void ESoundSource::FillProp(LPCSTR pref, PropItemVec& values)
{
inherited::FillProp (pref,values);
ButtonValue* B;
B=PHelper().CreateButton (values, PrepareKey(pref,"Custom\\Controls"), "Play,Stop,Simulate",0);
B->OnBtnClickEvent.bind (this,&ESoundSource::OnControlClick);
PropValue* V;
V=PHelper().CreateChoose (values,PrepareKey(pref,"Source\\WAVE name"), &m_WAVName, smSoundSource);
V->OnChangeEvent.bind (this,&ESoundSource::OnChangeWAV);
V=PHelper().CreateFloat (values,PrepareKey(pref,"Source\\Frequency"), &m_Params.freq, 0.0f,2.f);
V->OnChangeEvent.bind (this,&ESoundSource::OnChangeSource);
V=PHelper().CreateFloat (values,PrepareKey(pref,"Source\\Volume"), &m_Params.volume, 0.0f,1.f);
V->OnChangeEvent.bind (this,&ESoundSource::OnChangeSource);
V=PHelper().CreateFloat (values,PrepareKey(pref,"Source\\Min dist"), &m_Params.min_distance, 0.1f,1000.f,0.1f,1);
V->Owner()->Enable (FALSE);
V=PHelper().CreateFloat (values,PrepareKey(pref,"Source\\Max dist"), &m_Params.max_distance, 0.1f,1000.f,0.1f,1);
V->Owner()->Enable (FALSE);
V=PHelper().CreateFloat (values,PrepareKey(pref,"Source\\Max ai dist"), &m_Params.max_ai_distance, 0.1f,1000.f,0.1f,1);
V->Owner()->Enable (FALSE);
PHelper().CreateCaption (values,PrepareKey(pref,"Game\\Active time\\Hint"), "Zero - play sound looped round the clock.");
PHelper().CreateTime (values,PrepareKey(pref,"Game\\Active time\\From"), &m_ActiveTime.x);
PHelper().CreateTime (values,PrepareKey(pref,"Game\\Active time\\To"), &m_ActiveTime.y);
PHelper().CreateCaption (values,PrepareKey(pref,"Game\\Play time\\Hint"), "Zero - play sound once.");
PHelper().CreateTime (values,PrepareKey(pref,"Game\\Play time\\From"), &m_PlayTime.x);
PHelper().CreateTime (values,PrepareKey(pref,"Game\\Play time\\To"), &m_PlayTime.y);
PHelper().CreateCaption (values,PrepareKey(pref,"Game\\Pause delta\\Hint"), "Zero - play sound looped.");
PHelper().CreateTime (values,PrepareKey(pref,"Game\\Pause delta\\From"), &m_RandomPause.x);
PHelper().CreateTime (values,PrepareKey(pref,"Game\\Pause delta\\To"), &m_RandomPause.y);
// V=PHelper().CreateFlag32 (values,PHelper().PrepareKey(pref,"Looped"), &m_Flags, flLooped);
// V->OnChangeEvent = OnChangeSource;
}
void PDomain::FillProp (PropItemVec& items, LPCSTR pref, u32 clr)
{
PropValue* V;
V=PHelper().CreateToken32(items,pref,(u32*)&type,domain_token);
V->OnChangeEvent.bind (this,&PDomain::OnTypeChange);
V->Owner()->prop_color = TColor(clr);
switch(e_type){
case vNum:
switch(type){
case PDPoint:
V=PHelper().CreateVector (items,PrepareKey(pref,"Center"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDLine:
V=PHelper().CreateVector (items,PrepareKey(pref,"Point 1"), &v[0],flt_min,flt_max,0.001f,3); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVector (items,PrepareKey(pref,"Point 2"), &v[1],flt_min,flt_max,0.001f,3); V->Owner()->prop_color = TColor(clr);
break;
case PDTriangle:
V=PHelper().CreateVector (items,PrepareKey(pref,"Vertex 1"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVector (items,PrepareKey(pref,"Vertex 2"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVector (items,PrepareKey(pref,"Vertex 3"), &v[2],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDPlane:
V=PHelper().CreateVector (items,PrepareKey(pref,"Origin"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVector (items,PrepareKey(pref,"Normal"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDBox:
V=PHelper().CreateVector (items,PrepareKey(pref,"Min"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVector (items,PrepareKey(pref,"Max"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDSphere:
V=PHelper().CreateVector (items,PrepareKey(pref,"Center"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Inner"), &f[3],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[4],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDCylinder:
V=PHelper().CreateVector (items,PrepareKey(pref,"Point 1"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVector (items,PrepareKey(pref,"Point 2"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Inner"), &f[6],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[7],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDCone:
V=PHelper().CreateVector (items,PrepareKey(pref,"Apex"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVector (items,PrepareKey(pref,"End Point"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Inner"), &f[6],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[7],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDBlob:
V=PHelper().CreateVector (items,PrepareKey(pref,"Center"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[3],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDDisc:
V=PHelper().CreateVector (items,PrepareKey(pref,"Center"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVector (items,PrepareKey(pref,"Normal"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Inner"), &f[6],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[7],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDRectangle:
V=PHelper().CreateVector (items,PrepareKey(pref,"Origin"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVector (items,PrepareKey(pref,"Basis U"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVector (items,PrepareKey(pref,"Basis V"), &v[2],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
default:
V=PHelper().CreateVector (items,PrepareKey(pref,"Translate"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVector (items,PrepareKey(pref,"Rotate"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVector (items,PrepareKey(pref,"Scale"), &v[2],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
}
break;
case vAngle:
switch(type){
case PDPoint:
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Center"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDLine:
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Point 1"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Point 2"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDTriangle:
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Vertex 1"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Vertex 2"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Vertex 3"), &v[2],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDPlane:
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Origin"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Normal"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDBox:
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Min"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Max"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDSphere:
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Center"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Inner"), &f[3],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[4],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDCylinder:
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Point 1"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Point 2"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Inner"), &f[6],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[7],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDCone:
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Apex"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"End Point"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Inner"), &f[6],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[7],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDBlob:
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Center"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[3],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDDisc:
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Center"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Normal"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Inner"), &f[6],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[7],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
case PDRectangle:
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Origin"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Basis U"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Basis V"), &v[2],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
default:
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Translate"), &v[0],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Rotate"), &v[1],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateAngle3 (items,PrepareKey(pref,"Scale"), &v[2],flt_min,flt_max,0.001f,3);V->Owner()->prop_color = TColor(clr);
break;
}
break;
case vColor:
switch(type){
case PDPoint:
V=PHelper().CreateVColor (items,PrepareKey(pref,"Center"), &v[0]); V->Owner()->prop_color = TColor(clr);
break;
case PDLine:
V=PHelper().CreateVColor (items,PrepareKey(pref,"Point 1"), &v[0]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVColor (items,PrepareKey(pref,"Point 2"), &v[1]); V->Owner()->prop_color = TColor(clr);
break;
case PDTriangle:
V=PHelper().CreateVColor (items,PrepareKey(pref,"Vertex 1"), &v[0]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVColor (items,PrepareKey(pref,"Vertex 2"), &v[1]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVColor (items,PrepareKey(pref,"Vertex 3"), &v[2]); V->Owner()->prop_color = TColor(clr);
break;
case PDPlane:
V=PHelper().CreateVColor (items,PrepareKey(pref,"Origin"), &v[0]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVColor (items,PrepareKey(pref,"Normal"), &v[1]); V->Owner()->prop_color = TColor(clr);
break;
case PDBox:
V=PHelper().CreateVColor (items,PrepareKey(pref,"Min"), &v[0]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVColor (items,PrepareKey(pref,"Max"), &v[1]); V->Owner()->prop_color = TColor(clr);
break;
case PDSphere:
V=PHelper().CreateVColor (items,PrepareKey(pref,"Center"), &v[0]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Inner"), &f[3]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[4]); V->Owner()->prop_color = TColor(clr);
break;
case PDCylinder:
V=PHelper().CreateVColor (items,PrepareKey(pref,"Point 1"), &v[0]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVColor (items,PrepareKey(pref,"Point 2"), &v[1]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Inner"), &f[6]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[7]); V->Owner()->prop_color = TColor(clr);
break;
case PDCone:
V=PHelper().CreateVColor (items,PrepareKey(pref,"Apex"), &v[0]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVColor (items,PrepareKey(pref,"End Point"), &v[1]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Inner"), &f[6]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[7]); V->Owner()->prop_color = TColor(clr);
break;
case PDBlob:
V=PHelper().CreateVColor (items,PrepareKey(pref,"Center"), &v[0]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[3]); V->Owner()->prop_color = TColor(clr);
break;
case PDDisc:
V=PHelper().CreateVColor (items,PrepareKey(pref,"Center"), &v[0]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVColor (items,PrepareKey(pref,"Normal"), &v[1]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Inner"), &f[6]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Radius Outer"), &f[7]); V->Owner()->prop_color = TColor(clr);
break;
case PDRectangle:
V=PHelper().CreateVColor (items,PrepareKey(pref,"Origin"), &v[0]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVColor (items,PrepareKey(pref,"Basis U"), &v[1]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVColor (items,PrepareKey(pref,"Basis V"), &v[2]); V->Owner()->prop_color = TColor(clr);
break;
default:
V=PHelper().CreateVColor (items,PrepareKey(pref,"Translate"), &v[0]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVColor (items,PrepareKey(pref,"Rotate"), &v[1]); V->Owner()->prop_color = TColor(clr);
V=PHelper().CreateVColor (items,PrepareKey(pref,"Scale"), &v[2]); V->Owner()->prop_color = TColor(clr);
break;
}
break;
}
}
void STextureParams::FillProp(LPCSTR base_name, PropItemVec& items, PropValue::TOnChange on_type_change)
{
OnTypeChangeEvent = on_type_change;
PropValue* P = PHelper().CreateToken32 (items, "Type", (u32*)&type, ttype_token);
P->OnChangeEvent.bind(this,&STextureParams::OnTypeChange);
PHelper().CreateCaption (items, "Source\\Width", shared_str().sprintf("%d",width));
PHelper().CreateCaption (items, "Source\\Height", shared_str().sprintf("%d",height));
PHelper().CreateCaption (items, "Source\\Alpha", HasAlpha ()?"present":"absent");
switch (type){
case ttImage:
case ttCubeMap:
PHelper().CreateToken32 (items, "Format", (u32*)&fmt, tfmt_token);
PHelper().CreateFlag32 (items, "MipMaps\\Enabled", &flags, flGenerateMipMaps);
PHelper().CreateToken32 (items, "MipMaps\\Filter", (u32*)&mip_filter, tparam_token);
P = PHelper().CreateToken32 (items, "Bump\\Mode", (u32*)&bump_mode, tbmode_token);
P->OnChangeEvent.bind(this,&STextureParams::OnTypeChange);
if (tbmUse==bump_mode){
AnsiString path;
path = base_name;
PHelper().CreateChoose (items, "Bump\\Texture", &bump_name, smTexture, path.c_str());
}
PHelper().CreateFlag32 (items, "Details\\Use As Diffuse", &flags, flDiffuseDetail);
PHelper().CreateFlag32 (items, "Details\\Use As Bump (R2)",&flags, flBumpDetail);
PHelper().CreateChoose (items, "Details\\Texture", &detail_name, smTexture);
PHelper().CreateFloat (items, "Details\\Scale", &detail_scale, 0.1f,10000.f,0.1f,2);
PHelper().CreateToken32 (items, "Material\\Base", (u32*)&material, tmtl_token);
PHelper().CreateFloat (items, "Material\\Weight", &material_weight );
// PHelper().CreateFlag32 (items, "Flags\\Binary Alpha", &flags, flBinaryAlpha);
PHelper().CreateFlag32 (items, "Flags\\Dither", &flags, flDitherColor);
PHelper().CreateFlag32 (items, "Flags\\Dither Each MIP", &flags, flDitherEachMIPLevel);
PHelper().CreateFlag32 (items, "Flags\\Implicit Lighted", &flags, flImplicitLighted);
PHelper().CreateFlag32 (items, "Fade\\Enable Color", &flags, flFadeToColor);
PHelper().CreateFlag32 (items, "Fade\\Enabled Alpha", &flags, flFadeToAlpha);
PHelper().CreateU8 (items, "Fade\\Delay 'n' MIP", &fade_delay, 0,255);
PHelper().CreateU32 (items, "Fade\\% of color to fade in",&fade_amount, 0,100,0);
PHelper().CreateColor (items, "Fade\\Color", &fade_color );
PHelper().CreateU8 (items, "Fade\\Alpha", ((u8*)&fade_color)+3,0,255);
PHelper().CreateFlag32 (items, "Border\\Enabled Color", &flags, flColorBorder);
PHelper().CreateFlag32 (items, "Border\\Enabled Alpha", &flags, flAlphaBorder);
PHelper().CreateColor (items, "Border\\Color", &border_color );
break;
case ttBumpMap:
PHelper().CreateChoose (items, "Bump\\Special NormalMap", &ext_normal_map_name,smTexture,base_name);
PHelper().CreateFloat (items, "Bump\\Virtual Height (m)", &bump_virtual_height, 0.f, 0.1f, 0.001f, 3);
break;
case ttNormalMap:
P = PHelper().CreateToken32 (items, "Format", (u32*)&fmt, tfmt_token); P->Owner()->Enable(false);
PHelper().CreateFlag32 (items, "MipMaps\\Enabled", &flags, flGenerateMipMaps);
PHelper().CreateToken32 (items, "MipMaps\\Filter", (u32*)&mip_filter, tparam_token);
break;
case ttTerrain:
P = PHelper().CreateToken32 (items, "Format", (u32*)&fmt, tfmt_token); P->Owner()->Enable(false);
PHelper().CreateFlag32 (items, "Details\\Use As Diffuse", &flags, flDiffuseDetail);
PHelper().CreateFlag32 (items, "Details\\Use As Bump (R2)",&flags, flBumpDetail);
PHelper().CreateChoose (items, "Details\\Texture", &detail_name, smTexture);
PHelper().CreateFloat (items, "Details\\Scale", &detail_scale, 0.1f,10000.f,0.1f,2);
PHelper().CreateToken32 (items, "Material\\Base", (u32*)&material, tmtl_token);
PHelper().CreateFloat (items, "Material\\Weight", &material_weight );
P = PHelper().CreateFlag32 (items, "Flags\\Implicit Lighted", &flags, flImplicitLighted); P->Owner()->Enable(false);
break;
}
}
void PS::CPGDef::FillProp(LPCSTR pref, ::PropItemVec& items, ::ListItem* owner)
{
ButtonValue* B;
B=PHelper().CreateButton (items,PrepareKey(pref,"Control"),"Play,Stop,Stop...",ButtonValue::flFirstOnly);
B->OnBtnClickEvent.bind (this,&PS::CPGDef::OnControlClick);
B=PHelper().CreateButton (items,PrepareKey(pref,"Edit"),"Append Effect",ButtonValue::flFirstOnly);
B->OnBtnClickEvent.bind (this,&PS::CPGDef::OnEffectsEditClick);
PropValue* V;
PHelper().CreateName (items,PrepareKey(pref,"Name"),&m_Name,owner);
V=PHelper().CreateFloat (items,PrepareKey(pref,"Time Limit (s)"), &m_fTimeLimit, -1.f,1000.f);
V->OnChangeEvent.bind (this,&PS::CPGDef::OnParamsChange);
u32 i = 0;
for (EffectIt it=m_Effects.begin(); it!=m_Effects.end(); ++it,++i)
{
u32 clr = (*it)->m_Flags.is(CPGDef::SEffect::flEnabled)?clBlack:clSilver;
AnsiString nm = AnsiString("Effect #")+(i+1);
B=PHelper().CreateButton(items,PrepareKey(pref,nm.c_str()),"Preview,Select,Remove",ButtonValue::flFirstOnly); B->tag = it-m_Effects.begin();
B->OnBtnClickEvent.bind (this,&PS::CPGDef::OnEffectEditClick);
B->Owner()->prop_color = clr;
V=PHelper().CreateChoose(items,PrepareKey(pref,nm.c_str(),"Name"),&(*it)->m_EffectName,smPE);
V->OnChangeEvent.bind (this,&PS::CPGDef::OnParamsChange);
V->Owner()->prop_color = clr;
V=PHelper().CreateFloat (items,PrepareKey(pref,nm.c_str(),"Start Time (s)"),&(*it)->m_Time0, 0.f,1000.f);
V->OnChangeEvent.bind (this,&PS::CPGDef::OnParamsChange);
V->Owner()->prop_color = clr;
V=PHelper().CreateFloat (items,PrepareKey(pref,nm.c_str(),"End Time (s)"), &(*it)->m_Time1, 0.f,1000.f);
V->OnChangeEvent.bind (this,&PS::CPGDef::OnParamsChange);
V->Owner()->prop_color = clr;
V=PHelper().CreateFlag32(items,PrepareKey(pref,nm.c_str(),"Deferred Stop"),&(*it)->m_Flags, SEffect::flDefferedStop);
V->OnChangeEvent.bind (this,&PS::CPGDef::OnParamsChange);
V->Owner()->prop_color = clr;
V=PHelper().CreateFlag32(items,PrepareKey(pref,nm.c_str(),"Enabled"), &(*it)->m_Flags, SEffect::flEnabled);
V->OnChangeEvent.bind (this,&PS::CPGDef::OnParamsChange);
V->Owner()->prop_color = clr;
V=PHelper().CreateFlag32(items,PrepareKey(pref,nm.c_str(),"Children\\On Birth"), &(*it)->m_Flags, SEffect::flOnBirthChild);
V->OnChangeEvent.bind (this,&PS::CPGDef::OnParamsChange);
V->Owner()->prop_color = clr;
if ((*it)->m_Flags.is(SEffect::flOnBirthChild)){
V=PHelper().CreateChoose(items,PrepareKey(pref,nm.c_str(),"Children\\On Birth\\Effect Name"), &(*it)->m_OnBirthChildName,smPE);
V->OnChangeEvent.bind (this,&PS::CPGDef::OnParamsChange);
V->Owner()->prop_color = clr;
}
V=PHelper().CreateFlag32(items,PrepareKey(pref,nm.c_str(),"Children\\On Play"), &(*it)->m_Flags, SEffect::flOnPlayChild);
V->OnChangeEvent.bind (this,&PS::CPGDef::OnParamsChange);
V->Owner()->prop_color = clr;
if ((*it)->m_Flags.is(SEffect::flOnPlayChild)){
V=PHelper().CreateChoose (items,PrepareKey(pref,nm.c_str(),"Children\\On Play\\Effect Name"), &(*it)->m_OnPlayChildName,smPE);
V->OnChangeEvent.bind (this,&PS::CPGDef::OnParamsChange);
V->Owner()->prop_color = clr;
V=PHelper().CreateFlag32(items,PrepareKey(pref,nm.c_str(),"Children\\On Play\\Play After Stop"), &(*it)->m_Flags, SEffect::flOnPlayChildRewind);
V->OnChangeEvent.bind (this,&PS::CPGDef::OnParamsChange);
V->Owner()->prop_color = clr;
}
V=PHelper().CreateFlag32(items,PrepareKey(pref,nm.c_str(),"Children\\On Dead"), &(*it)->m_Flags, SEffect::flOnDeadChild);
V->OnChangeEvent.bind (this,&PS::CPGDef::OnParamsChange);
V->Owner()->prop_color = clr;
if ((*it)->m_Flags.is(SEffect::flOnDeadChild)){
V=PHelper().CreateChoose (items,PrepareKey(pref,nm.c_str(),"Children\\On Dead\\Effect Name"), &(*it)->m_OnDeadChildName,smPE);
V->OnChangeEvent.bind (this,&PS::CPGDef::OnParamsChange);
V->Owner()->prop_color = clr;
}
}
}
int main(int argc, char** argv) {
// init Proposer
View view(0);
std::set<node_id_t> *nodes_set = view.get_nodes();
std::set<node_id_t>::iterator it;
PropValue value;
value.set_data("Hello World!");
Proposer prop(view, value);
// Phase I Propser call prepare
LOG_INFO("Test_Proposer Started Phase I");
MsgPrepare *msg_pre = prop.msg_prepare();
LOG_INFO("Test_Proposer (ballot_id_):%llu", msg_pre->ballot_id());
// std::cout << "ballot_id_ " << msg_pre->ballot_id() <<std::endl;
// Phase I Propsergot msg_pre and send to all acceptors
for (it = nodes_set->begin(); it != nodes_set->end(); it++) {
// send
}
// listen to all acceptors got ack in different threads
// fake acceptors here
View view2(0);
Acceptor acc(view2);
MsgAckPrepare *msg_ack_pre = acc.handle_msg_prepare(msg_pre);
MsgAccept *msg_acc = NULL;
switch (prop.handle_msg_promise(msg_ack_pre)) {
case DROP: break;
case NOT_ENOUGH: break;
case CONTINUE: {
// Send to all acceptors in view
LOG_INFO("Test_Proposer Continue to Phase II");
msg_acc = prop.msg_accept();
for (it = nodes_set->begin(); it != nodes_set->end(); it++) {
// send msg_accpect
}
break;
}
default: { //RESTART
msg_pre = prop.restart_msg_prepare();
for (it = nodes_set->begin(); it != nodes_set->end(); it++) {
// send msg_prepare
}
}
}
//Not Good to avoid error
if (!msg_acc) return -1;
MsgAckAccept *msg_ack_acc = acc.handle_msg_accept(msg_acc);
// handle_msg_accepted
switch (prop.handle_msg_accepted(msg_ack_acc)) {
case DROP: break;
case NOT_ENOUGH: break;
case CHOOSE: {
// std::cout << "One Value is Successfully Chosen!" << std::endl;
LOG_INFO("Test_Proposer One Value is Successfully Chosen!");
// destroy all the threads retlated to this paxos_instance
// TODO
break;
}
default: { //RESTART
msg_pre = prop.restart_msg_prepare();
for (it = nodes_set->begin(); it != nodes_set->end(); it++) {
// send msg_prepare
}
}
}
return 0;
}
