (amph.),
// or ship that CAN sprout legs when at the beach
const bool b2 = ((followGround) && maxWaterDepth > 0.0) || (moveFamily == MoveDef::Ship && minWaterDepth < 0.0);
if (b0) { terrainClass = MoveDef::Land; }
if (b1) { terrainClass = MoveDef::Water; }
if (b2) { terrainClass = MoveDef::Mixed; }
const int xsizeDef = std::max(1, moveTable.GetInt("footprintX", 1));
const int zsizeDef = std::max(1, moveTable.GetInt("footprintZ", xsizeDef));
// make all mobile footprints point-symmetric in heightmap space
// (meaning that only non-even dimensions are possible and each
// footprint always has a unique center square)
xsize = xsizeDef * SPRING_FOOTPRINT_SCALE;
zsize = zsizeDef * SPRING_FOOTPRINT_SCALE;
xsize -= ((xsize & 1)? 0: 1);
zsize -= ((zsize & 1)? 0: 1);
// precalculated data for MoveMath
xsizeh = xsize >> 1;
zsizeh = zsize >> 1;
assert((xsize & 1) == 1);
assert((zsize & 1) == 1);
}