private void validateInput()
{
byte unk6, anisotropy;
ushort textureIndex, unkC;
uint flags, unk10;
bool unk6Valid, anisotropyValid, textureIndexValid, unkCValid, flagsValid, unk10Valid;
flagsValid = FlagHelper.parseHexToInt32(this.flagsTextBox.Text, out flags, "Flags is not a valid 4 byte hex value");
textureIndexValid = FlagHelper.parseHexToShort(this.textureIndexTextBox.Text, out textureIndex, "Texture Index is not a valid 2 byte hex value");
unk6Valid = FlagHelper.parseHexToByte(this.unknown6TextBox.Text, out unk6, "Unknown 6 is not a valid 1 byte hex value");
anisotropyValid = FlagHelper.parseHexToByte(this.anistropyTextBox.Text, out anisotropy, "Anisotropy is not a valid 1 byte hex value");
unkCValid = FlagHelper.parseHexToShort(this.unknownCTextBox.Text, out unkC, "Unknown C is not a valid 2 byte hex value");
unk10Valid = FlagHelper.parseHexToInt32(this.unknown10TextBox.Text, out unk10, "Unknown 10 is not a valid 4 byte hex value");
foreach (GcmfMaterial material in materials)
{
if (flagsValid)
{
material.Flags = flags;
}
if (textureIndexValid)
{
material.TextureIdx = textureIndex;
}
if (unk6Valid)
{
material.Unk6 = unk6;
}
if (anisotropyValid)
{
material.AnisotropyLevel = anisotropy;
}
if (unkCValid)
{
material.UnkC = unkC;
}
if (unk10Valid)
{
material.Unk10 = unk10;
}
}
}
private void validateInput()
{
ushort unk10, unk14, unk16, unk18, unk1A;
uint renderFlags, unk4, unk8, unkC, unk40;
uint layer;
bool unk10Valid, unk14Valid, unk16Valid, unk18Valid, unk1AValid, renderFlagsValid, unk4Valid, unk8Valid, unkCValid, unk40Valid, layerValid;
float boundingSphereX, boundingSphereY, boundingSphereZ, unk3C, primaryXCoordScale, primaryYCoordScale, secondaryXCoordScale, secondaryYCoordScale;
bool boundingSphereXValid, boundingSphereYValid, boundingSphereZValid, unk3CValid, primXValid, primYValid, secXValid, secYValid;
renderFlagsValid = FlagHelper.parseHexToInt32(this.renderFlagsTextBox.Text, out renderFlags, "Render Flags is not a valid 4 byte hex value");
layerValid = FlagHelper.parseHexToInt32(this.layerTextBox.Text, out layer, "Layer is not a valid 4 byte hex value");
if (layer != 0 && layer != 1)
{
throw new InvalidOperationException("Layer is not 0 or 1");
}
unk4Valid = FlagHelper.parseHexToInt32(this.unknown4TextBox.Text, out unk4, "Vertex Shading A 0x04 is not a valid 4 byte hex value");
unk8Valid = FlagHelper.parseHexToInt32(this.unknown8TextBox.Text, out unk8, "Vertex Shading B 0x08 is not a valid 4 byte hex value");
unkCValid = FlagHelper.parseHexToInt32(this.unknownCTextBox.Text, out unkC, "Specular Tint 0x0C is not a valid 4 byte hex value");
unk10Valid = FlagHelper.parseHexToShort(this.unknown10TextBox.Text, out unk10, "Transparency 0x10 is not a valid 2 byte hex value");
unk14Valid = FlagHelper.parseHexToShort(this.unknown14TextBox.Text, out unk14, "Unknown 0x14 is not a valid 2 byte hex value");
unk16Valid = FlagHelper.parseHexToShort(this.unknown16TextBox.Text, out unk16, "Primary Material Index 0x16 is not a valid 2 byte hex value");
unk18Valid = FlagHelper.parseHexToShort(this.unknown18TextBox.Text, out unk18, "Secondary Material Index 0x18 is not a valid 2 byte hex value");
unk1AValid = FlagHelper.parseHexToShort(this.unknown1ATextBox.Text, out unk1A, "Tertiary Material Index 0x1A is not a valid 2 byte hex value");
byte[] matrixSpecificIds = new byte[8];
bool[] matrixSpecificIdsValid = new bool[8];
matrixSpecificIdsValid[0] = FlagHelper.parseByte(this.matrixId1TextBox.Text, out matrixSpecificIds[0], "Transformation Matrix Specific Id One is not a valid byte value (0-255)");
matrixSpecificIdsValid[1] = FlagHelper.parseByte(this.matrixId2TextBox.Text, out matrixSpecificIds[1], "Transformation Matrix Specific Id Two is not a valid byte value (0-255)");
matrixSpecificIdsValid[2] = FlagHelper.parseByte(this.matrixId3TextBox.Text, out matrixSpecificIds[2], "Transformation Matrix Specific Id Three is not a valid byte value (0-255)");
matrixSpecificIdsValid[3] = FlagHelper.parseByte(this.matrixId4TextBox.Text, out matrixSpecificIds[3], "Transformation Matrix Specific Id Four is not a valid byte value (0-255)");
matrixSpecificIdsValid[4] = FlagHelper.parseByte(this.matrixId5TextBox.Text, out matrixSpecificIds[4], "Transformation Matrix Specific Id Five is not a valid byte value (0-255)");
matrixSpecificIdsValid[5] = FlagHelper.parseByte(this.matrixId6TextBox.Text, out matrixSpecificIds[5], "Transformation Matrix Specific Id Six is not a valid byte value (0-255)");
matrixSpecificIdsValid[6] = FlagHelper.parseByte(this.matrixId7TextBox.Text, out matrixSpecificIds[6], "Transformation Matrix Specific Id Seven is not a valid byte value (0-255)");
matrixSpecificIdsValid[7] = FlagHelper.parseByte(this.matrixId8TextBox.Text, out matrixSpecificIds[7], "Transformation Matrix Specific Id Eight is not a valid byte value (0-255)");
boundingSphereXValid = FlagHelper.parseFloat(this.boundingSphereCenterXTextBox.Text, out boundingSphereX, "Bounding Sphere Center X is not a valid float value");
boundingSphereYValid = FlagHelper.parseFloat(this.boundingSphereCenterYTextBox.Text, out boundingSphereY, "Bounding Sphere Center Y is not a valid float value");
boundingSphereZValid = FlagHelper.parseFloat(this.boundingSphereCenterZTextBox.Text, out boundingSphereZ, "Bounding Sphere Center Z is not a valid float value");
unk3CValid = FlagHelper.parseFloat(this.unknown3CTextBox.Text, out unk3C, "Unknown 0x3C is not a valid float value");
unk40Valid = FlagHelper.parseHexToInt32(this.unknown40TextBox.Text, out unk40, "Unknown 0x40 is not a valid 4 byte hex value");
primXValid = FlagHelper.parseFloat(this.primaryXCoordScale.Text, out primaryXCoordScale, "Primary X coordinate scale is not a valid float value");
primYValid = FlagHelper.parseFloat(this.primaryYCoordScale.Text, out primaryYCoordScale, "Primary Y coordinate scale is not a valid float value");
secXValid = FlagHelper.parseFloat(this.secondaryXCoordScale.Text, out secondaryXCoordScale, "Secondary X coordinate scale is not a valid float value");
secYValid = FlagHelper.parseFloat(this.secondaryYCoordScale.Text, out secondaryYCoordScale, "Secondary Y coordinate scale is not a valid float value");
foreach (GcmfMesh mesh in meshes)
{
if (renderFlagsValid)
{
mesh.RenderFlags = (GcmfMesh.RenderFlag)renderFlags;
}
if (layerValid)
{
mesh.Layer = (GcmfMesh.MeshLayer)layer;
}
if (unk4Valid)
{
mesh.Unk4 = unk4;
}
if (unk8Valid)
{
mesh.Unk8 = unk8;
}
if (unkCValid)
{
mesh.UnkC = unkC;
}
if (unk10Valid)
{
mesh.Unk10 = unk10;
}
if (unk14Valid)
{
mesh.Unk14 = unk14;
}
if (unk16Valid)
{
mesh.PrimaryMaterialIdx = unk16;
}
if (unk18Valid)
{
mesh.SecondaryMaterialIdx = unk18;
}
if (unk1AValid)
{
mesh.TertiaryMaterialIdx = unk1A;
}
mesh.calculatedUsedMaterialCount = Convert.ToByte(((unk16 != ushort.MaxValue) ? 1 : 0) +
((unk18 != ushort.MaxValue) ? 1 : 0) +
((unk1A != ushort.MaxValue) ? 1 : 0));
for (int i = 0; i < matrixSpecificIds.Length; i++)
{
if (matrixSpecificIdsValid[i])
{
mesh.TransformMatrixSpecificIdxsObj1[i] = matrixSpecificIds[i];
}
}
float bSphereX, bSphereY, bSphereZ;
if (boundingSphereXValid)
{
bSphereX = boundingSphereX;
}
else
{
bSphereX = mesh.BoundingSphereCenter.X;
}
if (boundingSphereYValid)
{
bSphereY = boundingSphereY;
}
else
{
bSphereY = mesh.BoundingSphereCenter.Y;
}
if (boundingSphereZValid)
{
bSphereZ = boundingSphereZ;
}
else
{
bSphereZ = mesh.BoundingSphereCenter.Z;
}
mesh.BoundingSphereCenter = new OpenTK.Vector3(bSphereX, bSphereY, bSphereZ);
if (unk3CValid)
{
mesh.Unk3C = unk3C;
}
if (unk40Valid)
{
mesh.Unk40 = unk40;
}
if ((primXValid) && (primYValid) && !(primaryXCoordScale == 1 && primaryYCoordScale == 1))
{
OpenTK.Vector2 primaryScaleFactor = new OpenTK.Vector2(primaryXCoordScale, primaryYCoordScale);
foreach (GcmfTriangleStrip strip in mesh.Obj1StripsCcw)
{
foreach (GcmfVertex vert in strip)
{
vert.PrimaryTexCoord = OpenTK.Vector2.Divide((OpenTK.Vector2)vert.PrimaryTexCoord, primaryScaleFactor);
}
}
foreach (GcmfTriangleStrip strip in mesh.Obj1StripsCw)
{
foreach (GcmfVertex vert in strip)
{
vert.PrimaryTexCoord = OpenTK.Vector2.Divide((OpenTK.Vector2)vert.PrimaryTexCoord, primaryScaleFactor);
}
}
}
if ((secXValid) && (secYValid) && !(secondaryXCoordScale == 1 && secondaryYCoordScale == 1))
{
try
{
OpenTK.Vector2 secondaryScaleFactor = new OpenTK.Vector2(secondaryXCoordScale, secondaryYCoordScale);
foreach (GcmfTriangleStrip strip in mesh.Obj1StripsCcw)
{
foreach (GcmfVertex vert in strip)
{
vert.SecondaryTexCoord = OpenTK.Vector2.Divide((OpenTK.Vector2)vert.SecondaryTexCoord, secondaryScaleFactor);
}
}
foreach (GcmfTriangleStrip strip in mesh.Obj1StripsCw)
{
foreach (GcmfVertex vert in strip)
{
vert.SecondaryTexCoord = OpenTK.Vector2.Divide((OpenTK.Vector2)vert.SecondaryTexCoord, secondaryScaleFactor);
}
}
}
catch (InvalidOperationException ex)
{
MessageBox.Show("This mesh does not have any secondary texture coordinates to scale. No scaling was applied.", "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
}
}
private void validateInput()
{
// Validate input
uint sectionFlags;
bool sectionFlagsValid;
sectionFlagsValid = FlagHelper.parseHexToInt32(this.sectionFlagsTextBox.Text, out sectionFlags, "Section Flags is not a valid 4 byte hex value");
float boundingSphereX, boundingSphereY, boundingSphereZ, boundingSphereRadius;
bool boundingSphereXValid, boundingSphereYValid, boundingSphereZValid, boundingSphereRadiusValid;
boundingSphereXValid = FlagHelper.parseFloat(this.boundingSphereCenterX.Text, out boundingSphereX, "Bounding Sphere Center X is not a valid float value");
boundingSphereYValid = FlagHelper.parseFloat(this.boundingSphereCenterY.Text, out boundingSphereY, "Bounding Sphere Center Y is not a valid float value");
boundingSphereZValid = FlagHelper.parseFloat(this.boundingSphereCenterZ.Text, out boundingSphereZ, "Bounding Sphere Center Z is not a valid float value");
boundingSphereRadiusValid = FlagHelper.parseFloat(this.boundingSphereRadius.Text, out boundingSphereRadius, "Bounding Sphere Radius is not a valid float value");
byte[] matrixDefaultIds = new byte[8];
bool[] matrixDefaultIdsValid = new bool[8];
matrixDefaultIdsValid[0] = FlagHelper.parseByte(this.transformationMatrixDefaultIdOne.Text, out matrixDefaultIds[0], "Transformation Matrix Default Id One is not a valid byte value (0-255)");
matrixDefaultIdsValid[1] = FlagHelper.parseByte(this.transformationMatrixDefaultIdTwo.Text, out matrixDefaultIds[1], "Transformation Matrix Default Id Two is not a valid byte value (0-255)");
matrixDefaultIdsValid[2] = FlagHelper.parseByte(this.transformationMatrixDefaultIdThree.Text, out matrixDefaultIds[2], "Transformation Matrix Default Id Three is not a valid byte value (0-255)");
matrixDefaultIdsValid[3] = FlagHelper.parseByte(this.transformationMatrixDefaultIdFour.Text, out matrixDefaultIds[3], "Transformation Matrix Default Id Four is not a valid byte value (0-255)");
matrixDefaultIdsValid[4] = FlagHelper.parseByte(this.transformationMatrixDefaultIdFive.Text, out matrixDefaultIds[4], "Transformation Matrix Default Id Five is not a valid byte value (0-255)");
matrixDefaultIdsValid[5] = FlagHelper.parseByte(this.transformationMatrixDefaultIdSix.Text, out matrixDefaultIds[5], "Transformation Matrix Default Id Six is not a valid byte value (0-255)");
matrixDefaultIdsValid[6] = FlagHelper.parseByte(this.transformationMatrixDefaultIdSeven.Text, out matrixDefaultIds[6], "Transformation Matrix Default Id Seven is not a valid byte value (0-255)");
matrixDefaultIdsValid[7] = FlagHelper.parseByte(this.transformationMatrixDefaultIdEight.Text, out matrixDefaultIds[7], "Transformation Matrix Default Id Eight is not a valid byte value (0-255)");
foreach (Gcmf model in models)
{
// Copy new values
if (sectionFlagsValid)
{
model.SectionFlags = sectionFlags;
}
float bSphereX, bSphereY, bSphereZ;
if (boundingSphereXValid)
{
bSphereX = boundingSphereX;
}
else
{
bSphereX = model.BoundingSphereCenter.X;
}
if (boundingSphereYValid)
{
bSphereY = boundingSphereY;
}
else
{
bSphereY = model.BoundingSphereCenter.Y;
}
if (boundingSphereZValid)
{
bSphereZ = boundingSphereZ;
}
else
{
bSphereZ = model.BoundingSphereCenter.Z;
}
model.BoundingSphereCenter = new OpenTK.Vector3(bSphereX, bSphereY, bSphereZ);
if (boundingSphereRadiusValid)
{
model.BoundingSphereRadius = boundingSphereRadius;
}
for (int i = 0; i < matrixDefaultIds.Length; i++)
{
if (matrixDefaultIdsValid[i])
{
model.TransformMatrixDefaultIdxs[i] = matrixDefaultIds[i];
}
}
}
}